LabSolutions Error Codes (3006 - FFFF) – Shimadzu UK Limited

In the event of an error, LabSolutions may report an error code. Please quote this error code when reporting the issue to Shimadzu. A description of each error code is listed below:

Additional LabSolutions Error Codes (0100 - 2958)

Code Message Reason Action

3006	Difference between Start and End Scan Wavelength is less than Scan Step.	-----	-----
3007	Start Scan Wavelength is over final value.	-----	-----
300C	Please set the 'STOP' command.	-----	-----
3062	The LC Stop Time should be larger than the maximum time of the FRC Time Program.\nPlease enter an enough time in the LC	-----	-----
3020	Memory Error! Cannot read the 'Sample Pre-treatment' program.	A significant error occurred. There may be insufficient memory.	Close all unnecessary applications.
3021	Cannot use this function.	The specified function cannot be used for current instrument configuration.	Specify the appropriate function.

3022	Upper/lower limit value error. Please set a value within the range %g to %g.	-----	-----
3023	Cannot use this command in the system._\nThis command is skipped automatically.	The specified function cannot be used for current instrument configuration.	Specify the appropriate function.
3024	Please set the 'STOP' command after xxx min.	-----	-----
3025	Please set the 'LC Program' command between 0.01 and 9999.9 min.	-----	-----
3026	Cannot use this unit. Select another unit.	Specify the instrument which does not exist in hardware configuration.	Cannot specify the instrument which does not exist in hardware configuration. If there exists the instrument in the hardware configuration, confirm the connection between instruments or instrument and PC.
3027	Invalid value! Please set the value only %g.	-----	-----
3030	Syntax error! Please check the command parameters.	-----	-----
3031	Value is out of range.	-----	-----
3032	Cannot use this function.	The specified function cannot be used for current instrument configuration.	Specify the appropriate function.
3033	Memory error! Cannot read the 'Sample Pre-treatment' program.	A significant error occurred. There may be insufficient memory.	Close all unnecessary applications.
3034	The 'FOR' command loop is too deep to compile.	-----	-----
3035	Cannot find end of the 'FOR' command.	-----	-----
3036	This error code is not defined.	A significant error occurred.	Restart the PC and try again. If the attempt failed, reinstall the application.
3037	Invalid value! Please set a value within the range xxx to yyy.	-----	-----
3038	The program is not set to the specified start page. Set the program.	-----	-----
3040	Memory error! Cannot read the 'Sample Pre-treatment' program.	A significant error occurred. There may be insufficient memory.	Close all unnecessary applications.
3041	Cannot use this function.	The specified function cannot be used for current instrument configuration.	Specify the appropriate function.
3042	Upper/lower limit value error. Please set a value within the range %g to %g.	-----	-----
3043	Please set the command within the range %g min to %g min.	-----	-----
3044	Please set command within LC Stop Time.	-----	-----
3050	[Switch Interval Time] must be greater than [End Time(xxx) + Injection Delay Time(yyy)].	In the setting of CDD detector, the summation of End Time and Injection Delay Time is larger than Switch Interval	In data Acquisition tab and Detector tab in the Instrument Parameter View, these valuesmust be specified as described in message.
3051	Cell temperature upper/lower limit value error. Set the setting value to withinmin. to max. degree. When the cell temperature is automatically set, set the oven temperature to -3degree. of this range.	-----	-----
3052	Incorrect combination of the values of total capacity, concentration, flow, switch interval time and regeneration time.	Incorrect combination of the values of total capacity, concentration, flow, switch interval time and regeneration time.	Total capacity(C_VOL), concentration of mobile phase(MPCNC), flow(FLOW), switch interval time(SINTVL) and regeneration time(REGENTM) should fill the next formula \n(formula) AC_VOLMPCNCFLOWSINTVL/REGENTM<=180 mA (regeneration current)\nA: When cartridge type is 206 6,
3053	The suppressor switching cycle of the CDD detector or the flow rate of the solvent delivery pump for suppressor cartridge regeneration is incorrectly set.	-----	-----

3055	The suppressor switching cycle of the CDD detector or the flow rate of the solvent delivery pump for suppressor cartridge regeneration is incorrectly set.	The setting of The suppressor switching cycle of the CDD detector or the flow rate of the solvent delivery pump for suppressor cartridge regeneration is not suitable.	Total capacity(C_VOL), concentration of mobile phase(MPCNC), flow(FLOW), switch interval time(SINTVL) and regeneration time(REGENTM) should fill the next formula \n(formula) AC_VOLMPCNCFLOWSINTVL/REGENTM<=180 mA (regeneration current)\nA: When cartridge type is 206 6,
3056	CDD detector regeneration time upper/lower limit value error. Change [Regenerate Time] or [Switching Interval Time] on the detector tab page, or change the flow rate of the solvent delivery pump for suppressor cartridge regeneration.	CDD detector regeneration time upper/lower limit value error.	Total capacity(C_VOL), concentration of mobile phase(MPCNC), flow(FLOW), switch interval time(SINTVL) and regeneration time(REGENTM) should fill the next formula \n(formula) AC_VOLMPCNCFLOWSINTVL/REGENTM<=180 mA (regeneration current)\nA: When cartridge type is 206 6, 312 3
3057	When the concentration setting of the CDD detector suppressor cartridge is set to "0", the flow rate of the solvent delivery pump for suppressor cartridge regeneration is set. Correctly set the CDD detector suppressor cartridge concentration, or change the flow rate to "0".	-----	-----
3058	Incorrect combination of the values of flow switch interval time and regeneration time.	Incorrect combination of the values of flow switch interval time and regeneration time.	Flow(FLOW),_switch interval time (SINTVL) and regeneration time (REGENTM) should fill the next formula.\n(formula)_REGENTM<=SINTVL-1/FLOW
3060	Program is not correct.	There is a rate or value error in the Time Program or Flow Program.	Check the values and correct the error. For example, if a positive rate value is set, but the oven temperature is set to a lower value that the current value, the temperature rate cannot be positive.
3205	The End wavelength must be greater than Start wavelength.	Invalid values are set to the acquisition wavelength range.	Set Start wavelength and End wavelength correctly.
3206	The End time must be greater than Start time.	Invalid values are set to the acquisition time range.	Set Start time and End time correctly.
3209	Cannot perform background compensation because wavelength table does not match.	Wavelength table does not match between 2 PDA data files.	Use data acquired by the same PDA detector to perform background subtraction.
320B	Multi-chromatogram table of this file includes wavelength out of the stored wavelength range.	Multi-chromatogram table of this file includes wavelength out of the stored wavelength range.	Set the Multi-chromatogram table correctly.
3219	The wavelength calibration results are not correct. A probable cause is that the optical system has not been correctly	The result of having performed wavelength calibration was out of the range of the element.	Re-adjust the optical system.
4000	Selected library is a public library.	No change including writing can be made on public libraries.	Specify a private library.
4001	Now searching. The operation is not available for now.	Libraries are searched.	Wait for a while. After search finishes, try the same operation again.
4002	No structural formula is registered.	The structural formula has not been registered to the library.	The structural formula of the compound cannot be displayed or printed.
4004	Search parameters are not set.	Search parameters for index search have not been set.	Set search parameters on the Index Search Parameters Table in the [MS Library Editor] sub-window.
4005	There is no compound hit.	There was no compound that met the search conditions.	The message is for confirmation.
4006	No search was performed.	Since library search was not performed on spectra registered on the Spectrum Process Table or Identified Results Table, no results could be displayed.	Perform library search.
4007	Ratio between values before and after hydrogen compensation should be between 0.5 and 2.0.	Hydrogen compensation can be set up to x2.	Adjust values before and after the compensation. The values normally should be within this range.
4009	Either m/z value or intensity is set to 0. The spectrum peak will be deleted. Do you want to	-----	-----
4011	The start m/z value is set larger than the end m/z value.	The start m/z value is set larger than the end m/z value.	Set the start m/z value smaller than the end m/z value.
4012	Further search for subtraction result spectra is impossible.	The number of repeated subtraction for library search has exceeded the specified limit.	-----

4013	Spectra in the library cannot be copied to other libraries.	Spectra included in the library are protected so that they cannot be copied to other libraries.	-----
4014	The selected compound will be deleted from this library. Deleted a compound cannot be recovered. \nAre you sure you want to continue?	-----	-----
4015	Select library file.	The library function is not selected.	Check the condition of the library search.
4080	The tuning file has not been tuned according to conditions specified in the analysis method. Therefore, perform auto tuning.	The tuning file may not have been tuned according to the specified interface, polarity, or data acquisition mode.	Create a new turning file in the [Tuning] sub-window and then perform auto tuning.
4081	Mass compensation of Q-array, DL, or deflector voltage has not been performed.	-----	-----
4082	Tuning by Quick scan is not performed.	Tuning by [Quick scan] is not performed even though [Quick scan] is set for [MainRod Bias] of MS instrument parameters.	Set [Scan Mode] for [Main-Rod Bias] on the [H/W Parameters] tab page in the [Manual Tuning] sub-window. If necessary, click the [Detail] button, make settings, and perform tuning. Then, save the tuning file.
4083	Flow rate in the tuning file is different between positive and negative polarities. Perform autotuning or manual tuning.	Nebulizing gas flow rate is different between tuning with the positive polarity and tuning with the negative polarity.	Perform tuning with the same flow rate for positive and negative polarities.
4084	Tuning file version is different. \n Perform auto-tuning or manual tuning.	An attempt was made to use a tuning file created with a different MS type.	Perform auto-tuning or manual tuning.
4085	Temperature and flow rate in the tuning file are different for positive and negative polarities. \n Perform auto-tuning or manual tuning.	The polarity cannot be switched during data acquisition because the temperature and nebulizing gas flow rate are different for positive and negative polarities. This check is performed when the nebulizing gas flow rate during data acquisition is set to be determined by the tuning result. (Setting is made on the [Interface] tab page in [Instrument Parameter View] in the	Enter correct values in the [Manual Tuning] sub-window.
4086	A type of instrument on which tuning was performed is different than the current instrument. Perform tuning again.	You are attempting to use a tuning file tuned for a different type of instrument.	Perform tuning again for the current instrument.
4100	Perform optimization when the acquisition mode is set to SIM.	Acquisition mode is not set to SIM. Method optimization can be performed only when the acquisition mode is set to SIM.	When performing method optimization, set the acquisition mode to SIM.
4101	Set up to two events for one segment.	Three or more events are set for one segment. Method optimization can be performed when the number of events is two at max.	Set up to two events for one segment.
4102	Setting of the MS instrument parameters does not match the subject method. Do you want to apply the parameters? \n When they are applied, the existing MS instrument parameters for the subject method will be deleted.	For the optimized method and subject method (method open in the [Data Acquisition] sub-window), the number of segments, the number of events, or the combination of channel number and m/z value does not match.	Select [Yes] to replace the MS instrument parameters for the subject method with the MS instrument parameters for the optimized method. Select [No] otherwise.
4103	MS Instrument is not registered in the Configuration File.	-----	-----
4104	Event time is not enough.Please change SIM channel number or long event time.	The event time value is below the minimum limit.	Decrease the number of SIM channel or increase the event time.
4105	Please change event time less or equal to 655sec.	The event time specified exceeds the allowable range.	Use a lower time setting within 655 sec.
4106	MS acquisition time cannot be shortened.	The acquisiton time cannot be shortened.	Please do not input short time at former acquisition time.
4107	Method file is not optimized.	An attempt was made to display the optimization results of a method file that has not been optimized.	Optimize the file before displaying the results.
4108	Method file including the Survey/Dependent event can not be optimized.	The method file could not be optimized since it contains a Survey Event or Dependent Event.	To optimize the method file, delete the Survey Event or Dependent Event from the method.
4109	Method file including the AD output can not be optimized.	The method file could not be optimized since the AD output is set to the method	To optimize the method file, delete the AD output from the method.

410A	Precursor m/z dose not match the Condition of auto selection for product m/z.	The automatic selection conditions for the product m/z contradict the precursor m/z settings.	Set an appropriate precursor m/z or automatic selection conditions for the product m/z.\nWhen "Optimize MRM event from precursor ion search" mode is selected, precursor m/z is defined by molecular weight and adduct
410B	The maximum number of events is exceeded. Please decrease the number of method files to be	All events cannot be set since there are too many events set to the method files to be added.	Reduce the number of events by reducing the number of method files to be added.
410C	The maximum number of compounds is exceeded. Please decrease the number of method files to be added.	All compounds cannot be set since there are too many compounds set to the method files to be added.	Reduce the number of compounds by reducing the number of method files to be added.
410D	The MRM event cannot be added by the method with the analog output. Please delete the analog	The MRM event cannot be added since analog output is set.	Delete analog output before adding the MRM event.
410E	Time cannot be adjusted by the method with the analog output. Please delete the analog output.	The time cannot be adjusted since analog output is set.	Delete the analog output.
410F	The maximum number of compounds is exceeded. Please review the compound table.	All compounds cannot be set since there are too many.	Check the Compound Table.
4110	Failed to compress data. Data has been saved by nocompression.	Because it was not possible to preserve it by compressing the data file, it preserved it without compressing it.	-----
4200	This file has the parameters tuned with the current tuning conditions. Do you invalidate parameters and change the	This message is displayed when the parameter of tuned file is changed.	Do not change the parameters, if you don't want to invalidate the tuning result.
4201	Use the file as the default tuning file?	-----	If this file is specified as the default tuning file, it is used as the tuning file whenever a tuning file is not specified for single run or realtime batch. Click [Yes] to use it as the default tuning file. Otherwise, click [No].
4202	Use the file as the default tuning file?	The message is displayed when deleting the currently selected monitor group.	Click [OK] to delete and [Cancel] not to delete.
4203	The group name is already registered.	Registration of a new monitor group was attempted under a name already	Change the monitor group name.
4204	Groups are already registered to the maximum (16).	Up to 16 monitor groups including 2 standard groups can be registered.	Delete unnecessary monitor group and register new one.
4205	The default setting group cannot be deleted.	Deletion of a standard monitor group was attempted.	The default monitor group cannot be deleted.
4206	The Calibration Table will be supplemented. \nDo you	The Calibration Table must be supplemented since it has been changed.	To supplement, click [Yes], and to cancel supplementation, click [No].
4207	The Calibration Table will be initialized. \nAre you sure you want to perform?	This message is displayed for confirmation before the Calibration Table is initialized.	To initialize, click [Yes], and to cancel initialization, click [No].
4208	Do you want to save peak profiles and spectra of the standard sample in this setting?	This message is for confirming whether or not to save the profile and spectra of the standard sample under the preset	To save, click [Yes], and to cancel the save, click [No].
4209	To perform Auto-Tuning, use ESI or DUIS interface.	Auto tuning cannot be performed when an APCI (APPI) interface is mounted.	Change the interface to the one that auto-tuning can be performed with.
420A	The Setting of EEPROM was transmitted.	-----	-----
420B	[untranslated]Because this tuning file have not been tuned on positive polarity, you can't make the conditions to tune only negative polarity. \nPlease check positive polarity also.	Auto-tuning cannot be performed using negative settings only when tuning with positive ion polarity has not been completed.	Perform tuning by positive polarity in the manual tuning mode, or specify tuning by auto-tuning.
420C	To perform Edit Mass for Negative Calibration, Use ESI or DUIS interface.	Edit Mass for Negative Calibration cannot be performed, because the interface is set as APCI by configuration.	Change the interface to ESI or DUIS.
420D	Auto-Tuning Started.(Discriminative Level)	-----	-----
420E	Auto-Tuning has been completed.(Discriminative Level)	-----	-----
420F	Auto-Tuning was terminated.(Discriminative Level)	-----	-----
4210	Auto-Tuning could not complete.(Discriminative Level)	-----	-----
4211	The extended parameter was transmitted.	-----	-----

4212	The low m/z value is set larger than the high m/z value.	The low m/z value is set larger than the high m/z value.	Set the low m/z value smaller than the high m/z value.
4213	The product m/z value is set larger than the precursor m/z	The product m/z value is set larger than the precursor m/z value.	Set the product m/z value smaller than the precursor m/z value.
4214	The losses of value is set larger than the precursor m/z value.	The losses of value is set larger than the precursor m/z value.	Set the losses of value smaller than the precursor m/z value.
4215	The influence goes out to Scan Speed in the [MS] tab page when Settling Time is changed. Do you wish to continue?\nThe [MS] tab page, click [Normal] or [Advanced] in the [Instrument Parameters View].	Settling Time is changed.	To download, click [Yes], and to cancel download, click [No].
4216	The influence goes out to Loop Time in the [MS] tab page when Polarity switch waiting time is changed. Do you wish to continue?\nThe [MS] tab page, click [Normal] or [Advanced] in the [Instrument Parameters	Polarity switch waiting time is changed.	To download, click [Yes], and to cancel download, click [No].
4217	Please activate the voltage value only 2 points.	-----	-----
4218	Please set the m/z calibration value so as to increase	-----	-----
4219	To perform Auto-Tuning, Use ESI probe.	-----	Change the interface to the one that auto-tuning can be performed with.
421A	To perform Edit Mass for Negative Calibration, Use ESI probe.	Edit Mass for Negative Calibration cannot be performed, because the interface is set as APCI by configuration.	Change the interface to ESI.
421B	Fail to initialize a tuning file.	Factory Setting is not set.	Create a new tuning file. If the phenomenon reoccurs, set Factory Setting with Instrument Maintenance Tools again. If the phenomenon still reoccurs, contact your Shimadzu representative.
4A15	Number of Reference Ions exceeds five	Up to 5 reference ions can be entered.	Decrease the number of reference ions in the table.
4A16	Please select target ion.	No target ion has been set.	The target needs to be set in all occasions. Change [Type] of the target ion.
4A2C	Compounds are already registered to the maximum.	Up to 1,000 compounds can be registered.	Delete unnecessary compounds and then register new ones.
4A2E	Peak integration for quantitation cannot be performed.	-----	----
4A31	Incorreect retention time is set.	The retention time is invalid.	Enter the correct RT.
4A34	Need to set m/z.	There is no compound between start and end time.	Change end time to click on chromatogram,
4A35	The number of channel in a line of SIM table will be over 64 by changing the end time. \nYou should set the end time so that the number of channel will be less than or equal to 64.	The changed end time would result in the number of channels included on a single row of the SIM table to exceed 64.	If the SIM table is automatically created, all the compounds cannot be registered on the channels. Change the end time so that the number of channels is 64 maximum.
4A36	The number of channel in a line of SIM table will be over 64. You had better set the SIM table again.	When the MS parameters were created automatically from the Compound Table, the number of ion channels exceeded the maximum.	Either decrease the number of compounds and reference ions, or specify processing start and end times in the Compound Table so that the processing times of individual compounds do not overlap.
4A37	The compound that retention time exceeds the acquisition time of the method file is not reflected in SIM table.	The retention tme of target compound is out of qcquisiton time range.	Revise the settings of compound table or change the acqusition time.
4A38	The compound whose event number did not exist on the method file has been deleted.	An event# that is bigger than oner that exists in origical MS instrument parameter is registered in the compound table.	Confirm all of event# in the compound table.
5100	Communication error.	An error occurred at the transfer protocol level.	Make sure that the analytical instrument is not turned OFF, and that connection cables is not pulled out. \nContact your Shimadzu representative when this problem can not be
5101	GC instrument error occurred.	An error was notified from the GC instrument.	This error is accompanied by a message sent from the GC instrument. Check the content of this error message and remedy the error according to the Instruction Manual provided with the GC instrument.

5102	The GC program has been started with data acquisition cannot performed.	This error occurs when operations to start up a GC program (e.g. by pressing the start button on the instrument) are performed when the instrument is not ready for data acquisition.	Operate after preparing for data acquisition.
5103	GC is not connected.	Failed to connect to the GC.	First, check that the GC power supply is allocated, that the power is turned ON, that cables between the GC and PC are properly connected, and that the operating environment (OS, drive settings for the communication devices, etc.) is normal. Also, check the communications port specification is not in error at "Communication Settings" (displayed by double-clicking the [Instrument] icon on the "Modules Used for Analysis", or by highlighting and clicking [Properties]) that is called from "System Configuration". If this message is displayed even though the above is normal, contact your
5104	The AOC is not connected. Check the connections between the CBM and AOC, and restart the CBM and GC.	The AOC is not actually connected even though the AOC is set to be used in the system configuration.	A probable cause is that CBM and AOC are not connected correctly, or that AOC is set to be used even though there is no AOC. Check the connection between CBM and AOC, or make sure that the [AOC Connection] checkbox that is displayed by clicking [CBM-102 Settings] under <System Configuration> - <Properties> is set correctly.
5105	The GC type does not match.	The actually connected GC type does not match the GC type set in the instrument properties in the system configuration.	Retry setting the system configuration according to the type of currently connected GC.
5106	The column could be damaged if you start the GC system while the carrier gas flow controller is Off (its On/Off button is on the instrument monitor bar). \nAre you sure you want to start the GC	GC system may not be started while the flow controller is Off. \nSometimes the column can be damaged in this condition.	Please check the condition and setting if you want to continue this operation or select [No] to terminate this operation.
5107	GC instrument warning occurred.	A warning was notified from the GC instrument.	This error is accompanied by a message sent from the GC instrument. Check the content of this error message and remedy the error according to the Instruction Manual provided with the GC instrument.
5110	Autosampler settings are not correct.	The autosampler related settings in the system configuration are in error.	Retry setting the system configuration of theAutosampler.
5111	Please set the column information.	The column length, inner diameter, and upper limit temperature are not set.	Click the [Select] button and select the column currently used in the [Column List] dialog box. If the column in use is not registered, click the [Add] button and enter the inner diameter, length and other details.
5112	Please select the detector.	The detector is not selected.	Be sure to select a detector.
5113	The same"Analog Input"is set to two or more detectors.	The same "Analog Input (AD1/AD2)" is set to 2 or more detectors selected for the analysis line.	Click "Yes" in the message display sub-window. Set "Analog Input" for the detector not registered in the analysis line to "None".
5114	The same ""Analog Input"" is set to two or more detectors. \nDo you change the analog input setting of the detector not used for data acquisition to ""None""?	The same"Analog Input (AD1/AD2)"is set to two or more detectors.	Click "Yes" in the message display sub-window. Set "Analog Input" for the detector not selected in the analysis line to "None".
5115	Change the"Filter Time Const"setting of the detector tonmsec to match the type of injection unit?	Processing for changing the default detector filtering time constant according to the type of injection unit on the same analysis line will be performed.	Select [Yes] to change the filtering time constant to the displayed value.
5116	HSS is not connected.	The HSS is not connected to the PC.	Make sure that the HSS is turned ON and that it is operating normally. Also, check the connection cables.
5117	An attempt was made to process unusable parameters.	An attempt was made to send parameters that cannot be used in the current system configuration. Or, an attempt was made to send parameters during operation.	Make sure that the system configuration and method are set within the correct ranges.
5118	Failed to load the HSS system configuration.	The HS system configuration could not be loaded.	Make sure that the HSS is turned ON and that it is operating normally. Also, check the connection cables.
5119	Failed to load the HSS status.	The HS status could not be loaded.	Make sure that the HSS is turned ON and that it is operating normally. Also, check the connection cables.
511A	Failed to set the HSS method.	The HS method is not set.	Set the HSS method.
511B	Failed to execute the HSS.	The HS system could not accept the execution command.	Make sure that the HSS is turned ON and that it is operating normally. Also, check the connection cables.
511C	Failed to stop the HSS.	The HS system could not accept the stop command.	Make sure that the HSS is turned ON and that it is operating normally. Also, check the connection cables.
511D	Failed to reset the HSS.	The HS system could not accept the reset command.	Make sure that the HSS is turned ON and that it is operating normally. Also, check the connection cables.

511E	Failed to set the HSS ready.	The HS system could not accept the command during stop processing.	Make sure that the HSS is turned ON and that it is operating normally. Also, check the connection cables.
5126	The HSS is currently processing.	The HS system could not accept the command since it was processing.	Wait a while before trying again.
5127	HSS system memory error	An error was found in the HS system memory.	When this error persists after processing, contact your Shimadzu representative.
5128	Needle motor time-out error	The needle motor did not reach the specified position during the specified	When this error persists after processing, contact your Shimadzu representative.
5129	Vial lift time-out error	The vial lift did not reach the specified position during the specified time.	When this error persists after processing, contact your Shimadzu representative.
512A	Magazine motor time-out error	The magazine motor did not reach the specified position during the specified	When this error persists after processing, contact your Shimadzu representative.
512B	Oven motor time-out error	The oven motor did not reach the specified position during the specified time.	When this error persists after processing, contact your Shimadzu representative.
512C	The magazine is full.	There is no empty vial position for unloading the sample vial from the oven.	Remove the vial from the magazine. When this error persists after processing, contact your Shimadzu
512D	Unexpected error occurred.	Error of unknown cause occurred.	Turn the system OFF then ON again. When this error persists after processing, contact your Shimadzu
512E	Oven motor startup error	The oven motor stopped at the start stage.	When this error persists after processing, contact your Shimadzu representative.
512F	Magazine motor startup error	The magazine motor stopped at the start stage.	When this error persists after processing, contact your Shimadzu representative.
5130	Oven heater controller error	The oven heater electrical controller is in error.	When this error persists after processing, contact your Shimadzu representative.
5131	Needle heater controller error	The needle heater electrical controller is in error.	When this error persists after processing, contact your Shimadzu representative.
5132	Transfer heater controller error	The transfer heater electrical controller is in error.	When this error persists after processing, contact your Shimadzu representative.
5134	Oven heater sensor is shortcircuited	A short-circuit occurred on the oven heater temperature sensor.	When this error persists after processing, contact your Shimadzu representative.
5135	Needle heater sensor is shortcircuited	A short-circuit occurred on the needle heater temperature sensor.	When this error persists after processing, contact your Shimadzu representative.
5136	Transfer heater sensor is shortcircuited	A short-circuit occurred on the transfer heater temperature sensor.	When this error persists after processing, contact your Shimadzu representative.
5138	HSS oven heater sensor lead is broken	The oven heater temperature sensor did not receive the signal.	When this error persists after processing, contact your Shimadzu representative.
5139	Needle heater sensor discontinuity	The needle heater temperature sensor did not receive the signal.	When this error persists after processing, contact your Shimadzu representative.
513A	Transfer heater sensor discontinuity	The transfer tube heater temperature sensor did not receive the signal.	When this error persists after processing, contact your Shimadzu representative.
513C	HSS oven heater fuse has melted down.	The oven heater fuse melted down. The temperature limit was exceeded.	When this error persists after processing, contact your Shimadzu representative.
513D	Needle monitor is short-circuited	A short-circuit occurred on the needle unit.	When this error persists after processing, contact your Shimadzu representative.
513E	Transfer monitor is short-circuited	A short-circuit occurred on the transfer tube.	When this error persists after processing, contact your Shimadzu representative.
513F	Needle monitor sensor discontinuity	The needle heater monitor did not receive the signal.	When this error persists after processing, contact your Shimadzu representative.
5140	Transfer monitor sensor discontinuity	The transfer tube monitor did not receive the signal.	When this error persists after processing, contact your Shimadzu representative.
5141	Oven unload error	The vial could not be found when the sample vial was unloaded from the oven.	When this error persists after processing, contact your Shimadzu representative.
5142	Operator loading error	Failed to load the sample vial.	When this error persists after processing, contact your Shimadzu representative.
5143	Command was ignored.	The command was ignored since the command was sent during processing that does not accept commands.	Wait a while before trying again.
5144	The HSS system is not connected to the controller.	A probable cause is that discontinuity occurred midway.	Restart the software.
5145	No vial.	The vial No. differs from the batch setting.	Make sure that there are no omissions when setting the vials in place.
5146	Waiting for HSS external ready signal.	The externally connected instrument is not ready though the injection time has been reached.	Operation is started when the externally connected instrument is ready. A probable cause is that the heat retention time does not reach the preset value. For details, refer to the report for the HS system.
5147	An error has occurred on the HS (Please check the HS state).	An error occurred on the HS system, and the HS system stopped in this state.	If absence of a vial is the cause, cancel data acquisition, set a vial in place, and perform data acquisition again. If something else is the cause, refer to [Troubleshooting] in the Instruction Manual of the HS.

5148	The HSS heat retention time has been extended.	The retention time was extended since the externally connected instrument is not ready though the injection time has been	There is a possibility that the heat retention time does not reach the set value. For details, refer to the report for the HS system.
2149	Please unify the HS parameters in the method file.	The HS parameters are not unified in the method file used in batch processing.	Set all method files to the same value.
514A	The HS parameter [GC Cycle Time] is set to the"GC Analysis time + 0.5 minutes"or less.	The method HS parameter [GC Cycle Time] is set to the "GC Analysis time + 0.5 minutes" or less.	Set so that [GC Cycle Time] is longer than the"GC Analysis time + 0.5 minutes".
514B	The HS parameter [GC Cycle Time] is set to the"GC Analysis time + cooling time"or less. Are you sure?	The method HS parameter [GC Cycle Time] is set to the "GC Analysis time + cooling time" or less. (The cooling time is calculated as 10 minutes when the initial temperature of the column oven is 50 degree or more, and as 15 minutes when the column oven is less than 50 degree.)	Set so that [GC Cycle Time] is longer than the "GC Analysis time + cooling time".
514C	The HS parameter [Thermostatic Time] is set to the"GC Analysis time + 0.5 minutes"or less.	With data acquisition in the MHE mode, the method HS parameter [Thermostatic Time] is set to the "GC Analysis time + 0.5 minutes" or less.	Set so that [Thermostatic Time] is longer than the"GC Analysis time + 0.5 minutes".
514D	The HS parameter [Thermostatic Time] is set to the"GC Analysis time + cooling time"or less. Are you sure?	With data acquisition in the MHE mode, the method HS parameter [Thermostatic Time] is set to the "GC Analysis time + cooling time" or less. (The cooling time is calculated as 10 minutes when the initial temperature of the column oven is 50 degree or more, and as 15 minutes when the column oven is less than 50 degree.)	Set so that [Thermostatic Time] is longer than the "GC Analysis time + cooling time".
514E	The values of the HS parameter [Temperature Zone (Oven, Needle, Transfer)] are not in ascending order. Are you sure?	The values of the method HS parameter [Temperature Zone (Oven, Needle, Transfer)] and the GC parameter injection unit temperature values are not in ascending order.	Set the HS zone temperature setting and GC injection unit temperature value as follows. (oven temperature) < (needle temperature)=<(transfer temperature)=<(GC injection unit temperature)
514F	Please set the vial Nos. starting with 1 up to the maximum number of vials.	The vial No. of the batch is set to a value greater than the maximum number of vials of the HS.	Set the vial No. to the maximum number of vials or less.
5150	Please set the vial Nos. in ascending order.	The vial No. of the batch must be set in ascending order.	Set the vial Nos. in ascending order.
5151	Please unify the number of repeats for the vial Nos.	With data acquisition in the MHE mode, the number of repeats of the vial No. for the batch is not unified.	Unify the number of repeats for the vial Nos.
5152	Please set the number of repeats for the vial Nos. up to 9.	With data acquisition in the MHE mode, the number of repeats of the vial No. for the batch is set higher than 9.	Set the number of repeats for the vial Nos. to 9 or less.
5153	Cannot start up simultaneously.	An attempt was made to use AOC and HS simultaneously.	Perform data acquisition on either of the lines since AOC and HS cannot be used simultaneously.
5154	The same vial number cannot be set to lines 1 and 2.	The same vial No. is set to lines 1 and 2.	The sample in the same vial cannot be poured simultaneously on lines 1 and 2. Set different vial Nos.
5155	GC for communication is not connected.	Cannot communicate with GC, and connection failed.	Check the cable and power supply.
5160	Turn the HSS heater on?	This message is displayed for confirmation when the turning heater of HS-20 on.	Click "yes" if turning the heater on and click "No" if keeping the heater off.
5161	Are you sure you want to turn the HSS heater off?	This message is displayed for confirmation when the turning heater of HS-20 off.	Click "yes" if turning the heater off and click "No" if keeping the heater on.
5162	Additional Flow configuration is not correct.	The same Additional flow that is used for HS-20 is configured.	Configure the different additional flow for each port of HS20.
5163	HS-20 error occurred.	An error was notified from the HS-20 instrument.	This error is accompanied by a message sent from the HS20 instrument. Check the content of this error message and remedy the error according to the Instruction Manual provided with the HS-20 instrument.
5164	HS-20 warning occurred.	A warning was notified from the HS-20 instrument.	This warning is accompanied by a message sent from the HS-20 instrument. Check the content of this warning message and remedy the warning according to the Instruction Manual provided with the HS-20 instrument.

