ITech IT8200 Series Programming Manual

Regenerative ac/dc electronic load

Hide thumbs Also See for IT8200 Series:

User manual (147 pages)

Programming manual (16 pages)

page of 137

/ 137
Contents
Table of Contents
Bookmarks

Table of Contents

Quick Links

Download this manual

Regenerative AC/DC Electronic

Load

IT8200 Series Programming

Guide

Model:IT8200

Version:V1.3

Table of Contents

Need help?

Do you have a question about the IT8200 Series and is the answer not in the manual?

Questions and answers

Summary of Contents for ITech IT8200 Series

Page 1 Regenerative AC/DC Electronic Load IT8200 Series Programming Guide Model:IT8200 Version:V1.3...
Page 2 CAUTION sign until and fitness for a particular purpose. Revision the indicated conditions are fully ITECH shall not be held liable for understood and met. errors or for incidental or indirect second Edition: AUG.19, damages in connection with the...
Page 3: Warranty
PREPAID. And ITECH will pay for return of the product to customer. ⚫ If the product is returned to ITECH for warranty service from overseas, all the freights, duties and other taxes shall be on the account of customer. Limitation of Warranty This Warranty will be rendered invalid in case of the following: ⚫...
Page 4: Environmental Conditions
Failure to comply with these precautions or specific warnings elsewhere in this manual will constitute a default under safety standards of design, manufacture and intended use of the instrument. ITECH assumes no liability for the customer’s failure to comply with these precautions.
Page 5: Regulatory Markings
The expected service life of the product is 10 years. The product can be used safely during the 10-year Environment Friendly Use Period (EFUP). Upon expiration of EFUP, product must immediately recycled. Copyright © ITECH Electronic Co., Ltd.
Page 6: Compliance Information
Connection of the instrument to a test object may produce radiations beyond the specified limit. Use high-performance shielded interface cable to ensure conformity with the EMC standards listed above. Safety Standard IEC 61010-1:2010/ EN 61010-1:2010 Copyright © ITECH Electronic Co., Ltd.
Page 7: Table Of Contents
TRIGger:SURGesag:SOURce <CPD> ..........................22 TRIGger:SCOPe:SOURce <CPD> ............................ 22 TRIGger:SCOPe:MODE <CPD> ............................22 TRIGger:SCOPe:SLOPe <CPD1> ............................ 23 TRIGger:FORCe ................................23 Chapter9 PARallel Subsystem .......................... 24 PARallel:ROLE <role> ..............................24 PARallel:NUMBer <number> ............................24 PARallel:NODE:NUMBer? ............................. 25 Copyright © ITECH Electronic Co., Ltd.
Page 8 MEASure[:SCALar]:POWer:PFACtor? ..........................39 FETCh[:SCALar]:VOLTage[:AC]? ............................ 39 MEASure[:SCALar]:VOLTage[:AC]?..........................39 FETCh[:SCALar]:VOLTage:DC? ............................40 MEASure[:SCALar]:VOLTage:DC? ..........................40 FETCh[:SCALar]:VOLTage[:AC][:AMPLitude]:MAXimum? ..................... 40 MEASure[:SCALar]:VOLTage[:AC][:AMPLitude]:MAXimum? ..................40 FETCh[:SCALar]:VOLTage[:AC][:AMPLitude]:MAXimum:POSitive? ................41 MEASure[:SCALar]:VOLTage[:AC][:AMPLitude]:MAXimum:POSitive? ................41 FETCh[:SCALar]:VOLTage[:AC][:AMPLitude]:MAXimum:NEGative? ................41 MEASure[:SCALar]:VOLTage[:AC][:AMPLitude]:MAXimum:NEGative? ................ 41 FETCh[:SCALar]? ................................41 Copyright © ITECH Electronic Co., Ltd. viii...
Page 9 [SOURce:]CURRent:PROTection[:LEVel] <NRf+> ......................56 [SOURce:]CURRent:PROTection:DELay <NRf+> ......................57 [SOURce:]CURRent:PEAK:PROTection[:LEVel] <NRf+> ....................58 [SOURce:]CURRent:PEAK:PROTection:DELay <NRf+>....................58 [SOURce:]POWer:PROTection:STATe <Boolean> ......................59 [SOURce:]POWer:PROTection[:LEVel] <NRf+> ......................59 [SOURce:]POWer:PROTection:DELay <NRf+> ....................... 59 [SOURce:]VOLTage:UNDer:PROTection:STATe <Boolean> ..................60 [SOURce:]VOLTage:UNDer:PROTection[:LEVel] <NRf+> .................... 60 Copyright © ITECH Electronic Co., Ltd.
Page 10 ARB Subsystem ..........................81 LIST:STATe? ................................... 81 LIST:REPeat <NR1> ............................... 81 LIST:TERMinate <CPD> ..............................81 LIST:RSTate? .................................. 82 LIST:RECall <string> ..............................82 LIST:STEP:COUNt? ................................ 83 LIST:CLEar ..................................83 LIST:STEP <NR1>,<string> ............................. 83 LIST:STEP:ITEM <NR1>,<NR1>,<NRf+> ......................... 85 Copyright © ITECH Electronic Co., Ltd.
