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Kikusui BIM1000 Series, User Manual

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Kikusui BIM1000 Series User Manual Download Page 83

BIM1000 Series

User’s Manual

83

Specifications | Basic specifications

Other functions

Item

Specifications

Trigger Function

Select external trigger (EXTERNAL) or internal trigger (INTERNAL).

INTERNAL

Measures at the sampling speed (FAST, MID, SLOW) interval.

EXTERNAL

Starts measurement with a SIGNAL I/O connector signal, *TRG, or the SNGL TRG key on 
the front panel.

Trigger delay

0 to 9.999 s, OFF

Accuracy

±0.2 ms

Average function

The average count can be set between 2 and 99. OFF setting available.

Memory function

Saves up to 100 sets of measurement conditions.

key lock

Locks the key operation.

Zero adjustment

Zero adjustment of the voltmeter and resistance meter. OFF setting available. Zero point 
clear function available.

Adjustment range

1000 digit

Measurement logging and 
collective transfer function

Records up to 500 sets of measurement logs. Logs can be read collectively.

EOM function

Outputs an EOM signal from the SIGNAL I/O connector when a measurement is com-
pleted.

HOLD

When the trigger source is set to INTERNAL, the signal is turned on after a measurement is 
completed until the next measurement starts. When the trigger source is set to EXTERNAL, 
the signal is turned on after a measurement is completed until the next trigger is detected.

PULSE

Outputs a pulse when a measurement is completed.
Pulse width: 1 ms to 99 ms

Accuracy

±0.2 ms

Summary of Contents for BIM1000 Series

Page 1: ...BIM1000 Series Contents 4 Component Names 6 Installation and Preparation 9 Basic Operation 13 Measurement 15 Memory Function 25 External Control 27 System Settings 35 Remote Control 45 Maintenance 80 Specifications 81 Appendix 87 Part No IB034081 Apr 2019 ...

Page 2: ...ew the PDF files using Adobe Reader Software versions that this guide covers This manual covers firmware versions 1 0X The firmware version is shown in the top area of the sys tem setting screen which can be displayed by pressing SYSTEM When contacting us about the product please provide us with The model marked in the top section of the front panel The firmware version The serial number marked on...

Page 3: ...es referred to as BIM1000 Series The term PC is used to refer generally to both personal computers and workstations The screen captures and illustrations used in this text may differ from the actual items The following markings are used in this manual Indicates a potentially hazardous situation which if ignored could result in death or serious injury Indicates a potentially hazardous situation whi...

Page 4: ...ents 19 Conditions for measuring accurately 19 Zero adjustment 20 Measurement example 22 Displaying Measurement Results 23 When measurements are abnormal 23 When the maximum value of the range is exceeded 23 Measurement Logging and Collective Transfer24 Memory Function Saving Measurement Conditions 25 Recalling from Memory 26 External Control External Control Settings 27 Trigger source TRIG 27 Del...

Page 5: ...mands 61 Table of Initial Command Settings 75 Command Processing Time 76 Using Visual Basic 2017 77 Configuring a project 77 Communicating through RS232C or USB 77 Sample program 79 Maintenance Calibration 80 Specifications Basic specifications 81 Interface 84 General specifications 85 External dimensions 86 Appendix Creating Test Leads 87 Conditions for measuring accurately 87 Creating test leads...

Page 6: ... VOLTAGE key Displays the voltage test condition setup screen p 18 STORE key Saves measurement conditions to internal memory p 25 SYSTEM key Displays the system setting screen p 35 DISPLAY key Switches the measurement display p 14 5 Numeric keypad Enters values 6 CLEAR key Deletes numbers 7 SHIFT key Recalls functions written in blue under each key 8 ENTER key Confirms the entered value KEY LOCK k...

Page 7: ...ment is started after detecting a trigger p 28 5 Memory number Currently recalled memory number p 25 6 Status icon REMOTE Under remote control p 45 KEYLOCK Keys locked p 14 LOG Measurement logging function enabled p 66 SYSTEM ERROR System error occurred p 91 7 Measurement and judgment settings RANGE Displays the measurement range p 17 p 18 UPPER Displays the upper judgment limit LOWER Displays the...

Page 8: ...a power cord for supplying power to this product p 9 2 Serial number Serial number 3 SIGNAL I O connector A I O signal connector for controlling this product from an external device p 30 4 USB port USB port for remote control p 45 5 RS232C port RS232C port for remote control p 45 1 2 3 5 4 ...

Page 9: ...To prevent electric shock be sure to connect the protective conductor terminal of the product to electrical ground safety ground The product is grounded through the power cord ground wire Connect the pro tective conductor terminal to earth ground Use the supplied power cord to connect to the AC line If the supplied power cord cannot be used because the rated voltage or the plug shape is incompatib...