5165	HS-20 is not connected.	Failed to connect to the HS-20.	First, check that the HS-20 power supply is allocated, that the power is turned ON, that USB cables between the HS20 and PC are properly connected, and that the operating environment (OS, drive settings for the communication devices, etc.) is normal. Also, check whether the serial number of HS-20 is displayed or not at "Communication Settings" (displayed by double-clicking the [Instrument] con on the "Modules Used for Analysis", or by highlighting and clicking [Properties]) that is called from "System
5166	The HS-20 parameter [GC Cycle Time] is set to the "GC Analysis time + 0.5 minutes" or less.	The method HS parameter [GC Cycle Time] is set to the "GC Analysis time + 0.5 minutes" or less.	Set so that [GC Cycle Time] is longer than the"GC Analysis time + 0.5 minutes".
5167	The HS-20 parameter [GC Cycle Time] is set to the "GC Analysis time + cooling time" or less. Are you sure?	The method HS parameter [GC Cycle Time] is set to the "GC Analysis time + cooling time" or less. (The cooling time is calculated as 10 minutes when the initial temperature of the column oven is 50 degree or more, and as 15 minutes when the column oven is less than 50 degree)	Set so that [GC Cycle Time] is longer than the "GC Analysis time + cooling time".
5168	Please set the number of repeats for the vial Nos. up to 9.	When the same vial No for the batch is repeated, it is recogniozed as MHE mode. The number of repeats is set higher than	Set the number of repeats for the vial Nos. to 9 or less.
5169	Please set the batch Line up to 1000.	The number of batch lines must be set less than 1000.	The number of batch lines must be set less than 1000 for HS-20.If you want to set more than 1000 lines, use "batch
516A	Cannot start up simultaneously.	An attempt was made to use AOC and HS-20 simultaneously.	Perform data acquisition on either of the lines since AOC and HS-20 cannot be used simultaneously.
516B	Please unify the HS parameters in the method file.	The HS-20 parameters are not unified in the method file used in batch processing.	Set all method files to the same value.
516C	HS-20 Communication error.	Communication error between HS-20 and PC occurred.	USB cables between the HS-20 and PC are properly connected, and that the operating environment (OS, drive settings for the communication devices, etc.) is normal.
516D	Check the condition of the power plug.	It Continues using a lot of electricity.	Confirm the plug for power supply because it may cause ignition unless it is not plugged in properly.
5173	HS-10 error occurred.	An error was notified from the HS-10 instrument.	This error is accompanied by a message sent from the HS10 instrument. Check the content of this error message and remedy the error according to the Instruction Manual provided with the HS-10 instrument.
5174	HS-10 warning occurred.	A warning was notified from the HS-10 instrument.	This warning is accompanied by a message sent from the HS-10 instrument. Check the content of this warning message and remedy the warning according to the Instruction Manual provided with the HS-10 instrument.
5175	HS-10 is not connected.	Failed to connect to the HS-10.	First, check that the HS-10 power supply is allocated, that the power is turned ON, that USB cables between the HS10 and PC are properly connected, and that the operating environment (OS, drive settings for the communication devices, etc.) is normal. Also, check whether the serial number of HS-10 is displayed or not at "Communication Settings" (displayed by double-clicking the [Instrument] con on the "Modules Used for Analysis", or by highlighting and clicking [Properties]) that is called from "System Configuration".
5176	The HS-10 parameter [GC Cycle Time] is set to the "GC Analysis time + 0.5 minutes" or less.	The method HS parameter [GC Cycle Time] is set to the "GC Analysis time + 0.5 minutes" or less.	Set so that [GC Cycle Time] is longer than the "GC Analysis time + 0.5 minutes".
5177	The HS-10 parameter [GC Cycle Time] is set to the "GC Analysis time + cooling time" or less. Are you sure?	The method HS parameter [GC Cycle Time] is set to the "GC Analysis time + cooling time" or less. (The cooling time is calculated as 10 minutes when the initial temperature of the column oven is 50 degree or more, and as 15 minutes when the column oven is less than 50 degree)	Set so that [GC Cycle Time] is longer than the "GC Analysis time + cooling time".
5178	Please set the batch Line up to 240.	The number of batch lines must be set less than 240.	The number of batch lines must be set less than 240 for HS-10.If you want to set more than 240 lines, use "batch queue".
5179	Cannot start up simultaneously.	An attempt was made to use AOC and HS-10 simultaneously.	Perform data acquisition on either of the lines since AOC and HS-10 cannot be used simultaneously.
517B	HS-10 Communication error.	Communication error between HS-10 and PC occurred.	USB cables between the HS-10 and PC are properly connected, and that the operating environment (OS, drive settings for the communication devices, etc.) is normal.

517C	Half turn the Vial Tray?	This message is displayed for confirmation when the halof turn the tray of HS-10.	Click "yes" if half turn the tray, and click "No" if doesn't half turn the tray.
517D	HS-10 is not connected because of maintenance.	When HS-10 is on maintenance working, the PC cannot connect with HS.	Connect the HS-10 after the maintenace end.
517E	Please set the number of repeats for the vial Nos. up to 10.	When the same vial number for the batch is repeated with MHE mode, the number of repeats is set higher than 10.	Set the number of repeats for the vial Nos. to 10 or less.
5300	The system controller has not been set. Are you sure you want to continue processing?	-----	-----
5301	Not ready for data acquisition.	The instrument is readying for data acquisition.	Wait for data acquisition to become ready before starting data acquisition.
5302	Failed to move the vial.	The connection between the PC and LC instrument or each instrument and controller may be wrong.	Try again after reconstructing the connection accurately.
5304	Please upgrade ROM version of CBM-20A/lite.	Rom version of CBM-20A/lite don't suppurt the unit which tries to use.	Make ROM version of CBM-20A/lite a latest version.
5306	The integrated PDA detector can not be selected in UV detector model.	Using UV detector model, the integrated PDA detector is selected on PDA table item in the [Instrument] sub-window.	Please double-click [Instrument (Communication Setting)] in the [System Configuration] sub-window, and eliminate integrated PDA detector from PDA table entry in the [Instrument] sub-window.
5307	The integrated UV detector or another optional PDA detector can not be selected in PDA detector model.	Using PDA detector model, integrated UV detector is selected in [System Configration] sub-window, or PDA detector other than [LC-2030 PDA Detector] is selected in the [Instrument] sub-window.	Please eliminate integrated UV detector in [System Configration] sub-window, or select [LC-2030 PDA Detector] on PDA table item in the [instrument] subwindow.
5308	The integrated PDA detector in PDA detector model is not selected.	Using PDA detector model, other than the [LC-2030 PDA Detector] is selected on PDA table item in the [Instrument] subwindow.	Please double-click [Instrument (Communication Setting)] in the [System Configuration] sub-window, and eliminate [LC-2030 PDA Detector] from PDA table entry in the [Instrument] sub-window.
5309	Failed the communication between the SFC and pump because the connection cable between the SFC and pump is not connected properly or the	The connection cable between the SFC and pump is not connected properly or the pump is turned off.	After checking the connections, perform the [Auto Configuration] again.
5312	The sample injection is paused. Analysis is waiting until it becomes ready.	The sample injection is paused.	When the Autosampler is set to be used, make sure that the Autosampler is operating normally.
5313	The sample injection was failed and data acquisition was	Data acquisition was not started in the specific period of time.	When the Autosampler is set to be used, make sure that the Autosampler is operating normally.
5315	Please set the Wash command one minute or more after the End command time.	-----	-----
53F1	SP CTRL:Invalid operation. Fullregenerating. [1001]	While full-regenerating, Activate on or switch cartridge command was operated.	Do not operate those commands while full_regenerating.
53F2	SP CTRL:Invalid operation. Now ACT ON. [1002]	Full-regeneration was operated while HPLC system was activated.	Do not operate full-regeneration while HPLC system is activated.
53F3	SP CTRL: There is a contradiction in the suppressor control parameter settings. [1003]	The suppressor-related parameters are not correct.	Check the values and set so that values are correct.
53F4	SP CTRL:Suppressor Ch1-L cannot regenerate. [1004]	Suppressor cartridge current did not become constant.	The suppressor cartridge may have become degraded. Replace the cartridge.
53F5	SP CTRL:Suppressor Ch1-R cannot regenerate. [1005]	Suppressor cartridge current did not become constant.	The suppressor cartridge may have become degraded. Replace the cartridge.
53F6	SP CTRL:Suppressor Ch2-L cannot regenerate. [1006]	Suppressor cartridge current did not become constant.	The suppressor cartridge may have become degraded. Replace the cartridge.
53F7	SP CTRL:Suppressor Ch2-R cannot regenerate. [1007]	Suppressor cartridge current did not become constant.	The suppressor cartridge may have become degraded. Replace the cartridge.
53F8	CTO: Door is open. Please close the door. [1008]	Column oven door is open.	Close the door.
53F9	CTO: Door is open too long. [1009]	Column oven door was open for too long time while using suppressor.	Close the door while using suppressor.
53FA	SP CTRL: Cartridge regeneration was canceled. [100A]	-----	-----
5403	Controller: Data not protected. Method and sequence files have been initialized. [0003]	Method and sequence files have been initialized.	After making the appropriate settings for the connected components in the "Configuration" tab page, reset the methods and sequences in all the relevant windows.
5404	Controller: Data not protected. Method and sequence files have been restored. [0004]	The method and sequence files have been returned to the state they were in the previous time the system controller was started up.	Check the methods and sequences.

5405	Controller: Illegal backup parameter. Method and sequence files have been	Some parameters have been initialized.	Check the methods and sequences.
5406	Controller: Illegal backup parameter. System information and user information have been changed. [0006]	Some information has been initialized.	Check the system and user information.
5407	Controller: ROM4 error occurred. [0007]	-----	Turn the power OFF and then ON again. If the error persists, turn the power OFF and contact your Shimadzu
5408	Controller: Signal received from ALARM INPUT terminal. [0008]	An error signal was sent from the external device connected to the external input/output terminal [IN].	Inspect the external device, and eliminate the cause of the error.
540A	Contoller:Link time out error. [000A]	The fiber-optic communication link has been disconnected. (This error is suppressed when link check is turned OFF in the Configuration screen.)	Ensure the connection of the fiber-optic cable between the fraction collector and the system controller.
540B	Controller: Component fixed on Configuration screen has not been linked. [000B]	Component fixed on configuration screen has not been linked and analysis started.	Check the connections. Perform system configuration again.
540C	Controller: Incorrect ID from sub- CPU. [000C]	-----	Turn the power OFF and then ON again. If the error persists, turn the power OFF and contact your Shimadzu
540E	Controller: Incorrect data from sub-CPU. [000E]	-----	Turn the power OFF and then ON again. If the error persists, turn the power OFF and contact your Shimadzu
540F	FRC or SIL: Invalid vial number. [000F]	Invalid sample(vial) number.	Set values within the valid range for the sample rack used.
5410	SIL:Needle X axis home position error. [0010]	Move to X (right and left) direction was faulty.	Check if nothing is stuck in the movable part.\nIf nothing is stuck, contact your Shimadzu representative.
5411	SIL:Needle Y axis home position error. [0011]	Move to Y (front and back) direction was faulty.	Check if nothing is stuck in the movable part.\nIf nothing is stuck, contact your Shimadzu representative.
5412	SIL:Needle Z axis home position error. [0012]	Move to Z (up and down) direction was faulty.	Check if nothing is stuck in the movable part.\nIf nothing is stuck, contact your Shimadzu representative.
5413	SIL:6-port valve home position error. [0013]	Rotation of 6-port valve motor was faulty.	Remedy this problem referring to the following procedure. 1. Check if the rotor seal has reached its service life. Replace the rotor seal if it has reached its service life. 2. Disassemble and clean. The torque required for turning the valve sometimes increases due to foreign objects in the mobile phase and impurities in the sample. Remove these foreign matters by disassembling and cleaning the valve. (At this time, replace scratched seals with new seals.) If the above procedure does not remedy the problem, contact
5414	SIL:3-way valve home position error. [0014]	Rotation of 3-way valve motor was faulty.	Please perform actions using the following procedures.\n1. Check that the rotor seal has not exceeded its service life.\n - If it has, replace it with a new rotor seal.\n2. Disassemble the valve and clean it.\n - Due to mobile phase contaminants or sample impurities, the torque necessary for valve rotation may increase excessively. Remove these contaminants by disassembling the valve and cleaning it. (If any scratches are found on the rotor seal surface, replace it with a new rotor seal.)\nIf the error is not corrected after performing the actions above, contact
5415	SIL:Syringe home position error. [0015]	Motion of syringe plunger driving motor was faulty.	The friction between the syringe tip and barrel may have excessively increased.\nRemove the syringe and aspirate/discharge water or alcohol with the syringe repeatedly, allowing the syringe tip seal surface to become acclimated to the barrel. \nIf the error is not corrected after performing the action above, contact your Shimadzu representative.
5416	SIL: Pretreatment program error! An error occurred while pretreatment program was	There is a line which cannot be executed in the pretreatment program.	Check set parameter for the line.
5417	SIL: Pretreatment program does not exist. Please edit a pretreatment program. [0017]	Pretreatment program to be executed does not exist.	Check if file number to be executed is specified correctly.
5418	SIL:Pretreatment file exceeds the maximum size. [0018]	Total number of bytes in file exceeds memory capacity.	Up to 250 byte is available in a file. Divide to several files using CALL and GOTO command if program is too large.
5419	SIL: Undefined rack is used.	Rack is not set, or rack detection failed.	Set values within the valid range for the sample rack used.

541A	SIL:6-position valve home position error. [001A]	6-port valve does not rotate to the correct positions.	Please perform actions using the following procedures.\n1. Check that the rotor seal has not exceeded its service life.\n - If it has, replace it with a new rotor seal.\n2. Disassemble the valve and clean it.\n - Due to mobile phase contaminants or sample impurities, the torque necessary for valve rotation may_increase excessively. Remove these contaminants by disassembling the valve and cleaning it. (If any scratches are found on the rotor seal surface, replace it with a new rotor seal.)\nIf the error is not corrected after performing the actions above, contact
541B	SIL:Metering pump home position error. [001B]	Metering pump home position error has occurred.	Remedy this problem referring to the following procedure. Check if the plunger seal has reached its service life. Replace the plunger seal if it has reached its service life. The torque required for turning the valve sometimes increases due to foreign objects in the rinse solution and impurities in the sample. Remove these foreign matters by disassembling and cleaning the valve. At this time, replace scratched seals with new seals. If the above procedure does not remedy the problem, contact your Shimadzu
541C	SIL:Invalid aspiration/discharge volume setting in pretreatment program. [001C]	Suction of more volume than syringe capacity was attempted in pretreatment program.	If suction volume is larger than syringe capacity, reset it to a smaller volume than syringe capacity.\nIf discharge volume is larger than suction volume, reset discharge volume to a smaller volume than sucked volume, or reset
541D	SIL:Invalid vial number. [001D]	Invalid sample(vial) number.	Confirm whether a standard rack is set.
541E	SIL:Invalid aspiration/discharge volume setting of metering pump in pretreatment program. [001E]	Invalid aspiration/discharge volume setting of metering pump in pretreatment program.	If suction volume is larger than syringe capacity, reset it to a smaller volume than syringe capacity.\nIf discharge volume is larger than suction volume, reset discharge volume to a smaller volume than sucked volume, or reset
5420	FRC:Arm X axis home position error. [0020]	Motor in X direction (right and left) slipped.	Turn the power OFF and check if the arm is in contact with something.
5421	FRC:Arm Y axis home position error. [0021]	Motor in Y direction (front and back) slipped.	Turn the power OFF and check if the arm is in contact with something.
5422	FRC:Arm Z axis home position error. [0022]	Motor in Z direction (up and down) slipped.	Turn the power OFF and check if the arm is in contact with something.
5424	FRC:Undefined rack. User rack is not defined. Teach it and activate. [0024]	An attempt was made to use an unregistered rack.	Set rack number properly.
5425	FRC:Too many peaks. 3rd peak detected during a delay time.	An attempt was made to collect the third peak during delay time for the first peak.	Change the time program so that collection of the third peak is not made in the delay time for the first peak.
5426	FRC:Invalid vial number. Set value within the valid range for the sample rack. [0026]	Fraction collector attempted to move to a vial number which does not exist in the rack.	Set vial number in the time program correctly.
5430	Pump: Pressure has exceeded P.Max. Check flow lines for clogging. If P.Max is too low, reset it. [0030]	Pump discharge pressure has exceeded the set max. pressure limit, [P.Max]. Pumping will automatically stop, unless [SPROT] function has been activated, in which case pumping will continue at half	Inspect the clogging in the flow line. If no clogging is found, set the appropriate [P.Max] value.
5431	Pump:Pressure does not rise to P.Min. Check flow lines for leaks. If P.Min is too high, reset it.	Pump discharge pressure has fallen below the set min. pressure limit, [P.Min]. Pumping will automatically stop.	Check the flow line for leaks. If no leak is found, the [P.Min] setting is inappropriate, and must be changed.
5432	Pump:Home position can not be detected. [0032]	The motor home position cannot be detected, the motor does not run, or the motor is slipping.	Turn the power OFF, then ON again, and restart pumping.\nIf the message appears again, turn the power OFF and contact your Shimadzu representative.
5433	Pump:Operation mode is local. Set the operation mode to remote. [0033]	Operation mode is local.	Set the operation mode to remote.
5434	Pump:Leak detected. Eliminate the leak in the pump's interior or exterior. [0034]	Leak sensor has detected leakage.\nSensor is too sensitive.	Inspect the leakage in the flow line. Wipe away any liquid around the leak sensor.\nAdjust the leak sensor actuation level.
5440	Detector: Grating home position error. [0040]	Motor home position sensor does not operate properly.	Contact your Shimadzu representative.
5441	Detector:Filter home position error. [0041]	Filter home position sensor does not operate properly.	Contact your Shimadzu representative.
5442	Detector:Lamp home position error. [0042]	Lamp home position sensor does not operate properly.	Contact your Shimadzu representative.
5443	Detector:D2 lamp does not light. [0043]	Fault in deuterium lamp or in its circuits.	Check the total lamp illumination time, and replace the lamp.\nIf the error occurs after lamp replacement, contact your Shimadzu representative.
5444	Detector: D2 lamp is over current. [0044]	Abnormally high current flowing through lamp.	Check the total lamp illumination time, and replace the lamp.\nIf the error occurs after lamp replacement, contact your Shimadzu representative.

5445	Detector: Leak is detected. [0045]	Eluent leak can be detected in the detector.	Stop the pump flow and then execute any action to stop the eluent leak. See detail Instrument manual.
5446	Detector:Operation mode is local. Set operation mode to remote. [0046]	Operation mode is local.	Set the operation mode to remote.
5447	Detector:Ex grating motor home position error. [0047]	Ex grating motor has slipped.	Contact your Shimadzu representative.
5448	Detector:Em grating motor home position error. [0048]	Em grating motor has slipped.	Contact your Shimadzu representative.
5449	Detector:Auto zero level is out of range. Confirm the installation of the cell, no bubble in the cell, and the settings of SENS and GAIN parameters. [0049]	Signal level is too high.	Confirm the installation of the cell, no bubble in the cell.\nSet SENS lower.
544A	Detector:Wavelength is inaccurate. Run WAVE CALIB in SPD to calibrate wavelength. [004A]	Wavelength discrepancy exceeds 1nm.	1. Cell is not installed properly\n- Install cell properly\n2. Error in wavelength calibration\n- Run [WAVE CALIB.] (VP function) to calibrate wavelength, then run [WAVE CHECK] to check wavelength accuracy.\n3. Sample in cell is highly absorptive of UV and visible light, or large air bubbles in sample greatly restrict amount of light transmitted through cell at emission line wavelengths (656 & 254nm) of deuterium lamp or mercury lamp.\n- Flush the inside of the cell with a mobile phase solvent that does not absorb light in the vicinity of above wavelength.\n- Purge cell interior with air or nitrogen.\nIf [CHECK NO GOOD] appears again when [WAVE CHECK] is run after the above action has been taken, turn the power OFF and contact your
544B	Detector:Detector temperature has exceeded 63 C. [004B]	The temperature of the measuring point rises to 63C or more.	Check the operating environment. If you cannot find any problems, contact your Shimadzu representative.
544C	Detector: Xe lamp does not light. [004C]	Fault in Xe lamp or in its circuits.	Check the Xe lamp operating time and replace it.\nIf the error persists, turn the power OFF and contact your Shimadzu representative.
544D	Detector: REF DATA OVERFLOWED. [004D]	-----	-----
5450	Detector: NO SCAN DATA. [0050]	Spectrum data was requested for output from a file which dose not contain scanned	Check the file number set when scanning was executed, and use that file.
5451	Detector: OVEN OVERHEATED. [0051]	-----	Turn the power OFF and contact your Shimadzu representative.
5452	Detector: THERMO MODULE OVER-CURRENT. [0052]	-----	Turn the power OFF and contact your Shimadzu representative.
5453	Detector: TEMP SENSOR. [0053]	-----	Turn the power OFF and contact your Shimadzu representative.
5460	Detector: PMT OVER- CURRENT. [0060]	-----	Turn the power OFF and contact your Shimadzu representative.
5461	Detector: NEGATIVE VOLTAGE SOURCE. [0061]	-----	Turn the power OFF and contact your Shimadzu representative.
5462	Detector: TEMP FUSE BLOWN OFF. [0062]	-----	Turn the power OFF and contact your Shimadzu representative.
5463	Detector: HARDWARE ERROR. [0063]	-----	Turn the power OFF and contact your Shimadzu representative.
5470	CTO: Oven temperature has exceeded T.Max. [0070]	The oven temperature has exceeded the value set for [T.MAX] .	1. Lower the oven set temperature.\n2. Set [T.MAX] to a value 5degreehigher than the set temperature. An overshoot may occur before the temperature reaches the
5471	CTO: Pt sensor reading abnormally high. [0071]	Thermosensor readings are abnormally high. There may be a short circuit in the	Turn the power OFF and contact your Shimadzu representative.
5472	CTO: Pt sensor reading abnormally low. Pt sensor is not connected or is short-circuited.	Thermosensor readings are abnormally low. The sensor may be disconnected.	Turn the power OFF and contact your Shimadzu representative.
5473	CTO: Leak detected. Eliminate the leak in the oven's interior or exterior. [0073]	Density of solvent vapor inside column oven has exceeded leak sensor actuation level.	1. Mobile phase has leaked inside the oven.\n- Take action to stop the leak.\n2. There is solvent vapor in the air around the unit.\n- Provide adequate\n3. Sensor sensitivity is incorrectly adjusted.\n- Readjust the sensitivity.\nTake the appropriate action described in the table above. Then run the fan for 5 minutes with the right door open. The leak sensor is unstable for 60 seconds after starting up the column oven and so errors are not detected during this
5474	CTO: Fan speed does not increase. [0074]	Fan speed does not increase to the set value.	If the cause is obstruction of the fan by tubing or other object, turn the power OFF and remove the obstruction. If the object cannot be removed, or if the error is due to some other cause, contact your Shimadzu representative.

5475	CTO: Operation mode is local. Set operation mode to remote.	Operation mode is local.	Set the operation mode to remote.
5476	CTO: Leak sensor wire is broken. [0076]	Leak sensor malfunctions (probably due to broken/disconnected wire).	Turn the power OFF and contact your Shimadzu representative.
5477	CTO: Low set temperature. [0077]	Set temperature value is inappropriate, in one of following ways:\n(1) When use of cooler is enabled, set temperature is room temperature minus 10C or lower.\n(2) In other situations, set temperature is lower than the room temperature.	Set temperature higher than room temperature minus 10C if using the cooler, or higher than room temperature if not using the cooler.\n(Temperature regulation is not stopped.)
5478	CTO: High set temperature. [0078]	Set temperature value is room temperature plus 60C or higher.	Set a temperature lower than room temperature plus 60C.\n(Temperature regulation is not stopped.)
5480	RV.A: Rotary valve A home position error. [0080]	No Motor Home Position Error of RV.A has occurred.	Turn the power OFF and then ON again. If the error persists, turn the power OFF and contact your Shimadzu
5481	RV.B:Rotary valve B home position error. [0081]	No Motor Home Position Error of RV.B has occurred.	Turn the power OFF and then ON again. If the error persists, turn the power OFF and contact your Shimadzu
5482	RV.C:Rotary valve C home position error. [0082]	No Motor Home Position Error of RV.C has occurred.	Turn the power OFF and then ON again. If the error persists, turn the power OFF and contact your Shimadzu
5483	RV.D:Rotary valve D home position error. [0083]	No Motor Home Position Error of RV.D has occurred.	Turn the power OFF and then ON again. If the error persists, turn the power OFF and contact your Shimadzu
5484	Syringe Unit: Valve home position error. [0084]	Valve home position error has occurred.	Turn the power OFF and then ON again. If the error persists, turn the power OFF and contact your Shimadzu
5485	Syringe Unit:Syringe home position error. [0085]	No Motor Home Position Error of Syringe unit has occurred.	Turn the power OFF and then ON again. If the error persists, turn the power OFF and contact your Shimadzu
5486	Syringe Unit:The setting for suction/discharge is out of range. [0086]	The setting for suction/discharge of Syringe Unit is out of the range.	Check the setting for suction/discharge of Syringe Unit.
548C	SUBC: Leak is detected. [008C]	SUBC:Leak sensor was detected leakage.	Inspect the leakage from the flow line. Wipe out spilled liquid after fixing the leakage.
5490	LINK TIME OUT (CBM). [0090]	-----	Check the power supply of the instrument and cable connections. Check the network environment. Restart CBM. If the error persists, contact your Shimadzu
5491	SIL:No vial is set on the rack. [0091]	No sample vial was placed in the rack position.	Remedy this problem referring to the following procedure. 1. The sample vial installation location is incorrect. Place the vial at the correct location. 2. A probable cause is that a vial of height lower than a standard Shimadzu sample vial is in use. In this case, set the sample vial automatic detection function OFF referring to the Instruction Manual. If the above procedure does not remedy the problem,
5492	SIL: Leak detected. Please eliminate the leak. [0092]	Concentration of organic phase vapor inside the unit has exceeded the leak sensor actuation level.	Check for liquid leakage from the following locations. 1. Injection port. If liquid is leaking from the injection port, replace the needle seal. 2. Valve piping joint. If liquid is leaking from the valve piping joint, re-tighten the piping, or, replace the piping and the joint parts with new parts. 3. Sample loop. If liquid is leaking from the sample loop, replace with new parts. 4. Leak sensor sensitivity adjustment. If the leak sensor is over-responding, calibrate the sensor, and re-adjust the threshold value. If the above procedure does not remedy the problem, contact your
5493	SIL: PUMP DROP DETECTED. [0093]	-----	Turn the power OFF and contact your Shimadzu representative.
54A0	Detector: Zero glass home position error (RID). [00A0]	The home position of the zero glass drive unit cannot be properly detected.	Contact your Shimadzu representative.
54A1	Detector: Leak is detected. Please eliminate the leak. [00A1]	Leak detected.	Inspect and repair plumbing. Wipe away leakage.
54A2	Detector: Insufficient lamp light intensity. [00A2]	-----	Check the total operating time of the lamp, and replace the lamp. If this does not remedy the problem, contact your Shimadzu representative.
54A3	Detector: Over-heated (RID).	Electric circuit was damaged.	Contact your Shimadzu representative.
54A4	Detector:Over-heated.(RID) [00A4]	The temperature of the measuring point rises to 63C or more.	Contact your Shimadzu representative.
54B0	Controller: Leak is detected. Please eliminate the leak. [00B0]	Leak was detected on an instrument.	Remove the cause of leakage, and wipe off the liquid on the leak sensor.
54C0	CDD:Valve1 home position error. [00C0]	Valve is not operating properly due to one of the following reasons.\n(1) The valve is stuck due to dirt or precipitates.\n(2) The valve cable is not connected properly.\n(3) Problem in the valve motor or drive circuit.	(1) Disassemble the valve and clean or replace the rotor and stator.\n(2) Check the connection of the cables.\n\nIf those are not the cause, contact your Shimadzu representative.

54C1	CDD:Valve2 home position error. [00C1]	Valve is not operating properly due to one of the following reasons.\n(1) The valve is stuck due to dirt or precipitates.\n(2) The valve cable is not connected properly.\n(3) Problem in the valve motor or drive circuit.	(1) Disassemble the valve and clean or replace the rotor and stator.\n(2) Check the connection of the cables.\nIf those are not the cause, contact your Shimadzu representative.
54C2	CDD:Suppressor Ch1 Voltage too high. [00C2]	The actual current passing through the suppressor cartridge did not reach the preset value one minute after the start of regeneration.	The suppressor cartridge may have become degraded. Replace the cartridge.
54C3	CDD:Suppressor Ch2 Voltage too high. [00C3]	The actual current passing through the suppressor cartridge did not reach the preset value one minute after the start of regeneration.	The suppressor cartridge may have become degraded. Replace the cartridge.
54C4	CDD:Ch1 Background is too high. [00C4]	GAIN1 was set to 1 and the background level exceeded 100uS/cm when autozero was performed.	If background level is more than 100 uS/cm, set GAIN1 to 2 or larger.
54C5	CDD:Ch2 Background is too high. [00C5]	GAIN2 was set to 1 and the background level exceeded 100uS/cm when autozero was performed.	If background level is more than 100 uS/cm, set GAIN2 to 2 or larger.
54D0	LC is not connected.	LC is not connected.	Check the instrument status and the cable connections.
54D1	The CBM is not connected to the network.	-----	Check the power supply of the instrument and cable connections. Check the network environment. Restart CBM. If the error persists, contact your Shimadzu
54D2	The CBM is not linked to the SPD-M20A.	-----	Check the connections between the PDA detector and CBM. Check the network environment. Restart the PDA detector, CBM, and PC.
54D3	Configuration settings are not correct.	Instrument configuration settings do not match with the actual installation.	Check the instrument configuration and optional settings.
54D9	Batch table setting error. Injection volume or vial number is not correct.	Batch table settings are not correct.	Check injection volume or vial number in the batch table.
54DA	LC system is not ready to start batch processing.	LC system is not ready to start batch processing.	Check the instrument status and restart the batch when it becomes ready.
54E0	RS-232C communication error occurred.	RS-232C communication error has occurred.	Check the instrument status and the cable connections.
54E1	SCSI communication error	SCSI communication error has occurred.	Check the instrument status and the cable connections.
54E2	LC instrument error occurred.	LC instrument error has occurred.	Check the error code and take appropriate actions.
54E3	Buffering error	There is a buffer overflow.	Use faster PC, or decrease the number of systems or detectors to decrease transmission traffic.
54E4	Memory loss error	Memory loss error has occurred.	Turn the power OFF and then ON again. If the error persists, turn the power OFF and contact your Shimadzu
54E5	Maintenance logs error	Failed to write to maintenance log.	Turn the power OFF and then ON again. If the error persists, turn the power OFF and contact your Shimadzu
54E6	Error logs error	Failed to write to error log.	Turn the power OFF and then ON again. If the error persists, turn the power OFF and contact your Shimadzu
54E7	Operation error	Failed to write to operation log.	Turn the power OFF and then ON again. If the error persists, turn the power OFF and contact your Shimadzu
54E8	Failed to initialize the connection to the LC system.	Failed to initialize a connection to the LC system.	(1) Check the instrument status and the cable connections.\n(2) Check COM port number and controller type are set correctly in the configuration settings.
54F1	There are no vials usable for fraction.	-----	-----
54F2	Detector: The temperature sensor has failed.[8728]	The temperature sensor in the detector has failed.	Turn the power OFF and contact your Shimadzu representative.
54F3	Detector: The PCB or other circuit has failed.[8729]	The PCB or other circuit of the detector has failed.	Turn the power OFF and contact your Shimadzu representative.
5500	PDA is not connected.	PDA is not connected.	Check the instrument status and the cable connections.
550C	PDA for communication is not connected.	PDA for communication is not connected.	Check the instrument status and the cable connections.
550D	Failed to initialize the connection to the PDA.	Failed to initialize a connection to the PDA.	(1) Check the instrument status and the cable connections.\n(2) Check SCSI board number and SCSI ID are set correctly in the configuration settings.
550E	Failed to disconnect from the	Failed to disconnect from the PDA.	Check the instrument status and the cable connections.
5511	This PDA detector cannot be used simultaneously from	An attempt was made to use the PDA detector at the same time as CLASS-VP.	Exit CLASS-VP when the PDA detector is used.
5512	This operation is currently not available.	You try to execute the operation which prohibit during data acquisition.	Try again after terminating data acquisition.
5513	This PDA detector is already used.	This PDA detector is used elsewhere.	Re-connect after disconnecting the destination where the PDA detector is used.
5514	This PDA detector is already connected.	This PDA detector is already connected.	This PDA detector can be used.

5515	Not connected to the PDA	PDA board is not connected.	Check the instrument status and the cable connections.
5516	The PDA detector command was executed twice or more.	The PDA detector is executing another command.	Try again after the currently executing command ends.
5517	Incorrect device code in PDA detector command response packet.	An instrument different from the registered PDA detector is connected.	Disconnect and re-connect.
5518	The PDA detector command execution result status is in error.	An attempt was made to execute command that cannot be processed by the PDA detector.	Disconnect and re-connect.
5519	Instrument type does not match. Re-configure the instrument.	The actually connected PDA type does not match the PDA type set in the instrument properties in the system configuration.	Retry setting the system configuration according to the type of currently connected PDA.
551A	The LC-2030 LC system is not configured. The LC-2030 LC system is necessary to use the LC-2030 PDA Detector.	LC-2030 PDA Detector is selected without configuring LC-2030 LC system.	Please double-click [Instrument (Communication Setting)] in the [System Configuration] sub-window, and select LC2030 LC system in [Instrument] sub-window.
5520	SCSI communication error occurred.	An error occurred in SCSI communication with the PDA detector.	Check the power supply of the instrument, cable connections and terminator settings.
5521	TCP/IP communication error occurred.	An error occurred in TCP/IP communication with the PDA detector.	Check the power supply of the instrument and cable connections.
5550	PDA detector cannot start after the analysis runs.	SPD-M10A analysis did not start.	Make sure that the system controller relays are set appropriately in the system configuration, and that the cables are connected correctly.
5551	PDA detector cannot start after the analysis runs.	SPD-M20A analysis did not start.	Before starting the PDA detector by an event cable connection, check the following details. \n1. Make sure that the system controller relays are set appropriately in the system configuration. \n2. Make sure that the controller and the PDA detector are correctly connected by the event cable. \n\n Before starting the PDA detector by an Ethernet connection, check the following details. \n1. Make sure that the controller and the PDA detector are in the same subnet. \n2. Make sure that the LAN cable is connected correctly to the controller and the PDA detector. \n3. Make sure that the same group name is set to the controller and the PDA detector. \n4. Make sure that the controller's system name is set to the master server name setting field
5556	PDA signal saturated. The PDA exposure time may not be adjusted properly.	The signal is saturated because the exposure time for the PDA elements is inappropriate.	Perform exposure time optimization using SPD-M30A Utility.
5557	Specified wavelength range is not available. The PDA may not be adjusted or calibrated properly.	Wavelength calibration was not performed properly.	Perform wavelength calibration using SPD-M30A utilities.
5601	PDA Detector: System error. [0001]	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.
5602	PDA Detector: System error. [0002]	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.
5603	PDA Detector: System error. [0003]	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.
5604	PDA Detector: System error. [0004]	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.
5605	PDA Detector: System error. [0005]	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.
5606	PDA Detector: EEPROM read error has occurred. [0006, 8902]	EEPROM read error has occurred.	Turn the power OFF and contact your Shimadzu representative.
5607	PDA Detector: EEPROM write error has occurred. [0007, 8903]	EEPROM write error has occurred.	Turn the power OFF and contact your Shimadzu representative.
5608	PDA Detector: System error. [0008]	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.
5609	PDA Detector: System error. [0009]	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.
560A	PDA Detector: System error. [000A]	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.
560B	PDA Detector: System error. [000B]	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.
560C	PDA Detector: System error. [000C]	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.
560D	PDA Detector: System error. [0010]	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.
560E	PDA Detector: Wavelength calibration was not performed. [0011, 8901]	Wavelength calibration was not executed.	Perform wavelength calibration.

