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Programmable Bidirectional DC Power Supply 62000D Series

Operating and Programming Manual

Remote Operation ............................................................................................ 5-1

Overview ............................................................................................................. 5-1

5.1.1

USB Interface .............................................................................................. 5-1

5.1.2

Setting GPIB and Ethernet Parameters ....................................................... 5-1

5.1.3

Ethernet Remote Control ............................................................................. 5-1

5.2

GPIB Function of 62000D Series ........................................................................ 5-2

5.3

Introduction to Programming ............................................................................... 5-2

5.3.1

Conventions ................................................................................................ 5-2

5.3.2

Numerical Data Formats.............................................................................. 5-2

5.3.3

Boolean Data Format .................................................................................. 5-3

5.3.4

Character Data Format ................................................................................ 5-3

5.3.5

Basic Definition ........................................................................................... 5-3

5.3.5.1

Command Tree Structure ........................................................................ 5-3

5.3.5.2

Program Headers .................................................................................... 5-3

5.3.5.3

Common Command and Query Headers ................................................. 5-4

5.3.5.4

Instrument-Controlled Headers ................................................................ 5-4

5.3.5.5

Program Header Separator (:) ................................................................. 5-4

5.3.5.6

Program Message ................................................................................... 5-4

5.3.5.7

Program Message Unit ............................................................................ 5-4

5.3.5.7.1

Program Message Unit Separator (;) ................................................. 5-4

5.3.5.7.2

Program Message Terminator (<PMT>) ............................................ 5-4

5.4

Traversal of Command Tree ............................................................................... 5-5

5.5

Execution Order .................................................................................................. 5-5

5.6

DC Power Supply Commands ............................................................................. 5-5

5.6.1

Common Command Syntax ........................................................................ 5-8

5.6.2

Specific Commands for 62000D Series ..................................................... 5-12

5.6.2.1

Subsystem ............................................................................................ 5-12

5.6.2.2

CONFIGURE ......................................................................................... 5-13

5.6.2.3

SOURCE Subsystem ............................................................................ 5-17

5.6.2.4

LOAD Subsystem .................................................................................. 5-21

5.6.2.5

FETCH Subsystem ................................................................................ 5-22

5.6.2.6

MEASURE Subsystem .......................................................................... 5-23

5.6.2.7

PROGRAM Subsystem ......................................................................... 5-23

5.6.2.8

SYSTEM Subsystem ............................................................................. 5-28

5.6.2.9

INSTRUMENT Subsystem .................................................................... 5-33

Operation Theory ............................................................................................. 6-1

6.1

Overview ............................................................................................................. 6-1

Self Test and Troubleshooting ........................................................................ 7-1

7.1

Overview ............................................................................................................. 7-1

7.2

Troubleshooting .................................................................................................. 7-1

Appendix A

Analog Interface Pin Assignments ....................................................... A-1

Appendix B

List of Protection ................................................................................... B-1

Summary of Contents for 62000D Series

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Page 2: ...Get more information by downloading Chroma ATE Solutions APP ...

Page 3: ...Programmable Bidirectional DC Power Supply 62000D Series Operating and Programming Manual Version 1 1 March 2021 ...

Page 4: ...ATE INC shall not be held liable for errors contained herein or direct indirect special incidental or consequential damages in connection with the furnishing performance or use of this material CHROMA ATE INC 88 Wenmao Rd Guishan Dist Taoyuan City 333001 Taiwan Copyright Notices Copyright 2020 Chroma ATE INC all rights reserved Reproduction adaptation or translation of this document without prior ...

Page 5: ...s or operations repairs will be billed at cost Chroma assumes no responsibility for its product being used in a hazardous or dangerous manner either alone or in conjunction with other equipment High voltage used in some instruments may be dangerous if misused Special disclaimers apply to these instruments Chroma assumes no liability for secondary charges or consequential damages and in any event C...

Page 6: ...f the specified chemical substance exceeds the threshold level specified in the standards of SJ T 11363 2006 EU Directive 2011 65 EU and 2015 863 EU Remarks 1 The CE marking on product is a declaration of product compliance with EU Directive 2011 65 EU and 2015 863 EU 2 This product is complied with EU REACH regulation and no SVHC in use Disposal Do not dispose of electrical appliances as unsorted...

Page 7: ...transitioned to lead free solder assembly at this moment however most of the components used are RoHS compliant 2 The environment friendly usage period of the product is assumed under the operating environment specified in each product s specification 3 This product is complied with EU REACH regulation and no SVHC in use Disposal Do not dispose of electrical appliances as unsorted municipal waste ...

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Page 11: ...ective grounding wire or disconnect the wiring of protective grounding terminal Doing so will cause a potential shock hazard that may bring injury to a person FUSES Only fuses with the required rated current voltage and specified type normal blow time delay etc should be used Do not use repaired fuses or short circuited fuse holders To do so could cause a shock or fire hazard DO NOT OPERATE IN AN ...

Page 12: ...ot explicitly stated This symbol indicates the power connector does not provide grounding Frame or chassis To identify a frame or chassis terminal Alternating Current AC Direct Current DC Alternating Current AC Direct Current DC Rotating Power Switch The WARNING sign highlights an essential operating or maintenance procedure practice condition statement etc which if not strictly observed could res...

Page 13: ... The following lists the additions deletions and modifications in this manual at each revision Date Version Revised Sections Oct 2020 1 0 Complete this manual Mar 2021 1 1 Add 100V 1200V and 1800V models of 62000D Series ...

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Page 15: ...nection 2 6 2 4 Remote Sensing 2 9 2 4 1 Correct Connection 2 9 2 4 2 Reverse Connection of Remote Sensing Wire Polarity 2 9 2 5 Output Connection 2 10 2 5 1 Rear Panel Output 2 10 2 5 2 Specification of Connecting Wire 2 13 2 5 3 Specification of Parallel Capacitance 2 13 2 5 4 Installing the Handle 2 13 2 6 Power On Procedure 2 14 3 Manual Operation 3 1 3 1 Introduction 3 1 3 2 Menu for Setup 3 ...

Page 16: ...easurement Calibration 3 40 3 2 4 4 2 Current Output and Measurement Calibration 3 42 3 2 4 4 3 APG Voltage Output Calibration 3 45 3 2 4 4 4 APG Voltage Measurement Calibration 3 47 3 2 4 4 5 APG Current Output Calibration 3 50 3 2 4 4 6 APG Current Measurement Calibration 3 52 3 2 4 5 External Output 3 55 4 Program Sequence 4 1 4 1 List Mode 4 2 4 1 1 PROGRAM Settings 4 3 4 1 1 1 Setting Ext Tri...

Page 17: ... 5 5 Program Header Separator 5 4 5 3 5 6 Program Message 5 4 5 3 5 7 Program Message Unit 5 4 5 3 5 7 1 Program Message Unit Separator 5 4 5 3 5 7 2 Program Message Terminator PMT 5 4 5 4 Traversal of Command Tree 5 5 5 5 Execution Order 5 5 5 6 DC Power Supply Commands 5 5 5 6 1 Common Command Syntax 5 8 5 6 2 Specific Commands for 62000D Series 5 12 5 6 2 1 Subsystem 5 12 5 6 2 2 CONFIGURE 5 13...

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Page 19: ...waveform provides multiple output voltage and current combinations in real time for long period tests 6 Rotary knob control on the front panel to set the output voltage and current 7 Touch panel provides users a high brightness and wide viewing angle interface for manual operation 8 Via GPIB CAN option USB Ethernet or APG analog programmable interface interface to do remote control 9 Active PFC de...

Page 20: ... CV CC status indicators 6 Output status indicators 1 2 4 Control Signals for Input 1 Remote sense input for voltage drop compensation 2 Analog programming signal allowing the output program and current to be sent using an analog reference signal 3 Remote inhibit control signal TTL 1 2 5 Measuring and Editing 1 Measurement for voltage current and power 2 10 programs and 100 sequences to edit volta...

Page 21: ...Adjustment Range Range 0 110 programmable Accuracy 1 of full scale output Programming Response Time Rise Time Full Load 10ms Rise Time No Load 10ms Fall Time Full Load 10ms Fall Time No Load 10ms Slew Rate Control Voltage slew rate range10 0 001V ms 10V ms Current slew rate range 0 001A ms 10A ms 0 001A ms 20A ms 0 001A ms 30A ms Minimum transition time 0 5 ms Efficiency6 Source 0 91 Sink 0 90 Sou...

Page 22: ...gital Interface 0 3 of Pmax Voltage Analog Interface 0 2 of Vmax Current Analog Interface 0 3 of Imax APG Measure Accuracy Voltage Analog Interface 0 5 of Vmax Current Analog Interface 0 75 of Imax GPIB Command Response Time Vout setting GPIB send command to DC source receiver 20ms Measure Volt Current Under GPIB command using Measure 25ms Analog Interface I O Voltage and Current Programming input...