Page 10: ...at the power cord is connected properly 2 Turn the POWER switch on A startup screen appears showing the firmware version Then a measurement screen appears The power is now on Turning the power off The panel settings that were in use immediately before the power was turned off are saved When you change a setting do not turn the power off immediately Wait at least 5 seconds before doing so Other wis...

Page 11: ...terminals 3 Turn the POWER switch on This completes the connections Examples of how to connect test leads to the DUT Connect the positive and negative probes to the DUT s positive and negative terminals respectively This completes the procedure for connecting the test leads WARNING Risk of electric shock Do not make measurements exceeding the rated voltage of the test leads When you connect or dis...

Page 12: ...e front panel which makes the screen easier to see and makes the keys eas ier to operate To use the stands pull out the two bottom front legs until they click into place CAUTION When using the stands do not place anything on top of the product or press down on the product from above This can break the stands ...

Page 13: ...e measurement conditions VOLTAGE Sets the range and the upper and lower limit judg ment of measurements system settings SYSTEM Sets the key operation sound SCPI error display power supply frequency current pulse output EOM signal output initialization of settings reset mea surement output RS232C and USB Zero adjustment 0 ADJ SHIFT MEASURE Reduces the errors that occur depending on the product and ...

Page 14: ...con is shown in the upper right of the display 1 Press KEY LOCK SHIFT ENTER Key lock switches between enabled and disabled each time you press the key Showing or hiding function area Pressing VOLTAGE IMPEDANCE or MEASURE displays the corresponding function area Pressing the same key again hides the function area Switching the measurement display You can switch the measurement display by pressing D...

Page 15: ...easurement range RANGE Resistance measurement range p 17 Resistance Upper judgment limit UPPER UP is displayed when a value greater than or equal to the upper judgment limit is measured Resistance Lower judgment limit LOWER LOW is displayed when a value less than or equal to the lower judgment limit is measured Resistance Unit Ω mΩ Unit of the resistance s upper judgment limit and lower judgment l...

Page 16: ...e p 27 is set to INTERNAL moving average is used If it is set to EXTERNAL simple average is used If you enable the average function set the average count 1 Press MEASURE 2 Press AVERAGE F2 to select ON or OFF The value switches between ON and OFF each time that you press the key 3 If you select ON enter the average count using the numeric keypad and then press ENTER This completes the setting ...

Page 17: ...e RANGE F1 AUTO 3 mΩ 30 mΩ 300 mΩ 3 Ω Select the measurement range Upper judgment limit UPPER F2 UPPER OFF If you specify UPPER enter the upper judg ment limit using the numeric keypad and then press ENTER When the measurement is greater than or equal to the upper judg ment limit UP appears in the display area Lower judgment limit LOWER F3 LOWER OFF If you specify LOWER enter the lower judg ment l...

Page 18: ...ange RANGE F1 AUTO 6 V 60 V 300 V 1 600 V 2 1000 V 2 1 BIM1030 only 2 BIM1100 only Select the measurement range Upper judgment limit UPPER F2 UPPER OFF If you specify UPPER enter the upper judgment limit using the numeric keypad and then press ENTER When the measurement is greater than or equal to the upper judgment limit UP appears in the display area Lower judgment limit LOWER F3 LOWER OFF If yo...

Page 19: ...n a in the following figure If you connect as shown in b in the following figure two terminal measurement will be conducted and the measurement accuracy will degrade WARNING Risk of electric shock Before making a measurement check that the product and the test leads are not damaged Check that the product s INPUT terminal and the DUT s positive and negative terminals are not exposed Before making a...

Page 20: ...ately With the measurement method marked d in the following figure not only the internal resistance r1 of the DUT is measured but also the resistances r2 and r3 between the SENSE test leads and the DUT Zero adjustment To reduce the errors that occur depending on the product and measurement environment perform zero adjustment before starting measurements If you use test leads other than those provi...

Page 21: ...the range display This completes the setting If FAIL is displayed Zero adjustment has a tolerance of up to 1 000 digits If this tolerance is exceeded during zero adjustment FAIL will be displayed in the adjustment result dialog box Check that the cables are connected correctly and perform zero adjustment again Using the zero adjustment tool option If you are performing zero adjustment using the op...

Page 22: ...battery 3 7 V internal resistance of approx 1 Ω as the DUT 1 Connect the test leads and turn on the power See Connecting the test leads to the product p 11 2 Press MEASURE SAMPLE F1 to set the sampling speed to SLOW When measuring small internal resistance setting the speed to SLOW allows measurement of sta ble data 3 Press IMPEDANCE RANGE F1 to set the resistance measurement range to 300 mΩ 4 Pre...