5611	PDA Detector: System error. [1001]	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.
5612	PDA Detector: System error. [1002]	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.
5613	PDA Detector: System error. [1010]	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.
5614	PDA Detector: PDA board is not connected. [1020, 8911]	The PDA circuit board is not connected.	Turn the power OFF and contact your Shimadzu representative.
5615	PDA Detector: Detector is not ready. [1030, 8912]	Measurement was started while another error was unresolved. Due to network malfunction, etc., previous measurement was not completed normally.	Resolve the previous error. Then restart the instrument.
5616	PDA Detector: System error. [1040]	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.
5617	PDA Detector: System error. [1050]	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.
5621	PDA Detector: Leak is detected. [2001, 8921]	Mobile phase has leaked inside the instrument.	Check the plumbing.
5622	PDA Detector: System error. [2010]	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.
5623	PDA Detector: System error. [2011]	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.
5631	PDA Detector: Communications to PC data buffer overflow. [4001, 8941]	There is a PC data buffer overflow.	Check the PC status and the cable connections. If the error persists, turn the power OFF and contact your Shimadzu representative.
5632	PDA Detector: System error. [4002]	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.
5633	PDA Detector: System error. [4010]	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.
5634	PDA Detector: System error. [4011]	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.
5635	PDA Detector: System error. [4012]	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.
5636	PDA Detector: System error. [4020]	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.
5637	PDA Detector: System error. [4021]	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.
5641	PDA Detector: SCSI communication error. [7004]	SCSI communication error has occurred.	Check the instrument status and the cable connections.
5642	PDA Detector: SCSI communication error. [7005]	SCSI communication error has occurred.	Check the instrument status and the cable connections.
5643	PDA Detector: SCSI communication error. [7006]	SCSI communication error has occurred.	Check the instrument status and the cable connections.
5644	PDA Detector: SCSI communication error. [7007]	SCSI communication error has occurred.	Check the instrument status and the cable connections.
5645	PDA Detector: SCSI communication error. [7008]	SCSI communication error has occurred.	Check the instrument status and the cable connections.
5646	PDA Detector: SCSI communication error. [7009]	SCSI communication error has occurred.	Check the instrument status and the cable connections.
5647	PDA Detector: SCSI communication error. [700C]	SCSI communication error has occurred.	Check the instrument status and the cable connections.
5648	PDA Detector: SCSI communication error. [700D]	SCSI communication error has occurred.	Check the instrument status and the cable connections.
5649	PDA Detector: SCSI communication error. [700E]	SCSI communication error has occurred.	Check the instrument status and the cable connections.
564A	PDA Detector: SCSI communication error. [700F]	SCSI communication error has occurred.	Check the instrument status and the cable connections.
564B	PDA Detector: SCSI communication error. [7010]	SCSI communication error has occurred.	Check the instrument status and the cable connections.
564C	PDA Detector: SCSI communication error. [7011]	SCSI communication error has occurred.	Check the instrument status and the cable connections.
564D	PDA Detector: SCSI communication error. [7020]	SCSI communication error has occurred.	Check the instrument status and the cable connections.
564E	PDA Detector: SCSI communication error. [7021]	SCSI communication error has occurred.	Check the instrument status and the cable connections.
564F	PDA Detector: SCSI communication error. [7022]	SCSI communication error has occurred.	Check the instrument status and the cable connections.
5650	PDA Detector: SCSI communication error. [7030]	SCSI communication error has occurred.	Check the instrument status and the cable connections.
5651	PDA Detector: SCSI communication error. [7031]	SCSI communication error has occurred.	Check the instrument status and the cable connections.

5652	PDA Detector: SCSI communication error. [7040]	SCSI communication error has occurred.	Check the instrument status and the cable connections.
5653	PDA Detector: SCSI communication error. [7050]	SCSI communication error has occurred.	Check the instrument status and the cable connections.
5654	PDA Detector: SCSI communication error. [7051]	SCSI communication error has occurred.	Check the instrument status and the cable connections.
5655	PDA Detector: SCSI communication error. [7060]	SCSI communication error has occurred.	Check the instrument status and the cable connections.
5656	PDA Detector: SCSI communication error. [7070]	SCSI communication error has occurred.	Check the instrument status and the cable connections.
5661	PDA Detector: RS232C communication error. [8001]	RS-232C communication error has occurred.	Check the instrument status and the cable connections.
5662	PDA Detector: RS232C communication error. [8002]	RS-232C communication error has occurred.	Check the instrument status and the cable connections.
5663	PDA Detector: RS232C communication error. [8003]	RS-232C communication error has occurred.	Check the instrument status and the cable connections.
5664	PDA Detector: System error. [9001]	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.
5671	PDA Detector: Changing lamp condition. [C001, 89C1]	Changing lamp condition.	Then restart PDA Detector and PC.
5672	PDA Detector: D2 lamp is over current. [C002, 89C2]	D2 lamp malfunctioned. Lighting circuit malfunctioned.	Replace the D2 lamp. If this does not remedy the problem, contact your Shimadzu representative.
5673	PDA Detector: There is a problem with the D2 lamp. Check the lamp connections and the lamp for defects. [C003, 89C3]	Probable causes are the D2 lamp connector is not connected, the D2 lamp malfunctioned, or the lighting circuit malfunctioned.	Check the D2 lamp connections. Check the total operating time of the lamp, and replace the lamp. If this does not remedy the problem, contact your Shimadzu representative.
5674	PDA Detector: System error. [C004]	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.
5675	PDA Detector: System error. [C005]	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.
5676	PDA Detector: There is a problem with the W lamp. Check the lamp connections and the lamp for defects. [C006, 89C4]	Probable causes are the W lamp connector is not connected, or the W lamp malfunctioned.	Check the W lamp connections. Check the total operating time of the lamp, and replace the lamp. If this does not remedy the problem, contact your Shimadzu representative.
5677	PDA Detector: Starting up D2 lamp. [C007, 89C5]	Starting up D2 lamp.	Then restart PDA Detector and PC.
5678	PDA Detector: System error. [C008]	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.
5679	PDA Detector: System error. [C009]	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.
567A	PDA Detector: System error. [C00B]	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.
567B	PDA Detector: The light source compartment cover is open. Close the cover. [C00C, 89C6]	The lamp cover was not in place at instrument startup.	Mount the lamp cover, and turn the lamp on again.
567C	PDA Detector: D2 lamp heater is over current. [C00D, 89C7]	A probable cause is that the D2 lamp heater circuit malfunctioned.	Check the total operating time of the lamp, and replace the lamp. If this does not remedy the problem, contact your Shimadzu representative.
567D	PDA Detector: Lamp housing is overheated. [C00E, 89C8]	A probable cause is that the cooling fan blast flow is poor, or the cooling fan or heater circuit malfunctioned.	Ensure at least 15 mm of space on the sides of the PDA detector. If this does not remedy the problem, contact your Shimadzu representative.
567E	PDA Detector: W lamp is overcurrent. [C00F, 89C9]	A probable cause is that the W lamp malfunctioned.	Check the total operating time of the lamp, and replace the lamp. If this does not remedy the problem, contact your Shimadzu representative.
5681	PDA Detector: System error. [D001]	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.
5682	PDA Detector: Failed to detect light shutter/filter origin. [D002,	Failed to detect light shutter/filter origin.	Turn the power OFF and contact your Shimadzu representative.
5683	PDA Detector: System error. [D003]	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.
5691	PDA Detector: System error. [E001]	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.
5692	PDA Detector: Parameter set error; co-efficient of elementwave. [E002, 89E1]	Parameter set error; co-efficient of element-wave.	Then restart PDA Detector and PC.
5693	PDA Detector: System error. [E003]	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.
5694	PDA Detector: System error. [E010]	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.
5695	PDA Detector: System error. [E011]	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.

5696	PDA Detector: System error. [E020]	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.
56A1	PDA Detector: System error. [FF01]	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.
56A2	PDA Detector: System error. [FF02]	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.
56A3	PDA Detector: System error. [FF03]	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.
56A4	PDA Detector: System error. [FF04]	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.
56A5	PDA Detector: System error. [FF05]	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.
56A6	PDA Detector: System error. [FF06]	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.
56A7	PDA Detector: System error. [FF07]	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.
56A8	PDA Detector: System error. [FF08]	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.
56A9	PDA Detector: System error. [FF20]	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.
56AA	PDA Detector: System error. [FF21]	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.
56AB	PDA Detector: System error. [FF80]	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.
56AC	PDA Detector: System error. [FF81]	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.
56AD	PDA Detector: System error. [FF82]	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.
56B1	PDA Detector: Invalid EEPROM parameter. [0013, 8904]	Invalid EEPROM parameter.	Turn the power OFF and contact your Shimadzu representative.
56B5	PDA Detector: System check error has occurred. [2100, 8922]	Error occurred during system check.	Turn the power OFF and contact your Shimadzu representative.
56B7	PDA Detector: Hard disk cannot be initialized. [4031, 8942]	Hard disk initialization failed.	Turn the power OFF and contact your Shimadzu representative.
56B8	PDA Detector: Insufficient hard disk space. [7032, 8943]	Hard disk is full.	Turn the power OFF and contact your Shimadzu representative.
56B9	PDA Detector: Buffer memory overflow in detector during analysis. It is not possible to send the data again. [4003, 8944]	Detector buffer memory overflowed.	Turn the power OFF and contact your Shimadzu representative.
56BA	PDA Detector: SNTP synchronization error. [5001, 8951]	The time error with the SNTP server exceeds 1 second. The time is not correctly adjusted.	Check the power supply of the instrument and cable connections. Check the network environment. Restart the PDA detector. If the error persists, contact your Shimadzu representative.
56BB	PDA Detector: TCP/IP communications timed out. [5002, 8952]	Ethernet communication with the PC timed out.	Check the power supply of the instrument and cable connections. Restart the PDA detector. If the error persists, contact your Shimadzu representative.
56BC	PDA Detector: The cell is overheated. [6001, 8961]	Temperature-controlled flow cell malfunctioned, control circuit	Turn the power OFF and contact your Shimadzu representative.
56BD	PDA Detector: The cell is over current. [6002, 8962]	Temperature-controlled flow cell malfunctioned, control circuit	Turn the power OFF and contact your Shimadzu representative.
56BE	PDA Detector: Invalid slit position. [7101, 8971]	Invalid slit position.	Then restart PDA Detector and PC.
56BF	PDA Detector: Invalid response. [7102, 8972]	Invalid response.	Then restart PDA Detector and PC.
56C0	PDA Detector: Invalid sampling rate. [7103, 8973]	Invalid sampling rate.	Then restart PDA Detector and PC.
56C1	PDA Detector: Invalid cell temperature. [7104, 8974]	Invalid cell temperature.	Then restart PDA Detector and PC.
56C2	PDA Detector: Invalid analog range. [7106, 8976]	Invalid analog range.	Then restart PDA Detector and PC.
56C3	PDA Detector: Invalid polarity. [7106, 8976]	Invalid polarity.	Then restart PDA Detector and PC.
56C4	PDA Detector: Invalid wavelength. [7107, 8977]	Invalid wavelength.	Then restart PDA Detector and PC.
56C5	PDA Detector: Leak sensor is short-circuited. [7881, 8978]	Leak sensor is short.	Turn the power OFF and contact your Shimadzu representative.
56C6	PDA Detector: Leak sensor is open. [7882, 8979]	Leak sensor is open.	Turn the power OFF and contact your Shimadzu representative.

56C7	PDA Detector: Lamp housing temperature sensor is open. [7883, 897A]	Lamp housing temperature sensor is open.	Turn the power OFF and contact your Shimadzu representative.
56D2	PDA Detector: D2 lamp heater current is low. [C010, 89CA]	A probable cause is that the D2 lamp heater circuit malfunctioned.	Turn the power OFF and contact your Shimadzu representative.
56D3	PDA Detector: Failed to detect D2 lamp. [C012, 89CB]	The D2 lamp connector is not connected. Or, a wire is cut, or the circuit board malfunctioned, etc.	Connect the D2 lamp connector.
56D4	PDA Detector: Failed to detect W lamp. [C013, 89CC]	The W lamp connector is not connected. Or, a wire is cut, or the circuit board malfunctioned, etc.	Connect the W lamp connector.
56D6	PDA Detector: System error. [89FE]	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.
56D7	PDA Detector: TCP/IP cancelled. [5003, 8953]	An error has occurred during TCP/IP communication with PDA detector.	Verify that the instrument is turned ON and the cables properly connected.\nIf the error is not corrected, contact your Shimadzu representative.
56D8	PDA Detector: CBM LAN timeout. [5004, 8954]	Ethernet communication with the CBM timed out.	Check the network environment.\nTurn the power of PDA detector and CBM OFF once and turn it ON again.\nIf the error persists, turn the power OFF and contact your Shimadzu representative.
56D9	PDA Detector: SNTP timeout error has occurred. [5005, 8955]	SNTP timeout error has occurred.	Check the network instruments. Then restart PDA Detector and PC.
56DE	PDA Detector: Failed to capture the PDA signal.[89E2]	Malfunction inside the instrument	Turn the power OFF and contact your Shimadzu representative.
56E0	PDA Detector: Low set temperature.[8963]	The set temperature is not appropriate.	Set the temperature more than 5C higher than the ambient temperature.
56E1	PDA Detector: Installed cell is not registered. Register the cell ID in PDA detector, then adjust the exposure time and calibrate the wavelength.[8965]	1)An unregistered cell was installed in the instrument.\n2)Failed to read cell ID.	1)Perform cell registration,exposure time adjustment, and wavelength calibration.\n2)Check the connection of the cell cable.
56E2	PDA Detector: Temperature is increasing inside the instrument.[89D2]	PDA Detector: Temperature is increasing inside the instrument.	If the filter is clogged, replace the filter.
56E3	PDA Detector: Lamp housing fan rotation error.[89D6]	Lamp compartment fan malfunction	Turn the power OFF and contact your Shimadzu representative.
56E4	PDA Detector: Power heat exhaust fan rotation error.[89D7]	Power heat exhaust fan malfunction	Turn the power OFF and contact your Shimadzu representative.
56E5	PDA Detector: Polychrometor is overheated.[89D8]	Malfunction inside the instrument	Turn the power OFF and contact your Shimadzu representative.
56E6	PDA Detector: Heater sensor is open.[89D9]	Malfunction inside the instrument	Turn the power OFF and contact your Shimadzu representative.
56E7	PDA Detector: Room sensor is open.[89DA]	Malfunction inside the instrument	Turn the power OFF and contact your Shimadzu representative.
56E8	PDA Detector: Photo diode is saturated.[8945]	The signal is saturated because the exposure time for the PDA elements is	Perform exposure time optimization using SPD-M30A Utility.
56E9	PDA Detector: IP resource contention.[8956]	A device with the same IP address as the instrument exists on the same network.	Change the IP address of the instrument or device to resolve the collision.
56EA	PDA Detector: Failed to detect Cell.[8964]	Cell is not installed or the cell cable is not connected.	Install the cell and connect the cable correctly.
56EB	PDA Detector: Abnormal high temperature is detected inside the instrument[89D3]	1)The suction filter on the back of the instrument is clogged.\n2)Malfunction inside the instrument	1)If the filter is clogged, replace the filter.\n2)Turn the power OFF and contact your Shimadzu representative.
56EC	PDA Detector: D2 lamp overvoltage.[89D4]	1)D2 lamp malfunction\n2)Malfunction inside the instrument	1)Replace the D2 lamp.\n2)Turn the power OFF and contact your Shimadzu representative.
56ED	PDA Detector: D2 lamp overvoltage[89D5]	1)D2 lamp malfunction\n2)Malfunction inside the instrument	1)Replace the D2 lamp.\n2)Turn the power OFF and contact your Shimadzu representative.
56EE	PDA Detector: Undefined warning.[89FB]	A warning occurred in the PDA detector that is undefined in LabSolutions.	Refer to the SPD-M30A Instruction Manual regarding error codes. If the LabSolutions version is not compatible with the PDA detector ROM version, update it to the most recent version.
56EF	PDA Detector: Undefined error(Level 1).[89FC]	An error occurred in the PDA detector that is undefined in LabSolutions.	Refer to the SPD-M30A Instruction Manual regarding error codes. If the LabSolutions version is not compatible with the PDA detector ROM version, update it to the most recent version.
56F0	PDA Detector: Undefined error(Level 2).[89FD]	An error occurred in the PDA detector that is undefined in LabSolutions.	Refer to the SPD-M30A Instruction Manual regarding error codes. If the LabSolutions version is not compatible with the PDA detector ROM version, update it to the most recent version.

56F1	PDA Detector: Undefined error(Level 3).[89FE]	An error occurred in the PDA detector that is undefined in LabSolutions.	Refer to the SPD-M30A Instruction Manual regarding error codes. If the LabSolutions version is not compatible with the PDA detector ROM version, update it to the most recent version.
56F2	PDA Detector: Undefined fatal error.[89FF]	An error occurred in the PDA detector that is undefined in LabSolutions.	Refer to the SPD-M30A Instruction Manual regarding error codes. If the LabSolutions version is not compatible with the PDA detector ROM version, update it to the most recent version.
56F3	PDA Detector: The CBM start signal is abnormal.[8957]	A malfunction was detected while synchronizing time between the PDA detector and the CBM-20A.	Confirm the network environment (cables, hubs, routers, etc.) and the ROM version of the CBM controller specified on the master server. If that does not resolve the problem, contact your Shimadzu representative.
56F4	The exposure time of the installed cell is not adjusted. Set the exposure time.	The exposure time of the installed cell is not adjusted.	Set the exposure time.
56F5	The wavelength of the installed cell is not calibrated. Perform wavelength calibration.	The wavelength of the installed cell is not calibrated.	Perform wavelength calibration.
5808	Signal received from ALARM INPUT terminal. [2008]	There is an error in the input of the ALARM INPUT terminal.	Resolve the error according to instructions includeswith the external device connected to the terminal.
580F	Nonexistent vial is selected. Verify the rack type and vial number, then restart analysis.	Nonexistent vial has been selected.	Verify the rack type and vial number, then restart analysis.
5810	Cannot detect needle home position in X (left-right) direction. Please press the RINSE button.	Debris exists in XYZ direction for needle, or needle malfunction.	Rinse theAutosampler._If this does not correct the problem, check whether debris exists or not.\nIf the error persists, turn the power OFF and contact your Shimadzu
5811	Cannot detect needle home position in Y (front-back) direction. Please press the	Debris exists in XYZ direction for needle, or needle malfunction.	Rinse theAutosampler._If this does not correct the problem, check whether debris exists or not.\nIf the error persists, turn the power OFF and contact your Shimadzu
5812	Cannot detect needle home position in Z (up-down) direction. Please press the RINSE button.	Debris exists in XYZ direction for needle, or needle malfunction.	Rinse theAutosampler._If this does not correct the problem, check whether debris exists or not.\nIf the error persists, turn the power OFF and contact your Shimadzu
5813	Cannot detect low-pressure valve home position. Please press the RINSE button.	Low-pressure valve or control board malfunction.	Remedy this problem referring to the following procedure. 1. Check if the rotor seal has reached its service life. Replace the rotor seal if it has reached its service life. 2. Disassemble and clean. Sonicate the rotor seal ant remove the wear particles. (At this time, replace scratched seals with new seals.) If the above procedure does not remedy the problem, contact your Shimadzu representative.
5819	An undefined rack was detected. Please set the rack correctly. [2119]	Autosampler failed to detect the rack, because the rack has not been correctly installed to the back of rack plate.	Check the rack No., and set the correct No. When using a user-defined rack, first perform teaching to set the rack information.
581A	Cannot detect high-pressure valve home position. Please press the RINSE button.	Cannot detect high-pressure valve home position.	Remedy this problem referring to the following procedure. 1. Check if the rotor seal has reached its service life. Replace the rotor seal if it has reached its service life. 2. Disassemble and clean. Sonicate the rotor seal ant remove the wear particles. (At this time, replace scratched seals with new seals.) If the above procedure does not remedy the problem, contact your Shimadzu representative.
581B	Cannot detect metering pump home position. Please press the RINSE button. [211B]	Metering pump or control board malfunction.	Rinse theAutosampler. If this does not correct the problem, turn the power OFF and contact your Shimadzu representative.
581D	Nonexistent vial is selected. Verify the rack type and vial number, then restart analysis.	Nonexistent vial has been selected.	Verify the rack type and vial number, then restart analysis.
581F	Cannot detect metering pump rotation sensor. Please press the RINSE button. [211F]	Metering pump or control board malfunction.	Remedy this problem referring to the following procedure. Check if the plunger seal has reached its service life. Replace the plunger seal if it has reached its service life. The torque required for turning the valve sometimes increases due to foreign objects in the rinse solution and impurities in the sample. Remove these foreign matters by disassembling and cleaning the valve. At this time, replace scratched seals with new seals. If the above procedure does not remedy the problem, contact your Shimadzu
5821	No vial is set in the specified vial number. After rinsing, set the vial and restart analysis. [2191]	1.No vial is set in the specified vial number.\n2. Cannot detect vial as its height is too short.	Remedy this problem referring to the following procedure. 1. Set the vial to the specified rack position. 2. A probable cause is that a vial of height lower than a standard Shimadzu sample vial is in use. In this case, set the sample vial automatic detection function OFF referring to the Instruction Manual. If the above procedure does not remedy the problem, contact your Shimadzu

5822	Autosampler unit leak sensor has detected a leak. [2192]	There is a leak at a flow line connection of autosampler or the valve rotor seal.	Check for liquid leakage from the following locations. 1. Injection port. If liquid is leaking from the injection port, replace the needle seal. 2. Valve piping joint. If liquid is leaking from the valve piping joint, re-tighten the piping, or, replace the piping and the joint parts with new parts. 3. Sample loop. If liquid is leaking from the sample loop, replace with new parts. 4. Leak sensor sensitivity adjustment. If the leak sensor is over-responding, calibrate the sensor, and re-adjust the threshold value. If the above procedure does not remedy the problem, contact your
5824	Debris detected on needle. Please remove the debris from the inside of the Autosampler. [2194]	Needle tip detects strong force.	Remedy this problem referring to the following procedure. 1. Replace the needle.\n2. If the septum is not Shimadzu genuine parts, replace to Shimadzu genuine parts or replace softer one.\n3. Verify that the sample rack is installed correctly. \nIf the above procedure does not remedy the problem, contact your Shimadzu
5825	The XY (front-back-left-right) drive unit encoder detected abnormal values. [2195]	The XY (front-back-left-right) drive unit encoder or encoder slit may be defective.	Contact your Shimadzu representative.
5826	Autosampler door is open during analysis. Injections are not performed while the door is open. [2196]	Autosampler door is open during analysis.	Close theAutosampler door.
5829	Needle malfunctions in X (leftright) direction. Please press the RINSE button. [2199]	Debris exists in XYZ direction for needle, or needle malfunction.	Rinse theAutosampler. If this does not correct the problem, check whether debris exists or not.\nIf the error persists, turn the power OFF and contact your Shimadzu
582A	Needle malfunctions in Y (frontback) direction. Please press the RINSE button. [219A]	Debris exists in XYZ direction for needle, or needle malfunction.	Rinse theAutosampler. If this does not correct the problem, check whether debris exists or not.\nIf the error persists, turn the power OFF and contact your Shimadzu
582B	Needle malfunctions in Z (updown) direction. Please press the RINSE button. [219B]	Debris exists in XYZ direction for needle, or needle malfunction.	Rinse theAutosampler. If this does not correct the problem, check whether debris exists or not.\nIf the error persists, turn the power OFF and contact your Shimadzu
582C	High-pressure valve malfunctions. Please press the RINSE button. [219C]	High-pressure valve malfunction.	Remedy this problem referring to the following procedure. 1. Check if the rotor seal has reached its service life. Replace the rotor seal if it has reached its service life. 2. Disassemble and clean. Sonicate the rotor seal remove the wear particles. (At this time, replace scratched seals with new seals.) If the above procedure does not remedy the problem, contact your Shimadzu representative.
582D	Low-pressure valve malfunctions. Please press the RINSE button. [219D]	Low-pressure valve malfunction.	Remedy this problem referring to the following procedure. 1. Check if the rotor seal has reached its service life. Replace the rotor seal if it has reached its service life. 2. Disassemble and clean. Sonicate the rotor seal remove the wear particles. (At this time, replace scratched seals with new seals.) If the above procedure does not remedy the problem, contact your Shimadzu representative.
582E	Metering pump malfunctions. Please press the RINSE button.	Metering pump malfunction.	Rinse theAutosampler. If this does not correct the problem, turn the power OFF and contact your Shimadzu
582F	Different types of racks are being used for the left and right racks. [219F]	Different types of racks are being used for the left and right racks.	Verify that the type of racks are same and slide the rack along the guides all the way to the back of the instrument.
5830	Pump outlet pressure has exceeded specified P.Max. [2230]	Pump outlet pressure has exceeded specified maximum pressure value P.Max.	Check the flow line for clogging. If no clogging is found, the P.Max setting is inappropriate, and must be changed.
5831	Pump outlet pressure is lower than specified minimum pressure value P.Min. [2231]	Pump outlet pressure is lower than specified minimum pressure value P.Min.	Check the flow line for leaks. If no leak is found, the P.Min setting is inappropriate, and must be changed.
5832	Sensor cannot detect the home position for the pump drive motor. [2232]	There is a possibility problem occurs in driving unit of solvent pump.	Turn the power off and then on again, and press [Pump]. If the error message is displayed again, turn off the power and contact your Shimadzu representative.\nIf this error often occurs, turn the power OFF and contact your Shimadzu representative.
5834	Pump unit leak sensor has detected a leak. [2234]	Pump unit leak sensor has detected a leak.	(1) See if there is a leak in the pump or degasser. Find and repair the leak, and dry the area around the leak sensor as necessary.\n(2) See if the sensitivity is set incorrectly. Adjust the leak sensor sensitivity as necessary.
5835	Pump outlet pressure has exceeded 2 MPa during purge.	Pump outlet pressure has exceeded 2 MPa during purge.	Locate the clogged section of the tubing between the pump to theAutosampler's needle.
5836	DIV Error. [2236]	-----	Turn the power OFF and then ON again. If the error persists, turn the power OFF and contact your Shimadzu
5837	GEV A Error. [2237]	-----	Turn the power OFF and then ON again. If the error persists, turn the power OFF and contact your Shimadzu

5838	GEV B Error. [2238]	-----	Turn the power OFF and then ON again. If the error persists, turn the power OFF and contact your Shimadzu
5839	GEV C Error. [2239]	-----	Turn the power OFF and then ON again. If the error persists, turn the power OFF and contact your Shimadzu
583A	GEV D Error. [223A]	-----	Turn the power OFF and then ON again. If the error persists, turn the power OFF and contact your Shimadzu
5840	Grating motor home position detector is not operating properly. [2340]	Grating motor home position detector is not operating properly.Motor or control board may be defective.	Contact your Shimadzu representative.
5841	Filter motor home position detector is not operating properly. [2341]	Filter motor home position detector is not operating properly.Motor or control board may be defective.	Contact your Shimadzu representative.
5843	D2 lamp is not detected. [2343]	D2 lamp is not installed.	(1) Verify that the D2 lamp is properly installed.\n(2) The D2 lamp connector may be disconnected.
5844	D2 lamp is over current. [2344]	Excessive current was applied to the D2 lamp.The consumable counters of D2 lamp may exceed the criteria.	Replace the D2 lamp. Turn the power OFF and then ON again. If the error persists, turn the power OFF and contact your Shimadzu representative.
5845	A lighting or circuit problem has occurred in the D2 lamp. [2345]	A lighting or circuit problem has occurred in the D2 lamp.The consumable counters of D2 lamp may exceed the criteria, or control board may be defective.	Replace the D2 lamp. Turn the power OFF and then ON again. If the error persists, turn the power OFF and contact your Shimadzu representative.
584A	The wavelength shift is greater than 1 nm. [234A]	The wavelength shift is greater than 1 nm.	1. Verify that cell is securely installed.\n2. Either the sample in the cell strongly absorbs visible light, or there are large bubbles in the cell. , So that the amount of light transmitted through the cell is extremely small at the D2 lamp's lambda maximum wavelength (656 nm).\n3. If there is an error in the wavelength calibration, perform wavelength calibration.\nIf the error persists, turn the power OFF and contact your Shimadzu representative.
584B	Internal fan (located at bottomcenter of instrument) is not operating properly. [234B]	Internal fan (located at bottom-center of instrument) is not operating properly. The temperature of the lamp power supply has become abnormally high.	Contact your Shimadzu representative.
5855	Unable to detect cell. Verify that the cell is securely installed.	The detector cell is not installed.	Verify that the cell is securely installed.
5856	Lamp housing cover is open. Verify that the lamp housing cover is closed. [23A6]	Lamp housing cover is open.	Verify that the lamp housing cover is closed.
5858	Detector power system (board) is defective. [23A8]	Detector power system (board) is defective.A/D converter may be defective.	Contact your Shimadzu representative.
5859	Internal fan (at rear of lamp housing) is not operating properly. Temperature becomes too high. [23A9]	Internal fan (at rear of lamp housing) is not operating properly. The temperature inside the lamp housing has become abnormally high.	Contact your Shimadzu representative.
585A	Internal mercury lamp is defective. An error occurred during wavelength check. [23AA]	Internal mercury lamp is defective. A malfunction occurred during wavelength check.	Perform calibration again and wavelength check. If this does not correct the problem, contact your Shimadzu representative.
585B	An error occurred during span checking. [23AB]	A malfunction occurred during span check.Motor or control board may be defective.	Contact your Shimadzu representative.
5860	Oven temperature has exceeded T.Max. [2470]	Oven temperature has exceeded T.Max value.\nTemperature sensor or control board may be defective, if the set value is correctly.	Lower the set value for oven temperature, or set T.Max to a value 5C higher than the oven temperature value. (This error often occurs when the oven temperature initially overshoots the set temperature.)
5861	The oven temperature detection value is too high. [2471]	Abnormally high temperature detected during conversion by A/D converter.Temperature sensor is short circuit, or A/D converter may be defective.	Turn the power OFF and then ON again. If the error persists, turn the power OFF and contact your Shimadzu representative.
5862	The oven temperature detection value is too low. [2472]	Abnormally high temperature detected during conversion by A/D converter.Temperature sensor is open circuit, or A/D converter may be defective.	Turn the power OFF and then ON again. If the error persists, turn the power OFF and contact your Shimadzu representative.
5863	Oven leak error [2473]	-----	Check for liquid leakage along the flow_path, etc., and wipe off any liquid around the leak sensor. If there is no liquid leakage, there is a problem in adjustment of the leak sensor sensitivity. Adjust the leak sensor sensitivity referring to the Instruction Manual.

5867	Set temperature is less than 15 C below room temperature. [2477]	Set temperature value is inappropriate, in one of following ways:\n(1) When use of cooler is enabled, set temperature is room temperature minus 10C or lower.\n(2) In other situations, set temperature is lower than the room temperature.	Set temperature higher than room temperature minus 10C if using the cooler, or higher than room temperature if not using the cooler.\n(Temperature regulation is not stopped.)
586A	The room temperature detection value is too high. [247A]	Abnormally high temperature detected during conversion by A/D converter._Temperature sensor is short circuit, or A/D converter may be defective.	Turn the power OFF and then ON again. If the error persists, turn the power OFF and contact your Shimadzu representative.
586B	The room temperature detection value is too low. [247B]	Abnormally high temperature detected during conversion by A/D converter._Temperature sensor is open circuit, or A/D converter may be defective.	Turn the power OFF and then ON again. If the error persists, turn the power OFF and contact your Shimadzu representative.
586C	An unexpectedly high temperature was detected by the oven temperature sensor. [247C]	Abnormally high temperature detected in temperature sensor._Temperature sensor is short circuit, or A/D converter may be defective.	Turn the power OFF and contact your Shimadzu representative.
586D	The current value flowing to the Peltier unit in the oven unit is too low. [247D]	Current flowing in column oven Peltier unit is abnormally low._Peltier fan or control board may be defective.	Turn the power OFF and then ON again. If the error persists, turn the power OFF and contact your Shimadzu representative.
586E	Column oven door is open. [247E]	Column oven door was open for too long time while using suppressor.	Close the door.
5870	Sample rack temperature has exceeded T.Max. [25C0]	Sample rack temperature has exceeded T.Max value.\nTemperature sensor or control board may be defective.	Contact your Shimadzu representative.
5871	Abnormally high temperature detected during conversion by A/D converter. [25C1]	Abnormally high temperature detected during conversion by A/D converter._Temperature sensor is short circuit, or A/D converter may be defective.	Contact your Shimadzu representative.
5872	Abnormally low temperature detected during conversion by A/D converter. [25C2]	Abnormally high temperature detected during conversion by A/D converter._Temperature sensor is open circuit, or A/D converter may be defective.	Contact your Shimadzu representative.
587A	Abnormally high temperature detected in dehumidifier. [25CA]	Abnormally high temperature detected during conversion by A/D converter._Temperature sensor is short circuit, or A/D converter may be defective.	Contact your Shimadzu representative.
587B	Abnormally low temperature detected in dehumidifier. [25CB]	Abnormally high temperature detected during conversion by A/D converter._Temperature sensor is open circuit, or A/D converter may be defective.	Contact your Shimadzu representative.
587C	Abnormal high temperature of rack detected by temperature sensor.	Abnormally high rack temperature detected in temperature sensor._Temperature sensor is short circuit, or A/D converter may be defective.	Contact your Shimadzu representative.
587D	Current flowing in column sample rack Peltier unit is abnormally low. [25CD]	Current flowing in dehumidifier Peltier unit is abnormally low._Peltier fan or control board may be defective.	Contact your Shimadzu representative.
587E	Current flowing in column dehumidifier Peltier unit is abnormally low. [25CE]	Current flowing in column dehumidifier Peltier unit is abnormally low.	Contact your Shimadzu representative.
588A	A seal malfunction has occurred in the online degasser vacuum line. [26BA]	Vacuum pressure of degasser connected to this instrument has been abnormal for certain time.\nDegasser module is defective.	If [NG] is indicated for the vacuum pressure, turn the power OFF then ON again. If [OK] is indicated for the vacuum pressure, there is no problem since the online degasser is automatically restored.
5891	Power supply cooling fan has stopped. [27B1]	Power supply cooling fan has stopped._Fan cable or fan rotation sensor may be defective.	Contact your Shimadzu representative.
5892	Pump cooling fan has stopped. [27B2]	Pump cooling fan has stopped._Fan cable or fan rotation sensor may be defective.	Contact your Shimadzu representative.
5893	Column oven cooling fan has stopped. [27B3]	Column oven cooling fan has stopped._Fan cable or fan rotation sensor may be defective.	Contact your Shimadzu representative.
5894	Autosampler cooling fan has stopped. [27B4]	Autosampler cooling fan has stopped._Fan cable or fan rotation sensor may be defective.	Contact your Shimadzu representative.
5895	Sample rack cooling fan has stopped. [27B5]	Sample rack cooling fan has stopped._Fan cable or fan rotation sensor may be defective.	Contact your Shimadzu representative.