Page 11 SWEep:MODE <mode> .............................. 107 SWEep:WAVeform <name> ............................108 SWEep:WAVeform:PARameter <NRf+> ........................108 SWEep:PSHift <NRf+> ..............................109 SWEep:TERMinate <mode> ............................109 SWEep:TRIG:SOURce <mode> ........................... 110 SWEep:STEP:REPeat <NR1> ............................110 Chapter20 IEEE-488 Common Commands ....................112 Copyright © ITECH Electronic Co., Ltd.
Page 12 *CLS .................................... 112 *ESE .................................... 112 *ESE? ..................................113 *ESR? ..................................113 *IDN?..................................113 *OPC ................................... 114 *RST.................................... 114 *SRE <NR1> ................................114 *STB? ..................................115 *PSC ................................... 115 *SAV ................................... 116 *RCL ................................... 116 Copyright © ITECH Electronic Co., Ltd.
Page 13: Chapter1 Scpi Introduction
A message with two combined commands: CURR:LEV 3;PROT:STAT OFF Copyright © ITECH Electronic Co., Ltd.
Page 14 However, the short-form version is indicated by upper case characters. Examples: long-form :SYSTem:ERRor? short form :SYST:ERR? long-form and short-form combination :SYSTem:ERR? Note that each command word must be in long-form or short-form, and not Copyright © ITECH Electronic Co., Ltd.
Page 15 Headers, also referred to as keywords, are instructions recognized by the instrument. Headers may be either in the long form or the short form. In the long form, the header is completely spelled out, such as VOLTAGE, STATUS and Copyright © ITECH Electronic Co., Ltd.
Page 16: 1.4 Response Data Type
7-bit ASCII. This data type has an implied message terminator. ⚫ <SRD>: string response data. Returns string parameters enclosed in double quotes. ⚫ <Block>: arbitrary block data. Response messages A response message is the message sent by the instrument to the computer in Copyright © ITECH Electronic Co., Ltd.
Page 17: 1.5 Command Format
VOLTAGE, volt and Volt are all acceptable. Other formats (such as VOL and VOLTAG) are invalid and will cause errors. ⚫ Parameter options with given command strings are included in the brace ({ }). The brace is not sent along with command strings. Copyright © ITECH Electronic Co., Ltd.
Page 18 Parameter. For Example, the following commands will trigger to set the count as TRIG:COUN 10 Then, you may query count value by sending the following command: TRIG:COUN? You may also query the allowable minimum or maximum count as follows: TRIG:COUN?MIN TRIG:COUN?MAX Copyright © ITECH Electronic Co., Ltd.
Page 19: 1.6 Data Type
– <NR3>: represents a real number in scientific notation, such as 2.73E+2; – <Nrf>: The extensible form includes <NR1>, <NR2> and <NR3>; – <Nrf+>: The extensible decimal form includes <Nrf>, MIN, MAX and DEF. Copyright © ITECH Electronic Co., Ltd.
Page 20: 1.7 Remote Interface Connection
– <CPD>: character program data. 1.7 Remote Interface Connection IT8200 series electronic load are equipped with three communication interfaces as standard: USB, LAN and CAN, and two optional interfaces: RS232 and GPIB. Users can choose any one to realize communication with the computer. For detailed introduction of remote interface connection, please refer to the content in the user manual.
Page 21: Command Type Of Scpi
MEASure:CURRent? //Read the RMS value of current MEASure:POWer? //Read the real power value MEASure:FREQuency? //Read the frequency SYSTem:ERRor? //Query the error information of instrument SYSTem:CLEar //Clear the error information INPut:PROTection:CLEar //Clear the protection information Copyright © ITECH Electronic Co., Ltd.
Page 22: Chapter2 Scpi Status Register
LIST watting for trigger signal LIST_ACTI LIST is running Input is off Constant current Constant voltage Constant power Constant resistance Constant apparent power REMOTE_L Remote lock LOCAL_LO Local lock 1024 Remote mode 2048 Calibration Copyright © ITECH Electronic Co., Ltd.
Page 23: Message Type Of Scpi
16777216 Work mode (AC/DC) SURGE_SA 33554432 Surge and sag EXT_ANAL 67108864 Analog SYNC_MO 134217728 External Synchronization RECTIFIED 268435456 Rectified mode 536870912 Unit power factor LINE_TYPE 1073741824 Connection type(DeLta or WYE) PHASE_LA 2147483648 Phase lost Copyright © ITECH Electronic Co., Ltd.
Page 24: Chapter3 System Commands
“ - >” indicates the commands that you send to instrument.  “< -” indicates the response from instrument. SYSTem:PRESet This command is used to make the instrument in a state suitable for panel operation(reset). Syntax SYSTem:PRESet Copyright © ITECH Electronic Co., Ltd.
Page 25: System:posetup
Off. Syntax SYSTem:POSetup <CPD> Arguments RST|LAST|LAST_OFF Default value Returns None Example SYST:POS RST Query syntax SYSTem:POSetup? SYSTem:CLEar This command is used to clear the error queue. Syntax SYSTem:CLEar Example SYST:CLE Copyright © ITECH Electronic Co., Ltd.