Page 23: ...n as OVER Judgment result Measured value UP The measured value is greater than or equal to the upper judgment limit IN The measured value within the upper and lower limits LOW The measured value is less than or equal to the lower judgment limit Resistance measure ment display Voltage measure ment display Possible cause Poor contact to the DUT s positive or negative terminal This is normal behavior...

Page 24: ...fer If the measurement logging function is turned on using remote control 500 pairs of resistance and voltage measurements will be stored in the product The stored logs can be read collectively For details see Measurement logging and collective transfer function p 66 in Remote Control ...

Page 25: ...ANGE Resistance and voltage measurement upper judgment limit UPPER and lower judgment limit LOWER Unit of resistance judgment value Ω mΩ Display state Key lock enabled disabled Zero adjustment enabled disabled 1 Set the measurement conditions 2 Press STORE SHIFT VOLTAGE STORE appears in the top area of the display 3 Use the numeric keypad to enter a memory number and press ENTER The test condition...

Page 26: ...ons saved to the internal memory 1 Press RECALL SHIFT IMPEDANCE RECALL appears in the top area of the display 2 Use the numeric keypad to enter a memory number and press ENTER The test conditions are recalled and the recalled memory number appears in the top area of the display This completes the setting ...

Page 27: ... signal for the measurement start trigger To manu ally apply trigger signals select EXTERNAL You can apply triggers through the SIGNAL I O connector p 33 or the front panel p 29 1 Press MEASURE 2 Press TRIG F3 to select the value The value switches each time you press the key This completes the setting Measurement condition Description See Trigger source TRIG Sets the measurement start trigger to ...

Page 28: ...e down to 0 sec onds but the minimum delay is 0 005 seconds Example Even if you specify 0 001 seconds the actual delay will be 0 005 seconds 1 Press MEASURE 2 Press DELAY F4 to select ON or OFF The value switches between ON and OFF each time that you press the key 3 If you select ON enter the delay time using the numeric keypad and then press ENTER This completes the setting ...

Page 29: ... Manual 29 External Control External Control Settings Trigger input SNGL TRG When the trigger source p 27 is EXTERNAL you can apply triggers from the front panel 1 Press MEASURE 2 Press SNGL TRG F5 A trigger will be applied ...

Page 30: ...PM5 IN 7 PM6 IN 8 PM7 IN 9 STB IN Recall memories selected with the PM0 to PM7 signals p 34 10 Not used 11 Not used 12 Not used 13 COM SIGNAL I O common Isolated from the internal circuit and chassis 14 OHM UP OUT Resistance measurement judgment result UP p 33 15 OHM LO OUT Resistance measurement judgment result LOW p 33 16 Not used 17 V UP OUT Voltage measurement judgment result UP p 33 18 V LO O...

Page 31: ...wer supply or an external power supply delivering up to 30 V dc can be used Input signal Low active control High level input voltage 4 5 V to 30 V Low level input voltage 1 V or less Low level input current 3 mA pin Maximum applied voltage 30 V Output signal Output format NPN type BJT open collector output Maximum load voltage 30 V Maximum output current 0 05 A pin Internally insulated power suppl...

Page 32: ...t with delay p 28 5 ms minimum T3 Measurement time Measurement time average count Measurement time Time set with the sampling speed p 15 Average count Average count set with the average function p 16 T4 Computation time 0 3 ms T5 EOM signal output HOLD When EOM p 39 is set to HOLD Holds low level until the next measure ment T6 EOM signal output PULSE When EOM p 39 is set to PULSE Outputs a pulse f...

Page 33: ...l when the judgment result is UP and V LOW pin 18 is at low level when the judgment result is LOW Item Time T1 Trigger input pulse width 1 ms or more T2 Delay The time set with delay p 28 5 ms minimum T3 Measurement time Measurement time average count Measurement time Time set with the sampling speed p 15 Average count Average count set with the average function p 16 T4 Computation time 0 3 ms T5 ...

Page 34: ...g to the memory number you want to recall Enter the memory number 0 to 99 using a 2 digit BCD code Apply signals one bit at a time to PM7 to PM0 with 1 as low level L and 0 as high level H 2 Change STB from high level to low level and hold it for at least 1 ms Then set it back to high level The memory entry is recalled Memory number MSB LSB PM7 PM6 PM5 PM4 PM3 PM2 PM1 PM0 0 H H H H H H H H 1 H H H...

Page 35: ...ting p 37 Current Pulse Current pulse output setting p 38 EOM Signal EOM signal output setting p 39 Reset Function System Reset Reset to factory default p 42 Reset Reset settings to their factory defaults except the test conditions saved in mem ory and RS232C settings p 43 Link Setting Value Output Output measurements via RS232C or USB p 40 RS232 p 41 Baudrate RS232C baud rate Flow Ctrl RS232C flo...