58A0	Power board is not detected. [28D0]	Power board was not detected._Cable or control board may be defective.	Turn the power OFF and then ON again. If the error persists, turn the power OFF and contact your Shimadzu
58A2	UV Sensor board is not detected. [28D2]	UV sensor board was not detected._Cable or control board may be defective.	Turn the power OFF and then ON again. If the error persists, turn the power OFF and contact your Shimadzu
58A3	Degasser is not detected. [28D3]	Degasser was not detected._Cable or control board may be defective.	Turn the power OFF and then ON again. If the error persists, turn the power OFF and contact your Shimadzu
58A4	Pump board 1 is not detected. [28D4]	Pump board 1 was not detected._Cable or control board may be defective.	Turn the power OFF and then ON again. If the error persists, turn the power OFF and contact your Shimadzu
58A5	Pump board 2 is not detected. [28D5]	Pump board 2 was not detected._Cable or control board may be defective.	Turn the power OFF and then ON again. If the error persists, turn the power OFF and contact your Shimadzu
58A6	Oven board is not detected. [28D6]	Oven board was not detected._Cable or control board may be defective.	Turn the power OFF and then ON again. If the error persists, turn the power OFF and contact your Shimadzu
58A7	Autosampler board 1 is not detected. [28D7]	Autosampler board 1 was not detected._Cable or control board may be defective.	Turn the power OFF and then ON again. If the error persists, turn the power OFF and contact your Shimadzu representative.
58A8	Autosampler board 2 is not detected. [28D8]	Autosampler board 2 was not detected._Cable or control board may be defective.	Turn the power OFF and then ON again. If the error persists, turn the power OFF and contact your Shimadzu representative.
58A9	Sample Cooler board is not detected. [28D9]	Sample cooler board was not detected._Cable or control board may be defective.	Turn the power OFF and then ON again. If the error persists, turn the power OFF and contact your Shimadzu representative.
58B1	Mobile phase A is under the alarm level. [2901]	The level of mobile phase has gotten too low.	Replace the mobile phase.
58B2	Mobile phase B is under the alarm level. [2902]	The level of mobile phase has gotten too low.	Replace the mobile phase.
58B3	Mobile phase C is under the alarm level. [2903]	The level of mobile phase has gotten too low.	Replace the mobile phase solution.
58B4	Mobile phase D is under the alarm level. [2904]	The level of mobile phase has gotten too low.	Replace the mobile phase solution.
58B5	Rinse liquid is under the alarm level. [2905]	The level of rinse liquid has gotten too low.	Replace the rinse liquid.
58C0	Failed to write maintenance log. [3001]	Cannot write to maintenance log._Control board may be defective.	Turn the power OFF and contact your Shimadzu representative.
58C1	Failed to read maintenance log. [3002]	Cannot read maintenance log._Control board may be defective.	Turn the power OFF and contact your Shimadzu representative.
58C2	The maintenance log is full and log data cannot be entered.	The maintenance log is full and log data cannot be entered.	Turn the power OFF and then ON again. The full log is initialized.
58C8	Failed to write error log. [3011]	Cannot write to error log._Control board may be defective.	Turn the power OFF and contact your Shimadzu representative.
58C9	Failed to read error log. [3012]	Cannot read error log._Control board may be defective.	Turn the power OFF and contact your Shimadzu representative.
58CA	The error log is full and log data cannot be entered. [3013]	The error log is full and log data cannot be entered.	Turn the power OFF and then ON again. The full log is initialized.
58D0	Failed to write operation log. [3021]	Cannot write to operation log._Control board may be defective.	Turn the power OFF and contact your Shimadzu representative.
58D1	Failed to read operation log. [3022]	Control board may be defective._Control board may be defective.	Turn the power OFF and contact your Shimadzu representative.
58D2	The operation log is full and log data cannot be entered. [3023]	The operation log is full and log data cannot be entered.	Turn the power OFF and then ON again. The full log is initialized.
58D8	Failed to write validation log. [3031]	Cannot write to validation log._Control board may be defective.	If the log function is necessary, turn the power OFF and contact your Shimadzu representative.
58D9	Failed to read validation log. [3032]	Cannot read validation log._Control board may be defective.	If the log function is necessary, turn the power OFF and contact your Shimadzu representative.
58DA	The validation log is full and log data cannot be entered. [3033]	The validation log is full and log data cannot be entered.	Turn the power OFF and then ON again. The full log is initialized, and log data can once again be entered.
58E0	Writing error with ROM for saving detector parameters [3051]	-----	Turn the power OFF and then ON again. If the error persists, turn the power OFF and contact your Shimadzu
58E1	Reading error with ROM for saving detector parameters	-----	Turn the power OFF and then ON again. If the error persists, turn the power OFF and contact your Shimadzu
58E4	Invalid pump adjustment parameters have been initialized. [3061]	Invalid pump adjustment parameters have been initialized.\nThis warning is rarely occurred, if the instrument has been turned off when writing the adjustment	It is necessary to adjust again.\nTurn the power OFF and contact your Shimadzu representative.
58E5	Invalid pump calibration data have been initialized. [3062]	Invalid pump calibration data have been initialized.\nThis warning is rarely occurred, if the instrument has been turned off when writing the calibration data.	Press the CE key to clear,andthen view the System Check screen. Correct the necessary pump items.

58E6	The usage history of the pump consumables has been initialized to "0" due to an abnormality.	The usage history of the solvent delivery pump consumables was initialized to "0" due to an abnormality. This warning is rarely occurred, if the instrument has been turned off when writing the consumable	Turn the power OFF and contact your Shimadzu representative.
58E8	Invalid autosampler adjustment parameters have been initialized. [3071]	InvalidAutosampler adjustment parameters have been initialized.\nThis warning is rarely occurred, if the instrument has been turned off when	Turn the power OFF and then ON again. If the error persists, turn the power OFF and contact your Shimadzu representatives.
58E9	Invalid autosampler calibration data have been initialized. [3072]	InvalidAutosampler calibration data have been initialized.\nThis warning is rarely occurred, if the instrument has been turned off when writing the calibration data.	Press the CE key to clear,andthen view the System Check screen. Correct the necessaryAutosampler items.
58EA	The usage history of the Autosampler consumables has been initialized to "0" due to an abnormality. [3073]	Parameter has been initialized to 0 (zero)._This warning is rarely occurred, if the instrument has been turned off when writing the consumable counters	The next time the instrument is operated, wait for theAutosampler to come to a complete stop before turning OFF the instrument.
58EC	Invalid oven calibration data have been initialized. [3081]	Invalid oven calibration data have been initialized.\nThis warning is rarely occurred, if the instrument has been turned off when writing the calibration data.	Press the CE key to clear,andthen view the System Check screen. Correct the necessary oven items.
58ED	Invalid cooler calibration data have been initialized. [3091]	Invalid cooler calibration data have been initialized.\nThis warning is rarely occurred, if the instrument has been turned off when writing the calibration data.	Press the CE key to clear,andthen view the System Check screen. Correct the necessary cooler items.
58F0	Communications to PC data buffer overflow. [4001]	There is a PC data buffer overflow.	Check the PC status and the cable connections. If the error persists, turn the power OFF and contact your Shimadzu representative.
58F1	Communications to PC monitor buffer overflow. [4004]	There is a PC monitor buffer overflow.	Check the PC status and the cable connections. If the error persists, turn the power OFF and contact your Shimadzu representative.
58F4	Timeout error occurred during communication (reception) between CPUs. [5001]	Timeout error occurred during communication (reception) between CPUs.	Turn the power OFF and contact your Shimadzu representative.
58F5	Timeout error occurred during communication (transmission) between CPUs. [5002]	Timeout error occurred during communication (transmission) between CPUs.	Turn the power OFF and contact your Shimadzu representative.
58F8	Retry limit is exceeded for reception at the RS-232C I/F. [6001]	Retry limit has been exceeded for reception at the RS-232C interface.	Check the PC status and the cable connections. If the error persists, turn the power OFF and contact your Shimadzu representative.
58F9	Retry limit is exceeded for transmission at the RS-232C I/F. [6002]	Retry limit has been exceeded for transmission at the RS-232C interface.	Check the PC status and the cable connections. If the error persists, turn the power OFF and contact your Shimadzu representative.
58FA	Retry limit is exceeded for waiting for ACK at the RS-232C I/F after transmission. [6003]	Retry limit has been exceeded for waiting for ACK at the RS-232C interface after transmission.	Check the PC status and the cable connections. If the error persists, turn the power OFF and contact your Shimadzu representative.
5901	Undefined error [0001]	-----	Turn the power OFF and contact your Shimadzu representative.
5902	CTO: Cannot detect cooling unit. [0079]	Cooler is not mounted or the cable is snapping.	Turn the power OFF and contact your Shimadzu representative.
5903	SIL: Operation mode is local. Set the operation mode to remote.	Operation mode is local.	Set the operation mode to remote.
5904	SIL: The home position of the rack drive motor cannot be detected. [0095]	-----	Turn the power OFF and then ON again. If the error persists, turn the power OFF and contact your Shimadzu representative.
5905	Failed to write maintenance log. [3001]	Cannot write to maintenance log.	Turn the power OFF and contact your Shimadzu representative.
5906	Failed to read maintenance log. [3002]	Cannot read maintenance log.	Turn the power OFF and contact your Shimadzu representative.
5907	The maintenance log is full and log data cannot be entered.	The maintenance log is full and log data cannot be entered.	Turn the power OFF and then ON again. The full log is initialized, and log data can once again be entered.
5908	Failed to write error log. [3011]	Cannot write to error log.	Turn the power OFF and contact your Shimadzu representative.
5909	Failed to read error log. [3012]	Cannot read error log.	Turn the power OFF and contact your Shimadzu representative.
590A	The error log is full and log data cannot be entered. [3013]	The error log is full and log data cannot be entered.	Turn the power OFF and then ON again. The full log is initialized.
590B	Failed to write operation log. [3021]	Cannot write to operation log.	Turn the power OFF and contact your Shimadzu representative.
590C	Failed to read operation log. [3022]	Cannot read operation log.	Turn the power OFF and contact your Shimadzu representative.

590D	The operation log is full and log data cannot be entered. [3023]	The operation log is full and log data cannot be entered.	Turn the power OFF and then ON again. The full log is initialized.
590E	Communications to PC data buffer overflow. [4001]	There is a PC data buffer overflow.	Check the PC status and the cable connections. If the error persists, turn the power OFF and contact your Shimadzu representative.
590F	Communications to PC monitor buffer overflow. [4004]	There is a PC monitor buffer overflow.	Check the PC status and the cable connections. If the error persists, turn the power OFF and contact your Shimadzu representative.
5920	Transmission error.	The error has occurred in communication to PC.	Turn the power OFF and then ON again.
5921	System checks timeout error occurred. [8001]	System check timeout error has occurred.	Turn the power of system controller and component OFF once and turn it ON again.
5922	PDA Detector: Connection request received from more than one PDA detector. [80F0]	Connection request received from more than one PDA detector.	Check if the same master name is registered in other PDA detector.
5923	PDA Detector: Failure to connect to PDA detector. [80F1]	Failure to connect to PDA Detector.	Check the network instruments such as network cables, hubs and routers. Turn the power OFF and then ON again. If the error persists, contact your Shimadzu representative.
5924	PDA Detector: LAN timeout error is occurred (PDA detector). [80F2]	LAN timeout error has occurred.	Check the network instruments such as network cables, hubs and routers. Turn the power OFF and then ON again. If the error persists, contact your Shimadzu representative.
5925	PDA Detector: Connection cancel because of changing PDA detector's IP address. [80F3]	PDA's settings are changed.	-----
5926	PDA Detector: Connection cancel because of changing PDA detector's master system name. [80F4]	PDA's settings are changed.	-----
5927	PDA Detector: Connection cancel because of changing PDA detector's system name. [80F5]	PDA's settings are changed.	-----
5928	Mobile phase A is under the alarm level. [81D0]	The remaining volume of mobile phase is less than the alarm level.	Replace the mobile phase and reset the amount of mobile phase.
5929	Mobile phase B is under the alarm level. [81D1]	The remaining volume of mobile phase is less than the alarm level.	Replace the mobile phase and reset the amount of mobile phase.
592A	Mobile phase C is under the alarm level. [81D2]	The remaining volume of mobile phase is less than the alarm level.	Replace the mobile phase and reset the amount of mobile phase.
592B	Mobile phase D is under the alarm level. [81D3]	The remaining volume of mobile phase is less than the alarm level.	Replace the mobile phase and reset the amount of mobile phase.
592C	Purge fail. Line pressure is too high. [81D4]	Pump discharge pressure has exceeded [P-PMAX] during purging.	Open the drain valve before pressing .\nIf an error message appears during auto-purging by system controller, inspect the clogging in the flow line. If no clogging is found, set the appropriate [P-FLOW] and [P-
592D	Communication error occurred between A and B pumps. [81F0]	A transmission error has occurred between pumps A and B.	Turn the power OFF and contact your Shimadzu representative.
592E	A seal malfunction has occurred in the online degasser vacuum line. [81F1]	Vacuum pressure of degasser connected to this instrument has been abnormal for certain time.	Check the vacuum pressure of degasser. If the vacuum pressure is [NG], turn the power OFF once and turn it ON again.\nIf the vacuum pressure is [OK], it is of no matter, for the degasser is returning to run automatically.
592F	SIL: Low-pressure valve's rotational position incorrect positions. [8513]	Low-pressure valve's rotational position incorrect positions.	Turn the power OFF and contact your Shimadzu representative.
5930	SIL: System error. [8529]	There is an error in theAutosampler's internal circuits.	Turn the power OFF and contact your Shimadzu representative.
5931	SIL: Cannot adjust metering pump position. [8562]	Measuring pump does not operate correctly.	Turn the power OFF and contact your Shimadzu representative.
5932	SIL: Needle malfunctions in X (left-right) direction. [8563]	Needle's X-axis_(sideways) movement is incorrect.	Turn the power OFF and contact your Shimadzu representative.
5933	SIL: Needle malfunctions in Y (front-back) direction. [8564]	Needle's Y-axis_(forward/backward) movement is incorrect.	Turn the power OFF and contact your Shimadzu representative.
5934	SIL: Cooling unit malfunctions. [8565]	There is an error in the sample cooler's cooling unit.	Turn the power OFF and contact your Shimadzu representative.
5935	SIL: Heater malfunctions. [8566]	There is an error in the sample cooler's heating unit.	Turn the power OFF and contact your Shimadzu representative.
5936	SIL: Abnormal temperature detected by temperature sensor.	There is an error in the sample cooler's temperature sensor.	Turn the power OFF and contact your Shimadzu representative.
5937	SIL: Rinse liquid is under the alarm level. [8568]	The remaining volume of rinse liquid is less than the alarm level.	Replace the rinse liquid and reset the amount of rinse liquid.
5938	SIL: Needle protection error is occurred. [8569]	A foreign substance was detected at the tip of the needle.	Check for foreign substances inside theAutosampler.

5939	SIL: Rack-changer malfunctions in X (left-right) direction. [85D0]	Motor's X-axis movement_(i.e., taking out the rack) is notcorrected.	Turn the power OFF and contact your Shimadzu representative.
593A	SIL: Rack-changer malfunctions in Z (up-down) direction. [85D1]	Motor's Z-axis movement_(i.e. moving vertically) is notcorrected.	Turn the power OFF and contact your Shimadzu representative.
593B	SIL: Rack-changer malfunctions in Y (front-back) direction. [85D2]	Motor's Y-axis movement_(forward/backward) is notcorrected.	Turn the power OFF and contact your Shimadzu representative.
593C	SIL: Rack-changer home position error in X (left-right) direction. [85D3]	Motor's X-axis movement_(i.e., taking out the rack) is notcorrected.	Turn the power OFF and contact your Shimadzu representative.
593D	SIL: Rack-changer home position error in R (rotation) direction.	Motor's R-axis movement_(i.e., rotating the rack) is notcorrected.	Turn the power OFF and contact your Shimadzu representative.
593E	SIL: Rack-changer home position error in Z (up-down) direction. [85D5]	Motor's Z-axis movement_(i.e. moving vertically) is notcorrected.	Turn the power OFF and contact your Shimadzu representative.
593F	SIL: Rack-changer home position error in Y (up-down) direction. [85D6]	Motor's Y-axis movement_(forward/backward) is notcorrected.	Turn the power OFF and contact your Shimadzu representative.
5940	SIL: There is a problem in the lock sensor on the rack stack.	-----	Turn the power OFF and then ON again. If the error persists, turn the power OFF and contact your Shimadzu
5941	SIL: Rack-changer error is occurred. [85D8]_(Reserved)	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.
5942	SIL: Rack-changer cannot release the rack. [85D9]	Rack was not released correctly.	Turn the power OFF and contact your Shimadzu representative.
5943	SIL: Rack-changer cannot find the rack. [85DA]	Error occurred while rack was being taken out.	Turn the power OFF and contact your Shimadzu representative.
5944	SIL: Rack-changer cannot set the rack. [85DB]	Error occurred while rack was being set.	Turn the power OFF and contact your Shimadzu representative.
5945	SIL: Abnormal high temperature detected by rack-changer temperature sensor. [85DC]	There is an error in the sample cooler's temperature sensor.	Turn the power OFF and contact your Shimadzu representative.
5946	SIL: Rack-changer cooling unit malfunctions. [85DD]	Abnormality in cooler control unit.	Turn the power OFF and contact your Shimadzu representative.
5947	SIL: Changer-stack is opened. [85DE]	Stack was been pulled out for more then 3 minutes.	Set the rack and reset the power. Cooling by the cooler will stop.
5948	SIL: Rack-changer error is occurred.	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.
5949	SIL: The specified rack is not set on the rack changer. [85E0]	Therack specified for analysis is not set.	Set the rack correctly and restart analysis.
594A	SIL: Rack-changer system error 1 has occurred. [85E1]	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.
594B	SIL: Rack-changer system error 2 has occurred. [85E2]	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.
594C	SIL: Rack-changer system error 3 has occurred. [85E3]	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.
594D	SIL: Rack-changer system error 4 has occurred. [85E4]	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.
594E	SIL: Rack-changer system error 5 has occurred. [85E5]	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.
594F	SIL: Rack-changer system error 6 has occurred. [85E6]	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.
5950	SIL: Rack-changer system error 7 has occurred. [85E7]	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.
5951	SIL :Cannot set rack in current position on rackchanger. [85E8]	A rack cannot be set in a position undergoing analysis.	Either removesthe rack from the rack position for which the indicator is flashing, or replacesit with a condensationprevention rack.
5952	SIL: Rack-changer system error 8 has occurred. [85E9]	System error is occurred.	Turn the power OFF and contact your Shimadzu representative.
5953	SIL: Rack-changer heater malfunctions. [85EA]	There is an error in the sample cooler's heating unit.	Turn the power OFF and contact your Shimadzu representative.
5954	Detector: Failed to write to EEPROM. [870E]	EEPROM write error is occurred.	Turn the power OFF and contact your Shimadzu representative.
5955	Detector:D2 lamp does not light. [8743]	Fault in deuterium lamp or in its circuits.	Turn the power OFF and contact your Shimadzu representative.
5956	Detector: D2 lamp is over current. [8744]	Abnormally high current flowing through lamp.	Turn the power OFF and contact your Shimadzu representative.
5957	Detector:Detector temperature has exceeded 63 C. [874B]	Instrument interior temperature has risen to an abnormal level.	Check to be sure that the rear fan can move, and that the exhaust vent and side air intake are not blocked. If this error is still displayed, turn the power OFF and contact your Shimadzu representative.

5958	Detector:Cell Temperature setting is too low[87D0]	This warning is displayed when the flow cell temperature fails to coincide with temperature settings after undergoing 5 minutes or more of temperature adjustment control. This is caused by setting the flow cell temperature at a valve too close to room temperature, or setting the column oven at a higher temperature	Set the temperature setting to a value at least 5C above room temperature. If the warning is still displayed, set the flow cell temperature to a value near or above the column oven temperature. If the temperature setting satisfies the above requirements and the warning is still displayed, turn the power switch OFF and contact your Shimadzu representative.
5959	CTO: Rotary valve home position error occurred. [8630]	Rotation error in an automatic columnswitching valve.	Turn the power OFF and contact your Shimadzu representative.
595A	CTO: Incorrect CMD address. [8631]	-----	Turn the power OFF and then ON again. If the error persists, turn the power OFF and contact your Shimadzu
595B	CTO: Failed to write to CMD. [8632]	-----	Turn the power OFF and then ON again. If the error persists, turn the power OFF and contact your Shimadzu
595D	The stack is open. Please close the stack in the rack-changer soon. [85EC]	A stack was left open for more than 30 minutes and so the sample cooler has been turned OFF.	Close the stack.
595E	The temperature control stopped because stack has been opened for more than 30 minutes. If the stack will be closed, the temperature control will start again. [85ED]	A stack was left open for more than 30 minutes and so the sample cooler has been turned OFF.	Close the stack to turn the sample cooler ON again.
595F	No rack is detected. Check the rack on the stack. If the rack is not set and analysis is performed, the sequence will be	There is a stack for which a rack has not been set. When analysis is performed for this rack, [RC NO. RACK] error is displayed and the scheduled operation is	Set a rack in the position that is waiting for analysis. When using the Rack Changer/C, in order to prevent condensation, set racks holding empty micro_titer plates or deep-well micro_titer plates in all the unused stacks.
5960	Scheduled data acquisition ended since the rack was not set in place. [85F0]	-----	-----
5961	Rack setting is doubled. Remove rack or Replace dummy rack.[85F1]	The same rack has been set twice. After analysis is performed for this rack, [RC FULL RACK] error is displayed and the scheduled operation is stopped.	Either removesthe rack from the rack position for which the indicator is flashing, or replacesit with a condensationprevention rack.
5963	As the stack has been closed, the temperature control has been on again. [85EE]	The stack was closed and so the sample cooler turned ON.	-----
5964	OptLink memory error. [2F01 - 2F0A]	Internal error occurred while communicating with other units.	Turn the power OFF once and turn it ON again.
5965	Communication error. [2F10 - 2F3F]	Communication error occurred while communicating with PC.	Check the communication environment such as network/RS232C cable etc.
5966	The IP address has been set to "192.168.200.99" as the CBM failed to obtain an IP address.	CBM cannot obtain the IP address in DHCP mode.	1. Check the network instruments such as network cables, hubs and routers.\n2. Confirm the DHCP server is operating.\n3. Check the DHCP server settings.
5967	The CBM will be rebooted because of the failure to renew/rebind the IP address. [4102]	CBM cannot rebind/renew the IP address in DHCP mode.	1. Check the network instruments such as network cables, hubs and routers.\n2. Confirm the DHCP server is operating.\n3. Check the DHCP server settings.\n* We recommend that the lease time of the IP address from the DHCP server should be infinite.
5968	The CBM has been rebooted because of the failure to renew/rebind the IP address. [4103]	CBM cannot rebind/renew the IP address in DHCP mode.	1. Check the network instruments such as network cables, hubs and routers.\n2. Confirm the DHCP server is operating.\n3. Check the DHCP server settings.\n* We recommend that the lease time of the IP address from the DHCP server should be infinite.
5969	PDA detector cannot accept communication command. [8084]	A PDA detector which is paired with CBM is controlled by PC as an other system.	Reset the pair with CBM by PDA's web screen.
596A	PDA detector is too busy. [80F7]	CBM is turned on while PDA detector which is stand-alone use is run.\nFailed the communication with PDA at analysis	Stop PDA analysis or turn the power OFF once and turn it ON again.\nCheck communication environment.
596B	SIL: The reserved fatal error code 1 has been detected. [85F2]	Additional instrument errors	Refer to theAutosampler instruction manual.
596C	SIL: The reserved fatal error code 2 has been detected. [85F3]	Additional instrument errors	Refer to theAutosampler instruction manual.
596E	SIL: The reserved error code 2 has been detected. [85F5]	Additional instrument errors	Refer to theAutosampler instruction manual.
5973	SIL: Rack Changer Disconnect Error.[85F4]	The connection cable between the autosampler and the rack-change is not connected properly. Or the rack-changer is turned off.	Check the rack-changer is turned on.\nIf the rack-changer is turned on, check the RS-232C cable between the rackchanger and the autosampler is connected properly.

5984	Purge is performed, because pressure does not rise to "Minimum Pressure" (Pump A).	Purge is executed, because pressure does not rise to "Minimum Pressure".	Check the flow line for leaks. If no leak is found, the [P.Min] setting is inappropriate, and must be changed.
5985	The system which can be registered on the group is 10 in the maximum. [80E0]	11 or more systems are registered on one group.	The system which can be registered on the group is 10 in the maximum.
5986	Please confirm startup time.	Startup time is already passed.	Set correct startup time.
5999	Too low the set temperature for flow cell. The flow cell cannot be kept in specified temperature.	The cell temperature setting is too low.\nThe room temperature exceeds the cell temperature setting by 10 C. Can not control the cell temperature with the set	Set the cell temperature higher than "room temperature minus 10 C". If the error persists, turn the power off and contact your Shimadzu representative.
599A	Too high the set temperature for flow cell. The flow cell cannot be kept in specified temperature.	The cell temperature setting is too high.\nThe cell temperature setting exceeds the room temperature by 10 C. Can not control the cell temperature with	Set the cell temperature lower than "room temperature plus 10 C". If the error persists, turn the power off and contact your Shimadzu representative.
599B	EEPROM parameters were lost.	This error message means that the previous parameters or time programs were lost when the power was turned on.	This error has no affect on the operation in the workstation.
599C	Xe lamp does not light.	Fault in Xenon lamp or in its circuits.	Turn the power off and turn it again, then light the Xenon lamp. Xenon lamp does not light without restarting the
599D	Invalid wavelength calibration	Wavelength calibration data are abnormal.	Execute the wavelength calibration.
599E	Invalid wavelength calibration	Wavelength calibration data are abnormal.	Execute the wavelength calibration.
599F	Invalid wavelength calibration	Wavelength calibration data are abnormal.	Execute the wavelength calibration.
59A0	Invalid wavelength calibration	Wavelength calibration data are abnormal.	Execute the wavelength calibration.
59A1	Hg lamp does not light.	Fault in Hg lamp or in its circuits.	Turn the power off and turn it again. If the error persists, contact your Shimadzu representative.
59A2	The wavelength shift is greater than 2 nm.	The wavelength shift is greater than 2 nm.	(1) Verify that cell is securely installed.\n(2) Execute "WAVE CALIB" (in the "CALIBRATION" menu of the detector) and check the wavelength accuracy.\n(3)_Large bubbles may remain in the flow cell. Inject water, methanol or acetonitrile into the cell to push the bubbles out.\nIf the error persists after these actions, turn the power off and contact your Shimadzu representative.
59A3	The wavelength shift is greater than 2 nm.	The wavelength shift is greater than 2 nm.	(1) Verify that cell is securely installed.\n(2) Execute "WAVE CALIB" (in the "CALIBRATION" menu of the detector) and check the wavelength accuracy.\n(3)_Large bubbles may remain in the flow cell. Inject water, methanol or acetonitrile into the cell to push the bubbles out.\nIf the error persists after these actions, turn the power off and contact your Shimadzu representative.
59A4	The wavelength shift is greater than 2 nm.	The wavelength shift is greater than 2 nm.	(1) Verify that cell is securely installed.\n(2) Execute "WAVE CALIB" (in the "CALIBRATION" menu of the detector) and check the wavelength accuracy.\n(3)_Large bubbles may remain in the flow cell. Inject water, methanol or acetonitrile into the cell to push the bubbles out.\nIf the error persists after these actions, turn the power off and contact your Shimadzu representative.
59A5	Flow cell is overheated.	Flow cell temperature has risen to an abnormal level.	Check that the exhaust vent and side air intake are not blocked, and the filters of the air intake (front and side) are not clogged. If this error persists, turn the power off and contact your Shimadzu representative.
59A6	Lamp cover is open.	Lamp cover is open.	Attach the lamp cover securely.
59A7	Fan for the Peltier unit has stalled.	There is an error in the fan for the Peltier unit.	Turn the power off and turn it again. If the error persists, contact your Shimadzu representative.
59A8	Cooling fan for the Xe lamp power has stalled.	There is an error in the cooling fan for the Xe lamp power supply.	Check to be sure that the rear fan can move. Also check that the exhaust vent and side air intake are not blocked, and the filters of the air intake (front and side) are not clogged. If this error is still displayed, turn the power off and contact your Shimadzu representative.
59A9	Lamp mirror home position error.	Lamp mirror home position sensor does not operate properly.	Turn the power off and turn it again. If the error persists, contact your Shimadzu representative.
59AA	ROM error occurred.	ROM error.	Turn the power off and turn it again. If the error persists, contact your Shimadzu representative.
59AB	RAM error occurred.	RAM error.	Turn the power off and turn it again. If the error persists, contact your Shimadzu representative.
59AC	Error in the flow cell's cooling unit.	This error appears when the temperature of the flow cell does not reach the set temperature within 30 minutes after the power is turned on.	Turn the power off and turn it again. If the error persists, contact your Shimadzu representative.

59AD	Error in the flow cell's heating unit.	This error appears when the temperature of the flow cell does not reach the set temperature within 30 minutes after the power is turned on.	Turn the power off and turn it again. If the error persists, contact your Shimadzu representative.
59B1	Leak sensor wire is broken.	Leak sensor malfunctions (probably due to broken / disconnected wire).	Turn the power off and turn it again. If the error persists, contact your Shimadzu representative.
59B2	Leak sensor is short-circuited.	Leak sensor malfunctions.	Turn the power off and turn it again. If the error persists, contact your Shimadzu representative.
59B3	Constant pressure mode is not supported.	A constant pressure pumping mode is set on the system controller with [1: 20A] set at [OP MODE].	Use the constant flow pumping mode.
59B4	Abnormal high temperature is detected inside the instrument.	Interior temperature has risen to an abnormal level.	Check to be sure that the internal fan can move,and that the rear exhaust vent is not blocked. If this message still appears, turn the power OFF and contact your Shimadzu
59B5	Motor cooling fan has stalled.	The cooling fan is faulty.	Turn the power OFF and contact your Shimadzu representative.
59B6	Link is cut off during pumping and pumping is stopped automatically.	The system controller is disconnected during the pumping under control of the system controller.	Remove the cause of disconnection of the system controller. This error occurs only when the auxiliary function [LINK CHK] is enabled.
59B7	Leak sensor is open or shortcircuit.	The leak sensor detection value is abnormal. The leak sensor may be	Turn the power OFF and contact your Shimadzu representative.
59B8	Motor current error is detected.	The motor current is abnormal.	Turn the power OFF and contact your Shimadzu representative.
59B9	Cannot write parameters in EEPROM.	A nonvolatile memory read/write error has occurred. Parameters may not have been saved correctly.	Turn the power OFF and contact your Shimadzu representative.
59BA	Gas sensor is open.	The gas sensor detection value is abnormal. The gas sensor may be	Turn the power OFF and contact your Shimadzu representative.
59BB	Heater failure.	The heater has failed.	Turn the power OFF and contact your Shimadzu representative.
59BC	Power heat exhaust fan rotation error.	The power heat exhaust fan is not rotating correctly.	If anything is interfering with the fan rotation, turnthe power OFF and remove the obstruction. Ifthe obstruction cannot be removed or if the erroroccurs from any other cause, contact yourShimadzu representative.
59BD	Post-column cooler rotation error.	The post-column cooler is not rotating correctly.	If anything is interfering with the fan rotation, turnthe power OFF and remove the obstruction. Ifthe obstruction cannot be removed or if the erroroccurs from any other cause, contact yourShimadzu representative.
59BE	Block cooling fan rotation error.	The block cooling fan is not rotating correctly.	If anything is interfering with the fan rotation, turnthe power OFF and remove the obstruction. Ifthe obstruction cannot be removed or if the erroroccurs from any other cause, contact yourShimadzu representative.
59BF	Heater L temperature has exceeded T.Max.	Thermosensor readings are abnormally high. There may be a short circuit in the	Turn the power OFF and contact your Shimadzu representative.
59C0	Door sensor failure.	The door sensor has failed.	Turn the power OFF and contact your Shimadzu representative.
59C1	Pretreatment file does not exist.	No description of the specified pretreatment program is found.	Check if the specified pretreatment program exists, and if it exists, specify the edit page number on the pretreatment screen for the autosampler method at the workstation LabSolutions, and check the contents of the pretreatment program.
59C3	Sample cooling unit malfunction.	There is an error in the sample cooler's cooling unit.	Turn the power OFF and contact your Shimadzu representative.
59C4	Dehumidification unit malfunction.	Peltier dehumidifier temperature sensor error	Turn the power OFF and contact your Shimadzu representative.
59C5	Room temperature sensor malfunction.	The room temperature sensor detects an abnormally high or low temperature.	Turn the power OFF and contact your Shimadzu representative.
59CC	The vial number is not valid for the current plate on the tray.	The invalid vial number is set.	Check the plate and set the valid vial number.
59CD	Leak error is detected by a sensor near a High-pressure valve.	abnormally high or low temperature.	Check for liquid leakage from the following locations. \n1. Injection port. If liquid is leaking from the injection port, replace the needle seal. \n2. Valve piping joint. If liquid is leaking from the valve piping joint, re-tighten the piping, or, replace the piping and the joint parts with new parts.\n3. Sample loop. If liquid is leaking from the sample loop, replace with new parts. \n4. Leak sensor sensitivity adjustment. If the leak sensor is over-responding, calibrate the sensor, and re-adjust the threshold value. If the above procedure does not remedy the problem, contact your

59CE	Abnormal temperature detected by temperature sensor into rack plate L.	There is an error in the sample cooler L's temperature sensor.	Turn the power OFF and contact your Shimadzu representative.
59CF	Abnormal temperature detected by temperature sensor into rack plate M.	There is an error in the sample cooler M's temperature sensor.	Turn the power OFF and contact your Shimadzu representative.
59D0	Abnormal temperature detected by temperature sensor into rack plate R.	There is an error in the sample cooler R's temperature sensor.	Turn the power OFF and contact your Shimadzu representative.
59D1	The sequence has skipped because a rack is not adjusted. Adjust the rack.	The analysis has been started by using the sample rack where the rack position is not adjusted.	Adjust the rack, then restart analysis.
59D2	Rack on rack plate L is not	A not adjusted rack is set on rack plate L.	Adjust the rack on rack plate L.
59D3	Rack on rack plate M is not adjusted.	A not adjusted rack is set on rack plate M.	Adjust the rack on rack plate M.
59D4	Rack on rack plate R is not adjusted.	A not adjusted rack is set on rack plate R.	Adjust the rack on rack plate R.
59D5	Invalid rack ID.	A rack with invalid rack ID is set.	Confirm the rack ID, then set the correct rack ID.
59D6	Racks with same rack ID are set.	Racks with same rack ID are set.	Set a rack with another rack ID.
59D7	The temperature control of rack plate L has been turned off because no rack has been set for more than 30 minutes. If the rack is set, the temperature control will be on again.	No rack has been set on rack plate L for more than 30 minutes.	Set a rack on rack plate L. Alternatively stop the temperature control of rack plate L.
59D8	The temperature control of rack plate M has been turned off because no rack has been set for more than 30 minutes. If the rack is set, the temperature control will be on again.	No rack has been set on rack plate M for more than 30 minutes.	Set a rack on rack plate M. Alternatively stop the temperature control of rack plate M.
59D9	The temperature control of rack plate R has been turned off because no rack has been set for more than 30 minutes. If the rack is set, the temperature control will be on again.	No rack has been set on rack plate R for more than 30 minutes.	Set a rack on rack plate R. Alternatively stop the temperature control of rack plate R.
59DA	Invalid vial number.	Invalid sample(vial) number.	Confirm the sample number. Alternatively confirm whether a rack is set.
59DB	Leak error is detected by a sensor near a Low-pressure valve.	Liquid leaks from a tube joint or a Lowpressure valve.	Check for liquid leakage from the following locations.\n1. Valve piping joint. If liquid is leaking from the valve piping joint, re-tighten the piping, or, replace the piping and the joint parts with new parts.\n2. Column piping joint （when using CTO-30AS.） If liquid is leaking from the column piping joint, re-tighten the piping or, replace the piping and the joint parts with new parts.\n3. Leak sensor sensitivity adjustment. If the leak sensor is over-responding, calibrate the sensor, and re-adjust the threshold value. If the above procedure does not remedy the problem, contact your
59E7	Pump:Leak is detected at the solenoid valve unit. Eliminate the leak in the interior or exterior.	Leak sensor of solenoid valve unit has detected leakage.\nSensor is too sensitive.	Inspect the leakage in the solenoid valve unit. Wipe away any liquid around the leak sensor.\nAdjust the leak sensor actuation level.
5A00	SFC:Operation mode is local. Set the operation mode to remote. [8B80]	Operation mode is local.	Set the operation mode to remote.
5A01	Could not detect the home position of the BPR motor.[8B90]	Could not detect the home position of the BPR motor.	Press the (power button) on the instrument to turn the power OFF, and then press the (power button) on the instrument again to turn the power ON. Next, press [pressure button] on the instrument. \nIf the error message is displayed again even when this operation is performed, press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
5A02	The BPR motor has slipped.[8B91]	The BPR motor has slipped.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
5A03	BPR has Over-heated.[8B92]	BPR has Over-heated.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by