Page 23: ...eutral 3Φ 200Vac 220Vac 10 3Φ 380Vac 480Vac 10 Output 8kW 200 220 Vac input Output 12kW 380 480 Vac input w o Neutral 3Φ 200Vac 220Vac 10 3Φ 380Vac 480Vac 10 Output 12kW 200 220 Vac input Output 18kW 380 480 Vac input w o Neutral AC frequency range 47 63 Hz Power factor Source PF 0 97 220Vac PF 0 97 380Vac PF 0 95 480Vac Regn PF 0 97 220Vac PF 0 95 380Vac PF 0 92 480Vac Source PF 0 97 220Vac PF 0 ...

Page 24: ... rms Current5 30mA 60mA 90mA OVP Adjustment Range Range 0 110 programmable Accuracy 1 of full scale output Programming Response Time Rise Time Full Load 20ms Rise Time No Load 10ms Fall Time Full Load 20ms Fall Time No Load 10ms Slew Rate Control Voltage slew rate range10 0 001V ms 60V ms Current slew rate range 0 001A ms 20A ms 0 001A ms 40A ms 0 001A ms 60A ms Minimum transition time 0 5ms Effic...

Page 25: ... Pmax Voltage Analog Interface 0 2 of Vmax Current Analog Interface 0 2 of Imax APG Measure Accuracy Voltage Analog Interface 0 5 of Vmax Current Analog Interface 0 75 of Imax GPIB Command Response Time Vout setting GPIB send command to DC source receiver 20ms Measure Volt Current Under GPIB command using Measure 25ms Analog Interface I O Voltage and Current Programming inputs I P Voltage 0 10Vdc ...

Page 26: ...80 480 Vac input w o Neutral 3Φ 200Vac 220Vac 10 3Φ 380Vac 480Vac 10 Output 8kW 200 220 Vac input Output 12kW 380 480 Vac input w o Neutral 3Φ 200Vac 220Vac 10 3Φ 380Vac 480Vac 10 Output 12kW 200 220 Vac input Output 18kW 380 480 Vac input w o Neutral AC frequency range 47 63 Hz Power factor Source PF 0 97 220Vac PF 0 97 380Vac PF 0 95 480Vac Regn PF 0 97 220Vac PF 0 95 380Vac PF 0 92 480Vac Sourc...

Page 27: ...djustment Range Range 0 110 programmable Accuracy 1 of full scale output Programming Response Time Rise Time Full Load 20ms Rise Time No Load 10ms Fall Time Full Load 20ms Fall Time No Load 10ms Slew Rate Control Voltage slew rate range10 0 001V ms 120V ms 0 001V ms 180V ms Current slew rate range 0 001A ms 20A ms Minimum transition time 0 5ms Efficiency6 Source 91 Sink 92 Source 91 Sink 92 Source...

Page 28: ...igital Interface 0 3 of Pmax Voltage Analog Interface 0 2 of Vmax Current Analog Interface 0 2 of Imax APG Measure Accuracy Voltage Analog Interface 0 5 of Vmax Current Analog Interface 0 75 of Imax GPIB Command Response Time Vout setting GPIB send command to DC source receiver 20ms Measure Volt Current Under GPIB command using Measure 25ms Analog Interface I O Voltage and Current Programming inpu...

Page 29: ...380Vac 480Vac 10 Output 12kW 200 220 Vac input Output 18kW 380 480 Vac input w o Neutral AC frequency range 47 63 Hz Power factor Source PF 0 97 220Vac PF 0 97 380Vac PF 0 95 480Vac Regn PF 0 97 220Vac PF 0 95 380Vac PF 0 92 480Vac General Specification Maximum Remote Sense Line Drop Compensation12 2 of full scale voltage per line 4 total Operating Temperature Rage 0 C 40 C Storage Temperature Rag...

Page 30: ... line and load 10 The fall rate will be affected by the discharge rate of the output capacitors especially under no load condition For 220Vac No load VS R max 50V ms Full load VS R max 25V ms 11 From 20 Hz to 20 MHz for peak to peak noise from 20 Hz to 300 kHz for rms noise 62180D 100 62180D 600 Measured across a 44nF 104 7μF capacitor at the output terminal Reference TN board Capacitor 12 VO IO O...

Page 31: ...horizontally top side up when using or for storage Do not stand the power supply vertically for long time period to avoid internal damage to the supply Figure 1 1 Voltage from the two output terminals to earth varies with the 62000D Series models as Table 1 2 shows below Table 1 2 Model Max Voltage Vdc Difference between Output Terminal and Earth 62060D 100 1 000 62120D 100 62180D 100 62060D 600 3...

Page 32: ...the icons as they appear on the touch screen to set the voltage current measurements control the program sequence preview the output waveform and display the test results 3 USB HOST Allows for programs to be read download data and upgrade firmware etc 4 Rotary Knob The rotary knob is used to edit the settings on the screen When the settings are complete press the rotary knob to confirm the input v...

Page 33: ...connectors could cause damage to the power supply or the device under test 5 Ethernet connector The remote controller uses ETHERNET bus to connect to PC for remote operation 6 USB port The remote controller uses USB bus to connect to PC for remote operation 7 System bus It is for serial parallel data transmission Remove this cable if the power supply is not connected in series or parallel 8 ANALOG...

Page 34: ...Programmable Bidirectional DC Power Supply 62000D Series Operating and Programming Manual 1 16 Figure 1 4 GPIB CAN Interface 1 5 Dimension Figure 1 5 Dimension of 62000D 100 Models ...

Page 35: ...Overview 1 17 Figure 1 6 Dimension of 62000D 600 1200 1800 Models ...

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Page 37: ...tainer and that the shipping container is kept for future reference The standard accessories list of 62000D 100V is listed as follows Standard Accessories Item Name Current Sharing Cable Display port USB Cable Stylus Stylus Spring Wire P N W38 000418 1 W38 000082 1 A55 000289 1 G55 001131 1 Item Name USB Cable Hoop Ethernet Cable Hoop Ethernet Cable User s Manual Disk P N G32 005010 1 G32 005011 1...

Page 38: ...t P N G28 000146 2 H61 401020 8 H81 800000 4 H71 805800 2 Item Name Output Cover Set M3x6L Flat Head Screw SP Washer 8Φ M4x8 Screw P N G29 000124 1 pcs G29 000123 1 pcs G53 000809 1 pcs W61 006000 2 pcs H61 300621 6 pcs H61 300621 3 H82 800000 2 H61 400850 2 Item Name M3x6 Screw M4x10 Screw M4x16 Screw M8x20 Screw P N H69 300641 2 H61 401052 2 H69 401550 2 H61 802030 2 ...

Page 39: ...haring Cable Display port Stylus Spring Wire P N W38 000418 1 W38 000082 1 A55 000289 1 G55 001131 1 Item Name USB Cable Hoop Ethernet Cable Hoop Ethernet Cable User s Manual Disk P N G32 005010 1 G32 005011 1 W31 000053 1 F30 000286 1 Item Name AC Input Connector AC Input Connector Cover Input Cable Cleat Input Cable Cleat P N W52 000098 1 G29 000106 1 G32 014501 1 G32 014502 1 ...

Page 40: ...4x10 Screw M4x16 Screw M5x15 Screw P N H69 300641 2 H61 401052 2 H69 401550 2 H61 501550 2 1 Please keep all of the packing materials in case the device has to be returned for repair 2 Do not return the instrument to the factory without obtaining prior RMA acceptance from Chroma 3 Check if all accessories that are listed in the packing list are all received The power supply is too heavy for one pe...

Page 41: ...1 In door use 2 Altitude up to 2 000 meters 3 Operating Temperature 0 C to 40 C 4 Maximum relative humidity is 65 at 25 C and increasing linearly to 90 relative humidity for temperature up to 40 C 5 Input AC supply voltage fluctuations can up to 10 of the rated voltage 6 Transient over voltage is impulse withstand CAT II 7 Pollution degree II 2 3 Requirements of Input Power 2 3 1 Ratings 1 Model 6...

Page 42: ... 47 63Hz VLL 200 220V 10 3 4W 47 63Hz Maximum input power 20kVA 14 2kVA Max Input Current Model Vin 62060D 600 62120D 600 1200 62180D 600 1200 1800 200Vac 15A 30A 45 5A 380Vac 10A 20A 30A 480Vac 8A 16A 24A 2 3 2 Input Connection 1 The input power connector is located at the right of rear panel 2 The power line must be rated at least 105 C 3 The power cable width must be 8AWG at least 4 Assembly se...