Page 36: ...o select ON or OFF The value switches between ON and OFF each time that you press the F1 key This completes the setting SCPI error notification SCPI Err Enable or disable the beeps generated when SCPI communication errors occur 1 Press SYSTEM 2 Press SCPI Err F2 to select ON or OFF The value switches between ON and OFF each time that you press the F2 key This completes the setting ...

Page 37: ...frequency Line Freq Set the frequency of the power supply applied to the AC INPUT inlet to stabilize measurements 1 Press SYSTEM 2 Press Line Freq F3 to select 50 Hz or 60 Hz The value switches between 50 Hz and 60 Hz each time that you press the F3 key This completes the setting ...

Page 38: ... When Trigger source TRIG p 27 is set to EXTERNAL and CurrPulse is set to on measurement current runs only during measurement Current interference can be prevented by offsetting the trigger inputs between several instruments 1 Press SYSTEM 2 Press CurrPulse F4 to select ON or OFF The value switches between ON and OFF each time that you press the F4 key This completes the setting External trigger M...

Page 39: ...5 to select the value The value switches each time you press the F5 key 3 If you specify PULSE enter the time using the numeric keypad and then press ENTER This completes the setting Value Description HOLD When Trigger source TRIG p 27 is set to INTERNAL the signal is turned on after a mea surement is completed until the next measurement starts When the trigger source is set to EXTERNAL the signal...

Page 40: ...ss SNGL TRG on the front panel p 29 the measured value is output through the RS232C or USB interface This is valid when the Trigger source TRIG p 27 is set to EXTERNAL The output format is the same as Setting the response format p 74 1 Press SYSTEM 2 Use the and keys to select Link Setting 3 Press ValueOut F1 to select ON or OFF The value switches between ON and OFF each time that you press the F1...

Page 41: ... Press the or key to select RS232 Each time you press the key the item changes 3 Press the function key for the item you want to set and select the value The value switches each time you press the function key This completes the setting Item keys Value Baudrate F1 9600 19200 38400 57600 115200 Flow control FlowCtrl F2 NONE Xon Xoff ...

Page 42: ...product the settings return to their factory defaults except the measurement condi tions saved in memory and RS232C settings Returning all the settings to their defaults To return all the settings in this product to their factory defaults p 44 follow the procedure below 1 Press SYSTEM 2 Press the or key to select Reset Function Each time you press the key the item changes 3 Press Syst Rst F1 YES F...

Page 43: ...tory defaults p 44 except the measurement conditions saved in memory p 25 and RS232C settings p 41 follow the procedure below 1 Press SYSTEM 2 Press the or key to select Reset Function Each time you press the key the item changes 3 Press Reset F2 YES F5 A single beep is generated and the product is reset To cancel press ESCAPE ...

Page 44: ...y default reset MEASURE settings SAMPLE SLOW Yes AVERAGE OFF Yes TRIG INTERNAL Yes DELAY OFF Yes IMPEDANCE settings RANGE AUTO Yes UPPER OFF Yes LOWER OFF Yes Ω mΩ Ω Yes VOLTAGE settings RANGE AUTO Yes UPPER OFF Yes LOWER OFF Yes System settings General Key Beeper OFF Yes SCPI Error OFF Yes AC Line Freq 50 Hz Yes Current Pulse OFF Yes EOM HOLD Yes LinkSetting Value Output OFF Yes RS232 Baudrate 11...

Page 45: ... Item Specifications RS232C Hardware D SUB 9 pin connector male fitting screws 4 40 Input and output connectors are of terminal DTE specifications EIA 232 D compliant Transmission system Start stop synchronization Baudrate 9600 19200 38400 57600 115200 bps Data length 8 bit Parity None Stop bits 1 bit Message terminator During reception and transmission LF Flow control None Xon Xoff Electric speci...

Page 46: ...olon separates a higher node from a lower node Command Syntax In this manual SCPI commands are expressed in the following format SENSe AVERage STATe bool SENSe JUDGment RESistance STATe BOTH OFF UPPer LOWer INITiate IMMediate Basic Notation You can use long form and short form Long form SCPI commands are written with all the characters Short form SCPI commands are written by omitting the lowercase...

Page 47: ...ited by indicate that one of the delimited items is to be selected Do not include the and symbols in the actual program denotes a parameter Do not include the and symbols in the actual program denotes optional data The data enclosed in square brackets can be omitted If omitted the default value is applied Do not include the and symbols in the actual program Query You can query the device settings ...