5A04	BPR heater controller error.[8B93]	The BPR heater electrical controller is in error.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
5A05	BPR cover is open.[8B94]	BPR cover is open.	Attach the BPR cover securely.
5A06	BPR temperature sensor is open or short-circuit.[8B95]	Lamp housing temperature sensor is open or short-circuit.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
5A07	Pump head temperature sensor is open or short-circuit.[8BA0]	Pump head temperature sensor is open or short-circuit.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
5A08	Ppump head cooling fan rotation error.[8BA1]	The pump head cooling fan is not rotating correctly.	If anything is interfering with the fan rotation, turn the power OFF and remove the obstruction. Ifthe obstruction cannot be removed or if the erroroccurs from any other cause, contact yourShimadzu representative.
5A09	Coolant pump for cooling the pump head failure.[8AA2]	The coolant pump for cooling the pump head has failed.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
5A0A	SFC: Leak is detected. [8BB0]	Eluent leak can be detected in the BPR.	Stop the pump flow and then execute any action to stop the eluent leak. See detail Instrument manual.
5A0B	SFC: Leak sensor is open or short-circuit.[8BB1]	The leak sensor detection value is abnormal. The leak sensor may be disconnected.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
5A0C	SFC: Pump has turned off because the pump head cooling temperature was not stable or cooling was turned off.[8BA3]	-----	-----
5A20	SFE:Operation mode is local. Set the operation mode to remote.	Operation mode is local.	Set the operation mode to remote.
5A21	System Error[8B01]	System Error	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
5A22	SFE: Incorrect rack	SFE: Incorrect rack number.[8B05]	Set values within the valid range.
5A23	SIL: The rack is not set. [8B06]	The rack is not set.	Set the rack correctly and restart analysis.
5A24	SFE: Rack Changer Disconnect Error.[8B07]	The connection cable between the SFE and the rack-change is not connected properly. Or the rack-changer is turned off.	Check the rack-changer is turned on.\nIf the rack-changer is turned on, check the RS-232C cable between the rackchanger and the SFE is connected properly.
5A25	SFE:Needle home position error. [8B10]	Move to direction was faulty.	Check if nothing is stuck in the movable part.\nIf nothing is stuck, contact your Shimadzu representative.
5A26	SFE: Motor has slipped. [8B11]	SFE: Motor has slipped.	Turn the power OFF and contact your Shimadzu representative.
5A27	Debris detected on needle. Please remove the debris from the inside of the SFE. [8B12]	Needle tip detects strong force.	Remedy this problem referring to the following procedure. 1. Replace the needle.\n2. Verify that the sample rack is installed correctly. \nIf the above procedure does not remedy the problem, contact your Shimadzu
5A28	Could not detect the home position of the SFE extraction valve.[8B20]	Could not detect the home position of the SFE extraction valve.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
5A29	Could not detect the home position of the SFE vent valve.[8B21]	Could not detect the home position of the SFE vent valve.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
5A2A	SFE: Leak is detected. [8B30]	Eluent leak can be detected in the SFE.	Stop the pump flow and then execute any action to stop the eluent leak. See detail Instrument manual.
5A2B	SFE: Leak sensor is open or short-circuit.[8B31]	The leak sensor detection value is abnormal. The leak sensor may be disconnected.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
5A2C	SFE: CO2 gas leak is detected. [8B32]	CO2 gas leak can be detected in the SFE.	Stop the pump flow and then execute any action to stop the eluent leak. See detail Instrument manual.
5A2D	SFE: CO2 gas sensor is open or short-circuit.[8B33]	The CO2 gas sensor detection value is abnormal. The CO2 gas sensor may be disconnected.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
5A2E	SFE:No extraction vessel is set on the rack. [8B40]	No extraction vessel was placed in the rack position.	Set the extraction vessel properry.If the error message is displayed again, press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by Shimadzu.
5A2F	Heater is turned off because the temperature of the extraction vessel exceeded the maximum temperature.[8B41]	The temperature of the extraction vessel exceeded the [Maximum Temperature] of the instrument parameters.	Maximum temperature must be specified 5 C higher than the extraction vessel temperature.

5A30	SFE: Extraction vessel temperature sensor is open or short-circuit.[8B42]	The extraction vessel temperature sensor detection value is abnormal. The CO2 gas sensor may be disconnected.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
5A31	Heater is turned off because the temperature of the pre-heaterl exceeded the maximum temperature.[8B43]	The temperature of the pre-heater exceeded the [Maximum Temperature] of the instrument parameters.	Maximum temperature must be specified 5 C higher than the extraction vessel temperature.
5A32	SFE: Pre-heater temperature sensor is open or shortcircuit.[8B43]	The pre-heater temperature sensor detection value is abnormal. The preheater temperature sensor may be	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
5A33	SFE: Low set temperature. [8B45]	Set temperature value is inappropriate. Temperature is specified with lower than the room temperature plus 5C.	Set temperature higher than room temperature plus 5C.\n(Temperature control is not stopped.)
5A34	SFE: room temperature sensor is open or short-circuit.[8B50]	The room temperature sensor detection value is abnormal. The room temperature sensor may be disconnected.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
5A35	SFE: The extraction vessel temperature has dropped. Please confirm the extraction vessel has been fastened.[8B46]	-----	Please confirm the extraction vessel has been fastened.
5A36	SFE: The extraction vessel heater failure.[8B47]	-----	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
5A37	SFE: Pre-heater failure.[8B48]	-----	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
5A38	SFE: The extraction vessel temperature sensor wire is broken.[8B49]	-----	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
5A39	SFE: The temperature compensation sensor failure.[8B4A]	-----	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
5A3A	Controller: Autosampler and SFE Unit are connected at the same time.[8B02]	Controller: Autosampler and SFE Unit are connected at the same time.[8B02]	-----
7203	Download the Instrument Parameters. Data acquisition cannot be started.	Data acquisition cannot be started since the instrument parameters have not been downloaded.	Download the instrument parameters, and start data acquisition.
7204	Data acquisition cannot be started.	Data acquisition cannot be started for some reason.	Close the sub-window, and perform the operation again. Try again after making sure that the network is connected correctly in the case of a network configuration.
7211	The data have not been acquired from the instrument. The data acquisition is stopped.	The buffer memory of the instrument is full since the data have not been acquired from the instrument.	Check the communication environment and operating status of the instrument and the workstation.\nIf the error is not resolved, turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by Shimadzu.
7300	MS: Timeout occurred in the communication with the MS.	There was no response from the MS within the specified period of time.	Check the cable and power supply, turn OFF the power of all equipment including the PC, and restart them.
7301	MS: Received analysis data is abnormal.	-----	Check the cable and power supply, turn OFF the power of all equipment including the PC, and restart them.
7302	MS: Communication with MS was not achieved within the specified number of retry counts.	Communication was attempted for the specific number of time and there was no response from the MS.	Check the cable and power supply, turn OFF the power of all equipment including the PC, and restart them.
7303	MS: A hardware error occurred during communication with the MS.	A hardware error occurred during communication with the MS （mass spectrometer unit).	Check the cable and power supply, turn OFF the power of all equipment including the PC, and restart them.
7304	MS: MS unit is busy.	The MS unit does not receive signals.	Check the cable and power supply, turn OFF the power of all equipment including the PC, and restart them.
7305	MS: A command that cannot be used for communication with the MS was used.	Communication with the MS cannot be normally achieved for some reason.	Check the cable and power supply, turn OFF the power of all equipment including the PC, and restart them.
7306	Parameters to be set for the MS are not correct.	Communication with the MS cannot be normally achieved for some reason.	Check the cable and power supply, turn OFF the power of all equipment including the PC, and restart them.
7307	MS: MS is not connected.	Connection failed because communication with the MS cannot be established.	Check the cable and power supply.
7308	MS: An undefined error occurred during communication.	Communication with the MS cannot be normally achieved for some reason.	Turn OFF the power of all equipment including the PC, and restart them.
7309	MS: Parameters cannot be set for the MS.	Communication with the MS cannot be normally achieved for some reason.	Turn OFF the power of all equipment including the PC, and restart them.
730A	MS: Connection to the instrument cannot be achieved.	The process to connect to the instrument was suspended.	Restart the PC.

730B	MS: The size of data received is different from the requested size.	Communication with the MS cannot be normally achieved for some reason.	Turn OFF the power of all equipment including the PC, and restart them.
730C	MS: Invalid parameters have been sent.	This problem may occur when the system is unstable.	Restart the PC and retry the operation.
730D	MS: Invalid parameter ID was used.	This problem may occur when the system is unstable.	Restart the PC and retry the operation.
730E	MS: The MS responded indicating an abnormal system	The MS is not operating in a normal state.	Restart the MS.
730F	MS: Insufficient vacuum level.	This operation is disabled because the vacuum level has not reached the sufficient value.	Perform the operation after the vacuum system becomes ready on the [System Control] sub-window of the vacuum system.
7310	MS: Method or tuning condition is not set for the MS.	Method or tuning information is not set for the MS correctly.	Turn OFF the power of the PC and MS and restart them.
7311	MS: Please provide maintenance service to the following pump.	Operation time of the pump has exceeded the limit for maintenance specified by system configuration.	-----
7319	MS: An error occurred in the high-frequency power supply.	The high-frequency power supply is out of tune.	Perform auto-tuning. If the message is displayed even during auto-tuning, contact your Shimadzu representative.
731A	MS: An error occurred in the high-voltage power supply.	The current limiter of the high-pressure power supply was activated.	Perform auto-tuning. If the message is displayed even during auto-tuning, contact your Shimadzu representative.
731C	MS: Excessive ions entered the detector.	The message indicates excessive ions entered the detector. In this state, the filament automatically goes OFF. The filament automatically goes ON after a specific period of time only when data is acquired. The message is often displayed when the detector voltage is too high.	Check the solvent elution time and detector voltage.
7320	MS: Turbo molecular pump 1 should be overhauled.	The message indicates that the operation time of turbo molecular pump 1 has exceeded the limit for maintenance. Overhaul is recommended.	Contact your Shimadzu representative.
7328	MS： Loading of the 80C186 system program failed.	Either PROGPATH has not been registered in the registry or memory is	Close all unnecessary applications. Hard disk free space will be reserved as an additional memory. Then, retry
7329	MS: Loading of the DSP system program failed.	Memory is insufficient.	First, close all unnecessary applications. Hard disk free space will be reserved as an additional memory. Then,
732A	MS: MS instrument type does not match. Please change the instrument control class to be generated.	-----	-----
732B	MS: Instrument initialization failed.	The instrument is not operating in a normal state.	Turn OFF the power of all equipment including the PC, and restart them.
732C	MS: Upper/lower limit value error. Set a value within the range min. to max.	-----	-----
732D	MS: MS connection failed.	-----	Check the cable and power supply and then restart the MS and the PC.
7330	MS: The instrument control program version does not match. Restart the mass spectrometer by referring to Help.	The version of the instrument control program downloaded on the mass spectrometer does not match the version of the program on the PC.	Restart the mass spectrometer unit to clear the instrument control program. Then, download the instrument control program by connecting to the instrument via LCMSsolution. \n Operation procedures are described below. \n 1) Quit LCMSsolution. Save necessary data. \n 2) Turn OFF the power of the PC. \n 3) Turn OFF the power of the mass spectrometer unit and turn it ON several seconds later. \n 4) Turn ON the power of the PC. \n 5) Start the latest version LCMSsolution and connect it with the instrument correctly. If the former version LCMSsolution is started in this state, an instrument control program for a different version may be downloaded. \n Whether or not the connection is correct can be checked on [Status] in the
7331	Auto-Tuning was terminated.	-----	-----
7332	Save peak profiles and spectra of the standard sample in this	The message is displayed when data is saved in manual tuning.	To save peak profiles and spectra of the standard sample in this setting, automatically start auto-tuning with no
7333	The current tuning condition has tuned this file. \nDo you invalidate the tuning results and change the tuning condition?	The message is displayed when parameters are changed for a file where tuning has been already completed.	When you do not want to invalidate the tuning results, do not change parameters.
7334	Are you sure you want to delete the selected monitor group?	The message is displayed when deleting the currently selected monitor group.	Click [OK] to delete and [Cancel] not to delete.
7335	The group name is already registered.	Registration of a new monitor group was attempted under a name already	Change the monitor group name.

7336	The default setting group cannot be deleted.	Deletion of a standard monitor group was attempted.	The default monitor group cannot be deleted.
7337	Groups are already registered to the maximum (16).	Up to 16 monitor groups including 2 standard groups can be registered.	Delete unnecessary monitor group and register new one.
7338	The Calibration Table will be supplemented. \nDo you perform?	The message is displayed for confirmation prior to the supplement of the m/z Calibration Table.	Click [OK] to execute supplement and [Cancel] not to.
7339	The Calibration Table will be initialized. \nAre you sure you want to perform?	The message is displayed for confirmation prior to the initialization of the m/z Calibration Table.	Click [OK] to initialize and [Cancel] not to.
733A	m/z values cannot be added.	New m/z values could not be added because the m/z Calibration Table was full.	Up to 14 m/z values can be added.
733B	Standard m/z value cannot be deleted.	Deletion of the standard m/z value was attempted.	Only added m/z values can be deleted.
733C	An error occurred during base level detection in Auto-Tuning.	-----	Contact your Shimadzu representative.
733D	An error occurred during initial adjustment in Auto-Tuning.	There is no standard sample.	Prepare sufficient amount of the standard sample.
733E	An error occurred during resolution adjustment in AutoTuning. \n(Detector sensitivity is insufficient.)	-----	Perform auto-tuning again. Clean the lens.
733F	An error occurred during resolution adjustment in AutoTuning. \n(Resolution cannot be narrowed down.)	-----	Perform auto-tuning again. If the error persists even after retry, detailed inspection is necessary. Contact your Shimadzu representative.
7340	An error occurred during sensitivity adjustment in AutoTuning. \n(Detector sensitivity is insufficient.)	-----	Perform auto-tuning again. Clean the lens.
7341	An error occurred during m/z calibration in Auto-Tuning. \n(Detector sensitivity is insufficient.)	-----	Perform auto-tuning again. Clean the lens.
7342	An error occurred during m/z calibration in Auto-Tuning. \n(No peak for calibration m/z value is found.)	-----	Perform auto-tuning again. If the error persists even after retry, detailed inspection is necessary. Contact your Shimadzu representative.
7343	An error occurred during resolution adjustment in AutoTuning. \n(Peak intensity is too	-----	Perform auto-tuning again. If the error persists even after retry, detailed inspection is necessary. Contact your Shimadzu representative.
7345	Received peak profile data is abnormal.	There may be a problem in communication or MS system state.	Restart the MS.
7347	Tuning could not be completed.	Inappropriate tuning condition may be set.	Change tuning conditions.
734A	The low-mass value is set larger than the high-mass value.	-----	Set the low-mass value below the high-mass value.
734D	Auto-Tuning started.	-----	----
734E	Auto-Tuning has been	-----	----
7351	MS: Fluid leakage	Fluid leakage is detected.	Stop the LC pump and take care of the fluid leakage.
7353	MS: Overheat. (Interface) \n If the temperature does not go down in several minutes, turn OFF the power of the MS immediately.	-----	If the temperature does not go down in several minutes, immediately quit LCMSsolution and turn OFF the power of the MS.\nIt is no problem when changing APCI Interface.
7354	MS: Overheat. (DL) \n If the temperature does not go down in several minutes, turn OFF the power of the MS immediately.	-----	If the temperature does not go down in several minutes, immediately quit LCMSsolution and turn OFF the power of the MS.
7355	MS: Overheat. (Heat block) \n If the temperature does not go down in several minutes, turn OFF the power of the MS immediately.	The heat block may be damaged or the peripheral equipment may have a problem.	1. For safety, check for any abnormal conditions (smoke, strange odor) around the heat block. \n 2. If there is any abnormal condition or the temperature does not go down in several minutes, stop the instrument and turn OFF the power of the main unit. \n 3. Contact your Shimadzu
7356	MS: Turbo pump does not become ready.	-----	Repair or part replacement may be necessary. Contact your Shimadzu representative.
7358	MS: Vacuum level of the IG is insufficient.	Vacuum level of the MS has lowered.	Check for vacuum leakage on the MS.
735C	MS: Interface is not connected.	-----	Connect the interface.
735D	MS: An error occurred in the high-frequency power supply. (Main rod)	The high-frequency power supply is out of tune.	Perform auto-tuning. If the error persists, detailed inspection is necessary. Contact your Shimadzu representative.

735E	MS: An error occurred in the high-frequency power supply. (Q-	The high-frequency power supply is out of tune.	Perform auto-tuning. If the error persists, detailed inspection is necessary. Contact your Shimadzu
735F	MS: An error occurred in the high-frequency power supply. (Octopole)	The high-frequency power supply is out of tune.	Perform auto-tuning. If the error persists, detailed inspection is necessary. Contact your Shimadzu representative.
7360	MS: An error occurred in the high-pressure power supply.	The current limiter of the high-pressure power supply was activated.	Perform auto-tuning. If the error persists, detailed inspection is necessary. Contact your Shimadzu
7361	MS: An error occurred in the high-pressure power supply. (Conversion)	The current limiter of the high-pressure power supply was activated.	Perform auto-tuning. If the error persists, detailed inspection is necessary. Contact your Shimadzu representative.
7362	MS: An error occurred in the high-pressure power supply.	The current limiter of the high-pressure power supply was activated.	Perform auto-tuning. If the error persists, detailed inspection is necessary. Contact your Shimadzu
7363	MS: The PG is not connected or has been disconnected.	The Pirani gauge to measure low vacuum levels has not been connected or the wiring has been disconnected.	Contact your Shimadzu representative.
7366	MS: The temperature sensor is disconnected. (Heat block)	The heat block temperature sensor may be disconnected or its peripheral circuit may have a problem.	Contact your Shimadzu representative.
7367	MS: The temperature sensor is disconnected. (DL)	The DL temperature sensor may be disconnected or its peripheral circuit may have a problem.	Contact your Shimadzu representative.
7368	MS: The temperature sensor is disconnected. (Interface)	The interface temperature sensor may be disconnected or its peripheral circuit may have a problem.\nIt is no problem when changing APCI Interface.	Contact your Shimadzu representative.
736A	MS: An abnormal condition is detected on the heater. (DL)	The DL temperature control heater or its control circuit may have a problem.	1. For safety, stop the instrument and turn OFF the power of the main unit. \n2. Contact your Shimadzu
736B	MS: An abnormal condition is detected on the heater.	The interface temperature control heater or its control circuit may have a problem.	1. For safety, stop the instrument and turn OFF the power of the main unit. \n2. Contact your Shimadzu
736C	MS: An abnormal condition is detected on the heater. (Heat	The heat block temperature control heater or its control circuit may have a problem.	1. For safety, stop the instrument and turn OFF the power of the main unit. \n2. Contact your Shimadzu
736E	MS: IG will be turned OFF because the IG vacuum level is insufficient.	The vacuum gauge was turned OFF by the protection function since the vacuum level of the MS lowered.	Check for vacuum leakage on the MS.
736F	MS: Auto Start of the vacuum system started.	-----	-----
7370	MS: Auto Stop of the vacuum system started.	-----	-----
7371	MS: Auto Start of the vacuum system was suspended.	-----	-----
7372	MS: Auto Stop of the vacuum system was suspended.	-----	-----
7373	MS: Rotary pump was started.	-----	-----
7374	MS: Rotary pump was stopped.	-----	-----
7375	MS: Turbo molecular pump 1 was started.	-----	-----
7376	MS: Turbo molecular pump 1 was stopped.	-----	-----
7377	MS: Turbo molecular pump 2 was started.	-----	-----
7378	MS: Turbo molecular pump 2 was stopped.	-----	-----
7379	MS: Leak valve has been	-----	-----
737A	MS: Leak valve has been closed.	-----	-----
737B	MS：DL heater was turned ON.	-----	-----
737D	MS: Heater of the APCI interface was turned ON.	-----	-----
737F	MS: Ion gauge has been lit up.	-----	-----
7381	MS: I/F shutter has been opened.	-----	-----
7383	MS: Nebulizer gas valve has been opened.	-----	-----
7385	MS: Heater of the heat block was turned ON.	-----	-----
7388	MS: The shutter is closed. Please open the shutter to perform data acquisition.	-----	Open the shutter prior to starting data acquisition.
7389	MS: Detector was turned ON.	-----	-----
738A	MS: Detector was turned OFF.	-----	-----
738B	MS: The following heater will be turned OFF.	-----	-----

738C	MS: Operation is disabled because data acquisition or tuning is currently performed.	-----	-----
738E	MS: No tuning file. Perform AutoTuning or Manual Tuning.	-----	-----
738F	MS: Nebulizing gas flow rate may be insufficient or unstable. \n The LC pump was stopped and data acquisition was suspended.	Data acquisition could not start due to insufficient nebulizing gas flow rate. The LC pump was stopped to prevent contamination of the interface.	Check the nebulizing gas flow rate on the instrument monitor. If the gas flow rate does not increase, there may be a problem on gas piping or gas cylinder. Once sufficient nebulizing gas flow rate is achieved, data acquisition can
7395	MS: The detector could not be turned ON during data acquisition.	After the detector was turned ON, it was turned OFF by the hardware protection mechanism.	The problem occurs mainly when vacuum level is not completely stable. Turn the ion gauge ON manually, make sure that vacuum level has stabilized, and then turn ON the detector manually. If the problem recurs, contact your Shimadzu representative.
7396	MS: The high-frequency power supply could not be turned ON during data acquisition.	After the detector was turned ON, it was turned OFF by the hardware protection mechanism.	The problem occurs mainly when vacuum level is not completely stable. Turn the ion gauge ON manually, make sure that vacuum level has stabilized, and then turn ON the detector manually. If the problem recurs, contact your Shimadzu representative.
7397	MS: The APPI lamp could not light up.	There are several possible causes as follows: \n (1) The gas sealed in the lamp ran out. \n(2) The cable to be connected to the APPI interface is unconnected. \n(3) The cable connected to the APPI interface has been disconnected.	Replace the APPI lamp with a new one. If the error persists even after the replacement, contact your Shimadzu representative.
7398	MS: The lamp was turned OFF due to high temperature of APPI.	The APPI interface is overheated.	The lamp can light up when the APPI interface cools down. If the problem recurs, contact your Shimadzu
7399	MS: The lamp has been lit again because the APPI temperature lowered.	The APPI interface became hot and the lamp was turned OFF. Then, the lamp was automatically lit again because the temperature lowered.	-----
739A	MS: An abnormal condition of the APPI temperature protection circuit was detected. \nThe detector was turned Off for	The lamp is usually turned OFF when the APPI interface becomes hot. However, the lamp remained lit.	Contact your Shimadzu representative.
739B	MS: No applicable command.	A command not existing in the LC time program or MS time program was	Enter a command according to the dropdown list.
739C	MS: There is a mistake in the program.	Combination of rates and values is incorrectly set in the temperature or flow rate program.	There is a mistake, for example, the temperature is set to become lower from a higher value to lower value even when a rate is a positive value. Correct the setting.
739E	MS: The starting time is set later than the ending time.	The value for the starting time is set larger than the ending time.	Set the value for the starting time smaller than the ending time.
73A2	MS: Please set the m/z value to be measured.	No m/z value to be measured is set on the table.	Set an m/z value.
73B5	MS: Please enter at least one data acquisition condition.	No data acquisition condition is set for MS instrument parameters.	Set data acquisition conditions. When you do not want to operate the MS, remove it from the system configuration.
73B6	MS: Measurement time is too short.	The same value is set both for starting and ending of measurement time.	Set the value for the ending time larger than the starting time.
73B8	MS: Change the oil of the rotary pump.	Operation time of the rotary pump has exceeded the limit for maintenance specified by configuration.	Change the oil of the rotary pump.
73BA	MS: The interface cover is open.	-----	Close the interface cover.
73BB	MS: The temperature sensor is short-circuited. (Interface)	The interface temperature sensor may be short-circuited or its peripheral circuit may have a problem.	Contact your Shimadzu representative.
73BC	MS: The temperature sensor is short-circuited. (DL)	The DL temperature sensor may be shortcircuited or its peripheral circuit may have a problem.	1. For safety, stop the instrument and turn OFF the power of the main unit. \n2. Contact your Shimadzu representative.
73BD	MS: The temperature sensor is short-circuited. (Heat block)	Heat block temperature sensor may be short-circuited or its peripheral circuit may have a problem.	1. For safety, stop the instrument and turn OFF the power of the main unit. \n2. Contact your Shimadzu representative.
73BE	MS: The temperature sensor is short-circuited. (RF capacitor)	The RF capacitor temperature sensor may be short-circuited or its peripheral circuit may have a problem.	1. For safety, stop the instrument and turn OFF the power of the main unit. \n2. Contact your Shimadzu representative.
73BF	MS: The temperature sensor is disconnected. (RF capacitor)	The RF capacitor temperature sensor may be disconnected or its peripheral circuit may have a problem.	Contact your Shimadzu representative.

73C0	MS: Overheat. (RF capacitor) If the temperature does not go down in several minutes, turn OFF the power of the MS immediately.	The RF capacitor temperature control heater or its control circuit may have a problem.	1. For safety, check for any abnormal conditions (smoke, strange odor) around the heat block. \n 2. If there is any abnormal condition or the temperature does not go down in several minutes, stop the instrument and turn OFF the power of the main unit. \n 3. Contact your Shimadzu
73C1	MS: CPLD watch dog time error	The main unit’s CPU performed an unexpected behavior.	Contact your Shimadzu representative.
73C2	The detector will be turned OFF due to insufficient IG vacuum level.	The detector was turned OFF by the protection function since the vacuum level of the MS was insufficient.	Check for vacuum leakage on the MS.
73C3	MS: Automatic start of the vacuum system, low vacuum error	The low vacuum level did not reach the specified value in the specific period of time during automatic start. Automatic start is stopped.	Check for vacuum leakage. Repair or part replacement may be necessary. Contact your Shimadzu representative.
73C4	MS: Automatic start of the vacuum system, high vacuum error	The vacuum level did not reach the specified value in the specific period of time during automatic start. Automatic	Check for vacuum leakage. Repair or part replacement may be necessary. Contact your Shimadzu representative.
73C5	MS: Automatic start of the vacuum system, IG error	The IG could not light up in the specific period of time during automatic start. Automatic start is stopped.	Check for vacuum leakage. Repair or part replacement may be necessary. Contact your Shimadzu representative.
73C6	MS: Automatic start of the vacuum system, TMP error	The rotation of the turbo pump did not stabilize in the specific period of time during automatic start. Automatic start is	Check for vacuum leakage. Repair or part replacement may be necessary. Contact your Shimadzu representative.
73C7	MS: Warning to signify that excessive time is being spent to wait for the temperature to lower when stopping the instrument. (Heat block)	The temperature of the heat block did not lower enough in the specific period of time during automatic stop.	1. Check if heat release is being prevented by an obstacle placed on the heater of the heat block. \n2. If the problem persists, contact your Shimadzu representative.
73C8	MS: Warning to signify that excessive time is being spent to wait for the temperature to lower when stopping the instrument.	The temperature of the DL did not lower enough in the specific period of time during automatic stop.	1. Check if heat release is being prevented by an obstacle placed on the heater of the DL. \n2. If the problem persists, contact your Shimadzu representative.
73C9	MS: Warning to signify that excessive time is being spent to wait for the temperature to lower when stopping the instrument. (Interface)	The temperature of the interface heater did not lower enough in the specific period of time during automatic stop.	1. Check if heat release is being prevented by an obstacle placed on the heater of the interface. \n2. If the problem persists, contact your Shimadzu representative.
73CA	MS: Detector protection error due to A/D saturation	Excessively strong ion signals were inputted to the detector continuously. The switch has been set to OFF in order to protect the detector.	The voltage on the detector is too high. Lower the voltage on the detector. When the solvent spray on the interface is uneven, the DL may suck in droplets. \n Adjust the nebulizing gas flow rate and LC pump flow rate. When an ESI interface is used, the tip of the quartz tube capillary in the interface may be worn. \n In this case, cut the tip of the capillary referring to the instruction manual. There has been a case where an electric discharge occurred between the capillary tip and DL (only when an ESI interface is used). \n Adjust the length of the capillary tip. Normally, approximately 0.5 mm should stick out from the tip of the
73CB	MS: Drying gas has run out.	Drying gas may not be supplied to the instrument or the piping for drying gas may not be done properly.	1. Check the gas supply source and piping. \n2. If the problem persists, contact your Shimadzu representative.
73CC	MS: The nebulizer gas nozzle is clogged. The nebulizer gas is not properly controlled.	The nebulizer gas nozzle may be clogged. Perform maintenance on the nozzle.	Check the nebulizer gas nozzle and clear any clogging.. If the error persists, contact your Shimadzu representative.
73CD	MS: The drying gas is not properly controlled.	The drying gas flow path is clogged or its pressure sensor or peripheral circuit may have a problem.	Contact your Shimadzu representative.
73CE	MS: The liquid temperature sensor is disconnected.	The liquid leakage sensor may be disconnected or its peripheral circuit may have a problem.	Contact your Shimadzu representative.
73CF	MS: The room temperature sensor is disconnected.	The liquid leakage sensor may be disconnected or its peripheral circuit may have a problem.	Contact your Shimadzu representative.
73D0	MS: The liquid temperature sensor is short-circuited.	The liquid leakage sensor may be disconnected or its peripheral circuit may have a problem.	Contact your Shimadzu representative.
73D1	MS: The temperature sensor is short-circuited.	The liquid leakage sensor may be disconnected or its peripheral circuit may have a problem.	Contact your Shimadzu representative.
	MS: FCV-20A error	-----	???