Page 26 Syntax SYSTem:RWLock Arguments None Reset value Not applicable Example SYST:RWL SYSTem:BEEPer:IMMediate This command tests the beeper function of the power supply. If it passes the test, a beep is issued. Syntax SYSTem:BEEPer:IMMediate Copyright © ITECH Electronic Co., Ltd.
Page 27 SYST:BEEP OFF Related syntax SYSTem:BEEPer[:STATe]? SYSTem:BRIGhtness:LEVel <NR1> This command is used to set and query the screen brightness of the present power supply, the setting range is 1-10. Syntax SYSTem:BRIGhtness:LEVel <NR1> Arguments 1-10 Returns <NR1> Copyright © ITECH Electronic Co., Ltd.
Page 28 Query syntax SYST:TOUC? SYSTem:LANGuage <CPD> This command is used to set and query the language display of the power supply, Chinese or English can be selected. Syntax SYSTem:LANGuage <CPD> Arguments ENGLish|CHINese Example SYST:LANG CHIN Copyright © ITECH Electronic Co., Ltd.
Page 29 This command is used to set and query the USB interface type. IT7900 series power supply USB can be set as the host or device type, used to set the USB interface for communication or as a storage disk. When set as host type, it is used Copyright © ITECH Electronic Co., Ltd.
Page 30 RS232 and GPIB is successfully inserted into the corresponding position on the rear panel of the instrument. Syntax SYSTem:COMMunicate:SELect <CPD> Arguments TMC|VCP Defaults Returns TMC|VCP Example SYST:COMM:SEL VCP //Set the USB communication interface to VCP Query syntax SYSTem:COMMunicate:SELect? Copyright © ITECH Electronic Co., Ltd.
Page 31 Query syntax SYSTem:COMMunicate:GPIB:ADDRess? SYSTem:COMMunicate:SERial:BAUDrate <CPD> This command sets and queries the baud rate of the serial port. Syntax SYSTem:COMMunicate:SERial:BAUDrate <CPD> Arguments <CPD> 115200|57600|38400|19200|9600|4800 Default value 9600 Returns <CPD> Example SYST:COMM:SER:BAUD 4800 Query syntax SYSTem:COMMunicate:SERial:BAUDrate? Copyright © ITECH Electronic Co., Ltd.
Page 32 AUTO: the system automatically configures IP related parameters. Syntax SYSTem:COMMunicate:LAN:IP[:CONFiguration]:MODE <CPD> Arguments <CPD> AUTO|MANual Default value MANual Returns AUTO|MANual Example SYST:COMM:LAN:IP:MODE AUTO //Set the IP mode of the LAN interface to automatic configuration mode. Copyright © ITECH Electronic Co., Ltd.
Page 33 Query syntax SYSTem:COMMunicate:LAN:SMASk? SYSTem:COMMunicate:LAN:DGATeway <SPD> This command is used to set and query the gateway address of the LAN communication. Syntax SYSTem:COMMunicate:LAN:DGATeway <SPD> Arguments <SPD> Default value "192.168.0.1" Example SYST:COMM:LAN:DGAT "192.168.0.1" Query syntax SYST:COMM:LAN:DGAT? Copyright © ITECH Electronic Co., Ltd.
Page 34 This command is used to set and query the socket port of the LAN communication. Syntax SYSTem:COMMunicate:LAN:RAWSocketport <port> Arguments <SPD> Default value "30000" Example SYSTem:COMMunicate:LAN:RAWSocketport 30001 //Set the socket port to 30001 Query syntax SYSTem:COMMunicate:LAN:RAWSocketport? //Query the socket port of LAN interface. Copyright © ITECH Electronic Co., Ltd.
Page 35: Chapter4 Channel Subsystem
Channel Subsystem Chapter5 Channel Subsystem CHANnel[:SELect] <CPD> This command is used to select A B C phase. Syntax: CHANnel[:SELect] <CPD> Arguments <A|B|C|> Returns: IDLE|AC|ISLAnd|RLC Example CHANnel A //Select A phase Query syntax: CHANnel[:SELect]? Copyright © ITECH Electronic Co., Ltd.
Page 36: Chapter5 Abort Subsystem
This command is used to discard the present measurement. Syntax ABORt:LIST Example ABOR:LIST ABORt:SWEep This command is used to stop the sweep function. Syntax ABORt:SWEep Example ABOR:SWE ABORt:SURGesag This command is used to stop the surge/trap wave function. Syntax ABORt:SURGesag Example ABORt:SURGesag Copyright © ITECH Electronic Co., Ltd.
Page 37: Chapter6 Initiate Subsystem
This command is used to start up the LIST function. Syntax INITiate[:IMMediate]:LIST Example INIT:LIST INITiate[:IMMediate]:SWEep This command is used to initialize the sweep function. Syntax INITiate[:IMMediate]:SWEep Example INIT:SWE INITiate[:IMMediate]:SURGesag This command is used to initialize the surge/trap wave function. Syntax INITiate[:IMMediate]:SURGesag Example INIT:SURG Copyright © ITECH Electronic Co., Ltd.
Page 38: Chapter7 Configurate Io Subsystem
This command is used to set and query whether the IO port signal is reversed. The first parameter is the IO number, and the second parameter is the reverse state. Syntax [CONFigurable:]IO:REVErse <NR1>,<CPD> Argument <NR1>,<CPD> [1,7],0|OFF|1|ON Query syntax [CONFigurable:]IO:REVErse? <NR1> Returns Example IO:REVE 7,0 Copyright © ITECH Electronic Co., Ltd.
Page 39: [Configurable:]Io:type ,
Note: this command should be used in conjunction with IO:SELect, that is, select IO-6 or IO-7, and then set the trigger source. Syntax IO:TOUT:SOURce <CPD1>,<CPD2> Argument CPD1:AC|DC|LIST CPD2:0|OFF|1|ON Copyright © ITECH Electronic Co., Ltd.