Page 43: ... the power cord must be done by a professional and compliant with local electrical codes 1 Be sure to select an appropriate withstand voltage cable based on the varied input voltage 2 To ensure the operation safety follow the input power source during installation to select the current rated breaker that closes to each phase and connect it to the input terminal in series 3 The breaker should be in...

Page 44: ...ion references when the ambient temperature is 30 C Table 2 2 PVC 105 C Cable Specification Conductor Area Sectional Area mm2 Safe Current A Copper Conductor Aluminum conductor 1 25 15 2 0 20 3 5 30 5 5 40 8 0 55 14 70 50 22 90 70 30 120 90 38 145 100 50 175 120 80 230 150 100 260 200 125 300 240 150 350 270 200 425 330 250 500 380 325 600 450 400 700 500 500 800 600 Table 2 3 Breaker Rating Model...

Page 45: ...ould meet the 3kV specification 3 Though remote sensing is able to compensate the voltage drop if the line loss is too large see specification it will cause protection error on remote sensing 4 Remote sensing wire must be connected to the DC power supply s local output OR the UUT s remote input Figure 2 2 2 4 2 Reverse Connection of Remote Sensing Wire Polarity The polarity of remote sensing wire ...

Page 46: ...se wire correctly to the DC power supply local output or the Load UUT before operating the power supply 2 5 Output Connection The output connector of 62000D Series DC power supply is located at the upper middle area on the rear panel The load is connected to and output terminal 2 5 1 Rear Panel Output 1 The output terminal is located at the upper middle area on the rear panel 2 The output cable mu...

Page 47: ...r protective cover a cable with wider diameter is needed To ensure the output terminal is not stressed assemble it as Figure 2 4 Figure 2 5 shows First thread the wire through the holes on the cover as shown in Figure 2 4 Figure 2 5 a and then secure the cable to the output copper as shown in Figure 2 4 Figure 2 5 b Next secure the protective cover to the rear panel as Figure 2 4 Figure 2 5 c show...

Page 48: ...800V Output Models 1 To meet the safety requirement the safety cover must be tightly secured 2 The diameter of the wire connected to load must be able to carry the maximum current applied 3 Be sure to select proper output wire that can withstand the voltage based on the model For safety do not exceed rated current varies with 62000D series models for the output current CAUTION WARNING ...

Page 49: ...in diameter to avoid overheating and causing a hazard 2 5 3 Specification of Parallel Capacitance The parallel capacitance for output varies with the 62000D Series models as listed in Table 2 6 Table 2 6 Model Max Parallel Capacitance for Output μF 62060D 100 6 666 62120D 100 13 333 62180D 100 20 000 62060D 600 1 666 62120D 600 1200 3 333 62180D 600 1200 1800 5 000 To ensure the system s stability...

Page 50: ...n Procedure Plug in the power cord and turn on the power switch on front panel The DC power supply will run a series of self tests The display on the front panel will turn on to run self tests for CPLD complex programmable logic device SRAM and EEPROM memory data and communication as Figure 2 7 shown below Figure 2 7 ...

Page 51: ... circuit may not be able to reset if it is powered off and on immediately It is suggested to wait for 3 seconds after powered off and power it on again Before turning on the instrument all protective grounding terminals extension cord and devices must connect to earth The hazard of potential electric shock may occur if any interrupted grounding and could cause injury or death WARNING CAUTION ...

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Page 53: ... you various settings for configuring the system functions of DC power supply The functions include 1 Meas Setup To set output voltage current and power parameters 2 Output Setup To set various output parameters including voltage current slew rate and etc 3 System Setup To set the display panel various protections time and factory defaults 4 Program Seq To set LIST MODE V_STEP MODE 5 Advance To se...

Page 54: ...Programmable Bidirectional DC Power Supply 62000D Series Operating and Programming Manual 3 2 Figure 3 2 ...

Page 55: ...o the set voltage Method 2 1 Tap on the panel to use Rotary knob and tap V next to the numbers of Vset the cursor at the lower right of the number on the main screen will flicker 2 When using Rotary knob for setting pressing the knob can move the cursor to individual digit and then turn the rotary knob to increase or decrease the set value 3 Press to output the set voltage Be noted that in order t...

Page 56: ... Tap the drop down menu and select Source Mode the panel will switch to the screen as Figure 3 5 shows 2 The rest settings are same as Source Load Mode In Source Mode negative current will still be generated even when the output is reversed It is recommended to add blocking diode when connected to the source WARNING Source Mode DUT 62000D Bi DC SOURCE SVO VO SVO VO ...

Page 57: ...ad Mode the panel will switch to the screen as Figure 3 6 shows 2 The rest of the settings are same as Source Load Mode In Load Mode positive current will still be generated even when the output voltage is drops suddenly It is recommended to add a blocking diode at customer site WARNING Load Mode DUT 62000D Bi DC SOURCE SVO VO SVO VO ...

Page 58: ...Series Operating and Programming Manual 3 6 Figure 3 6 3 2 2 Output Setup Tap Output Setup in Menu screen to enter the setup page as Figure 3 7 shows Figure 3 7 The values for reference only in Figure 3 7 are not the default settings of DC power supply ...

Page 59: ...UZZER will beep one time if BUZZER is set to ON and the main screen will automatically prompt a warning message 3 2 2 4 I Limit Select the I Limit Max Min corresponding space to set the value Use this option can narrow down its range by setting the MIN and MAX When setting the output current the DC power supply allows setting the current within the range of MIN value user defined value MAX value w...

Page 60: ...lew Rate is 60V ms and the minimum is 0 001V ms The output of DC power supply will follow the slew rate to rise to the set output voltage while the fall slew rate is limited by load See Figure 3 9 for the calculation formula Vo Time mS ΔT ΔV V SR T Figure 3 9 The minimum transient time is ΔT 0 5 ms 3 2 2 7 I SLEW RATE 1 Select the I slew rate corresponding space as shown in Figure 3 8 to set the v...

Page 61: ...so when the DC power supply is OFF and the voltage is lower than VDC_F the pin1 DCOUT_ON of the ANALOG INTERFACE on the rear panel will turn to LOW allowing you to use them for other purpose as Figure 3 11 shows VDC_R VDC_F t VO DC_ON Figure 3 11 Set DC_ON as described below 1 The setting page is shown as Figure 3 7 Use the touch panel to enter the value The low limit of DC_ON RISE FALL is 0V and ...

Page 62: ...the DC power supply Tap Sys Information to access it The display of each item is explained as follows Device Model Displays the power supply model no as shown in Figure 3 13 Serial No Displays the device serial no as shown in Figure 3 13 Host Displays the version of CPLD PCB and UI as shown in Figure 3 13 AD1 AD3 Displays the firmware version no of front stage module as shown in Figure 3 14 DD1 DD...

Page 63: ...Manual Operation 3 11 Figure 3 13 Figure 3 14 ...

Page 64: ...pply to its factory default settings 1 In Menu page tap System Setup and select Factory Default the screen appears as Figure 3 16 shows 2 Tap Recall Factory Default A warning message will prompt as Figure 3 17 shows It will remain the last configuration settings saved by you if No is selected and return all configurations to the factory default if Yes is selected Figure 3 16 ...

Page 65: ...e device is doing burn in to prolong the product life of VFD display 2 Tap Language to set the desired language 3 The buzzer sounds when the touch panel or the rotary knob on the front panel is tapped or turned to remind user It can be turned off if it is not necessary The default is ON 1 BUZZER has two options ON OFF 2 When the BUZZER is set to ON press any key or turn the rotary knob will beep o...

Page 66: ...des over voltage over current over power and FOLDBACK while the second type protection includes over temperature fan failure and over under input voltage The first class protection trigger point is set by user as described below while the second class protection is auto detected by the system hardware protection circuit In System Setup page select Protection to set each protection as shown below T...

Page 67: ...he output voltage exceeds the range it will turn off the output that is OUTPUT OFF to protect the unit under test Table 3 1 shows the voltage range of OVP Table 3 1 Model Min OVP V Max OVP V 62xxxD xxxx 0 1 10 x Vo_MAX When OVP occurs the main page will prompt a protect message as Figure 3 21 shows Tap Confirm to return to the setup page Figure 3 21 ...

Page 68: ... over current Table 3 2 shows the current range of OCP Table 3 2 Model Min OCP A Max OCP A 62xxxD xxxx 0 1 10 x Io_MAX When OCP occurs the main page will prompt a protect message as Figure 3 22 shows Tap Confirm to return to the setup page Figure 3 22 3 2 3 4 3 OPP Use the touch panel to set OPP 18900 This function sets the protection point for Over Power Once the output power exceeds the range it...