73D7	MS: Provide maintenance service to the rotary pump.	Maintenance service is necessary for the operation of the rotary pump.	Maintenance service is necessary for the rotary pump. \n Contact your Shimadzu representative.
73D8	MS: Operation time of the detector has exceeded the standard replacement time.	Operation time of the detector has exceeded the limit for maintenance specified by configuration.	Replace the MS detector with a new one.
73D9	MS: Operation time of the APPI lamp has exceeded the standard replacement time.	Operation time of the APPI lamp has exceeded the limit for maintenance specified by configuration.	Replace the APPI lamp with a new one.
73DA	MS: Turbo molecular pump does not become ready.	-----	Repair or part replacement may be necessary. Contact your Shimadzu representative.
73DB	MS: Even though data acquisition started, the MS detector did not start.	MS data acquisition did not start.	Check if the system controller relay is appropriate on system configuration and make sure that the cable is correctly connected.
73DC	MS: Firmware update failed.	Firmware update failed.	Contact your Shimadzu representative.
73DD	MS: To turn ON the drying gas, please close the source window.	The drying gas ON command was executed when the interface cover was	Close the interface cover and then execute the drying gas ON command.
73DE	MS: Measurement data could not be loaded in time.	Measurement data could not be loaded on the PC in time and buffer in the instrument became full. A high-load application may be working on the PC.	Quit the high-load application and perform the operation again.
73DF	Are you sure you want to delete the selected m/z?	Deletion of m/z was attempted.	Click [Yes] to delete and [No] not to delete.
73E0	Use the file as the default tuning file?	-----	Click [Yes] to load the tuning file next time the [Tuning] window is opened. Click [No] otherwise.
73E1	MS: An unknown interface is connected.	An unknown interface is connected.	Connect a supported interface.
73E2	MS: To perform Auto-Tuning, use ESI or DUIS interface.	Auto tuning cannot be performed when an APCI (APPI) interface is mounted.	Change the interface to the one that auto-tuning can be performed with.
73E3	An error occurred during sensitivity adjustment in Auto- Tuning. \n(Peak intensity is too	-----	Perform auto-tuning again. If the error persists even after retry, detailed inspection is necessary. Contact your Shimadzu representative.
73E4	An error occurred during m/z calibration in Auto-Tuning. \n(Peak intensity is too great.)	-----	Perform auto-tuning again. If the error persists even after retry, detailed inspection is necessary. Contact your Shimadzu representative.
73E5	An error occurred during speed calibration in Auto-Tuning. \n(Detector sensitivity is insufficient.)	-----	Perform auto-tuning again. Clean the lens.
73E6	An error occurred during speed calibration in Auto-Tuning. \n(Peak intensity is too great.)	-----	Perform auto-tuning again. If the error persists even after retry, detailed inspection is necessary. Contact your Shimadzu representative.
73E7	An error occurred during speed calibration in Auto-Tuning. \n(No peak for calibration m/z value is found.)	-----	Perform auto-tuning again. If the error persists even after retry, detailed inspection is necessary. Contact your Shimadzu representative.
73E8	An error occurred during peak profile measurement in AutoTuning. \n(Detector sensitivity is insufficient.)	-----	Perform auto-tuning again. Clean the lens.
73E9	An error occurred during peak profile measurement in AutoTuning. \n(Peak intensity is too	-----	Perform auto-tuning again. If the error persists even after retry, detailed inspection is necessary. Contact your Shimadzu representative.
73EA	Registry values for the following items do not match between the server and client PCs. Contact a service person. \nSettling time \nPolarity switching time	The following setting values are different between the server and client machines. \n Set ring time \n Polarity switching time	Contact your Shimadzu representative.
73EB	MS: Data acquisition time could not be changed.	The data acquisition extension command was executed when no data acquisition was performed.	Execute the data acquisition extension command during a data acquisition.
73EC	MS: Cannot start during the process to stop the standard sample.	The sample injection start command was executed during the process to stop the standard sample.	Wait for a while.
73ED	MS: The operation is disabled during the injection of the standard sample.	One of the following operations was attempted during the injection of the standard sample. \n1. Turn the drying gas On/Off\n2. Set the drying gas flow rate	Wait for a while.
73EE	MS: The standard sample was stopped in order to change the drying gas flow rate.	Drying gas flow rate was changed during the injection of the standard sample.	-----

73EF	Because the error had occurred while running the Manual Tuning, the Manual Tuning was	The error had occurred while executing the manual tuning.	Refer to the content of the error help and address the error. Then performs the manual tuning again.
73F0	MS: The source window is open.	-----	Close the source window.
73F1	MS: The detector could not be turned ON.	Although the detector was turned ON, it was turned OFF for the hardware protection.	Decrease the detector voltage and wait a moment, then Operate again. If the error persists even after retry, detailed inspection is necessary. Contact your Shimadzu representative.
73F2	MS: The high-frequency power supply could not be turned ON.	Although the power supplayr was turned ON, it was turned OFF for the hardware protection.	Wait a moment and Operate again. If the error persists even after retry, detailed inspection is necessary. Contact your Shimadzu representative.
7701	MS: A command that cannot be used for communication with the MS was used.	Communication with the MS cannot be normally achieved for some reason.	Check the cable and power supply, turn OFF the power of all equipment including the PC, and restart them.
7702	MS: Invalid parameters were sent.	This problem may occur when the system is unstable.	Restart the PC and retry the operation.
7703	MS: Parameters to be set for the MS are incorrect.	Communication with the MS cannot be normally achieved for some reason.	Check the cable and power supply, turn OFF the power of all equipment including the PC, and restart them.
7704	MS: The size of data received is different from the requested size.	Communication with the MS cannot be normally achieved for some reason.	Turn OFF the power of all equipment including the PC, and restart them.
7705	MS: A hardware error occurred during communication with the MS.	A hardware error occurred during communication with the MS （mass spectrometer unit).	Check the cable and power supply, turn OFF the power of all equipment including the PC, and restart them.
7706	MS: Acquisition can not be started with this acquisition	The number of events are too much or measurement range of a scan is too wide.	Please reduce the number of events or make measurement range of a scan narrow.
7707	MS: The interface type is not	-----	-----
7708	MS: The interface type is not	-----	-----
7709	MS: The interface type is not	-----	-----
770A	MS: Open leakvalve.	-----	-----
770B	MS: The rotary pump is On.	-----	-----
770C	MS: The rotary pump is Off.	-----	-----
770D	MS: The turbo pump is On.	-----	-----
770E	MS: The turbo pump is in the state of the standby.	-----	-----
770F	MS: The turbo pump is Off.	-----	-----
7710	MS: Vacuum level is outside the range. (PG)	-----	-----
7711	MS: Vacuum level is outside the range. (IG)	-----	-----
7712	MS: Overheat.	-----	-----
7713	MS: The temperature sensor is disconnected or Interface is not connected.	-----	-----
7714	MS: The temperature sensor is short-circuited.	-----	-----
7715	MS: An abnormal condition is detected on the heater.	-----	-----
7716	MS: The heater is Off. (DL)	-----	-----
7717	MS: The temperature is outside the range. (DL)	-----	-----
7718	MS: The temperature parameter self adjustment has already been	-----	-----
7719	MS: Gas flow rate may be insufficient or unstable.	-----	-----
771A	MS: The gas pressure sensor has a problem.	-----	-----
771B	MS: Nebulizing Gas is Off.	-----	-----
771C	MS: An error occurred in the high-pressure power supply.	-----	-----
771D	MS: An error occurred in the high-frequency power supply.	-----	-----
771E	MS: The analysis is running.	-----	-----
771F	MS: The analysis is not running.	-----	-----
7720	MS: The initial parameter has not been received.	-----	-----
7721	MS: The Method parameter has not been received.	-----	-----
7722	MS: There no event the specified No.	-----	-----

7723	MS: The settling time is longer than the polarity switch waiting	-----	-----
7724	MS: The scanspeed is outside of the range.	The Settling time may have been changed.	Check the change of the Settling time at Log Browser.
7725	MS: The width of Maicroscan is outside the range. (SIM)	-----	-----
7726	MS: The number of event is outside the range.	The number of event exceeds the upper or lower limit.	In [MS] tab page in the [Instrument Parameter View], add or remove events.
7727	MS: The number of Channel is outside the range. (SIM)	-----	-----
7728	MS: Auto MS/MS dependent event cannot be extended.	-----	-----
7729	MS: A standard sample is being injected.	-----	-----
772B	MS: A standard sample does the stop procedure.	-----	-----
772C	MS: The loader for the program update is not started.	-----	-----
772D	MS: The ion gauge is On.	-----	-----
772E	MS: An abnormal condition is detected on the fan. (Turbo molecular pump)	-----	-----
772F	MS: An abnormal condition is detected on the fan. (Main source of electrical power)	-----	-----
7730	MS: An abnormal condition is detected on the fan. (Ionization interface)	-----	-----
7731	MS: The high-pressure power supply is On.	-----	-----
7732	MS: The high-frequency power supply is On.	-----	-----
7733	MS: The interface is not a type with a heater.	-----	-----
7734	MS: The heated gas is not Off.	Heating gas cannot be shut OFF, due to the high interface temperature.	Wait for the interface to cool sufficiently before shutting the heating gas OFF.
7735	MS: The heated gas is not Off.	Heating gas cannot be shut OFF because the interface (heated ESI) temperature control is ON.	Wait for the interface to cool sufficiently before shutting the heating gas OFF.
7736	MS: The interface power is not On.	The interface heater cannot be switched ON because heating gas is OFF.	Switch the heating gas ON before switching the interface heater ON.
7737	MS: Ms device is not active. Summed value of heating gas flow and drying gas flow is over the upper limit.	Summed value of heating gas flow and drying gas flow set at interface tab or MS program is over the upper limit.	Set the value so that the sum of heating gas flow and drying gas flow is under the upper limit, or disable the sum of gas flow limit using the service tool.
7738	MS: The drying gas is not On. Summed value of heating gas flow and drying gas flow is over the upper limit.	Summed value of heating gas flow and drying gas flow set at interface tab or MS program is over the upper limit.	Set the value so that the sum of heating gas flow and drying gas flow is under the upper limit, or disable the sum of gas flow limit using the service tool.
7739	MS: The heating gas is not On. Summed value of heating gas flow and drying gas flow is over the upper limit.	Summed value of heating gas flow and drying gas flow set at interface tab or MS program is over the upper limit.	Set the value so that the sum of heating gas flow and drying gas flow is under the upper limit, or disable the sum of gas flow limit using the service tool.
773A	MS: The number of survey scan events is outside the range.	The number of survey scan events is outside the range.	Please make the number of the survey scan events into 32 or less.
773B	MS: ""Same Precursor as above event"" is selected in the head dependent event.	-----	-----
7750	MS: Interface is not connected.	-----	Connect the interface.
7751	MS: The source window is open.	-----	Close the interface cover.
7753	MS: An error occurred in the high-pressure power supply.	The current limiter of the high-pressure power supply was activated.	Perform auto-tuning. If the error persists, detailed inspection is necessary. Contact your Shimadzu
7754	MS: The APPI lamp could not light up.	There are several possible causes as follows: \n (1) The gas sealed in the lamp ran out. \n(2) The cable to be connected to the APPI interface is unconnected. \n(3) The cable connected to the APPI interface has been disconnected.	Replace the APPI lamp with a new one. If the error persists even after the replacement, contact your Shimadzu representative.
7755	MS: The lamp was turned Off due to high temperature of APPI.	The APPI interface is overheated.	The lamp can light up when the APPI interface cools down. If the problem recurs, contact your Shimadzu

7756	MS: Overheat. (Interface) \n If the temperature does not go down in several minutes, turn Off the power of the MS immediately.	-----	If the temperature does not go down in several minutes, immediately quit LCMSsolution and turn OFF the power of the MS.\nIt is no problem when changing APCI Interface.
7757	MS: The temperature sensor is disconnected or Interface is not connected.(Iinterface)	The Interface temperature sensor may be disconnected or its peripheral circuit may have a problem.	Contact your Shimadzu representative.
7758	MS: The temperature sensor is short-circuited. (Interface)	The interface temperature sensor may be short-circuited or its peripheral circuit may have a problem.	Contact your Shimadzu representative.
7759	MS: An abnormal condition is detected on the heater.	The interface temperature control heater or its control circuit may have a problem.	1. For safety, stop the instrument and turn OFF the power of the main unit. \n2. Contact your Shimadzu
775A	MS: Overheat. (DL) \n If the temperature does not go down in several minutes, turn Off the power of the MS immediately.	-----	If the temperature does not go down in several minutes, immediately quit LCMSsolution and turn OFF the power of the MS.
775B	MS: The temperature sensor is disconnected. (DL)	The DL temperature sensor may be disconnected or its peripheral circuit may have a problem.	Contact your Shimadzu representative.
775C	MS: The temperature sensor is short-circuited. (DL)	The DL temperature sensor may be shortcircuited or its peripheral circuit may have a problem.	1. For safety, stop the instrument and turn OFF the power of the main unit. \n2. Contact your Shimadzu representative.
775D	MS: An abnormal condition is detected on the heater. (DL)	The DL temperature control heater or its control circuit may have a problem.	1. For safety, stop the instrument and turn OFF the power of the main unit. \n2. Contact your Shimadzu
775F	MS: Overheat. (Heat block) \n If the temperature does not go down in several minutes, turn Off the power of the MS immediately.	The heat block may be damaged or the peripheral equipment may have a problem.	1. For safety, check for any abnormal conditions (smoke, strange odor) around the heat block. \n 2. If there is any abnormal condition or the temperature does not go down in several minutes, stop the instrument and turn OFF the power of the main unit. \n
7760	MS: The temperature sensor is disconnected. (Heat block)	The heat block temperature sensor may be disconnected or its peripheral circuit may have a problem.	Contact your Shimadzu representative.
7761	MS: The temperature sensor is short-circuited. (Heat block)	Heat block temperature sensor may be short-circuited or its peripheral circuit may have a problem.	1. For safety, stop the instrument and turn OFF the power of the main unit. \n2. Contact your Shimadzu representative.
7762	MS: An abnormal condition is detected on the heater. (Heat	The heat block temperature control heater or its control circuit may have a problem.	1. For safety, stop the instrument and turn OFF the power of the main unit. \n2. Contact your Shimadzu
7763	MS: Overheat. (Q1 RF capacitor) If the temperature does not go down in several minutes, turn Off the power of the MS immediately.	The Q1 RF capacitor temperature control heater or its control circuit may have a problem.	1. For safety, check for any abnormal conditions (smoke, strange odor) around the heat block. \n 2. If there is any abnormal condition or the temperature does not go down in several minutes, stop the instrument and turn OFF the power of the main unit. \n
7764	MS: Overheat. (Q3 RF capacitor) If the temperature does not go down in several minutes, turn Off the power of the MS immediately.	The Q3 RF capacitor temperature control heater or its control circuit may have a problem.	1. For safety, check for any abnormal conditions (smoke, strange odor) around the heat block. \n 2. If there is any abnormal condition or the temperature does not go down in several minutes, stop the instrument and turn OFF the power of the main unit. \n
7765	MS: Nebulizing gas flow rate may be insufficient or unstable. \n The LC pump was stopped and data acquisition was suspended.	Data acquisition could not start due to insufficient nebulizing gas flow rate. The LC pump was stopped to prevent contamination of the interface.	Check the nebulizing gas flow rate on the instrument monitor. If the gas flow rate does not increase, there may be a problem on gas piping or gas cylinder. Once sufficient nebulizing gas flow rate is achieved, data acquisition can
7766	MS: The nebulizer gas nozzle is clogged. The nebulizer gas is not properly controlled.	The nebulizer gas nozzle may be clogged. Perform maintenance on the nozzle.	Check the nebulizer gas nozzle and clear any clogging.. If the error persists, contact your Shimadzu representative.
7767	MS: Drying gas flow rate may be insufficient or unstable. \n The LC pump was stopped and data acquisition was suspended.	Drying gas may not be supplied to the instrument or the piping for drying gas may not be done properly.	1. Check the gas supply source and piping. \n2. If the problem persists, contact your Shimadzu representative.
7768	MS: The drying gas is not properly controlled.	The drying gas flow path is clogged or its pressure sensor or peripheral circuit may have a problem.	Contact your Shimadzu representative.
7769	MS: CID gas flow rate may be insufficient or unstable.	CID gas may not be supplied to the instrument or the piping for drying gas may not be done properly.	1. Check the gas supply source and piping. \n2. If the problem persists, contact your Shimadzu representative.
776A	MS: The CID gas is not properly controlled.	The CID gas flow path is clogged or its pressure sensor or peripheral circuit may have a problem.	Contact your Shimadzu representative.
776B	MS: The temperature sensor is short-circuited.	The liquid leakage sensor may be disconnected or its peripheral circuit may have a problem.	Contact your Shimadzu representative.

776C	MS: The room temperature sensor is disconnected.	The liquid leakage sensor may be disconnected or its peripheral circuit may have a problem.	Contact your Shimadzu representative.
776D	MS: The liquid temperature sensor is short-circuited.	The liquid leakage sensor may be disconnected or its peripheral circuit may have a problem.	Contact your Shimadzu representative.
776E	MS: The liquid temperature sensor is disconnected.	The liquid leakage sensor may be disconnected or its peripheral circuit may have a problem.	Contact your Shimadzu representative.
776F	MS: Fluid leakage.	Fluid leakage is detected.	Stop the LC pump and take care of the fluid leakage.
7770	MS: Vacuum level of the IG is insufficient.	Vacuum level of the MS has lowered.	Check for vacuum leakage on the MS.
7771	MS: IG will be turned Off because the IG vacuum level is insufficient.	The vacuum gauge was turned OFF by the protection function since the vacuum level of the MS lowered.	Check for vacuum leakage on the MS.
7772	MS: The detector will be turned Off due to insufficient IG vacuum level.	The detector was turned OFF by the protection function since the vacuum level of the MS was insufficient.	Check for vacuum leakage on the MS.
7774	MS: The PG is not connected or has been disconnected.	The Pirani gauge to measure low vacuum levels has not been connected or the wiring has been disconnected.	Contact your Shimadzu representative.
7775	MS: Vacuum level of the PG is insufficient. Turbo pump does not become ready.	Turbo pump does not become ready by the protection function since the vacuum level of the MS lowered.	Check for vacuum leakage on the MS. When turbo pump still does not become a lady, please contact your Shimadzu representative.
7776	MS: Turbo pump does not become ready.	-----	Repair or part replacement may be necessary. Contact your Shimadzu representative.
7777	MS: Automatic start of the vacuum system, high vacuum error	The vacuum level did not reach the specified value in the specific period of time during automatic start. Automatic	Check for vacuum leakage. Repair or part replacement may be necessary. Contact your Shimadzu representative.
7778	MS: Automatic start of the vacuum system, TMP error	The rotation of the turbo pump did not stabilize in the specific period of time during automatic start. Automatic start is	Check for vacuum leakage. Repair or part replacement may be necessary. Contact your Shimadzu representative.
7779	MS: Automatic start of the vacuum system, IG error	The IG could not light up in the specific period of time during automatic start. Automatic start is stopped.	Check for vacuum leakage. Repair or part replacement may be necessary. Contact your Shimadzu representative.
777A	MS: Automatic start of the vacuum system, low vacuum error	The low vacuum level did not reach the specified value in the specific period of time during automatic start. Automatic start is stopped.	Check for vacuum leakage. Repair or part replacement may be necessary. Contact your Shimadzu representative.
777B	MS: Warning to signify that excessive time is being spent to wait for the temperature to lower when stopping the instrument. (Heat block)	The temperature of the heat block did not lower enough in the specific period of time during automatic stop.	1. Check if heat release is being prevented by an obstacle placed on the heater of the heat block. \n2. If the problem persists, contact your Shimadzu representative.
777C	MS: Warning to signify that excessive time is being spent to wait for the temperature to lower when stopping the instrument.	The temperature of the DL did not lower enough in the specific period of time during automatic stop.	1. Check if heat release is being prevented by an obstacle placed on the heater of the DL. \n2. If the problem persists, contact your Shimadzu representative.
777D	MS: Warning to signify that excessive time is being spent to wait for the temperature to lower when stopping the instrument. (Interface)	The temperature of the interface heater did not lower enough in the specific period of time during automatic stop.	1. Check if heat release is being prevented by an obstacle placed on the heater of the interface. \n2. If the problem persists, contact your Shimadzu representative.
777E	MS: An error occurred in the high-pressure power supply. (Conversion)	The current limiter of the high-pressure power supply was activated.	Perform auto-tuning. If the error persists, detailed inspection is necessary. Contact your Shimadzu representative.
777F	MS: An error occurred in the high-pressure power supply.	The current limiter of the high-pressure power supply was activated.	Perform auto-tuning. If the error persists, detailed inspection is necessary. Contact your Shimadzu
7780	MS: Detector protection error due to A/D saturation.	Excessively strong ion signals were inputted to the detector continuously. The switch has been set to OFF in order to protect the detector.	The voltage on the detector is too high. Lower the voltage on the detector. When the solvent spray on the interface is uneven, the DL may suck in droplets. \n Adjust the nebulizing gas flow rate and LC pump flow rate. When an ESI interface is used, the ti
7781	MS: An error occurred in the high-frequency power supply.	The high-frequency power supply is out of tune.	Perform auto-tuning. If the error persists, detailed inspection is necessary. Contact your Shimadzu
7782	MS: An error occurred in the high-frequency power supply. (Multipole)	The high-frequency power supply is out of tune.	Perform auto-tuning. If the error persists, detailed inspection is necessary. Contact your Shimadzu representative.
7783	MS: An error occurred in the high-frequency power supply. (Q1 Main rod)	The high-frequency power supply is out of tune.	Perform auto-tuning. If the error persists, detailed inspection is necessary. Contact your Shimadzu representative.

7784	MS: An fan error occurred in the high-frequency power supply. (Q1 Main rod)	The high-frequency power supply fan stopped.	Contact your Shimadzu representative.
7785	MS: An error occurred in the high-frequency power supply. (Collision Cell)	The high-frequency power supply is out of tune.	Perform auto-tuning. If the error persists, detailed inspection is necessary. Contact your Shimadzu representative.
7786	MS: An fan error occurred in the high-frequency power supply. (Collision Cell)	The high-frequency power supply fan stopped.	Contact your Shimadzu representative.
7787	MS: An error occurred in the high-frequency power supply. (Q3 Main rod)	The high-frequency power supply is out of tune.	Perform auto-tuning. If the error persists, detailed inspection is necessary. Contact your Shimadzu representative.
7788	MS: An fan error occurred in the high-frequency power supply. (Q3 Main rod)	The high-frequency power supply fan stopped.	Contact your Shimadzu representative.
7789	MS: FCV-20A error.	-----	-----
778A	MS: CPLD watch dog time error.	The main unit’s CPU performed an unexpected behavior.	Contact your Shimadzu representative.
778B	MS: Signal intensity is too high. Detector will be turned off for a few seconds.\n Suggest sample be diluted or detector voltage	-----	-----
778C	MS: An error occurred in the fan. (Interface)	The interface fan stopped.	Contact your Shimadzu representative.
778D	MS: An error occurred in the fan. (Turbo pump) The vacuum system was stopped in the emergency automatically.	The vacuum system was stopped in the emergency automatically by the turbo pump fan stopped in the specific period of time.	Repair or part replacement may be necessary. Contact your Shimadzu representative.
778E	MS: An error occurred in the fan. (Power) The vacuum system was stopped in the emergency automatically.	The vacuum system was stopped in the emergency automatically by the power fan stopped in the specific period of time.	Repair or part replacement may be necessary. Contact your Shimadzu representative.
778F	MS: Turbo pump will be turned Off due to insufficient PG vacuum level.	The vacuum gauge was turned Off by the vacuum level of the MS lowered.	Check for vacuum leakage on the MS. If turbo pump does not become ready even after retry, contact your Shimadzu representative.
7790	MS: The fan has stopped. (Turbo pump)	The fan has stopped. (Turbo pump)	Contact your Shimadzu representative.
7791	MS: The fan has stopped.	The fan has stopped. (Power)	Contact your Shimadzu representative.
7792	MS: Overheat. (Interface) \n If the temperature does not go down in several minutes, turn OFF the power of the MS immediately.	-----	If the temperature does not decrease after waiting a few minutes, immediately exit LabSolutions LCMS and switch OFF the MS unit. \n If this message appears when the interface is being replaced, it is not an error. \n Connect the interface and switch the APCI heater ON. If an error does not occur at that point, then the system is functioning
7793	MS: The temperature sensor is disconnected or Interface is not connected. (Iinterface)	The interface temperature sensor may be disconnected or its peripheral circuit may have a problem.	Contact your Shimadzu representative.
7794	MS: The temperature sensor is short-circuited. (Interface)	The interface temperature sensor may be short-circuited or its peripheral circuit may have a problem.	Contact your Shimadzu representative.
7795	MS: An abnormal condition is detected on the heater.	The interface temperature control heater or its control circuit may have a problem.	1. For safety, stop the instrument and turn OFF the power of the main unit. \n2. Contact your Shimadzu
7796	MS: The heating gas flow rate may be insufficient or unstable. \n The LC pump was stopped and data acquisition was suspended.	Heating gas may not be supplied to the instrument or the piping for heating gas may not be done properly.	1. Check the gas supply source and piping. \n2. If the problem persists, contact your Shimadzu representative.
7797	MS: The heating gas is not properly controlled.	The heating gas flow path is clogged or its pressure sensor or peripheral circuit may have a problem.	Contact your Shimadzu representative.
77A0	MS: Provide maintenance service to the rotary pump.	Maintenance service is necessary for the operation of the rotary pump.	Maintenance service is necessary for the rotary pump. \n Contact your Shimadzu representative.
77A1	MS: Change the oil of the rotary pump.	Operation time of the rotary pump has exceeded the limit for maintenance specified by configuration.	Change the oil of the rotary pump.
77A2	MS: Turbo molecular pump should be overhauled.	The message indicates that the operation time of turbo molecular pump has exceeded the limit for maintenance. Overhaul is recommended.	Contact your Shimadzu representative.
77A3	MS: Operation time of the detector has exceeded the standard replacement time.	Operation time of the detector has exceeded the limit for maintenance specified by configuration.	Replace the MS detector with a new one.

77A4	MS: Operation time of the APPI lamp has exceeded the standard replacement time.	Operation time of the APPI lamp has exceeded the limit for maintenance specified by configuration.	Replace the APPI lamp with a new one.
77A5	MS: Operation time of the APCI has exceeded the standard replacement time.	Operation time of the APCI has exceeded the limit for maintenance specified by configuration.	Replace the APCI with a new one.
77A6	MS: It is time to replace the exhaust filter. Please maintain the rotary pump.	Maintenance service is necessary for the operation of the rotary pump.	Maintenance service is necessary for the rotary pump. \n Contact your Shimadzu representative.
77B0	MS: Measurement data could not be loaded in time.	Measurement data could not be loaded on the PC in time and buffer in the instrument became full. A high-load application may be working on the PC.	Quit the high-load application and perform the operation again.
77B1	MS: Because the error had occurred while executing the manual tuning, the manual tuning was discontinued.	The error had occurred while executing the manual tuning.	Refer to the content of the error help and address the error. Then performs the manual tuning again.
77B2	MS: Timeout occurred in the communication with the MS.	There was no response from the MS within the specified period of time.	Check the cable and power supply, turn OFF the power of all equipment including the PC, and restart them.
77B3	MS: An unknown interface is connected.	An unknown interface is connected.	Connect a supported interface.
77B4	MS: The MS is not connected.	Connection failed because communication with the MS cannot be established.	Check the cable and power supply.
77B5	MS: Operation is disabled because data acquisition or tuning is currently performed.	-----	-----
77B6	MS: Cannot start during the process to stop the standard sample.	The sample injection start command was executed during the process to stop the standard sample.	Wait for a while.
77B7	MS: Vacuum level is insufficient.	This operation is disabled because the vacuum level has not reached the sufficient value.	Perform the operation after the vacuum system becomes ready on the [System Control] sub-window of the vacuum system.
77B8	MS: Method or tuning condition is not set for the MS.	Method or tuning information is not set for the MS correctly.	Turn OFF the power of the PC and MS and restart them.
77B9	MS: Firmware update failed.	Firmware update failed.	Contact your Shimadzu representative.
77BA	MS: MS connection failed.	-----	Check the cable and power supply and then restart the MS and the PC.
77BB	MS: The MS unit is busy.	The MS unit does not receive signals.	Check the cable and power supply, turn OFF the power of all equipment including the PC, and restart them.
77BC	MS: Communication with MS was not achieved within the specified number of retry.	Communication was attempted for the specific number of time and there was no response from the MS.	Check the cable and power supply, turn OFF the power of all equipment including the PC, and restart them.
77BD	MS: There is no applicable command.	A command not existing in the LC time program or MS time program was	Enter a command according to the dropdown list.
77BE	MS: Received analysis data is abnormal.	-----	Check the cable and power supply, turn OFF the power of all equipment including the PC, and restart them.
77BF	MS: Connection to the instrument cannot be achieved.	The process to connect to the instrument was suspended.	Restart the PC.
77C0	MS: The trouble occurs in the communication with the MS. Verify the USB cable connections and check that the power is ON.	Connection failed because communication with the MS cannot be established.	Verify the USB cable connections and check that the power is ON.　If the error persists even after retry, detailed inspection is necessary. Contact your Shimadzu representative.
77C1	MS: The heater is Off.(Q1 or Q3 RF capacitor)	-----	-----
77C2	MS: The trouble occurs in the communication with the instrument. Please place a USB cable again after closing	-----	-----
77C3	MS: Unable to connect to the MS, because communication settings are not correct.	Communication settings are not correct.	Switch ON the MS unit and connect the MS unit to the computer. Then open the USB device list in communication settings and select the MS unit to be
77C4	MS: Unable to connect to the MS, because firmware version is not correct.	The firmware version is different from the Mot file version.	Start LabSolutions and connect to the instrument. The firmware is updated automatically when it connects to the instrument.
77D0	MS: Even though data acquisition started, the MS detector did not start.	MS data acquisition did not start.	Check if the system controller relay is appropriate on system configuration and make sure that the cable is correctly connected.
77D1	MS: The operation is disabled during the injection of the standard sample.	One of the following operations was attempted during the injection of the standard sample. \n1. Turn the drying gas On/Off\n2. Set the drying gas flow rate	Wait for a while.

77D2	MS: To turn On the drying gas, please close the source window.	The drying gas On command was executed when the interface cover was	Close the interface cover and then execute the drying gas On command.
77D3	MS: CID Gas valve is closed.	The preset method file is set to use CID gas. However, currently the CID gas valve is closed.	Open the CID gas valve, or change the method file to one that does not use CID gas.
77D4	MS: CID Gas valve is closed. Do you wish to continue?this process?	The preset method file is set to use CID gas. However, currently the CID gas valve is closed.	Open the CID gas valve, or change the method file to one that does not use CID gas.
77D5	MS is not ready, but do you want to start anyway?	-----	-----
77D6	MS: Acquisition time is too long.	Acquisition time exceeds the upper limit.	Set a shorter Acquisition Time.
77D7	MS: The size of data required for data acquisition is too large.	The amount of memory required for data acquisition exceeds the limit.	Set a shorter Acquisition Time.
77D8	MS: Pressure value of PG is below the specified level.	Possible causes are that the DL is clogged up or the DL plug is attached.	Check the DL. \nIf it is clogged up, please clean it.\nIf the DL plug is attached, please take it off. \nIf the problem persists, please contact your local Shimadzu
77D9	MS: Pressure value of PG is below the specified level.	Possible causes are that the DL is clogged up or the DL plug is attached.	Check the DL. \nIf it is clogged up, please clean it.\nIf the DL plug is attached, please take it off.\nIf the problem persists, please contact your local Shimadzu
77DA	MS: There is an event in which event time is longer than acquisition time. Please check the conditions of an event.	There is an event in which event time is longer than acquisition time.	Open the method file by the method editor, and adjust acquisition time.
77DB	MS: Summed value of heating gas flow and drying gas flow is over the upper limit.	Summed value of heating gas flow and drying gas flow set at interface tab or MS program is over the upper limit.	Set the value so that the sum of heating gas flow and drying gas flow is under the upper limit, or disable the sum of gas flow limit using the service tool.
7800	MS: Auto start of the vacuum system started.	-----	-----
7801	MS: Auto stop of the vacuum system started.	-----	-----
7802	MS: Auto start of the vacuum system was suspended.	-----	-----
7803	MS: Auto stop of the vacuum system was suspended.	-----	-----
7804	MS: Turbo molecular pump was started.	-----	-----
7805	MS: Turbo molecular pump was stopped.	-----	-----
7806	MS: Rotary pump was started.	-----	-----
7807	MS: Rotary pump was stopped.	-----	-----
7808	MS: Leak valve was opened.	-----	-----
7809	MS: Leak valve was closed.	-----	-----
780A	MS: CID Gas valve was opened.	-----	-----
780B	MS: CID Gas valve was closed.	-----	-----
780C	MS: The following heater will be turned Off.	-----	-----
780D	MS: High voltage/high frequency power supply was not able to be turned on because the vacuum of ion gauge is not good.	The high-voltage/high-frequency power supply could not be turned ON since the MS vacuum level is insufficient.	Check for vacuum leakage on the MS.
7830	MS: Survey Event which does not have Dependent Events. Do you wish to continue?	Data is acquired even though there are Survey Events without Dependent Events.	To acquire data by Survey Events without Dependent Events, click [OK], and to set Dependent Events, click [Cancel].
7831	MS: CID gas is not used. Do you wish to continue?	Data is acquired without using CID gas at MS/MS data acquisition at preset conditions.	To acquire MS/MS data without using CID gas, click [OK], and to acquire MS/MS data using CID gas, click [Cancel] and change the setting.
7832	MS: CID gas is used. Do you wish to continue?	Data is acquired using CID gas at data acquisition at preset conditions Even though there is no MS/MS Event.	To acquire MS data using CID gas, click [OK], and to acquire MS data without using CID gas, click [Cancel] and change the setting.
7833	MS: Please set start m/z less than end m/z.	By an event scanning, the start m/z value is set larger than the end m/z value.	Set the start m/z value smaller than the end m/z value.
7834	MS: Analog is existed. Survey event and Dependent event can not be copied.	An attempt was made to paste a Survey Event or a Dependent Event.	The Survey Event or Dependent Event cannot be executed since analog output is set to this method.
7835	MS: Dependent Event can pasted to only Survey Event.	An attempt was made to paste a Dependent Event to a different Survey	Paste the copied Dependent Event to the same Survey Event.
7836	MS: This event can not be pasted. Please check parameters of this event.	The parameters of this method differ from those of the method for the pasted event.	Change the method parameters.
7837	MS: Acquisition Time is too short.	Acquisition time is shorter than event time.	Please set acquisition time longer than event time.

7838	MS: If this checkbox is unchecked, dependent events are deleted.	An attempt was made to delete the Survey Event settings. For this reason, the Dependent Event created based on this event also will be deleted.	To delete the Dependent Event, click [OK]. To cancel the delete, click [Cancel].
7839	MS: If a survey event is deleted, dependent events are deleted, too.	An attempt was made to delete the Survey Event. For this reason, the Dependent Event created based on this event also will be deleted.	To delete the Dependent Event, click [OK]. To cancel the delete, click [Cancel].
783A	MS: Event time is short. Pause time and dwell time of each channels are less than	The recommended values for the pause time or dwell time could not be ensured since the event time is too short.	Set a longer event time.
783B	MS: Scan Speed is less than 0u/sec. Please change end m/z more than start m/z or long sampling interval.	The scan speed cannot be ensured since the event time is too short or the measurement end m/z value is the same as the measurement start m/z or less.	Set a measurement end m/z value that is larger than the measurement start m/z value, or set a longer event time.
783C	MS: Scan speed is less than or equal to 15u/sec. Please change wide m/z range or short event	The scan speed exceeds the lower limit value since the m/z range to measure is too narrow or the event time is too long.	Set a wider m/z range to measure or set a shorter event time.
783D	MS: Scan speed is over 15000u/sec. Please change narrow m/z range or long event	The scan speed exceeds the upper limit value since the m/z range to measure is too wide or the event time is too short.	Set a narrower m/z range to measure or set a longer event time.
783E	MS: There are invalid commands.	The time program is set with invalid commands.	-----
783F	MS: The value of DL bias exceeds tolerance range.\nPlease adjust the result of the subtraction of Qarray bias and DL bias to become -240 to	The DL bias setting range exceeds the tolerance range.	Adjust so that the value obtained by subtracting the DL bias setting value from the Qarray bias setting value is in the range -240 V to 240 V.
7840	MS: The sum total of pause time and dwell time is over maximum of event time. Please adjust the pause time and dwell time.	MS: The total of the pause time and dwell time exceeds the maximum value of the event time.	Adjust the pause time and dwell time values.
7841	MS: Please set precursor m/z.	The precursor m/z is not specified.	-----
7842	MS: Please set product m/z.	The product m/z is not specified.	-----
7843	MS: Please set m/z of at least one channel.	No m/z is specified.	-----
7844	MS: Please set start time before end time.	The start time is set after the end time.	-----
7845	MS: Please set target ion and reference ion.	The target ion or reference ion is not inputed.	-----
7846	MS: There is no event. MRM event is added automatically.	This message is displayed when a method file with no events was opened.	Clicking [OK] displays a method registered with one MRM.
7847	MS: Interface voltage is adjusted.	The value of the interface voltage set in each event or the time program is not suited to the operation mode of the	This message notifies you that the voltage was automatically adjusted.
7848	MS: DUIS corona needle voltage is adjusted.	The value of the DUIS corona needle set in each event or the time program is not suited to the operation mode of the	This message notifies you that the voltage was automatically adjusted.
7849	MS: Please set the interval of 0.03 min. or more between ESI mode and APCI mode.	The interval of the command for changing the DUIS operation mode is not 0.03 min or more.\nA 0.03 min or more interval must be provided when using the command for changing the DUIS operation mode in the time program.	Set the interval of the command for changing the DUIS operation mode to 0.03 min or more.
784A	MS: Please set the time of ESI mode and APCI mode 0.03 min. or more.	The interval of the command for changing the DUIS operation mode is set to less than 0.03 min.\nA 0.03 min or more interval must be provided when using the command for changing the DUIS operation mode in the time program.	Set the interval of the command for changing the DUIS operation mode to 0.03 min or more.
784B	MS: If analog out is set, measurement time of all events will be set same value. Do you wish to continue?	When analog output is set, the measurement times of all events are automatically changed to be the same.	To set analog output, click [OK].\nTo cancel analog output, click [Cancel].
784C	MS: measurement time of all events are set value of the selected event. Do you wish to	The measurement time of all events is changed to the measurement time of the currently selected event.	To change the measurement time of all events, click [OK].\nTo cancel the change, click [Cancel].
784D	MS: Event time of all events are set value of the selected event. Do you wish to continue?	The event time of all events is changed to the event time of the currently selected event.	To change the event time of all events, click [OK].\nTo cancel the change, click [Cancel].