Page 40: [Configurable:]Io:state ,
When IO is set to output mode, it can output high level (False) or low level (True). This command is used to set and query the output level status, 0 means FALSE, 1 means True. Syntax [CONFigurable:]IO:STATe <NR1>,<CPD> Argument NR1:[1,7] CPD:0|OFF|1|ON Query syntax [CONFigurable:]IO:STATe? Example IO:STATe 1,ON Copyright © ITECH Electronic Co., Ltd.

Page 41: Chapter8 Trigger Subsystem
TRIGger:SWEep:SOURce <CPD> This command is used to set and query the trigger source of SWEEP function. Syntax TRIGger:SWEep:SOURce <CPD> Argument <CPD> IMMediate|MANual|BUS|TRIG1|TRIG2 Query syntax TRIGger:SWEep:SOURce? Returns IMMediate|MANual|BUS|TRIG1|TRIG2 Example TRIG:SWE:SOUR MAN Copyright © ITECH Electronic Co., Ltd.
Page 42: Trigger:surgesag:source
This command is used to set and query the trigger source of the oscilloscope function. Syntax TRIGger:SCOPe:SOURce <CPD> Argument <CPD> <1-6>|TRIG1|TRIG2 Query syntax TRIGger:SCOPe:SOURce? Example TRIG:SCOP:SOUR TRIG1 TRIGger:SCOPe:MODE <CPD> This command is used to set and query the mode of the oscilloscope function. Syntax TRIGger:SCOPe:MODE <CPD> Copyright © ITECH Electronic Co., Ltd.