Page 69: ...afety Int Lock mode to disable or enable as Figure 3 24 shows Figure 3 24 1 Set to disable It closes this function 2 Set to enable It enables the Safety Int Lock The DC power supply s ON OFF is still controlled by When the PIN 3 of ANALOG INTERFACE is at low level it indicates the power supply is outputting normally and when it is at high level it closes the power supply output temporary the is st...

Page 70: ...sage as Figure 3 25 shows Figure 3 25 3 Pin 3 is the input pin of TTL Level and is able to set the initial state to PULL HIGH or PULL LOW 4 When the DC power supply is set to OUTPUT ON the detail actions of Safety Interlock are as shown in Figure 3 26 INTERLOCK SIGNAL INTERLOCK DISABLE INTERLOCK ENABLE Output Output Figure 3 26 3 2 3 4 5 FOLDBACK This function allows users to turn off the output t...

Page 71: ...Once the operating mode changes to CC MODE the system will turn off the output to protect the UUT 3 CC TO CV Active in CC MODE only Once the operating mode changes to CV MODE the system will turn off the output to protect the UUT When the FOLDBACK option set to CV TO CC or CC TO CV a selection for DELAY TIME will prompt beneath for users to set the delay time for protection after changed the mode ...

Page 72: ...nds when a mode change is detected If the change time of mode is less than t seconds it will return to its original state and Foldback protection will not occur as Figure 3 30 shows DELAY TIME C V MODE CC MODE Time FOLDBACK PROTECTION DC SOURCE OPERATION MODE Figure 3 30 Assuming the Foldback is set to CV TO CC the solid line in Figure 3 30 will create Foldback protection while the dot line will n...

Page 73: ...et the desired average times Reading Average Time can be set to 1 2 3 and 4 Figure 3 32 1 Assuming the Reading Average Time is set to 8 Average Method to FIXED readings sampling is that the device clears all of the old samples A1 A8 in the buffer and saves the new samples B1 B8 then average them in repetition as Figure 3 33 shows ...

Page 74: ...fer buffer Next time A1 A2 A3A4 A5 A6A7A8 A9 A10 Figure 3 34 3 The panel reading is refreshed in the rate of 200ms Following is the way to change the Average Method 4 Tap the touch screen to select the desired average method Average Method can be set to FIXED and MOVING as shown in Figure 3 35 Figure 3 35 3 2 3 6 Screenshot In Factory Default tap Screenshot to turn on or off the screen capture gad...

Page 75: ...Manual Operation 3 23 Figure 3 36 3 2 4 Configuration 3 2 4 1 Interface Tap Configuration in Menu page and select Interface and APG as shown in Figure 3 37 and Figure 3 38 Figure 3 37 ...

Page 76: ...APG is able to perform the following two functions 1 use the analog signal control panel to set the value and 2 Use the analog signal to indicate the panel measurement Users can specify the value of set and measured values separately as described below 1 Tap Interface and select APG to appear the screen as Figure 3 39 or Figure 3 40 shows Figure 3 39 ...

Page 77: ... 2 selections for I LOAD SET which are NONE Vref 0 10V where NONE It means not using the programming function Vref 0 10V It means using the external voltage source as the programming setting 5 V MEAS Use the touch panel to set the mode There are 2 selections for APG VMEAS which are NONE Vref 0 10V where NONE It means not using the programming function Vref 0 10V It means using the external voltage...

Page 78: ... shows Figure 3 42 3 When using APG in case the error is too large be sure to calibrate the APG settings and measurements first 4 For APG pin assignments please refer to Appendix A Analog Interface Pin Assignments 3 2 4 1 2 LAN This DC power supply uses LAN to provide remote operation The LAN address is required for remote operation 1 The user needs to connect the network cable to the DC power sup...

Page 79: ... Swipe left to second page as Figure 3 44 shows the DC Power Supply will automatically detect external network address Manual Detect 1 Tap DHCP to set it to OFF 2 Tap IP ADDR and set it 3 Tap SUBNET MASK and set it 4 Swipe left to the second page tap GATEWAY ADDR and set it 5 Tap Apply and wait for connection 6 Touch the upper left corner to enter into Menu page 7 Tap MEAS Setup to return to the m...

Page 80: ...rk is under setting ETHERNET MODULE FAIL It means the network module is fail 2 The ETHERNET IP address is 0 255 In ETHERNET setting DHCP ON will get the address automatically and DHCP OFF will get the address manually Once the IP address is set it needs to set APPLY YES for the address to be in effect 3 2 4 1 3 GPIB This DC power supply supports remote operation via GPIB function It is necessary t...

Page 81: ...lies supports remote operation via the CAN bus It is necessary to set the baudrate before operating remotely 1 In the Interface page select CAN as the screen shows in Figure 3 46 or Figure 3 47 shows 2 Tap Mode to set the bit number 3 Tap Padding and set it 4 Tap Baud and set it from the drop down menu 5 Tap Cyclic Time to set 6 Swipe left to second page then tap ID to set 7 Tap Mask to set 8 Tap ...

Page 82: ... of each parameter 2 Touch the upper left corner to enter into Menu page 3 Tap MEAS Setup to return to the main page 3 2 4 1 5 USB The D series power supplies support remote operation via the USB bus It is necessary to query the USB address before operating remotely 1 In Interface page select USB to enter into the USB Address screen as Figure 3 48 shows ...

Page 83: ...ge is 1200V when connected in series and if connecting in series and 5400A when instruments are connected in parallel For proper series mode operation the power supplies must be equipped with a keypro fixture Users must not use supplies in series without the keypro Be sure to contact Chroma s Service Center or agent before purchasing It is highly dangerous to configure 62000D supplies in series wi...

Page 84: ...vices Max Output Current A 62060D 100 2 200 10 1800 62120D 100 2 200 10 3600 62180D 100 2 200 10 5400 62060D 600 2 1200 10 400 62120D 600 2 1200 10 800 62180D 600 2 1200 10 1200 62120D 1200 0 1200 10 400 62180D 1200 0 1200 10 400 62180D 1800 0 1800 10 400 3 Some models maybe unable to be operated in parallel or serial 4 Verify facility breaker capacity is large enough and the earth wire is grounde...

Page 85: ...special keypro fixture required for series mode 3 2 4 2 1 Output Connection in Series Output connections for series operation are shown in Figure 3 51 Dotted lines show sense line connections and should be twisted pairs Figure 3 51 3 2 4 2 2 Output Connection in Parallel The output connections for connecting three DC power supplies in parallel are shown in Figure 3 52 Dotted lines indicate sense l...

Page 86: ...unication Interface 1 When two DC power supplies are connected in series or parallel the DisplayPort connector on the rear panel must be connected as shown in Figure 3 53 Figure 3 53 2 When three DC power supplies are connected in series or parallel for operation the DisplayPort connector on the rear panel must be connected as shown in Figure 3 54 ...

Page 87: ... is necessary to return to single unit mode from series or parallel mode of operation the DisplayPort connection must be removed or the single unit will not work normally 3 2 4 2 4 Setting Series Parallel Operation Mode It is necessary to set SLAVE first and MASTER last when operating 62000D Series supplies in series or parallel mode or a communication error may result 1 In Menu page tap Configura...

Page 88: ...sets for connecting in series are 2 therefore the maximum number of Master 1 is 1 4 The total sets for connecting in parallel are 10 therefore the maximum number of Master 9 is 9 3 2 4 2 5 Parallel Mode Connection 1 When the parallel communication interface is installed follow the steps described in previous section to enter into Serial Parallel page as Figure 3 55 shows 2 Set on one unit to Maste...

Page 89: ...tomatically enter into Serial Parallel mode as Figure 3 58 shows Note Standalone operation is invalid in this mode 2 Set one device to Master and the other to Slave 3 Enable the M S Control to perform series connection control When the connection is successful the Master device displays as Figure 3 59 ex 62180D 600 shows while the Slave device displays as Figure 3 57 shows ...

Page 90: ...rogramming Manual 3 38 Figure 3 58 Figure 3 59 3 2 4 3 Power On Status This function automatically loads the default output status after powered on so that you don t have to set it again 1 In Configuration page select Power On Status display will appear as Figure 3 60 shows ...

Page 91: ...OUTPUT OFF B When set to Last Turn Off the DC power supply will log the command voltage command current and output state before powering off so that the power supply will return to these settings when next powered on C When set to User Define a setting line will prompt beneath the Power ON Status line as Figure 3 61 shows to set the default power on state including voltage V_SET current I_SET and ...

Page 92: ...t output in analog current control mode 5 APG V MEA the accuracy of analog V Monitor 6 APG I MEA the accuracy of analog I Monitor In Configuration page select Calibration and it will appear as Figure 3 62 shows Figure 3 62 The DC power supply should be calibrated annually For further requirements please contact Chroma to arrange for calibration again The voltage default calibration points of 62000...