784E	MS: Dwell time of all events are set value of the selected event. Do you wish to continue?	The dwell time of all MRM Events and SIM Events will be changed.	To change the dwell time of all MRM Events and SIM Events, click [OK].\nTo cancel the change, click [Cancel].
784F	MS: Pause time of all events are set value of the selected event. Do you wish to continue?	The pause time of all MRM Events and SIM Events will be changed.	To change the pause time of all MRM Events and SIM Events, click [OK]. To cancel the change, click [Cancel].
7850	MS: Please reduce the measurement time or increase the event time of each event.	The amount of memory required for data acquisition exceeds the limit.	Shorten the data acquisition time of each event, or set a longer event time.
7851	MS: Please change the start m/z.	The value set to [Losses of] cannot be measured by the current measurement start m/z setting.	Change the measurement start m/z setting.
7852	MS: The setting of conversion dynode in the attenuation is changed from the default setting (using a tuning file).	The setting of conversion dynode in the attenuation is changed from the default setting.\nThe height and area of a peak is influenced by the change of conversion dynode value.	It is an intended change, click [OK], and to change the setting of conversion dynode, click [Cancel].
7853	MS: The event time of following events was not changed.	Measurement is not possible because the total event time for the combined dwell time and pause time for the displayed events exceeds the allowable event time.	Set event time settings so that the total combined event time for dwell and pause times does not exceed the allowable event time.
7854	MS: Scan speed is over 30000u/sec. Please change narrow m/z range or long event	The scan speed exceeds the upper limit value since the m/z range to measure is too wide or the event time is too short.	Set a narrower m/z range to measure or set a longer event time.
7855	MS: Calculated event time or dwell time is longer than the Maximum value. \nPlease shorten the target loop time.	If Dwell time is calculated with the desired value of the set-up maximum loop time, it will exceed the upper limit of Event time or Dwell time.	Please change the desired value of the maximum loop time into a small value.
7856	MS: Calculated Dwell Time is shorter than the Minimum value. \nPlease lengthen the target loop time.	If Dwell time is calculated with the desired value of the set-up maximum loop time, it will be less than the lower limit (0.8msec) of Dwell time.	Please change the desired value of the maximum loop time into a large value.
7857	MS: Scan speed is over 30000u/sec. Please change narrow m/z range or long event	The scan speed exceeds the upper limit value since the m/z range to measure is too wide or the event time is too short.	Set a narrower m/z range to measure or set a longer event time.
7860	MS: Auto-Tuning was terminated.	-----	-----
7861	MS: Auto-Tuning started.	-----	-----
7862	MS: Auto-Tuning has been completed.	-----	-----
7863	MS: An error occurred on the Instrument.	-----	-----
7864	MS: An error occurred in AutoTuning.	-----	Perform auto-tuning again. If the error persists even after retry, detailed inspection is necessary. Contact your Shimadzu representative.
7865	MS: Please execute Auto-Tuning after opening the CID gas valve.	-----	-----
7866	MS: The gas or the Temperature is not stable.	-----	-----
7867	MS: The standard sample was not injected.	-----	Perform auto-tuning again. If the error persists even after retry, detailed inspection is necessary. Contact your Shimadzu representative.
7868	MS: The standard sample was not stopped.	-----	Contact your Shimadzu representative.
7869	MS: An error occurred during initial adjustment in Auto-Tuning.	-----	Perform auto-tuning again. If the error persists even after retry, detailed inspection is necessary. Contact your Shimadzu representative.
786A	MS: An error occurred during detector adjustment in Auto- Tuning. \n(No peak for Adjustment m/z value is found.)	-----	-----
786B	MS: An error occurred during sensitivity adjustment in Auto- Tuning. \n(No peak for Adjustment m/z value is found.)	-----	-----
786C	MS: An error occurred during sensitivity adjustment in AutoTuning. \n (Peak intensity is too great.)	-----	Perform auto-tuning again. If the error persists even after retry, detailed inspection is necessary. Contact your Shimadzu representative.

786D	MS: An error occurred during resolution adjustment in AutoTuning. \n(Resolution cannot be narrowed down.)	-----	Perform auto-tuning again. If the error persists even after retry, detailed inspection is necessary. Contact your Shimadzu representative.
786E	MS: An error occurred during resolution adjustment in AutoTuning. \n (Peak intensity is too great.)	-----	Perform auto-tuning again. If the error persists even after retry, detailed inspection is necessary. Contact your Shimadzu representative.
786F	MS: An error occurred during m/z calibration in Auto-Tuning. \n(No peak for calibration m/z value is found.)	-----	Perform auto-tuning again. If the error persists even after retry, detailed inspection is necessary. Contact your Shimadzu representative.
7870	MS: An error occurred during m/z calibration in Auto-Tuning. \n (Peak intensity is too great.)	-----	Perform auto-tuning again. If the error persists even after retry, detailed inspection is necessary. Contact your Shimadzu representative.
7871	MS: An error occurred during speed calibration in Auto-Tuning. \n(No peak for calibration m/z value is found.)	-----	Perform auto-tuning again. If the error persists even after retry, detailed inspection is necessary. Contact your Shimadzu representative.
7872	MS: An error occurred during speed calibration in Auto-Tuning. \n (Peak intensity is too great.)	-----	Perform auto-tuning again. If the error persists even after retry, detailed inspection is necessary. Contact your Shimadzu representative.
7873	MS: An error occurred during peak profile measurement in Auto-Tuning. \n (Peak intensity is	-----	Perform auto-tuning again. If the error persists even after retry, detailed inspection is necessary. Contact your Shimadzu representative.
7874	MS: The MS does not become ready.	There was no response from the MS within the specified period of time.	Check the cable and power supply, turn OFF the power of all equipment including the PC, and restart them.
7875	MS: Pressure value of PG is below the specified level.	Possible causes are that the DL is clogged up or the DL plug is attached.	Check the DL. \nIf it is clogged up, please clean it. \nIf the DL plug is attached, please take it off. \nIf the problem persists, please contact your local Shimadzu
7c00	ELSD is not connected.	ELSD is not connected.	Check the instrument status and the cable connections.
7c01	Make sure that the Mobile phase doesn't flow to ELSD before closing the valve of nebulizing gas. Do you close the gas valve?	-----	The instrument might be damaged when nebulizinggas is stopped while the mobile phase flow to ELSD. Make sure that the Mobile phase doesn't flow when shut the valve of nebulizinggas.
7c02	The acquisition source of ELSD's output is not correct. Are you sure you want to continue?	The acquisition source of ELSD's output is incorrect.	Open the property window of ELSD, and set the collect source. It becomes impossible to use a part of function when continuing as it is.
7D01	MS: A command that cannot be used for communication with the MS was used.	Communication with the MS cannot be normally achieved for some reason.	Check the cable and power supply, turn OFF the power of all equipment including the PC, and restart them.
7D02	MS: Invalid parameters were sent.	This problem may occur when the system is unstable.	Restart the PC and retry the operation.
7D04	MS: The size of data received is different from the requested size.	Communication with the MS cannot be normally achieved for some reason.	Turn OFF the power of all equipment including the PC, and restart them.
7D05	MS: Acquisition can not be started with this acquisition	-----	-----
7D26	MS: The number of event is outside the range.	The number of event exceeds the upper or lower limit.	In [MS] tab page in the [Instrument Parameter View], add or remove events.
7D33	MS: The trouble occurs in the communication with the MS.	The trouble occurred during communication with the MS (mass spectrometer).	Verify cable connections and check that the power is ON. Shut down the entire system, including the PC, then restart.　If the error persists even after retry, detailed inspection is necessary. Contact your Shimadzu
7D34	MS: Timeout occurred in the communication with the MS.	There was no response from the MS within the specified period of time.	Verify cable connections and check that the power is ON. Shut down the entire system, including the PC, then restart.　If the error persists even after retry, detailed inspection is necessary. Contact your Shimadzu
7D35	MS: The trouble occurs in the communication with the MS.	The trouble occurred during communication with the MS (mass	Verify cable connections and check that the power is ON. Shut down the entire system, including the PC, then
7D36	MS: The trouble occurs in the communication with the MS.	The trouble occurred during communication with the MS (mass	Verify cable connections and check that the power is ON. Shut down the entire system, including the PC, then
7D37	MS: The trouble occurs in the communication with the MS.	The trouble occurred during communication with the MS (mass	Verify cable connections and check that the power is ON. Shut down the entire system, including the PC, then
7D38	MS: Timeout occurred in the communication with the MS.	There was no response from the MS within the specified period of time.	Verify cable connections and check that the power is ON. Shut down the entire system, including the PC, then restart.　If the error persists even after retry, detailed inspection is necessary. Contact your Shimadzu
7D39	MS: The trouble occurs in the communication with the MS.	The trouble occurred during communication with the MS (mass	Verify cable connections and check that the power is ON. Shut down the entire system, including the PC, then
7D3A	MS: The version of software and the device is different.	A probable cause is that the software has not been installed correctly.	Contact your Shimadzu representative.

7D3B	MS: The version of software and the device is different.	A probable cause is that the software has not been installed correctly.	Contact your Shimadzu representative.
7D3C	MS: The version of software and the device is different.	A probable cause is that the software has not been installed correctly.	Contact your Shimadzu representative.
7D3D	MS: The version of software and the device is different.	A probable cause is that the software has not been installed correctly.	Contact your Shimadzu representative.
7D3E	MS: The MS unit is not ready.	The MS unit is not ready.	Verify cable connections and check that the power is ON. Shut down the entire system, including the PC, then restart.　If the error persists even after retry, detailed inspection is necessary. Contact your Shimadzu
7D3F	MS: IP address does not match.	The IP address set by the software is different from the one registered on the hardware.	Set the IP address again to be consistent with the actual system configuration. In addition, confirm the connection between hardware.
7D40	MS: The syringe pump is not connected.	The syringe pump is not connected.	Check the syringe pump status and the cable connections.
7D41	MS: The syringe speed is outside the range.	A value which is invalid for the syringe speed has been set.	Set the value within the appropriate range.
7D42	MS: Acquisition can not be started with this acquisition	-----	-----
7D43	MS: The power of the board is Off.	The power of the board is Off.	Verify cable connections and check that the power is ON. Shut down the entire system, including the PC, then restart.　If the error persists even after retry, detailed inspection is necessary. Contact your Shimadzu
7D44	MS: The trouble occurs in the communication with the MS.	The trouble occurred during communication with the MS (mass spectrometer).	Verify cable connections and check that the power is ON. Shut down the entire system, including the PC, then restart.　If the error persists even after retry, detailed inspection is necessary. Contact your Shimadzu
7D69	MS: Collision gas flow rate may be insufficient or unstable.	Collision gas may not be supplied to the instrument or the piping for drying gas may not be done properly.	1. Check the gas supply source and piping. \n2. If the problem persists, contact your Shimadzu representative.
7D92	MS: Probe 1 or Source cover is not connected.	-----	Connect the Probe 1 or close the Source cover.
7D93	MS: Probe 2 is not connected.	-----	Connect the Probe 2.
7D94	MS: Turbo pump does not become ready.Turbo pump will be turned OFF.	-----	Repair or part replacement may be necessary. Contact your Shimadzu representative.
7D95	MS: Automatic start of the vacuum system, Vaccum error.The vaccum system was	The vacuum level did not reach the specified value in the specific period of time during automatic start. Automatic	Check for vacuum leakage. Repair or part replacement may be necessary. Contact your Shimadzu representative.
7D96	MS: Turbo pump will be turned OFF due to insufficient vacuum	The turbo pump was not turned ON since the vacuum level of the MS was	Check for vacuum leakage on the MS.
7D97	MS: Turbo pump does not become ready.	-----	Repair or part replacement may be necessary. Contact your Shimadzu representative.
7D98	MS: An error occurred in forline pressure.Turn off the power of the MS.	The MS was turned OFF since the vacuum level of the foreline was insufficient.	Check for vacuum leakage on the MS.
7D99	MS: Overheat. (Q3RF) \n If the temperature does not go down in several minutes, turn OFF the power of the MS immediately.	The Q3 RF capacitor temperature control heater or its control circuit may have a problem.	1. For safety, check for any abnormal conditions (smoke, strange odor) around the electric board. \n 2. If there is any abnormal condition or the temperature does not go down in several minutes, stop the instrument and turn OFF the power of the main unit. \n 3. Contact your Shimadzu
7D9A	MS: Overheat. (Q1RF) \n If the temperature does not go down in several minutes, turn OFF the power of the MS immediately.	The Q1 RF capacitor temperature control heater or its control circuit may have a problem.	1. For safety, check for any abnormal conditions (smoke, strange odor) around the electric board. \n 2. If there is any abnormal condition or the temperature does not go down in several minutes, stop the instrument and turn OFF the power of the main unit. \n 3. Contact your Shimadzu
7D9B	MS: Overheat. (M1RF) \n If the temperature does not go down in several minutes, turn OFF the power of the MS immediately.	The M1 RF capacitor temperature control heater or its control circuit may have a problem.	1. For safety, check for any abnormal conditions (smoke, strange odor) around the electric board. \n 2. If there is any abnormal condition or the temperature does not go down in several minutes, stop the instrument and turn OFF the power of the main unit. \n 3. Contact your Shimadzu
7D9C	MS: An abnormal condition is detected on the heater power supply.	The heater power supply or its control circuit may have a problem.	1. For safety, stop the instrument and turn OFF the power of the main unit. \n2. Contact your Shimadzu representative.
7D9D	MS: An error occurred in the high-frequency power supply.	-----	-----
7D9E	MS: An error occurred in the high-frequency power supply.	-----	-----
7D9F	MS: An error occurred in the high-frequency power supply.	-----	-----
7DE0	MS: The card gage door is open.	-----	Close the card gage door.

7DE1	MS: Curtain gas flow rate may be insufficient or unstable. \n The LC pump was stopped and data acquisition was suspended.	Data acquisition could not start due to insufficient curtain gas flow rate. The LC pump was stopped to prevent contamination of the probe.	Check the curtain gas flow rate on the instrument monitor. If the gas flow rate does not increase, there may be a problem on gas piping or gas cylinder. Once sufficient curtain gas flow rate is achieved, data acquisition can start.
7DE2	MS: Curtain gas flow rate may be insufficient or unstable. \n The LC pump was stopped and data acquisition was suspended.	Data acquisition could not start due to insufficient curtain gas flow rate. The LC pump was stopped to prevent contamination of the probe.	Check the curtain gas flow rate on the instrument monitor. If the gas flow rate does not increase, there may be a problem on gas piping or gas cylinder. Once sufficient curtain gas flow rate is achieved, data acquisition can start.
7DE3	MS: Exhaust Gas Pressure may be insufficient.	-----	-----
7DE4	MS: Nebulizer gas and heating gas flow rate may be insufficient or unstable	Data acquisition could not start due to insufficient flow rate of the nebulizer gas and heating gas.	Check the flow rate of the nebulizer gas and heating gas on the instrument monitor. If the gas flow rate does not increase, there may be a problem on gas piping or gas cylinder. Once sufficient flow rate of the nebulizer gas and heating gas is achieved, data acquisition can start.
7DE5	MS: The Vaccum gage has been disconnected or has been broken.The vaccum system was stopped.	The vacuum gage is disconnected or its control circuit may have a problem.	Turn the power OFF and contact your Shimadzu representative.
7DE6	MS: Vacuum level is insufficient.	This operation is disabled because the vacuum level has not reached the sufficient value.	Perform the operation after the vacuum system becomes ready on the [System Control] sub-window of the vacuum system.
7DA0	MS: Provide maintenance service to the rotary pump.	Maintenance service is necessary for the operation of the rotary pump.	Maintenance service is necessary for the rotary pump. \n Contact your Shimadzu representative.
7DA1	MS: Change the oil of the rotary pump.	Operation time of the rotary pump has exceeded the limit for maintenance specified by configuration.	Change the oil of the rotary pump.
7DA2	MS: Turbo molecular pump should be overhauled.	The message indicates that the operation time of turbo molecular pump has exceeded the limit for maintenance. Overhaul is recommended.	Contact your Shimadzu representative.
7DA3	MS: Operation time of the detector has exceeded the standard replacement time.	Operation time of the detector has exceeded the limit for maintenance specified by configuration.	Replace the MS detector with a new one.
7DB0	MS: Measurement data could not be loaded in time.	Measurement data could not be loaded on the PC in time and buffer in the instrument became full. A high-load application may be working on the PC.	Quit the high-load application and perform the operation again.
7DB1	MS: Because the error had occurred while executing the manual tuning, the manual tuning was discontinued.	The error had occurred while executing the manual tuning.	Refer to the content of the error help and address the error. Then performs the manual tuning again.
7DB2	MS: Timeout occurred in the communication with the MS.	There was no response from the MS within the specified period of time.	Check the cable and power supply, turn OFF the power of all equipment including the PC, and restart them.
7DB3	MS: An unknown interface is connected.	An unknown interface is connected.	Connect a supported interface.
7DB4	MS: The MS is not connected.	Connection failed because communication with the MS cannot be established.	Check the cable and power supply.
7DB5	MS: Operation is disabled because data acquisition or tuning is currently performed.	-----	-----
7DB7	MS: Vacuum level is insufficient.	This operation is disabled because the vacuum level has not reached the sufficient value.	Perform the operation after the vacuum system becomes ready on the [System Control] sub-window of the vacuum system.
7DB8	MS: Method or tuning condition is not set for the MS.	Method or tuning information is not set for the MS correctly.	Turn OFF the power of the PC and MS and restart them.
7DBA	MS: MS connection failed.	-----	Check the cable and power supply and then restart the MS and the PC.
7DBB	MS: The MS unit is busy.	The MS unit does not receive signals.	Check the cable and power supply, turn OFF the power of all equipment including the PC, and restart them.
7DBC	MS: Communication with MS was not achieved within the specified number of retry.	Communication was attempted for the specific number of time and there was no response from the MS.	Check the cable and power supply, turn OFF the power of all equipment including the PC, and restart them.
7DBD	MS: There is no applicable command.	A command not existing in the LC time program or MS time program was	Enter a command according to the dropdown list.
7DBE	MS: Received analysis data is abnormal.	-----	Check the cable and power supply, turn OFF the power of all equipment including the PC, and restart them.
7DBF	MS: Connection to the instrument cannot be achieved.	The process to connect to the instrument was suspended.	Restart the PC.

7DC2	MS: The trouble occurs in the communication with the instrument. Please place a USB cable again after closing	The trouble occurred during communication with the MS (mass spectrometer).	Verify cable connections and check that the power is ON. Shut down the entire system, including the PC, then restart.
7DC3	MS: The scanspeed is outside of the range.	The Settling time may have been changed.	Check the change of the Settling time at Log Browser.
7DC4	MS: Because the error had occurred while executing the analyzing, the analyzing was discontinued.	An error occurred during execution of analysis.	Refer to the Help content for the error and solve the problem. Then execute analysis again.
7DC5	MS: The connection was released.	An error occurred that prevented the connection.	Refer to the Help content for the error and solve the problem. Then connect the cable again.
7DC6	MS: Serial number is not set.	The serial number is not set in the system configuration settings.	Set the serial number by clicking [Auto Configuration] in the [System Configuration] sub-window with the MS and PC connected.
7DC7	MS: Serial number does not match.	The serial number in the system configuration settings does not match the serial number of the instrument.	Update the serial number by clicking [Auto Configuration] in the [System Configuration] sub-window with the MS and PC connected.
7DC8	MS: The syringe that cannot be used for the tuning is set.	The flow rate cannot be enough to run he tuning in the current syringe.	Replace the current syringe with new syringe, then run the tuning again.
7DC9	MS: Timeout occurred in the communication with the MS.	There was no response from the MS within the specified period of time.	Verify cable connections and check that the power is ON. Shut down the entire system, including the PC, then restart.　If the error persists even after retry, detailed inspection is necessary. Contact your Shimadzu
7DCA	MS: A hardware error occurred. The MS does not become ready.	The MS does not become ready.	Restart the software. If the phenomenon reoccurs, turn OFF the instrument and then restart it. If the phenomenon still reoccurs, contact your Shimadzu representative.
7DD0	MS: Even though data acquisition started, the MS detector did not start.	MS data acquisition did not start.	Check if the system controller relay is appropriate on system configuration and make sure that the cable is correctly connected.
7DD1	The tuning file has not been tuned. Perform auto-tuning or manual tuning using the interface specified in the method file.	The tuning file has not been tuned.	Perform auto-tuning or manual tuning using the interface specified in the method file. Analysis cannot start if there are MS analyses, such as Q1SIM or Q1, and MSMS analyses, such as MRM or Product Ion Scan, in the same method and [Use Collision Gas] is turned off. Turn off the [Use Collision Gas] then start analysis. If MS analysis without collision gas is required, either remove the MS/MS acquisition parameters, perform Manual Tuning in MS/MS
7DD3	MS: Collision gas valve is closed.	The preset method file is set to use Collision gas. However, currently the Collision gas valve is closed.	Open the Collision gas valve, or change the method file to one that does not use Collision gas.
7DD5	MS is not ready, but do you want to start anyway?	-----	-----
7E00	MS: Start of the vacuum system started.	-----	-----
7E01	MS: Stop of the vacuum system started.	-----	-----
7E02	MS: Exhaust Gas valve was opened.	-----	-----
7E03	MS: Exhaust Gas valve was closed.	-----	-----
7E0D	MS: High voltage/high frequency power supply was not able to be turned on because the vacuum of ion gauge is not good.	The high-voltage/high-frequency power supply could not be turned ON since the MS vacuum level is insufficient.	Check for vacuum leakage on the MS.
7E0E	MS: This operation cannot be performed immediately after startup or shutdown operation. Wait for a while and perform the	The MS unit cannot keep starting the startup or shutdown operations.	Wait for a while, then start startup or shutdown operation.
7E12	MS: Shutdown of the vacuum system has not finished. Turn OFF the power of the MS.(Rotary pump is also stopped.)	The MS unit failed to complete shutdown operation.	Turn the MS unit off. Accordingly, the rotary pump will be stopped.
7E30	MS: Survey Event which does not have Dependent Events. Do you wish to continue?	Data is acquired even though there are Survey Events without Dependent Events.	To acquire data by Survey Events without Dependent Events, click [OK], and to set Dependent Events, click [Cancel].
7E31	MS: Collision gas is not used. Do you wish to continue?	Data is acquired without using Collision gas at MS/MS data acquisition at preset conditions.	To acquire MS/MS data without using Collision gas, click [OK], and to acquire MS/MS data using Collision gas, click [Cancel] and change the setting.

7E32	MS: Collision gas is used. Do you wish to continue?	Data is acquired using Collision gas at data acquisition at preset conditions Even though there is no MS/MS Event.	To acquire MS data using Collision gas, click [OK], and to acquire MS data without using Collision gas, click [Cancel] and change the setting.
7E33	MS: Please set start m/z less than end m/z.	By an event scanning, the start m/z value is set larger than the end m/z value.	Set the start m/z value smaller than the end m/z value.
7E34	MS: Analog is existed. Survey event and Dependent event can not be copied.	An attempt was made to paste a Survey Event or a Dependent Event.	The Survey Event or Dependent Event cannot be executed since analog output is set to this method.
7E36	MS: This event can not be pasted. Please check parameters of this event.	The parameters of this method differ from those of the method for the pasted event.	Change the method parameters.
7E37	MS: Acquisition Time is too short.	Acquisition time is shorter than event time.	Please set acquisition time longer than event time.
7E38	MS: If this checkbox is unchecked, dependent events are deleted.	An attempt was made to delete the Survey Event settings. For this reason, the Dependent Event created based on this event also will be deleted.	To delete the Dependent Event, click [OK]. To cancel the delete, click [Cancel].
7E39	MS: If a survey event is deleted, dependent events are deleted, too.	An attempt was made to delete the Survey Event. For this reason, the Dependent Event created based on this event also will be deleted.	To delete the Dependent Event, click [OK]. To cancel the delete, click [Cancel].
7E3A	MS: Event time is short. Pause time and dwell time of each channels are less than	The recommended values for the pause time or dwell time could not be ensured since the event time is too short.	Set a longer event time.
7E3B	MS: Scan Speed is less than 0u/sec. Please change end m/z more than start m/z or long sampling interval.	The scan speed cannot be ensured since the event time is too short or the measurement end m/z value is the same as the measurement start m/z or less.	Set a measurement end m/z value that is larger than the measurement start m/z value, or set a longer event time.
7E3C	MS: Scan speed is less than or equal to 15u/sec. Please change wide m/z range or short event	The scan speed exceeds the lower limit value since the m/z range to measure is too narrow or the event time is too long.	Set a wider m/z range to measure or set a shorter event time.
7E3D	MS: Scan speed is over 15000u/sec. Please change narrow m/z range or long event	The scan speed exceeds the upper limit value since the m/z range to measure is too wide or the event time is too short.	Set a narrower m/z range to measure or set a longer event time.
7E3F	MS: The value of DL bias exceeds tolerance range.\nPlease adjust the addition of DL bias and Qarray	The DL bias setting range exceeds the tolerance range.	Adjust so that the value obtained by adding the Qarray bias setting value to the DL bias setting value is in the range 240 V to 240 V.
7E40	MS: The sum total of pause time and dwell time is over maximum of event time. Please adjust the pause time and dwell time.	MS: The total of the pause time and dwell time exceeds the maximum value of the event time.	Adjust the pause time and dwell time values.
7E41	MS: Please set precursor m/z.	The precursor m/z is not specified.	-----
7E42	MS: Please set product m/z.	The product m/z is not specified.	-----
7E43	MS: Please set m/z of at least one channel.	No m/z is specified.	-----
7E44	MS: Please set start time before end time.	The start time is set after the end time.	-----
7E45	MS: Please set target ion and reference ion.	The target ion or reference ion is not inputed.	-----
7E49	MS: Please set the interval of 0.03 min. or more between ESI mode and APCI mode.	The interval of the command for changing the DUIS operation mode is not 0.03 min or more.\nA 0.03 min or more interval must be provided when using the command for changing the DUIS operation mode in the time program.	Set the interval of the command for changing the DUIS operation mode to 0.03 min or more.
7E4A	MS: Please set the time of ESI mode and APCI mode 0.03 min. or more.	The interval of the command for changing the DUIS operation mode is set to less than 0.03 min.\nA 0.03 min or more interval must be provided when using the command for changing the DUIS operation mode in the time program.	Set the interval of the command for changing the DUIS operation mode to 0.03 min or more.
7E4B	MS: If analog out is set, measurement time of all events will be set same value. Do you wish to continue?	When analog output is set, the measurement times of all events are automatically changed to be the same.	To set analog output, click [OK].\nTo cancel analog output, click [Cancel].
7E4C	MS: Measurement time of all events are set value of the selected event. Do you wish to	The measurement time of all events is changed to the measurement time of the currently selected event.	To change the measurement time of all events, click [OK].\nTo cancel the change, click [Cancel].
7E4D	MS: Event time of all events are set value of the selected event. Do you wish to continue?	The event time of all events is changed to the event time of the currently selected event.	To change the event time of all events, click [OK].\nTo cancel the change, click [Cancel].

7E4E	MS: Dwell time of all events are set value of the selected event. Do you wish to continue?	The dwell time of all MRM Events and SIM Events will be changed.	To change the dwell time of all MRM Events and SIM Events, click [OK].\nTo cancel the change, click [Cancel].
7E4F	MS: Pause time of all events are set value of the selected event. Do you wish to continue?	The pause time of all MRM Events and SIM Events will be changed.	To change the pause time of all MRM Events and SIM Events, click [OK]. To cancel the change, click [Cancel].
7E50	MS: Please reduce the measurement time or increase the event time of each event.	The amount of memory required for data acquisition exceeds the limit.	Shorten the data acquisition time of each event, or set a longer event time.
7E51	MS: Please change the start m/z.	The value set to [Losses of] cannot be measured by the current measurement start m/z setting.	Change the measurement start m/z setting.
7E52	MS: The setting of conversion dynode in the attenuation is changed from the default setting (using a tuning file).	The setting of conversion dynode in the attenuation is changed from the default setting.\nThe height and area of a peak is influenced by the change of conversion dynode value.	It is an intended change, click [OK], and to change the setting of conversion dynode, click [Cancel].
7E53	MS: Event cannot be added any further.	The number of event exceeds the upper limit.	-----
7E54	MS: Channel cannot be added any further.	The number of channel exceeds the upper limit.	-----
7E55	MS: The event time of following events was not changed.Event# %s	The same event time could not be set since the upper limit of the scan speed has been exceeded.	Set the event time individually or confirm the event time so that it does not exceed the scan speed before selecting [Set same event time].
7E60	MS: Auto-Tuning was terminated.	-----	-----
7E61	MS: Auto-Tuning started.	-----	-----
7E62	MS: Auto-Tuning has been completed.	-----	-----
7E63	MS: An error occurred in AutoTuning.	-----	-----
7E64	MS: Nebulizing Gas is Off.	-----	-----
7E65	MS: The MS does not become ready.	There was no response from the MS within the specified period of time.	Check the cable and power supply, turn OFF the power of all equipment including the PC, and restart them.
7E66	MS: The gas or the Temperature is not stable.	-----	-----
7E67	MS: The standard sample was not injected.	-----	-----
7E68	MS: An error occurred in AutoTuning. \n (Peak intensity is too great.)	-----	Perform auto-tuning again. If the error persists even after retry, detailed inspection is necessary. Contact your Shimadzu representative.
7E69	MS: An error occurred during detector adjustment in AutoTuning. \n(The optimum value is	-----	Perform auto-tuning again. If the error persists even after retry, detailed inspection is necessary. Contact your Shimadzu representative.
7E6A	MS: An error occurred during resolution adjustment in AutoTuning. \n(Resolution cannot be narrowed down.)	-----	Perform auto-tuning again. If the error persists even after retry, detailed inspection is necessary. Contact your Shimadzu representative.
7E6B	MS: An error occurred during resolution adjustment in AutoTuning. \n(Resolution cannot be narrowed down.)	-----	Perform auto-tuning again. If the error persists even after retry, detailed inspection is necessary. Contact your Shimadzu representative.
7E6C	MS: An error occurred during m/z calibration in Auto-Tuning. \n(m/z calibration point is not found.)	-----	Perform auto-tuning again. If the error persists even after retry, detailed inspection is necessary. Contact your Shimadzu representative.
7E6D	MS: An error occurred during speed calibration in Auto-Tuning. \n(m/z calibration point is not found.)	-----	Perform auto-tuning again. If the error persists even after retry, detailed inspection is necessary. Contact your Shimadzu representative.
7E6E	MS: Scan Speed is less than 0u/sec. Please change short settling time or long event time.	-----	-----
7E6F	MS: Scan speed is less than or equal to 10u/sec. Please change long settling time or short event time.	-----	-----
7E70	MS: Scan speed is over 5000u/sec. Please change short settling time or long event time.	-----	-----

7E80	MS: The trouble occurs in the communication with the MS.	The trouble occurred during communication with the MS (mass spectrometer).	Verify cable connections and check that the power is ON. Shut down the entire system, including the PC, then restart.　If the error persists even after retry, detailed inspection is necessary. Contact your Shimadzu
7E81	MS: The specified module could not be started.	The execution file to be started is not found. A probable cause is that the file path has been changed or deleted.	Contact your Shimadzu representative.
7E82	MS: The trouble occurs in the communication with the MS.	The trouble occurred during communication with the MS (mass spectrometer).	Verify cable connections and check that the power is ON. Shut down the entire system, including the PC, then restart.　If the error persists even after retry, detailed inspection is necessary. Contact your Shimadzu
7E83	MS: The trouble occurs in the communication with the MS.	The trouble occurred during communication with the MS (mass spectrometer).	Verify cable connections and check that the power is ON. Shut down the entire system, including the PC, then restart.　If the error persists even after retry, detailed inspection is necessary. Contact your Shimadzu
7E84	MS: The trouble occurs in the communication with the MS.	The trouble occurred during communication with the MS (mass spectrometer).	Verify cable connections and check that the power is ON. Shut down the entire system, including the PC, then restart.　If the error persists even after retry, detailed inspection is necessary. Contact your Shimadzu
7E85	MS: The trouble occurs in the communication with the MS.	The trouble occurred during communication with the MS (mass spectrometer).	Verify cable connections and check that the power is ON. Shut down the entire system, including the PC, then restart.　If the error persists even after retry, detailed inspection is necessary. Contact your Shimadzu
7E86	MS: Timeout occurred in the communication with the MS.	There was no response from the MS within the specified period of time.	Verify cable connections and check that the power is ON. Shut down the entire system, including the PC, then restart.　If the error persists even after retry, detailed inspection is necessary. Contact your Shimadzu
7E87	MS: The trouble occurs in the communication with the MS.	The trouble occurred during communication with the MS (mass spectrometer).	Verify cable connections and check that the power is ON. Shut down the entire system, including the PC, then restart.　If the error persists even after retry, detailed inspection is necessary. Contact your Shimadzu
7E88	MS: The MS unit is not ready.	The MS unit is not ready.	Verify cable connections and check that the power is ON. Shut down the entire system, including the PC, then restart.　If the error persists even after retry, detailed inspection is necessary. Contact your Shimadzu
7E89	MS: Invalid parameters were	-----	-----
7E8A	MS: Invalid parameters were	-----	-----
7E8B	MS: The MS unit is not ready.	The MS unit is not ready.	Verify cable connections and check that the power is ON. Shut down the entire system, including the PC, then restart.　If the error persists even after retry, detailed inspection is necessary. Contact your Shimadzu
7E8C	MS: Invalid parameters were	-----	-----
7E8D	MS: Invalid parameters were	-----	-----
7E8E	MS: Invalid parameters were	-----	-----
7E8F	MS: Invalid parameters were	-----	-----
7E90	MS: The analysis is running or the MS unit is not ready.	-----	-----
7E91	MS: Firmware backup failed.	-----	-----
7E92	MS: Acquisition can not be started with this acquisition	-----	-----
7E93	MS: Acquisition can not be started with this acquisition	-----	-----
7E94	MS: Acquisition can not be started with this acquisition	-----	-----
7E95	MS: Acquisition can not be started with this acquisition	-----	-----
7E96	MS: Acquisition can not be started with this acquisition	-----	-----
7E97	MS: Acquisition can not be started with this acquisition	-----	-----
7E98	MS: Acquisition can not be started with this acquisition	The number of events and channels may have exceeded their upper limits.	Add or delete an event on the [MS] tab page in the [Instrument Parameter View].
7E99	MS: Acquisition can not be started with this acquisition	-----	-----
7E9A	MS: Acquisition can not be started with this acquisition	-----	-----
7EB0	MS: An hardware error occurred in foreline	The instrument error occurred.	Verify cable connections and check that the power is ON. Shut down the entire system, including the PC, then restart.　If the error persists even after retry, detailed inspection is necessary. Contact your Shimadzu

7EB1	MS: A hardware error occurred during communication with the	-----	-----
7EB2	MS: A hardware error occurred during communication with the	-----	-----
7EB3	MS: A hardware error occurred during communication with the	-----	-----
7EC0	MS: MS maintenance setting is made.	This is a confirmation message. MS maintenance setting was successful.	-----
7EC1	MS: Failed to make MS maintenance setting.	MS maintenance setting was failed.	Solve the problem relating to the sub-message, and set again. If this does not remedy the problem, contact your Shimadzu representative.
F100	The last batch run was not completed successfully.	The system might have crashed during the last data acquisition.	-----
F101	The batch queue is corrupted.	Failed to load the batch queue.	Contact your Shimadzu representative.
F200	Started data processing.	Message for notifying that data processing was started	-----
F201	Some chromatograms have not been saved.	An attempt was made to acquire chromatograms beyond the limit.	Set the chromatograms to acquire to the limit or below.
F202	Some chromatograms have not been saved.	An attempt was made to acquire chromatograms beyond the limit.	Set the chromatograms to acquire to the limit or below.
F203	Some spectra have not been saved.	An attempt was made to acquire spectrum (spectra) beyond the limit.	Set the spectrum (spectra) to acquire to the limit or below.
F204	Failed to acquisition data.	An error occurred during data acquisition.	If an error occurs on the instrument, make sure that the instrument is configured correctly.
F205	Failed to output report.	An error occurred during report output.	Make sure that acquisition printer is set correctly.
F206	Failed to process data.	An error occurred during data processing.	-----
F207	Failed to output the summary report.	An error occurred during summary report output.	-----
F208	Failed to output summary report.	An error occured during summary report output.	-----
F209	Cannot find the background file.	Background compensation was not performed because the specified background file was not found.	-----
F301	An error occurred on the instrument.	An error occurred on the instrument.	If there are additional messages, remedy according to the content.
F302	This function is not supported by the current instrument driver.	An invalid function has been invoked.	Contact your Shimadzu representative.
F303	A warning has been issued from the instrument.	A warning has been issued from the instrument.	If there are additional messages, remedy according to the content.
F304	Because start the analysis run from the instrument during connecting, stopped analysis.	Because start the analysis run from the instrument during connecting　to the W/S, stopped analysis.	-----
F305	The method has been changed by the instrument.	The method has been changed by the instrument.	-----
F306	The injection process timed out.	Acquisition was started, but the instrument could not get readied for injection within the time-out setting.	-----
F307	Information has been issued from the instrument.	Information has been issued from the instrument.	If there are additional messages, remedy according the content.
6500	The backup parameters of the controller are corrupted. The method file and sequence file were initialized.	The backup parameters of the controller are corrupted. The method file and sequence file were initialized.	Set the method and sequence again.
6501	The backup parameters of the controller are corrupted. The method file and sequence file were initialized.	The method and sequence are returned to the same condition as when the instrument was last started because the backup parameters of the controller are corrupted.	Check the method and sequence.
6502	Illegal backup parameter on the instrument. System information has been changed.	Instrument information (system name, group name) was initialized because an error was found in the backup parameters on the instrument.	Set the instrument information (system name, group name) again on the instrument.
6503	Product type of the instrument is incorrect.	Product type of the instrument is incorrect.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
6504	Connection between the external detector and the instrument was disconnected.	Communication is no longer possible with the external detector connected to the optical cable connector on the instrument.	Check whether the external detector power is ON. \nIf the external detector power is ON, check that the optical cable is connected correctly.
6505	Communication between the instrument and the workstation was disconnected.	Communication between the instrument and the workstation was disconnected.	Check the network connection status. If the error is not resolved, contact your Shimadzu Sales Office/distributor or a service company designated by Shimadzu.