Page 48: ...rogram data expression format that the this product uses is shown below Non numeric parameters Character data Character Character data is used when only a limited number of values are available for a program setting Responses are returned in long form with uppercase letters SAMPle RATE SLOW MEDium FAST Boolean data Boolean Boolean data is used to express a condition of 1 or 0 or ON or OFF Response...

Page 49: ...of Commands NR3 Represents a real number in scientific notation Details are given in the IEEE 488 2 Standard Digital Interface for Programmable Instrumentation If 380 is returned in the response data it is returned as 3 80000E 02 Five decimal places are used ...

Page 50: ...nt status register 0 EOM INDEX NOT USED NOT USED ERR NOT USED NOT USED NOT USED 1 0 2 3 4 5 6 7 Voltage Over Flow Resistance Over Flow Sense Opening Source Opening Source Reverse Connection Sense Reverse Connection NOT USED NOT USED NOT USED NOT USED NOT USED NOT USED NOT USED NOT USED NOT USED NOT USED 4 3 5 6 7 8 9 10 11 12 13 14 15 QUEStionable status register R Low R IN R Up V Low V Up PASS V ...

Page 51: ...when event status register bit 1 is set and the bit corre sponding to event status enable register 1 is true 2 4 Not used 3 8 QUES This bit is set to true when a bit is set in the QUEStionable status register and the corresponding bit in the QUEStionable status enable register is true 4 16 MAV This bit is set to true when a request is received from the digital programming interface and the product...

Page 52: ...NOT USED QYE DDE CME NOT USED EXE PON 1 0 2 3 4 5 6 7 1 0 2 3 4 5 6 7 Standard event status register Standard event status enable register Event status enable register 0 EOM INDEX NOT USED NOT USED ERR NOT USED NOT USED NOT USED 1 0 2 3 4 5 6 7 1 0 2 3 4 5 6 7 Status byte register R Low R IN R Up V Low V Up PASS V IN FAIL 1 0 5 Bit Bit weight Bit name Description 0 1 OPC Set when an OPC command is...

Page 53: ...me Description 0 1 R Low Set when the resistance measurement judgment result is LOW 1 2 R IN Set when the resistance measurement judgment result is IN 2 4 R Up Set when the resistance measurement judgment result is UP 3 8 V Low Set when the voltage measurement judgment result is low 4 16 V IN Set when the voltage measurement judgment result is IN 5 32 V Up Set when the voltage measurement judgment...

Page 54: ...sed 7 128 Not used 8 256 Sense Opening Positive or negative SENSE terminal open or no con tact 9 512 Source Opening Positive or negative SOURCE terminal open or no con tact 10 1024 Source Reverse Connection Positive and negative SOURCE terminals reversed 11 2048 Sense Reverse Connection Positive and negative SENSE terminals reversed 12 4096 Not used 13 8192 Not used 14 16384 Not used 15 32768 Not ...

Page 55: ...commands or queries until all operations that are in standby have completed CLS Clears all event status registers ESE 0 to 255 Sets the standard event status enable register ESE 0 to 255 Queries the standard event status enable register ESR 0 to 255 Queries and clears the standard event status register SRE 0 to 255 Sets the service request enable register SRE 0 to 255 Queries the service request e...

Page 56: ...e 0 to 1050 Sets the voltage measurement range VOLTage RANGe 6 00000E 0 to 1 00000E 3 Queries the voltage measurement range AUTorange 1 0 ON OFF RESistance VOLTage Sets the auto measurement range AUTorange ON OFF RESISTANCE VOLTAGE Queries the auto measurement range ADJust 0 1 Executes zero adjustment and queries the result ADJust CLEAr Clears zero adjustment SAMPle RATE FAST MEDium SLOW Sets the ...

Page 57: ...ng function LOG CLEAr Clears the log data LOG COUNt 0 to 500 Queries the number of log data entries LOG DATA Save number NR1 Resistance measure ment NR3 Voltage measurement NR3 Queries the log data Program header Parameter 1 Description SYSTem DATAout 1 0 ON OFF Sets the measurement output for when triggers are received SYSTem DATAout ON OFF Queries the measurement output setting for when trig ger...

Page 58: ...al Sets the trigger source TRIGger SOURce INTERNAL EXTERNAL Queries the trigger source setting TRIGger DELay STATe 1 0 ON OFF Sets the trigger delay TRIGger DELay STATe ON OFF Queries the trigger delay setting TRIGger DELay 0 to 9 999 Sets the trigger delay time TRIGger DELay 0 to 9 999 Queries the trigger delay time Program header Parameter 1 1 Response data for queries Description FETCh When mea...

Page 59: ...tion of all operations is complete When a query is made 1 is returned when the execution of all operations is complete WAI Prevents the product from executing subsequent commands until all operations that are in standby have completed When a product specific command is in use the WAI command may not operate properly Program header IDN Response Manufacturer Model Serial number Software version Exam...