Page 93: ...nducting the voltage calibration each calibration point has to key in at least 5 Arabic numerals to ensure the power supply accuracy after calibration Calibration Procedure Model 62180D 600 1 In Calibration page tap Host V to list the voltage calibration items as shown in Figure 3 64 Figure 3 64 2 First complete the point 1 voltage calibration by tapping START next to V point 1 The DC power supply...

Page 94: ...e the calibration parameters if there is no need to save this data as shown in Figure 3 65 Figure 3 65 1 Calibration points will be different for other models above example is for Model 62180D 600 It is necessary to remove the output load when performing voltage calibration When performing this procedure make sure there is no load connected to the output and sense line jumper are in place at the r...

Page 95: ...del 62180D 600 1 Set the DC Power Supply to CV mode at 100V 2 In the Calibration page tap Host V to set HOST I and list the current calibration items as shown in Figure 3 67 Figure 3 67 3 First perform the calibration of I source point 1 by tapping START next to I source point 1 The DC power supply will output the current to approximately 12 00A Enter the accrual current measured by across the cur...

Page 96: ...across the current shunt and enter into box for position 2 and tap SEND to confirm 5 Repeat above for I source point 3 The DC power supply will output a current of approximately 108 00A Enter the current measured across the current shunt and enter into position 3 entry box and tap SEND to confirm Figure 3 68 Next perform calibration of negative current points 1 2 and 3 by following the above proce...

Page 97: ...nstructions 3 2 4 4 3 APG Voltage Output Calibration Table 3 7 lists the hardware requirements for APG voltage output calibration Table 3 7 Device Suggest Model or Capacity DVM HP 34401A or equivalent DVM DC Power Supply Any DC power supply or DC signal source that can output 10Vdc and drive more than 100mA Figure 3 70 shows the wire connection for APG voltage output calibration Figure 3 70 When c...

Page 98: ... connection on the rear panel is correct 2 If HP 34401 is used the DVM1 and DVM2 can be connected to the front and rear measurement input terminal respectively 2 When in APG V SET page and the wires are correctly connected tap START next to V point 1 to calibrate the first point voltage 3 User will be prompted to input about 1V voltage signal TP120 Adjust the Power Supply to 1V 0 1V and use DVM1 t...

Page 99: ...one tap STOP to exit the calibration procedure To save the calibration data tap SAVE and tap CLEAR to delete the calibration parameters if there is no need to save them 3 2 4 4 4 APG Voltage Measurement Calibration Table 3 8 lists the hardware requirements for APG voltage measurement calibration Table 3 8 Device Suggest Model or Capacity DVM HP 34401A or equivalent DVM DC Power Supply Any DC power...

Page 100: ...s to enter at least four significant digits 4 005V to ensure the power supply accuracy after calibration Calibration Procedure Model 62180D 600 1 In Calibration page tap Host V to select APG V MEAS and list the APG voltage calibration items as shown in Figure 3 71 Figure 3 74 1 When entering into the Calibration page be sure to check the interface connection on the rear panel is correct ...

Page 101: ...ge to position 1 and tap SEND to confirm Figure 3 75 4 Next tap START next to V point 2 to calibrate the second point voltage The system will set the output voltage on the rear panel to 9 0V TP112 Use DVM1 to measure the Power Supply Enter the measured voltage to position 2 and tap SEND to confirm 5 When the APG voltage calibrations are complete tap STOP to exit the calibration procedure To save t...

Page 102: ...put 10Vdc and drive more than 100mA Figure 3 73 shows the wire connection for APG voltage output calibration Figure 3 76 When conducting the APG current output calibration each calibration point has to enter at least 4 significant digits to ensure the power supply accuracy after calibration Calibration Procedure Model 62180D 600 1 Tap Menu Configuration and Interface to select APG page set the I S...

Page 103: ...e 3 78 shows 5 Next tap START next to I source point 2 to calibrate the second point current Adjust the Power Supply to 9V 0 1V and use DVM1 to measure the Power Supply Enter the measured voltage to position 2 and tap SEND to confirm as Figure 3 78 shows 6 Tap START next to I load point 1 to calibrate the first point positive current It will request you to input about 1V voltage signal TP109 Adjus...

Page 104: ... save them as Figure 3 78 shows 9 When done return to the APG of Interface to set the I SOURCE SET and I LOAD SET to None 3 2 4 4 6 APG Current Measurement Calibration Table 3 10 lists the hardware requirements for APG current measurement calibration Table 3 10 Device Suggest Model or Capacity DVM HP 34401A or equivalent DVM DC Power Supply Any DC power supply or DC signal source that can output 1...

Page 105: ...n each calibration point has to enter at least 4 Arabic numerals to ensure the power supply accuracy after calibration Calibration Procedure Model 62180D 600 1 In Calibration page tap Host V to select APG I MEAS and list the APG current calibration items as shown in Figure 3 80 Figure 3 80 ...

Page 106: ...system will set the output voltage on the rear panel to 9V TP110 Use DVM1 to measure the Power Supply Enter the measured current to position 1 and tap SEND to confirm 2 Next tap START next to I source point 2 to calibrate the second point current The system will set the output voltage on the rear panel to 9V TP110 Use DVM1 to measure the Power Supply Enter the measured current to position 2 and ta...

Page 107: ...ontrolled by When the Pin 6 and Pin18 _INHIBIT of ANALOG INTERFACE are triggered in low level that equals to tap on the front panel and set OUTPUT OFF The DC power supply will shut down and sends out a protection signal in this case the button will be off and Pin6 and Pin18 _INHIBIT of ANALOG INTERFACE cannot be used to release the protection 2 When protection occurs to REMOTE INHIBIT the main pag...

Page 108: ...ISABLE and ENABLE 1 Selecting DISABLE Turns output off 2 Selecting ENABLE Sets EXTERNAL ON OFF to ENABLE and make the invalid also the Pin 6 18 _EXT_ON replaces the to control the power supply s ON OFF When the Pin 6 18 _EXT_ON voltage level of ANALOG INTERFACE turns to HIGH the power supply is unable to output that is OUTPUT OFF When the Pin 6 18 _EXT_ON voltage level turns to LOW the DC power su...

Page 109: ...Manual Operation 3 57 _EXT ON SIGNAL EXT ON DISABLE EXT ON ENABLE Output Output Figure 3 85 ...

Page 110: ......

Page 111: ...ituation Setting steps 1 Select Program Seq from the Menu page 2 In Program Seq page select LIST MODE and the screen appears as Figure 4 1 3 To quit programming the sequence tap Program Seq on the upper left to return to the Menu page Figure 4 1 V_STEP MODE provides a run time voltage program with the maximum of 99 hours 59 minutes and 59 99 seconds Setting steps 1 Enter into Program Seq and the s...

Page 112: ...perating and Programming Manual 4 2 Figure 4 2 Figure 4 3 4 1 List Mode In List Mode there are maximum 100 sequences that can be added to one program The sequence setting is described in section 4 1 2 and the complete program structure is listed in Figure 4 4 ...

Page 113: ...gative edge trigger signal TTL level is needed from the Analog Interface PIN 15 on the rear panel to move to the next sequence step 2 When the Ext Trig is set to LOW a high level signal from the Analog Interface PIN15 on the rear panel and changes it to low level signal negative edge trigger to move to the next sequence step 4 1 1 2 Setting Prog No Tap Prog No on the right the valid range is 1 10 ...

Page 114: ...e return to Prog No 1 2 Repeat step 1 twice and skip Prog No 2 and jump to Prog No 3 3 When all Prog No 3 sequences are done return to Prog No 3 4 Repeat step 3 twice 5 End Figure 4 5 4 1 1 4 Setting Program Chain Tap Prog Chain on the right and select NO or set the value from 1 10 The Program Chain indicates the link among programs To execute a different program select the next Prog No to be exec...

Page 115: ... No 3 2 When all Prog No 3 sequences are done skip Prog No 4 and Prog No 5 jump to Prog No 6 3 End Figure 4 6 Ex 3 Use a Program to form an infinite loop Set Prog Chain 1 Run Count 1 for Prog No 1 The program execution flow is listed in Figure 4 7 A3 Execution steps 1 When all Prog No 1 sequences are done jump to Prog No 1 2 Rerun step 1 3 Form an infinite loop ...

Page 116: ... in the program 4 1 2 Setting Program Seq 1 The default sequence of all programs is 0 and maximum 100 sequences can be added freely to a program In other words the total sequences to be used by 10 programs are 100 maximum 2 Adding a new sequence a In the Program Seq page Figure 4 8 drag the boxed in red dot line to show a hidden function bar as shown in Figure 4 9 b Select the red dot line box in ...