657A	Rack plate L cooler was switched off because there was no rack set in autosampler rack plate L for more than 30 minutes.	The left side sample cooler temperature adjustment was stopped because the left side rack was not set for more than 30 minutes.	Sample cooler temperature adjustment restarts when a left side rack is set.
657B	Rack plate R cooler was switched off because there was no rack set in autosampler rack plate R for more than 30 minutes.	The left side sample cooler temperature adjustment was stopped because the right side rack was not set for more than 30 minutes.	Sample cooler temperature adjustment restarts when a right side rack is set.
657C	The setting for the autosampler sample vial number is outside the setting range.	The vial number that is outside of the setting range for the set plate is specified in the sequence.	Check the acquisition conditions. \nAlso, check whether the plate is set correctly.
657D	The autosampler needle Xdirection motor has slipped.	The autosampler needle X-direction motor has slipped.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
657E	The autosampler needle Ydirection motor has slipped.	The autosampler needle Y-direction motor has slipped.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
657F	The remaining autosampler rinse solution is low.	The remaining autosampler rinse solution is low.	Replenish the autosampler rinse solution.
6580	When the autosampler needle was lowered, it hit a foreign object causing excessive force to be exerted on it.	When the autosampler needle was lowered, it hit a foreign object causing excessive force to be exerted on it.	Press the (power button) on the instrument to turn the power OFF, and check whether there is shielding material preventing the lowering operation of the needle inside the instrument. If the error is not resolved, press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by Shimadzu.
6590	The detector parameters are corrupted.	There is a fault in the non-volatile memory of the detector or a non-volatile memory write error has occurred.	Perform calibration (wavelength calibration, absorbance correction, linearity correction) of the detector. If the error is not resolved, press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by Shimadzu.
6591	The leak sensor of the detector detected a liquid leak.	A liquid leak has occurred in the detector.	Inspect the detector for liquid leaks, and wipe away any liquids from around the leak sensor.
6592	The buffer memory of the detector has overflowed.	The buffer memory used for transmitting data from the instrument to the workstation is full.	Check the communication environment and operating status of the instrument and the workstation. \nIf the error is not resolved, press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by Shimadzu.
6593	Could not re-send the data because the buffer memory of the detector overflowed during analysis.	Recovery failed when resending transmission data from the instrument to the workstation	Check the communication environment and operating status of the instrument and the workstation. \nIf the error is not resolved, press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by Shimadzu.
6594	Light intensity was exceeded because the detector took a long accumulation time.	Light intensity was exceeded because the detector took a long accumulation time.	Calibrate the accumulation time.
6595	The leak sensor of the detector is malfunctioning.	The leak sensor of the detector is malfunctioning.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
6596	Communication between the instrument and the workstation has timed out.	Communication between the instrument and the workstation was interrupted.	Check the communication environment and operating status of the instrument and the workstation. \nIf the error is not resolved, press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by Shimadzu.
6597	The detector cell temperature does not reach the set temperature.	The detector cell temperature does not reach the set temperature.	Replace the temperature control cell. \nIf the error is not resolved, press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by Shimadzu.
6598	The IP address of the instrument is duplicated.	The IP address of the instrument is duplicated on a different device.	Change the IP addresses so there are no duplicates. \nIf the error is not resolved, press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by Shimadzu.

6599	Heater of the cell is turned off because the detector cell temperature has exceeded the set value and is increasing.	There is a fault in the control circuit of the temperature control cell.	Replace the temperature control cell.
659A	The detector cell temperature does not lower to the set temperature.	The temperature control cell temperature does not lower to the set temperature even after 5 minutes have elapsed.	Set the [Cell Temperature] settings in the instrument parameters to a higher setting. \nChange the cell temperature to a setting higher than room temperature +
659B	The setting of the detector cell temperature is outside the permissible range.	The [Cell Temperature] settings in the instrument parameters are set to a value outside the setting range.	Set the [Cell Temperature] of the instrument parameters to a value within the setting range.
659C	The leak sensor of the detector is malfunctioning.	The leak sensor of the detector is malfunctioning.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
659D	The lamp is turned off because the temperature sensor of the detector lamp housing is	The lamp is turned off because the temperature sensor of the detector lamp housing is malfunctioning.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
659E	The D2 lamp cannot light because the lamp current of the detector is too large.	There is a fault in the D2 lamp or a fault in the lighting circuit.	Replace the D2 lamp. \nIf the error is not resolved, press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by Shimadzu.
659F	The D2 lamp cannot light because the lamp current of the detector is too small.	A lighting defect has occurred due to a broken filament in the D2 lamp or a fault in the constant current circuit, a lighting malfunction has occurred due to the lamp's life span, or there is a lighting defect due to a fault in the lamp itself.	Replace the D2 lamp. \nIf the error is not resolved, press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by Shimadzu.
65A0	The W lamp cannot light because the lamp current of the detector is too small.	This is a lighting defect caused by a broken filament in the W lamp, or due to a fault in the lighting circuit.	Replace the W lamp. \nIf the error is not resolved by replacing the W lamp, contact your Shimadzu Sales Office/distributor or a service company designated by
65A1	The detector lamp housing cover is open. Turn the lamp off.	The lamp house cover is open or there is a fault in the cover sensor.	Close the lamp house cover. \nIf the error is not resolved, replace the cover sensor.
65A2	The D2 lamp cannot light because the heater current of the detector is too large.	There is a fault in the D2 lamp or a fault in the lighting circuit.	Replace the D2 lamp. \nIf the error is not resolved, press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by Shimadzu.
65A3	The lamp is turned off because the temperature of the detector lamp housing is high.	The lamp is turned off because the temperature of the detector lamp housing is high.	Follow the procedures below in the following order. \n(1) Check whether the fan on the rear of the instrument is obstructed. \n(2) Clean or replace the filters on the rear, left side and lamp front side (rear of the lamp house cover) of the instrument. \n If the error is not resolved, press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by Shimadzu.
65A4	The W lamp cannot light because the lamp current of the detector is too large.	There is a fault in the W lamp lighting circuit.	Replace the W lamp. \nIf the error is not resolved, press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by Shimadzu.
65A5	The D2 lamp cannot light because the heater current of the detector is too small.	There is a fault in the D2 lamp or a fault in the lighting circuit.	Replace the D2 lamp. \nIf the error is not resolved, press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by Shimadzu.
65A6	The detector D2 lamp is not connected.	The D2 lamp connector is not connected. \nAlternatively, the D2 lamp cable is broken or there is a fault in the board.	Follow the procedures below in the following order.\n(1) Check the connection with the D2 lamp.\n(2) Replace the D2 lamp. \n(3) Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
65A7	The detector W lamp is not connected.	The W lamp connector is not connected. \nAlternatively, the W lamp cable is broken or there is a fault in the board.	Follow the procedures below in the following order.\n(1) Connect the W lamp connector. \n(2) Replace the W lamp. \n(3) If the error is not resolved, press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by Shimadzu.
65A8	The W lamp cannot light because the lamp voltage of the detector is too large.	There is a fault in the lighting circuit.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
65A9	Could not detect the filter home position in the detector.	Could not detect the filter home position in the detector.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by

6506	The buffer memory of the controller has overflowed.	The buffer memory used for transmitting data from the instrument to the workstation is full.	Check the network connection status. If the error is not resolved, contact your Shimadzu Sales Office/distributor or a service company designated by Shimadzu.
6507	The buffer memory of the controller has overflowed.	The buffer memory used for transmitting data from the instrument to the workstation is full.	Check the network connection status. If the error is not resolved, contact your Shimadzu Sales Office/distributor or a service company designated by Shimadzu.
6508	The instrument has started with the IP address "192.168.200.96" because it failed to automatically obtain an IP address.	The instrument has started with the IP address "192.168.200.96" because it failed to automatically obtain an IP address.	Contact the network administrator. Set the IP address settings (automatic acquisition/manual setting) to the correct settings.
6509	The instrument restarted because IP address renewal/refresh failed.	IP address renewal/refresh failed.	Contact the network administrator. Set the IP address settings (automatic acquisition/manual setting) to the
650B	The maximum number of systems (10) that can be registered in the same group was	More than 10 instruments are connected to the same group.	Check the number of instruments connected to the instrument group where the error has occurred.
650C	A timeout occurred in communication between the pump and controller.	An error occurred in communication between the replacement pump and controller, and the communication was	Clear the error. If the error occurs again, contact your Shimadzu Sales Office/distributor or a service company designated by Shimadzu.
650D	An error occurred in communication between the pump and controller.	An error occurred in communication between the replacement pump and controller, but the error recovered.	Clear the error.
650E	A timeout occurred in communication between the autosampler or column oven and controller.	An error occurred in communication between the autosampler or column oven and controller, and the communication was disconnected.	Clear the error. If the error occurs again, contact your Shimadzu Sales Office/distributor or a service company designated by Shimadzu.
650F	An error occurred in communication between the autosampler or column oven and	An error occurred in communication between the autosampler or column oven and controller, but the error recovered.	Clear the error. If the error occurs again, contact your Shimadzu Sales Office/distributor or a service company designated by Shimadzu.
6510	An error signal was input from an external device connected to the external input (Alarm Input) on the back of the instrument.	An error signal was received from the external device connected to the external input terminal.	Check in accordance with the handling instructions of the external device connected to the external input terminal.
6511	The external detector set on the instrument is not connected.	Acquisition was started when a detector that differs from the detector set in the simple parameters of the acquisition main screen on the instrument was connected.	Either connect the detector that is set in the simple parameters of the acquisition main screen on the instrument, or change the settings in the simple parameters of the acquisition main screen on the
6514	The system check timed out.	The system check timed out.	Execute system check again. If the error is not resolved, contact your Shimadzu Sales Office/distributor or a service company designated by Shimadzu.
6515	Purge was executed because the pump pressure reached the minimum pressure.	Purge was executed because the replacement pump pressure reached the [minimum pressure (P.Min)] in the instrument parameters.	Inspect for liquid leaks in the flow paths, and if there are no problems, adjust the [minimum pressure (P.Min)] in the instrument parameters to a suitable value.
6516	The sequence injection volume setting is outside the setting range.	The injection volume setting value exceeds the [Max Injection Volume] setting in the system configuration.	Change the injection volume setting value to a value below the [Max Injection Volume] setting in the system configuration.
6517	A vial number that is different to the vial number set in the acquisition conditions may have been notified to the instrument.	A vial number that is different to the vial number set in the acquisition conditions may have been notified to the instrument.	Clear the error and run the acquisition again.
6518	A rack number that is different to the rack number set in the acquisition conditions may have been notified to the instrument.	A rack number that is different to the rack number set in the acquisition conditions may have been notified to the instrument.	Clear the error and run the acquisition again.
6519	The temperature of the column oven was not stable.	The column oven did not stabilize at the set temperature during validation and calibration for the instrument.	Check whether there are any problems with the column oven.
651A	There is no sample vial set in the autosampler rack.	There is no sample vial set at the vial number specified in the acquisition conditions.	Set a sample vial at the vial number specified in the acquisition conditions. \n[Hint]\nIf [Vial Skip] in the system settings on the instrument is [Enabled], acquisitions for which there is no sample vial set are not executed, and the
651B	The temperature of the sample cooler was not stable.	The sample cooler did not stabilize at the set temperature during validation and calibration for the instrument.	Check whether there are any problems with the sample cooler.
651C	The instrument power was turned OFF during analysis.	The instrument power was turned OFF during acquisition.	Check whether the power was turned OFF via the instrument console or the work station. If the power was not turned off, check the condition of the power supply.
651D	An error occurred in communication between the detector and controller.	An error occurred in communication between the detector and controller.	Clear the error. If the error occurs again, contact your Shimadzu Sales Office/distributor or a service company designated by Shimadzu.

651E	There is no sample vial set for the next acquisition in the autosampler rack.	When overlapping injection is run, the sample vial is not set in the vial number specified for the next acquisition.	Clear the error. If the error occurs again, contact your Shimadzu Sales Office/distributor or a service company designated by Shimadzu.
6530	An sealing ability error occurred in the vacuum flow path of the degassing unit.	An sealing ability error occurred in the vacuum flow path of the degassing unit.	Check the vacuum pressure of the degassing unit. If the vacuum pressure is "Fail", turn the power of the degassing unit [OFF] and then [ON] again in the instrument parameters. If the vacuum pressure is "OK", the degassing unit has automatically recovered and there is no problem.
6531	The remaining amount of Mobile Phase A-1 liquid is low.	The remaining amount of Mobile Phase A1 liquid is low.	Replace the Mobile Phase, and set the Mobile Phase amount again.
6532	The remaining amount of Mobile Phase B-1 liquid is low.	The remaining amount of Mobile Phase B1 liquid is low.	Replace the Mobile Phase, and set the Mobile Phase amount again.
6533	The remaining amount of Mobile Phase C-1 liquid is low.	The remaining amount of Mobile Phase C1 liquid is low.	Replace the Mobile Phase, and set the Mobile Phase amount again.
6534	The remaining amount of Mobile Phase D-1 liquid is low.	The remaining amount of Mobile Phase D1 liquid is low.	Replace the Mobile Phase, and set the Mobile Phase amount again.
6535	The remaining amount of Mobile Phase A-2 liquid is low.	The remaining amount of Mobile Phase A2 liquid is low.	Replace the Mobile Phase, and set the Mobile Phase amount again.
6536	The remaining amount of Mobile Phase B-2 liquid is low.	The remaining amount of Mobile Phase B2 liquid is low.	Replace the Mobile Phase, and set the Mobile Phase amount again.
6537	The remaining amount of Mobile Phase C-2 liquid is low.	The remaining amount of Mobile Phase C2 liquid is low.	Replace the Mobile Phase, and set the Mobile Phase amount again.
6538	The remaining amount of Mobile Phase D-2 liquid is low.	The remaining amount of Mobile Phase D2 liquid is low.	Replace the Mobile Phase, and set the Mobile Phase amount again.
6539	The degassing unit is not connected.	The degassing unit is not connected.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
653A	The leak sensor of the pump is malfunctioning.	The leak sensor of the pump is malfunctioning.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
653B	The leak sensor of the pump has detected an abnormal.	The leak sensor of the pump has detected an abnormal.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
653C	The backup parameters of the pump are corrupted.	The backup parameters of the pump are corrupted.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
653D	The consumable count data of the pump is corrupted.	The consumable count data of the pump is corrupted.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
653E	The pump pressure exceeded the maximum pressure. Check the flow paths for blockages, and check the maximum pressure	The replacement pump pressure exceeded the maximum pressure.	Inspect for blockages in the flow paths, and if there are no problems, adjust the [maximum pressure] in the instrument parameters to a suitable value or reduce the replacement flow rate.
653F	The pump pressure did not reach the minimum pressure. Check the flow paths for leaks, and check the minimum pressure	The replacement pump pressure did not reach the minimum pressure.	Inspect for liquid leaks in the flow paths, and if there are no problems, adjust the [minimum pressure] in the instrument parameters to a suitable value. This error is not activated for one minute after the start of pumping.
6540	Could not detect the home position of the pump motor.	Could not detect the home position of the replacement pump motor.	Press the (power button) on the instrument to turn the power OFF, and then press the (power button) on the instrument again to turn the power ON. Next, press [Pump] in the acquisition main screen on the instrument. \nIf the error message is displayed again even when this operation is performed, press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by Shimadzu.
6541	The leak sensor of the pump detected a liquid leak.	The leak sensor of the pump detected a liquid leak.	Inspect the flow paths, etc. for liquid leaks, and wipe away any liquids from around the leak sensor.
6542	The remaining amount of Mobile Phase A liquid is low.	The remaining amount of Mobile Phase A liquid is low.	Replace the Mobile Phase, and set the Mobile Phase amount again.
6543	The remaining amount of Mobile Phase B liquid is low.	The remaining amount of Mobile Phase B liquid is low.	Replace the Mobile Phase, and set the Mobile Phase amount again.
6544	The remaining amount of Mobile Phase C liquid is low.	The remaining amount of Mobile Phase C liquid is low.	Replace the Mobile Phase, and set the Mobile Phase amount again.
6545	The pressure increased during purge of the pump.	The remaining amount of Mobile Phase D liquid is low.	Replace the Mobile Phase, and set the Mobile Phase amount again.
6546	The pressure increased during purge of the replacement pump.	The pressure increased during purge of the pump.	If an error message is displayed during the auto purge operation, inspect the flow paths for blockages.
6547	Pump is stopped because a rotation problem was detected in the cooling fan motor for the	Pump is stopped because a rotation problem was detected in the cooling fan motor for the pump.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by

6550	There is a mistake in the analysis parameters or settings.	There is a mistake in the analysis parameters or settings.	Check whether there are any mistakes or discrepancies in the acquisition parameters. If no mistakes or discrepancies are found, press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
6551	The leak sensor of the autosampler low pressure valve has detected a liquid leak. There is a liquid leak from the valve or measuring pump, or from an	There is a liquid leak from the low pressure valve or metering pump, or from a unit positioned above the low pressure value (high pressure valve, column oven or detector, etc.).	Inspect the liquid leak from the low pressure valve or metering pump, or in a unit positioned above the low pressure value (high pressure valve, column oven or detector, etc.), and wipe away any liquid from around the leak sensor.
6552	The leak sensor of the autosampler high pressure valve has detected a liquid leak. There is a liquid leak from the high pressure valve, or in an upper-	There is a liquid leak from the high pressure valve, or from a unit positioned above the high pressure value (detector etc.).	Inspect the liquid leak from the high pressure valve, or from a unit positioned above the high pressure value (detector etc.), and wipe away any liquid from around the leak sensor.
6553	Could not detect the rotation direction home position of the autosampler measuring pump.	Could not detect the rotation direction home position of the autosampler metering pump.	Press the (power switch) to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by Shimadzu.
6554	Heater is turned off because voltage of the autosampler rack L cooling unit is too high.	Heater is turned off because voltage of the autosampler rack L cooling unit is too high.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
6555	Heater is turned off because voltage of the autosampler rack R cooling unit is too high.	Heater is turned off because voltage of the autosampler rack R cooling unit is too high.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
6556	Heater is turned off because voltage of the autosampler dehumidifier unit is too high.	Heater is turned off because voltage of the autosampler dehumidifier unit is too high.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
6557	Heater is turned off because the autosampler rack L heater has overheated and the thermal fuse has blown.	Heater is turned off because the autosampler rack L heater has overheated and the thermal fuse has blown.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by Shimadzu.
6558	Heater is turned off because the autosampler rack R heater has overheated and the thermal fuse has blown.	Heater is turned off because the autosampler rack R heater has overheated and the thermal fuse has blown.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by Shimadzu.
6559	The leak sensor in the autosampler low pressure valve has detected an abnormal.	The leak sensor in the autosampler low pressure valve has detected an abnormal.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
655A	The leak sensor in the autosampler low pressure valve is malfunctioning.	The leak sensor in the autosampler low pressure valve is malfunctioning.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
655B	The leak sensor in the autosampler high pressure valve has detected an abnormal.	The leak sensor in the autosampler high pressure valve has detected an abnormal.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
655C	The leak sensor in the autosampler high pressure valve is malfunctioning.	The leak sensor in the autosampler high pressure valve is malfunctioning.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
655D	Heater is turned off because the temperature sensor in autosampler rack L is	Heater is turned off because the temperature sensor in autosampler rack L is malfunctioning.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
655E	Heater is turned off because the temperature sensor in autosampler rack L has detected	Heater is turned off because the temperature sensor in autosampler rack L has detected an abnormal.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
655F	Heater is turned off because the temperature sensor in autosampler rack R is	Heater is turned off because the temperature sensor in autosampler rack R is malfunctioning.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
6560	Heater is turned off because the temperature sensor in autosampler rack R has detected	Heater is turned off because the temperature sensor in autosampler rack R has detected an abnormal.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
6561	Heater is turned off because the temperature sensor in the autosampler dehumidifier unit is malfunctioning.	Heater is turned off because the temperature sensor in the autosampler dehumidifier unit is malfunctioning.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by Shimadzu.
6562	Heater is turned off because the sensor in the autosampler dehumidifier unit has detected an abnormal.	Heater is turned off because the sensor in the autosampler dehumidifier unit has detected an abnormal.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by Shimadzu.
6563	The backup parameters for the autosampler and column oven are corrupted.	The backup parameters for the autosampler and column oven are corrupted.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by

6564	The consumable count data for the autosampler and column oven is corrupted.	The consumable count data for the autosampler and column oven is corrupted.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
6565	The front panel of the autosampler may not be installed correctly. Alternatively, the sensor is malfunctioning.	The front panel of the autosampler may not be installed correctly. Alternatively, the sensor is malfunctioning.	First, check whether the front panel is attached correctly. \nIf the error is not resolved, press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by Shimadzu.
6566	Heater is turned off because a rotation problem was detected in the cooling fan of the	A rotation problem was detected in the cooling fan of the autosampler.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
6567	A rotation problem was detected in the exhaust heat fan at the top of the rear of the instrument.	A rotation problem was detected in the exhaust heat fan at the top of the rear of the instrument.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
6568	Could not detect the home position of the autosampler high pressure valve.	Could not detect the home position of the autosampler high pressure valve.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
6569	Teaching has not been performed for the autosampler	Teaching has not been performed for the autosampler injection port.	Adjust the position of the needle in relation to the injection port.
656A	Could not detect the X-direction home position of the autosampler needle.	Could not detect the X-direction home position of the autosampler needle.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
656B	Could not detect the Y-direction home position of the autosampler needle.	Could not detect the Y-direction home position of the autosampler needle.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
656C	Could not detect the Z-direction home position of the autosampler needle.	Could not detect the Z-direction home position of the autosampler needle.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
656D	Failed to be detected by the forward and backward home position sensor of the autosampler measuring pump.	Failed to be detected by the forward and backward home position sensor of the autosampler metering pump.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by Shimadzu.
656E	There is no sample vial set in the autosampler rack.	There is no sample vial set at the vial number specified in the acquisition conditions.	Set a sample vial at the vial number specified in the acquisition conditions. \n[Hint]\nIf [Vial Skip] in the system settings on the instrument is [Enabled], acquisitions for which there is no sample vial set are not executed, and the next acquisition is executed.
656F	Could not detect the home position of the autosampler low pressure valve.	Could not detect the home position of the autosampler low pressure valve.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
6570	System Error	System Error	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
6571	The temperature sensor in the autosampler dehumidifier unit has detected an abnormal value.	The temperature sensor in the autosampler dehumidifier unit has detected an abnormal value.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
6573	Heater is turned off because the temperature sensor in autosampler rack plate L has detected an abnormal.	Heater is turned off because the temperature sensor in autosampler rack plate L has detected an abnormal.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by Shimadzu.
6574	Heater is turned off because the temperature sensor in autosampler rack plate R has detected an abnormal.	Heater is turned off because the temperature sensor in autosampler rack plate R has detected an abnormal.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by Shimadzu.
6575	Analysis stopped because the position of the needle in relation to the autosampler rack has not been adjusted.	Acquisition stopped because the position of the needle in relation to the rack has not been adjusted.	Adjust the position of the needle in relation to the rack.
6576	The position of the needle in relation to the rack set in autosampler rack plate L has not	The position of the needle in relation to the left side rack has not been adjusted.	Adjust the position of the needle in relation to the left side rack.
6577	The position of the needle in relation to the rack set in autosampler rack plate R has not	The position of the needle in relation to the right side rack has not been adjusted.	Adjust the position of the needle in relation to the right side rack.
6578	The rack ID of the rack set in the autosampler is not correct.	The rack ID is not correct.	Set the correct rack ID for the rack.
6579	Racks that have the same ID are set in the autosampler.	Racks that have the same ID are set in the autosampler.	Change the rack ID of either the left or right side rack.

65AA	The temperature of the detector board is high.	The temperature of the detector board is high.	Follow the procedures below in the following order. \n(1) Check whether the fan on the rear of the instrument is obstructed. \n(2) Clean or replace the filters on the rear, left side and lamp front side (rear of the lamp house cover) of the instrument. \n(3) If the error is not resolved, press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by Shimadzu.
65AB	The D2 lamp cannot light because the lamp voltage of the detector is too large.	There is a fault in the lighting circuit.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
65AC	The D2 lamp cannot light because the heater voltage of the detector is too large.	There is a fault in the lighting circuit.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
65AD	The lamp is turned off because a rotation problem was detected in the detector fan.	The lamp is turned off because a rotation problem was detected in the detector fan.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
65AE	Heater is turned off because the temperature of the spectrometer is high.	Heater is turned off because the temperature of the spectrometer is high.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
65AF	Heater is turned off because the temperature sensor of the spectrometer is malfunctioning.	Heater is turned off because the temperature sensor of the spectrometer is malfunctioning.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
65B0	Failed to receive the detector signal.	Failed to receive the detector signal.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
65B1	Could not detect the filter home position in the detector.	Could not detect the filter home position in the detector.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
65B2	Could not detect the grating home position in the detector.	Could not detect the grating home position in the detector.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
65B3	The spectrometer temperature does not reach the set temperature. Heater is turned off.	The spectrometer temperature does not reach the set temperature. Heater is turned off.	Contact your Shimadzu Sales Office/distributor or a service company designated by Shimadzu.
65B4	Failed to receive the detector signal.	Failed to receive the detector signal.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
65B5	Failed to read or write the detector calibration data.	Failed to read or write the detector calibration data.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
65B6	Results of wavelength accuracy check at instrument startup differ by more than 1nm. There may be bubbles in the flow cell.	Results of wavelength accuracy check at instrument startup differ by more than 1nm. There may be bubbles in the flow cell.	Perform replacement to remove the bubbles, and then check the wavelength accuracy using the performance check of the instrument.
65B7	The lamp is turned off because the temperature of the detector board is high.	The fan and the inspiratory port are closed or a fault in the lighting circuit.	Follow the procedures below in the following order. \n(1) Check whether the fan on the rear of the instrument is obstructed. \n(2) Clean or replace the filters on the rear, left side and lamp front side (rear of the lamp house cover) of the instrument. \n If the error is not resolved, press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by Shimadzu.
65B8	The instrument is turned off because the ADC module on the board is malfunctioning.	The instrument is turned off because the ADC module on the board is malfunctioning.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
65B9	Heater is turned off because of malfunctioning.	The heater of the spectrmeter is short or there is a fault in the circuit.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
65C0	The column oven door is open when the column oven is at high temperature. Close the column oven door as soon as possible in mind, such as burns.	The column oven door is open when the column oven is above 50C.	Clear the error. The alarm sound and error message disappear. Be careful of burns, etc., when performing this work.
65C1	Heater is turned off because liquid leak was detected inside the column oven.	Heater is turned off because liquid leak was detected inside the column oven.	Follow the procedures below in the following order. \n(1) If organic solvents have leaked inside the column oven, take the necessary steps to prevent leakage from the pipes.\n(2) Check whether there are any organic solvent gases near the instrument. If organic solvent gases are found, thoroughly.\n(3) If there are no problems in the above two points, calibrate the sensitivity of the gas

65C2	An error was detected with the flow channel selection valve in the column oven.	An error was detected with the flow channel selection valve in the column oven.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
65C3	The gas sensor of the column oven has detected an abnormal.	The gas sensor of the column oven has detected an abnormal.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
65C4	Heater is turned off because the thermal fuse of the column oven has blown.	Heater is turned off because the thermal fuse of the column oven has blown.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
65C5	Heater is turned off because the Peltier unit of the column oven has detected an abnormal.	Heater is turned off because the Peltier unit of the column oven has detected an abnormal.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
65C6	Heater is turned off because the Peltier unit of the column oven has detected an abnormal.	Heater is turned off because the Peltier unit of the column oven has detected an abnormal.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
65C7	Heater is turned off because a rotation problem was detected in the Peltier unit fan(outside) of the oven.	Heater is turned off because a rotation problem was detected in the Peltier unit fan(outside) of the oven.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by Shimadzu.
65C8	Heater is turned off because a rotation problem was detected in the Peltier unit fan(inside) of the oven.	Heater is turned off because a rotation problem was detected in the Peltier unit fan(inside) of the oven.	If obstructions such as pipes, etc. are preventing the fan from rotating, press the (power button) on the instrument to turn the power OFF, and remove the obstruction. If the obstruction cannot be removed or if the error is not resolved, contact your Shimadzu Sales Office/distributor or a service company designated by Shimadzu.
65C9	Heater is turned off because the Peltier unit of the column oven has detected an abnormal.	Heater is turned off because the Peltier unit of the column oven has detected an abnormal.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
65CA	The room temperature sensor of the instrument has detected an abnormal.	The room temperature sensor of the instrument has detected an abnormal.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
65CB	Heater is turned off because the temperature of the column oven exceeded the maximum temperature.	The temperature of the column oven exceeded the [Maximum Temperature] of the instrument parameters.	Set the setting values so that the difference between the column oven temperature setting value in the simple parameters and [Maximum Temperature] in the instrument parameters is approximately 5C. \nIf the difference is too small, the column oven temperature may exceed the [Maximum Temperature] set in the method parameters before reaching the column oven temperature setting
65CC	Heater is turned off because the temperature sensor of the column oven is malfunctioning.	Heater is turned off because the temperature sensor of the column oven is malfunctioning.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
65CD	Heater is turned off because the temperature sensor of the column oven is malfunctioning.	Heater is turned off because the temperature sensor of the column oven is malfunctioning.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
65CE	The column oven temperature setting is too low compared to the room temperature.	The column oven temperature setting is too low compared to the room temperature.	Check the column oven temperature setting value in the instrument parameters, and if the difference between the setting value and room temperature is greater than 10C, change the settings so that the difference is less that 10C.
65CF	Failed to write to the column management device (CMD).	CMD is malfunctioning.	If the error is not resolved, press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by Shimadzu.
65D0	Heater is turned off because the heater of the column oven is malfunctioning.	Heater is turned off because the heater of the column oven is malfunctioning.	Press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by
65D1	The upper part of the column oven door may be open. Alternatively, the column oven door sensor is malfunctioning.	The upper part of the column oven door may be open. Alternatively, the column oven door sensor is malfunctioning.	First, check that the column oven door is closed correctly. \nIf the error is not resolved, press the (power button) on the instrument to turn the power OFF and contact your Shimadzu Sales Office/distributor or a service company designated by Shimadzu.
7F01	UV instrument error occurred.	An error was notified from the UV instrument.	This error is accompanied by a message sent from the GC instrument. Check the content of this error message and remedy the error according to the Instruction Manual provided with the GC instrument.
FFFF	No Help is available. Refer to the displayed message.	-----	-----

Related articles