Page 60: ...le register SRER Set using a total value of the weight p 51 of the bits you want to set STB Queries the contents of the status byte register STB and the MSS message The set bits are returned using a bit weight p 51 Program header ESE ESE Value Response 0 to 255 NR1 Example ESE 96 Set SESER bit 6 bit weight 64 and bit 5 bit weight 32 to 1 Program header ESR Value Response 0 to 255 NR1 Example ESR 3...

Page 61: ... event status register 1 ESE1 The set bits are returned using a bit weight p 53 QUEStionable status register Queries events Queries the event of the QUEStionable status register A query clears the contents of the register Program header ESE0 ESE0 ESE1 ESE1 Value Response 0 to 255 NR1 Example ESE0 34 Set ESER0 bit 1 bit weight 2 and bit 5 bit weight 32 to 1 ESE1 34 ESER1 bit 1 bit weight 2 and bit ...

Page 62: ...der STATus QUEStionable CONDition Value Response 0 to 3845 NR1 Program header STATus QUEStionable ENABle STATus QUEStionable ENABle Value Response 0 to 3845 NR1 Example STATus QUEStionable ENABle 1536 Set QUEStionable status enable register bit 9 bit weight 512 and bit 10 bit weight 1024 to 1 Program header FUNCtion FUNCtion Value RV RESistance VOLTage RV Displays the resistance and voltage RESist...

Page 63: ...nse NR3 Example Send VOLT RANG 500 The range is set to 600 V which allows 500 V to be measured Send VOLT RANG The present range setting 6 00000E 02 600 V is returned Note If AUTorange is set to ON 1 or VOLT the value changes automatically Program header AUTorange AUTorange Value 1 0 ON OFF RESistance VOLTage 1 ON Sets the resistance and voltage measurement range to auto 0 OFF Sets the resistance a...

Page 64: ...alue Response 2 to 99 NR1 Program header SENSe JUDGment STATe SENSe JUDGment STATe Value 1 0 ON OFF Response ON OFF Note The setting may change when a SENSe JUDGment RESistance STATe or SENSe JUDGment VOLTage STATe is received Program header SENSe JUDGment RESistance STATe SENSe JUDGment RESistance STATe Value BOTH OFF UPPer LOWer BOTH Turns on the upper and lower resistance limit judgment functio...

Page 65: ...he lower voltage limit judgment Response BOTH OFF UPPER LOWER Note If SENSe JUDGment STATe is set to ON 1 the value changes to BOTH Program header SENSe JUDGment RESistance UPPer SENSe JUDGment RESistance UPPer Value Response NR2 Unit Ω Note Set a value greater than the lower judgment limit Program header SENSe JUDGment RESistance LOWer SENSe JUDGment RESistance LOWer Value Response NR2 Unit Ω Not...

Page 66: ...clear Log count Program header SENSe JUDGment RESistance RESult Response UP IN LO OFF ERR UP The measurement exceeded the upper judgment limit IN The measurement is within the lower judgment limit and the upper judgment limit LO The measurement is less than the lower judgment limit OFF The judgment function is off ERR An error occurred Program header SENSe JUDGment VOLTage RESult Response UP IN LO...

Page 67: ...CPI command error sound Frequency Program header LOG DATA Response Save number NR1 Resistance measurement NR3 Voltage measurement NR3 Note All the logs are read consecutively An END character is sent at the end of the log Example When LOG DATA is sent 1 1 8348E 1 3 5685E 0 2 1 8354E 1 3 5685E 0 3 1 8360E 1 3 5685E 0 END Program header SYSTem DATAout SYSTem DATAout Value 1 0 ON OFF Response ON OFF ...

Page 68: ...easurement conditions When you send a command with a designated memory number measurement conditions is saved to the specified memory number Up to 100 entries can be saved to memory Recalling measurement conditions When you send a command with a designated memory number measurement conditions is recalled from the specified memory number Program header SYSTem KLOCk SYSTem KLOCk Value 1 0 ON OFF Res...

Page 69: ...or TRIGger SOURce p 72 is set to EXTernal Program header SYSTem BACKup Note Note that there is a limit to the number of times the conditions can be saved 1 million Program header SYSTem EOM MODE SYSTem EOM MODE Value HOLD PULSe HOLD When TRIGger SOURce p 72 is set to INTernal EOM is turned on after a measurement is completed until the next measurement starts When TRIG ger SOURce is set to EXTernal...