Page 117: ...Program Sequence 4 7 Figure 4 8 Figure 4 9 ...

Page 118: ... a Repeat the steps to add a new sequence to show the hidden function bar Tap the red dot line box in Figure 4 11 to perform the setting as Figure 4 12 shows b Each Sequence can included the following 7 items 1 Voltage 2 V slew rate 3 Source current 4 Load current 5 I slew rate 6 Type and 7 Time as described below Figure 4 11 ...

Page 119: ... 12 to set the sequence type 2 There are 4 sequence types these are a AUTO b MANUAL c TRIGGER and d SKIP A Setting sequence type to AUTO When SEQ TYPE AUTO is selected the page shown as Figure 4 13 indicates the sequence will complete the execution automatically and skip to next sequence Figure 4 13 ...

Page 120: ...ip to SEQ 3 3 SEQ 3 1 Since SEQ TYPE AUTO and TIME 0 are set for SEQ 3 it indicates SEQ 3 is not executing and the Program is ended 4 As RUN COUNT 2 is set steps 1 2 and 3 are executed again 5 End Figure 4 14 shows the output waveform Figure 4 14 B Setting sequence type to MANUAL When SEQ TYPE MANUAL is selected the sequence will run automatically and stop at the setting of VOLTAGE or CURRENT with...

Page 121: ...oltage 1 Tap Figure 4 12 1 to set the voltage parameter 2 See section 3 2 for detail description 4 1 2 4 Setting Voltage Slew Rate 1 Tap Figure 4 12 2 to set the voltage slew rate 2 See section 3 2 for detail description 4 1 2 5 Setting Current 1 Tap Figure 4 12 3 4 to set the current parameter 2 See section 3 2 for detail description 4 1 2 6 Setting Current Slew Rate 1 Tap Figure 4 12 5 to set th...

Page 122: ...n V Step Mode is selected Figure 4 15 4 2 1 Setting V Step Mode V Step Mode has three settings 1 Start V 2 End V 3 Run time 4 2 1 1 Setting Start V There are two methods to set Start V Method 1 via touch panel 1 Tap the value box after Start V and the touch panel will switch to a numeric pad as show in Figure 4 16 2 Use numeric buttons 0 9 to set the value and tap to complete the setting of Start ...

Page 123: ...p Mode 1 The output voltage will rise to the setting of start voltage and the V Slew Rate is 1V ms by default which can be changed if desired or 2 output voltage will fall to the setting of Start V and the falling time is calculated by the default 1V ms which can be changed if desired while the actual V Slew Rate is varied by load 4 2 1 2 Setting End V There are two methods to set End V Method 1 v...

Page 124: ...otary knob Tap the value box after Run time and the cursor at lower right will flicker 2 When Rotary knob is used for setting pressing it can move the cursor to a different digit Turning the rotary knob can increase or decrease the value of that digit 3 When the value is confirmed tap to complete the Run time setting It is suggested to set the initial V_SET voltage and the current under SOURCE LOA...

Page 125: ...Program Sequence 4 15 Figure 4 17 Figure 4 18 Figure 4 19 START 10 MIN 50V 0V 10V 1V mS START 10 MIN 50V 10V START 10 MIN 50V 20V 10V ...

Page 126: ...on Tap again to abort 4 2 2 1 Running V Step Mode Tap to execute it and the screen will appear as Figure 4 20 shows Figure 4 20 When V Step Mode is executed 1 Start Volt It is the start voltage setting of V Step Mode 2 End_Volt It is the end voltage setting of V Step Mode 3 Elapse Time It is the executed time of V Step Mode The time format is HOUR MIN SEC and the maximum display is 99 hours 59 min...

Page 127: ...r the standard USBTMC driver installation program automatically If the PC s operating system does not support USBTMC it is suggested to install the NI VISA runtime version 3 00 or above first When the installation of NI VISA runtime is done the USBTMC driver program is stored in the operating system The PC can communicate with 62000D Series via NI VISA after using the USB Related Documents 1 USB T...

Page 128: ...isted in Table 5 2 Table 5 2 Angle brackets Items in angle brackets are parameter abbreviations Vertical bar Vertical bar separates alternative parameters Square brackets Items in square brackets are optional For example OUTP STATe means that STATe may be omitted Braces Braces indicate the parameters that may be repeated The notation A B means that parameter A must be entered while parameter B may...

Page 129: ...cter string 5 3 5 Basic Definition 5 3 5 1 Command Tree Structure The commands of the DC power supply are based on a hierarchical structure also known as a tree system In order to obtain a particular command the full path to that command must be specified This path is represented in the structure by placing the highest node in the farthest left position of the hierarchy Lower nodes in the hierarch...

Page 130: ...re shown in those of lower case 5 3 5 5 Program Header Separator If a command has more than one header the user must separate them with a colon FETC CURR FUNC SHAP Data must be separated from program header with one space at least 5 3 5 6 Program Message Program message consists of a sequence of zero or other elements of program message unit that are separated by separator elements of program mess...

Page 131: ... commands is deferred until program message terminator is received A coupled command sets parameters which are affected by the setting of other commands Problems may arise because the prior state of the 62000D DC power supply will affect the response of a coupled parameter to its programming 5 6 DC Power Supply Commands This section describes the syntax and parameters of all commands for DC power ...

Page 132: ...ce the resistance control CONFigure EXTON Executes the External ON OFF control CONFigure EXTON PULL Executes the External ON OFF input signal to enhance the resistance control SOURce VOLTage Sets the output voltage SOURce VOLTage LIMit HIGH LOW Sets the output voltage range SOURce VOLTage PROTect HIGH Sets the voltage range for over voltage protection SOURce VOLTage SLEW Sets the rising or falling...

Page 133: ...PROGram SEQuence SELected Sets the execution sequence of a program in List mode PROGram SEQuence TYPE Sets the action type of sequence in List mode PROGram SEQuence VOLTage Sets the sequence for voltage output in List mode PROGram SEQuence VOLTage SLEW Sets the sequence of voltage slew rate for output in List mode PROGram SEQuence CURRent Sets the sequence for Source current output in List mode PR...

Page 134: ... Gateway SYSTem COMMunicate SOCK IP Sets the Ethernet IP SYSTem COMMunicate SOCK MASK Sets the Ethernet IP Mask SYSTem COMMunicate SOCK APPLY Updates the Ethernet setting INSTrument STATus AD Returns the AD module status INSTrument STATus DD Returns the DD module status 5 6 1 Common Command Syntax Commands are defined by IEEE488 2 standard containing common and query commands Common commands begin...

Page 135: ...e IDN String Description CHROMA ATE Manufacturer 62180D 600 Model name 123456 Serial No 01 00 Firmware version Return Example Chroma 62180D 600 96218030123456 1 00 OPC Operation Complete Command Type Device status Description This command causes the interface to set the OPC bit bit 0 of the Standard Event Status register when the DC power supply has completed all pending operations Syntax OPC Para...

Page 136: ...ption Syntax SRE NRf Parameter 0 to 255 Example SRE 20 Enable the CSUM and MAV bit of the Service Request Query Syntax SRE Return Parameter NR1 Query Example SRE Return the current setting of Service Request Enable STB Read Status Byte Query Type Device status Description This query reads the Status Byte register Note that the MSS Master Summary Status bit instead of RQS bit is returned in Bit 6 T...

Page 137: ...Bit This bit is set when any enabled bit of the Status Byte Register has been set which indicates it has at least one reason for requesting service 5 32 Standard Event Status Register Summary Bit 4 16 Message Available Bit This bit is set whenever there is data available in the output queue and is reset when the available data is read 3 0 Always 0 2 Standard Event Status Register The Standard Even...

Page 138: ...wer on Bit Reboot the power supply can set this bit to 1 6 Always 0 5 32 Command Error Bit This bit is set to 1 if there is any IEEE 488 2 syntax error 4 16 Execution Error Bit This bit is set to 1 when the command parameter is out of valid range or inconsistent 3 8 Device Dependent Error Bit This bit is set to 1 when too many errors have occurred that the error queue is full 2 4 Queue Error Bit T...

Page 139: ...he type of FOLDBACK PROTECT Syntax CONFigure FOLDback Arg Parameter Arg DISABLE CVTOCC CCTOCV Example CONFigure FOLD DISABLE Query Syntax CONFigure FOLD Return Parameter DISABLE CVTOCC CCTOCV Query Example CONFigure FOLD Return Example DISABLE 4 CONFigure FOLDT Description Sets the delay time of FOLDBACK PROTECT Syntax CONFigure FOLDT NRf Parameter 0 01 600 00 Unit Sec Example CONF FOLDT 10 Query ...