Page 70: ...is turned off when the last entry in the queue is read or when a CLS command is received Restoring the factory default settings Resets the product settings to their factory defaults p 75 Program header SYSTem ERRor Response Errors 0 No error There are no errors 100 Command error There is a command error 310 System error There is a system error 350 Queue overflow The error could not be placed in th...

Page 71: ...nt is completed the product changes to the trigger wait state Trigger flow chart C Sending INITiate or READ in the idle state 2 causes the product to change to the trigger wait state Sending TRG 3 or a TRIG IN signal to the SIGNAL I O con nector applies a trigger After outputting the measured value the product returns to the idle state Trigger flow chart D 3 If you send READ and the product change...

Page 72: ... to on Program header INITiate CONTinuous INITiate CONTinuous Value 1 0 ON OFF Response ON OFF Note This is automatically set to on when the power is turned on or when the product changes to local mode Program header INITiate IMMediate Note When continuous measurement INIT CONT is on an execution error occurs Program header TRIGger SOURce TRIGger SOURce Value INTernal EXTernal INTernal Uses the in...

Page 73: ...ITiate CONTinuous p 72 is set to OFF and TRIGger SOURce p 72 is set to EXTernal sending READ causes the product to switch to a trigger wait state If you send a SIGNAL I O TRIG IN signal the product makes a single measurement and the measured value is read Program header FETCh Response Any of the following responses will be returned depending on the DATA FORMat p 74 setting Resistance only Resistan...

Page 74: ...status of SIGNAL I O STB and TRIG IN Program header DATA FORMat DATA FORMat Value RESistance VOLTage RESistance VOLTage RESistance Resistance only VOLTage Voltage only RESistance VOLTage Resistance and voltage Response RESISTANCE VOLTAGE RESISTANCE VOLTAGE Example DATA FORMat RESistance VOLTage Program header IO IN Response 32 33 1 0 32 STB is on 33 STB and TRIG IN are on 1 TRIG IN is on 0 STB and...

Page 75: ...Se JUDGment RESistance STATe OFF SENSe JUDGment VOLTage STATe OFF SENSe JUDGment RESistance UPPer 0 SENSe JUDGment RESistance LOWer 0 SENSe JUDGment VOLTage UPPer 0 SENSe JUDGment VOLTage LOWer 0 Measurement logging and collective transfer function LOG STATe OFF System settings SYSTem DATAout OFF SYSTem BEEPer STATe OFF SYSTem SCPI ERRor OFF SYSTem LFRequency 50 SYSTem KLOCk OFF SYSTem ELOCk OFF S...

Page 76: ...s They are not guaranteed The processing times vary depending on the settings and the measurement conditions The values shown below do not include hardware response times Command Processing time ms RS232C 1 1 Baudrate 115200bps flow control Xon Xoff USB RESistance RANGe 2 2 Excluding the time required to switch the relay 270 250 SENSe JUDGment RESistance UPPer 270 250 FETCh 3 3 When resistance and...

Page 77: ...pane click COM and then Type Libraries From the list in the center of the window select VISA COM Type Library where is the VISA library version number and select the check box Click OK to close the dialog box Communicating through RS232C or USB Opening VISA Before you can use the VISA library to communicate with RS232C and USB devices you have to open VISA Specify an I O resource to open VISA Exam...

Page 78: ...I O resources through an external configuration table or similar tool Refer to the VISA manual Controlling the instrument Next we will use commands such as read and write commands to control the instrument You must include line feed codes in the command strings Examples msg WriteString TRIG SOUR INT vbLf Set the trigger source to internal trigger Closing VISA Finally close VISA In a sequence of op...

Page 79: ... sender As System Object ByVal e As System EventArgs Handles Button1 Click msg WriteString IDN vbLf TextBox1 Text msg ReadString 256 End Sub Set measurement conditions Private Sub Button2_Click ByVal sender As System Object ByVal e As System EventArgs Handles Button2 Click msg WriteString AUT 1 vbLf msg WriteString INIT CONT 0 vbLf msg WriteString TRIG SOUR INT vbLf msg WriteString DATA FORM RES V...

Page 80: ...ies Maintenance Calibration The product is calibrated before shipment To maintain long term performance we recommend the prod uct be calibrated once a year To have your product calibrated contact your Kikusui agent or distributor ...

Page 81: ...ications Voltmeter Item BIM1030 BIM1100 Rated input 300 V 1000 V Range 6 V 60 V 300 V AUTO 6 V 60 V 600 V 1000 V AUTO Maximum display value 1 1 Displays OVER when the measurement range is exceeded 6 V range 6 30000 V 6 30000 V 60 V range 63 0000 V 63 0000 V 300 V range 315 000 V 600 V range 630 000 V 1000 V range 1050 00 V Resolution 6 V range 10 μV 10 μV 60 V range 100 μV 100 μV 300 V range 1 mV ...