Page 140: ...SOURCE ISET or APG LOAD ISET 8 CONFigure APGIMeas Description Sets the action type of APG IMEAS Syntax CONFigure APGIMeas Arg Parameter Arg NONE VREF10 Example CONFigure APGIMeas VREF10 Query Syntax CONFigure APGIMeas Return Parameter NONE VREF10 Query Example CONFigure APGIMeas Return Example VREF10 9 CONFigure AVG TIMES Description Sets the average times for measuring input voltage current Synta...

Page 141: ...Slave need to be set by this command Syntax CONFigure MSTSLV PARSER Arg Parameter Arg PARALLEL SERIES Example CONFigure MSTSLV PARSER PARALLEL Query Syntax CONFigure MSTSLV PARSER Return Parameter PARALLEL SERIES Query Example CONFigure MSTSLV PARSER Return Example PARALLEL Note CONFigure MSTSLV must be OFF when setting it Not in series parallel mode 14 CONFigure MSTSLV NUMSLV Description Sets the...

Page 142: ...y again until the status is ON OFF to perform this function 2 When Program RUN is executed series parallel control is not available 17 CONFigure INHibit Description Executes the Remote Inhibit control Syntax CONFigure INHibit Arg Parameter Arg DISABLE ENABLE Example CONFigure INHibit DISABLE Query Syntax CONFigure INHibit Return Parameter DISABLE ENABLE Query Example CONFigure INHibit Return Examp...

Page 143: ... EXTON PULL Description Executes the External ON OFF input signal to enhance the resistance control Syntax CONFigure EXTON PULL Arg Parameter Arg LOW HIGH Example CONFigure EXTON PULL LOW Query Syntax CONFigure EXTON PULL Return Parameter LOW HIGH Query Example CONFigure EXTON PULL Return Example LOW 5 6 2 3 SOURCE Subsystem 1 SOURce VOLTage Description Sets the output voltage Syntax SOURce VOLTag...

Page 144: ...mple SOUR VOLT PROT HIGH It returns the high limit of voltage protection SOUR VOLT PROT HIGH MAX It returns the max over voltage protection Return Example 8 800000e 01 4 SOURce VOLTage SLEW Description Sets the rising or falling slew rate volt ms of output voltage Syntax SOURce VOLTage SLEW NRf suffix Parameter Refer to individual spec for valid numeric range Example SOUR VOLT SLEW 0 01 It sets th...

Page 145: ... Refer to individual spec for valid numeric range Example SOUR CURR PROT HIGH 60 0 It sets the high limit to 60A for current output protection Query Syntax SOUR CURR PROT HIGH MAX MIN Return Parameter NRf Unit Amp Query Example SOUR CURR PROT HIGH It returns the high limit of current protection SOUR CURR PROT HIGH MAX It returns the max over current protection Return Example 6 000000e 01 8 SOURce ...

Page 146: ...LIMIT LOW MAX MIN Return Parameter NRf Unit Watt Query Example SOUR POW LIMIT HIGH It returns the power high limit SOUR POW LIMIT HIGH MAX It returns the max power can be set Return Example 8 000000e 01 Note Source and Load functions share this setting 11 SOURce POWer PROTect HIGH Description Sets the power range for over power protection Syntax SOURce POWer PROTect HIGH NRf suffix Parameter Refer...

Page 147: ...t PROTect HIGH NRf suffix Parameter Refer to individual spec for valid numeric range Example LOAD CURR PROT HIGH 60 0 It sets the high limit to 60A for current output protection Query Syntax LOAD CURR PROT HIGH MAX MIN Return Parameter NRf Unit Amp Query Example LOAD CURR PROT HIGH It returns the high limit of current protection LOAD CURR PROT HIGH MAX It returns the max over current protection Re...

Page 148: ...LT Return Example 9 983100e 00 2 FETCh CURRent Description Measures the output of power supply and returns real time current with sign Query Syntax FETCh CURRent Return Parameter NRf Unit Amp Query Example FETC CURR Return Example 2 000000e 04 3 FETCh POWer Description Measures the output of power supply and returns real time power with sign Query Syntax FETCh POWer Return Parameter NRf Unit Power...

Page 149: ...Sure VOLTage Description Returns the voltage measured at the output of power supply Query Syntax MEASure VOLTage Return Parameter NRf Unit Volt Query Example MEAS VOLT Return Example 8 120000e 01 2 MEASure CURRent Description Returns the current measured at the output of power supply with sign Query Syntax MEASure CURRent Return Parameter NRf Unit Amp Query Example MEAS CURR Return Example 3 15000...

Page 150: ...d NR1 Parameter 1 到 10 Example PROG SEL 10 Query Syntax PROG SEL Return Parameter NR1 Query Example PROG SEL It returns the program no in use Return Example 10 5 PROGram LINK Description Links a program to another at the end of a List Syntax PROGram LINK NR1 Parameter 0 to 10 0 is not linked Example PROG LINK 7 Query Syntax PROG LINK Return Parameter NR1 Query Example PROG LINK Return Example 7 6 ...

Page 151: ...G SEQ TYPE Return Parameter AUTO MANUAL EXT TRIGGER SKIP Query Example PROG SEQ TYPE Return Example AUTO 10 PROGram SEQuence VOLTage Description Sets the sequence for voltage output in List mode Syntax PROGram SEQuence VOLTage NRf Parameter NRf Example PROG SEQ VOLT 40 5 Query Syntax PROG SEQ VOLT MAX MIN Return Parameter NRf Query Example PROG SEQ VOLT Return Example 4 050000e 01 11 PROGram SEQue...

Page 152: ...5 Query Syntax PROG SEQ CURR LOAD MAX MIN Return Parameter NRf Query Example PROG SEQ CURR LOAD Return Example 4 500000e 01 15 PROGram SEQuence TIME Description Sets the duration of the sequence in List mode Syntax PROGram SEQuence TIME NRf Parameter 0 001 15000 seconds Example PROG SEQ TIME 10 Query Syntax PROG SEQ TIME MAX MIN Return Parameter NRf Query Example PROG SEQ TIME Return Example 1 000...

Page 153: ...Sequence Type is AUTO Example PROGram SEQuence 0 80 10 15 1 15 10 Query Syntax PROG SEQ Return Parameter arg1 arg2 arg3 arg4 arg5 arg6 ar g7 Same as the set sequence Query Example PROG SEQ Return Example 0 8 000000e 01 1 000000e 01 1 500000e 01 1 000000e 00 0 1 000000e 010 80 10 15 1 15 1 20 PROGram STEP STARTV Description Sets the Step Mode start voltage for output Syntax PROGram STEP STARTV NRf ...

Page 154: ...arameter not allowed 109 Missing parameter 112 Program mnemonic too long 113 Undefined header 121 Invalid character in number 123 Numeric overflow 124 Too many digits 131 Invalid suffix 141 Invalid character data 148 Character data not allowed 151 Invalid string data 158 String data not allowed 202 Setting conflict 203 Data out of range 204 Too much data 211 Data stale 224 Self test failed 225 Too...

Page 155: ...DATE Return Example 2020 01 01 6 SYSTem TIME Description Sets the system time Syntax SYSTem TIME Arg1 Arg2 Arg3 Parameter Arg1 Hour NR1 Arg2 Minute NR1 Arg3 Second NR1 Example SYSTem TIME 20 30 01 Query Syntax SYSTem TIME Return Parameter Arg1 Arg2 Arg3 same as the parameter Query Example SYSTem TIME Return Example 20 30 01 7 SYSTem COMMunicate CAN CYClic TIME Description Sets the CAN cycle time S...

Page 156: ...Programmable Bidirectional DC Power Supply 62000D Series Operating and Programming Manual 5 30 Query Example SYSTem COMMunicate CAN CYClic ID Return Example 10 ...

Page 157: ...COMMunicate CAN ID Return Example 1024 11 SYSTem COMMunicate CAN MASK Description Sets the CAN ID mask Syntax SYSTem COMMunicate CAN MASK NR1 Parameter 11bit 0 to 2047 29bit 0 to 536870911 Example SYSTem COMMunicate CAN MASK 256 Query Syntax SYSTem COMMunicate CAN MASK Return Parameter NR1 Query Example SYSTem COMMunicate CAN MASK Return Example 256 12 SYSTem COMMunicate CAN MODE Description Sets ...

Page 158: ...rn Example DONE UNDONE 16 SYSTem COMMunicate GPIB ADDRess Description Sets the GPIB address Syntax SYSTem COMMunicate GPIB ADDRess NR1 Parameter 0 30 Example SYSTem COMMunicate GPIB ADDRess 5 Query Syntax SYSTem COMMunicate GPIB ADDRess Return Parameter NR1 Query Example SYSTem COMMunicate GPIB ADDRess Return Example 5 17 SYSTem COMMunicate SOCK DHCP Description Sets the Ethernet DHCP function Syn...

Page 159: ... SYSTem COMMunicate SOCK APPLY Parameter None Example SYSTem COMMunicate SOCK APPLY Query Syntax SYSTem COMMunicate SOCK APPLY Return Parameter DONE UNDONE Query Example SYSTem COMMunicate SOCK APPLY Return Example DONE UNDONE 5 6 2 9 INSTRUMENT Subsystem 1 INSTrument STATus AD Description Returns the AD module status Syntax INSTrument STATus AD NR1 Query Syntax 1 2 3 Return Parameter 0 4294967295...

Page 160: ...967295 232 1 BIT 0 OVP BIT 16 Reserve BIT 1 SOCP BIT 17 Reserve BIT 2 LOCP BIT 18 Reserve BIT 3 IL_SHARE BIT 19 Reserve BIT 4 SENSE_FAULT BIT 20 Reserve BIT 5 MODULE_ERR BIT 21 Reserve BIT 6 AD_ERR BIT 22 Reserve BIT 7 OTP BIT 23 Reserve BIT 8 HOST_SHUTDOWN BIT 24 Reserve BIT 9 UTP BIT 25 Reserve BIT 10 Reserve BIT 26 Reserve BIT 11 MOS_SHORT BIT 27 PWM_CH1_WARN BIT 12 HOST_SYNC BIT 28 PWM_CH2_WAR...

Page 161: ...utput digit board 6 CP Input stage measurement circuit module auxiliary power and digital control board 7 D System digital board 8 E Input EMI filter 9 EA Input EMI X capacitor board 10 EB Surge absorber 11 EC Input EMI Y capacitor board 12 EI 3 phase AC input connector 13 EL EMI capacitor board 14 F Input stage boost capacitor board 15 G Screen display 16 H Input stage boost inductor and rectifie...

Page 162: ...P Input stage boost and high voltage DC to DC power component board 25 RP Remote sense board 26 SE Software security protection lock 27 GPIB CAN Option Communication interface GPIB or CAN board per customer s requirement Figure 6 1 shows the system diagram of model 62180D 600 for example Figure 6 1 ...

Page 163: ... or OCP settings Remove the over load or enlarge the OCP settings Fan Fail Protection FAN LOCK 1 The fan is out of order 2 The feedback circuit is abnormal Consult with your local sales agent if it is unable to reset the protection state Input Error Protection 1 AC FAULT The voltage of AC input line is either too low or too high Adjust the voltage if it exceeds the spec when measuring the input vo...

Page 164: ...cting in series or parallel ERROR MASTER OR SLAVE NO MATCH The model numbers do not match 1 The power supplies of different models are unable to be connected in series or parallel for use 2 Consult with your local sales agent for further assistance FPGA UPDATE version incompatible protection FPGA IS TOO OLD PLS UPDATE The power supply s FPGA does not match with the F W Consult with your local sale...

Page 165: ...tion 3 2 3 4 4 for detail description 4 PIN 4 DO1 this pin is HIGH when in CV mode and LOW when in CC mode 5 PIN 5 N C 6 PIN 6 DI2 it provides External Load ON OFF function for you to control it If DI1 and DI2 are set to External Load ON OFF both signals need to be HIGH to set the Load OFF and on the contrary both signals need to be LOW to set the Load ON 7 PIN 7 KEYPRO it is the foolproof mechani...

Page 166: ...IN 18 DI1 it provides External Load ON OFF function for you to control it If DI1 and DI2 are set to External Load ON OFF both signals need to be HIGH to set the Load OFF and on the contrary both signals need to be LOW to set the Load ON When DI1 or DI2 is set to Remote Inhibit and Low all channels in FRAME are Load OFF and a REMOTE INHIBIT protection message will appear This protection is not clea...

Page 167: ...face is lower than the output current The maximum current can be set is Imax 1 1 Check the protection interface current setting SOPP Means the output power in Source Mode exceeds the power set on the user protection interface The power set on protection interface is lower than the output power The maximum power can be set is Pmax 1 05 Check the protection interface power setting OTP Means the inte...

Page 168: ...Means the input power in Regen Mode exceeds the power set on the user protection interface The power set on protection interface is lower than the output power The maximum power can be set is Pmax 1 05 Check the protection interface power setting UTP Means the internal temperature of the whole device is too low 1 The operating environment temperature is under the limit 2 The module component is ab...

Page 169: ...k if the Security IC is broken System parameter Error Means the device power on initialization is abnormal when reading the data 1 The firmware in Security IC version is wrong 2 The system control board is abnormal 1 Check the firmware in Security IC version 2 Check and replace the system control board Boot Up Initial Error Means the device initialization process is abnormal 1 The burned in Securi...

Page 170: ...ltiple devices Check the Slave warning status Keypro In Out Means the keypro for series connection has been re plugged after rebooted This fixture is fallen off or unplugged during power on causing the protection Power off and remove the keypro or re plug the keypro and reboot the device The table below lists the protections of front stage module Message Protection Possible Cause Troubleshooting A...

Page 171: ...1 Check if the 3 phase input line voltage meets the rated value 2 Measure the AC DC module fuse and replace it 3 Check and replace the AC DC module board that has protection occurred AD_FRE_ERR Means the line input frequency of the AD DC module is out of specification Latch The mains frequency is abnormal Check if the mains frequency exceeds the range 47Hz 63Hz AD_AC_STARTFAIL Means the AD DC modu...

Page 172: ...stor is dropped or printed wrong 1 Check and replace the AC DC module board that has protection occurred AD_IR_OCP AD_IT_OCP AD_IS_OCP Means the transient input current of the AD DC line is over the limit Latch 1 The output transient power is too high input line current is higher than 14Arms 18kW 12Arms 12kW 2 The measurement circuit of AC DC module is abnormal 1 Remove the UUT and check if the op...

Page 173: ...damaged 3 The measurement circuit of AC DC module is abnormal 1 Check if the input power meets the rated value 2 Measure the AC DC module fuse and replace it 3 Check and replace the AC DC module board that has protection occurred AD_Vd_OVP Means the input voltage amplitude of the AD DC module is over the specification Latch 1 The input power is abnormal 2 The measurement circuit of AC DC module is...

Page 174: ...ns the start of DC DC front module is failed and the DC BUS voltage is out of specification Latch 1 The measurement circuit of the DC DC front module is abnormal 2 The PWM drive signal of DC DC front module is abnormal 3 The power components of DC DC front module are abnormal or damaged 1 Remove the UUT and check if the operation is correct 2 Check and replace the AC DC module board that has prote...

Page 175: ...as protection occurred Source Mode 2 The measurement circuit of the DC DC front module is abnormal 3 The power components of DC DC front module are abnormal or damaged 1 Remove the UUT and check if the operation is correct 2 Check and replace the DC DC front module board that has protection occurred DD_IO_REG_OCP Means the internal transient of DC DC front module has over current Latch 1 The outpu...

Page 176: ...odule is too high the DC BUS is under 651V that has protection occurred Source mode 2 The measurement circuit of the DC DC module is abnormal 3 The drive signal of DC DC module relay is abnormal or the relay is damaged 4 The PWM drive signal of DC DC module is abnormal 5 The power components of DC DC front module are abnormal or damaged 1 Remove the UUT and check if the operation is correct 2 Chec...

Page 177: ...rement circuit of the DC DC rear module is abnormal 1 Remove the UUT and check if the operation is correct 2 Check and replace the DC DC rear module board that has protection occurred IL_SHARE Means the current flow in the DC DC rear module is uneven 1 The difference between the measured current the DC DC rear module is 5A 2 The measurement circuit of the DC DC rear module is abnormal 1 Remove the...

Page 178: ...uit malfunction 1 Eliminate the ambient temperature too high problem 2 Check and replace the abnormal power components 3 Check the abnormal fan circuit board and sensing wire and replace them UTP Means the internal temperature of the power component in DC DC rear module is too low 1 The operating environment temperature is under the temperature limit 2 The module component is abnormal 3 It detects...

Page 179: ...eck and replace the DC DC rear module board that has protection occurred AUX_FAULT Means the auxiliary power of the DC DC rear module is abnormally low 1 The circuit detection function is abnormal 2 The auxiliary power of the DC DC rear module is abnormally low Check and replace the DC DC rear module board that has protection occurred The protection message is marked _F FAST and _S SLOW by transie...

Page 180: ...CHROMA ATE INC info chromaate com www chromaate com Copyright by CHROMA ATE INC All Rights Reserved All other trade names referenced are the properties of their respective companies ...

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Chroma 62000D Series, Operating And Programming Manual

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