Page 82: ...t when the sampling speed is set to FAST and 2 digit when the sampling speed is set to MID 0 5 of reading 5 digit Temperature coeffi cient 3 mΩ range 0 05 of reading 1 digit C 30 mΩ range 0 05 of reading 0 5 digit C 300 mΩ range 0 05 of reading 0 5 digit C 3 Ω range 0 05 of reading 0 5 digit C Response time 4 4 The time for the product s measurement circuit to stabilize when a probe in an open sta...

Page 83: ...e key operation Zero adjustment Zero adjustment of the voltmeter and resistance meter OFF setting available Zero point clear function available Adjustment range 1000 digit Measurement logging and collective transfer function Records up to 500 sets of measurement logs Logs can be read collectively EOM function Outputs an EOM signal from the SIGNAL I O connector when a measurement is com pleted HOLD...

Page 84: ...pecification 2 0 Data rate 12 Mbps max Full Speed Device class Complies with USBTMC Specification 1 0 and USBTMC USB488 Specification 1 0 SIGNAL I O Hardware D SUB 25 pin connector For the pin arrangement see p 30 Output specifi cations Output method Open collector output 4 5 Vdc to 30 Vdc Output withstanding voltage 30 Vdc Output saturation voltage Approx 1 1 V approx 25 C Output current 400 mA T...

Page 85: ...0 3 2 EN 61000 3 3 Applicable under the following conditions The maximum length of all cabling and wiring connected to the product must be less than 2 5 m Shielded cables are used to connect to SIGNAL I O TL01 BIM clip type four wire test leads are used Electrical discharges are applied only to the DUT 3 This is a Class A instrument This product is intended for use in an industrial environment Thi...

Page 86: ...ns 300 11 81 214 8 43 80 3 15 MAX 20 0 79 MAX 115 4 53 Unit mm inches MAX 10 0 39 96 3 78 96 3 78 21 0 83 59 2 32 53 2 09 189 7 44 Used for both the foot and the M3 27 1 06 160 6 30 Four M3 screw holes max depth 6 mm 0 24 Foot 4 27 1 06 52 2 05 40 1 57 216 8 50 33 1 30 216 8 50 45 1 77 ...

Page 87: ...d pairs with the positive and negative SENSE wires and with the positive and negative SOURCE wires The shorter the untwisted section the more stable the measurement Connect the ends of SENSE and SOURCE to a single clip and the ends of SENSE and SOURCE to another clip WARNING Risk of electric shock Use test leads with a voltage rating that meets or exceeds the product s isolation voltage For detail...

Page 88: ...rdly any current flows through the test leads connected to the SENSE connector r2 and r3 can be ignored The resistances r1 and r4 of the test leads connected to the SOURCE connector does not affect the voltage measurement of the DUT so they can be ignored This makes it possible to ignore the test lead resistances and measure the voltage across the DUT which allows the internal resistance to be mea...

Page 89: ...BIM clip type four wire test lead This is a clip type test lead designed for AC four terminal measurement Maximum input voltage 1000 Vdc Branch length DUT side 395 mm 10 mm Total length 1200 mm 50 mm Branch length BIM side 120 mm 10 mm TL02 BIM pin type four wire test lead This is a pin type test lead designed for AC four terminal measurement Maximum input voltage 1000 Vdc Branch length DUT side 4...

Page 90: ...90 User s Manual BIM1000 Series Appendix Options OP01 BIM zero adjustment tool This tool can be used during zero adjustment with the clip type test leads ...

Page 91: ...he display when the POWER switch is turned on Rated voltage is not applied to AC INPUT Check that the power cord is not broken and that the connection at the AC INPUT inlet is secure p 9 SYSTEM ERROR is shown in the display A system error is occurring Turn the POWER switch off and then turn it back on Keys do not work Key lock is activated Press KEY LOCK SHIFT ENTER to release the key lock The pro...

Page 92: ...nt limit 17 18 M measurement conditions 15 25 memory 25 34 Menu keys 13 O operation sound 36 options 89 P power cord 9 power on off 10 POWER switch 10 R Range 17 18 23 reset 43 resistance measurement 17 RS 232C 41 45 S sampling 15 SIGNAL I O connector 30 specifications 81 stand 12 T The firmware version 10 Timing Charts 32 33 trigger 27 troubleshooting 91 U upper judgment limit 17 18 USB 45 V vers...

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Page 94: ... your Kikusui agent or distributor At that time inform your agent or distributor of the Part No written on the front cover of this manual Every effort has been made to ensure the accuracy of this manual However if you have any questions or find any errors or omissions please contact your Kikusui agent or distributor After you have finished reading this manual store it so that you can use it for re...

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