Page 43: Trigger:scope:slope
This command is used to set and query the slope of the oscilloscope function. Syntax TRIGger:SCOPe:SLOPe <CPD1> Argument: <CPD> RISE|FALL|BOTH Query syntax TRIGger:SCOPe:SLOPe? Returns RISE|FALL|BOTH Example TRIG:SCOP:SLOP BOTH TRIGger:FORCe This command is used to trigger. Syntax TRIGger:FORCe Example TRIGger:FORCe Copyright © ITECH Electronic Co., Ltd.

Page 44: Chapter9 Parallel Subsystem
//Query the parallel role of the present instrument. PARallel:NUMBer <number> This command sets and queries the total instrument number in the parallel operation, and the setting range is 2-16. Syntax PARallel:NUMBer <number> Argument <NR1> Query syntax PARallel:NUMBer? Returns <NR1> Copyright © ITECH Electronic Co., Ltd.
Page 45: Parallel:node:number
//Set the total number of parallel machines to 3. PAR:NUMB? //Query the total number of parallel machines. PARallel:NODE:NUMBer? This command is used to obtain the total number of nodes after the optical fiber is paralleled. Syntax PARallel:NODE:NUMBer? Argument <NR1> 1~64 Example PAR:NODE:NUMB? Copyright © ITECH Electronic Co., Ltd.
Page 46: Chapter10 Scope Subsystem
Example SCOPe:SINGle SCOPe:STOP This is a stop command of the oscilloscope. Syntax SCOPe:STOP Example SCOPe:STOP SCOPe:TIMebase:SCALe <NRf> This command is used to set and query the time scale of the oscilloscope, unit: s. <0.001-1.0> Copyright © ITECH Electronic Co., Ltd.
Page 47: Scope:voltage:scale
SCOPe:VOLTage:SCALe <NRf> Argument [MINimum|MAXimum] Query syntax SCOPe:VOLTage:SCALe? Returns <NRf> Example SCOPe:VOLTage:SCALe 10 SCOPe:CURRent:SCALe <NRf> This command is used to set and query the current scale of the oscilloscope, unit: Syntax SCOPe:CURRent:SCALe <NRf> Argument [MINimum|MAXimum] Copyright © ITECH Electronic Co., Ltd.

Page 48: Scope:timebase:delay
SCOPe:TIMebase:DELay <NRf> Argument [MINimum|MAXimum] Query syntax SCOPe:TIMebase:DELay? Returns <NRf> Example SCOPe:TIMebase:DELay 3 SCOPe:TRIGger:SOURce This command is used to set the trigger source of surge/sag function. Syntax SCOPe:TRIGger:SOURce Argument MANual|BUS|TRIG1|TRIG2 Query syntax SCOPe:TRIGger:SOURce? Returns MANual|BUS|TRIG1|TRIG2 Copyright © ITECH Electronic Co., Ltd.

Page 49: Scope:trigger:level
This command is used to set and query the trigger edge of the oscilloscope. Syntax SCOPe:TRIGger:SLOPe <CPD> Argument <RiSE|FALL|BOTH> Query syntax SCOPe:TRIGger:SLOPe? Returns <RiSE|FALL|BOTH> Example SCOPe:TRIGger:SLOPe BOTH SCOPe:TRIGger:MODE <CPD> This command is used to set and query the trigger mode of the oscilloscope. Syntax SCOPe:TRIGger:MODE <CPD> Copyright © ITECH Electronic Co., Ltd.

Page 50: Scope:line:selection
6 curves can be displayed. Syntax SCOPe:LINE:SELection Argument <1-6>,<Off|On|0|1> Query syntax SCOPe:LINE:SELection? Example SCOPe:LINE:SELection 1,ON SCOPe:STATus? Query the present status of the oscilloscope. Syntax SCOPe:STATus? Returns "Stop"|“Ready”| “Roll”|“Auto”|“Trig'd” Example SCOPe:STATus? SCOPe:RSTate? Query the running status of the oscilloscope. Copyright © ITECH Electronic Co., Ltd.
Page 51: Scope:waveform:data
6s, time scale 1s, the record length is set to 0.6kpts, then the collection of 100 points per second. Syntax SCOPe:RECord:LENGth <0.6|6|60|600> Returns <0.6|6|60|600> Copyright © ITECH Electronic Co., Ltd.
Page 52: Scope:sample:mode
The second one shows the end time point The third one is the data start time point The fourth is the data end time point The fifth is the data trigger time point Example SCOPe:DATA:TAG? Copyright © ITECH Electronic Co., Ltd.

Page 53: Chapter11 Fetch & Measure Subsystem
This command is used to read the DC component of current. Note: this command parameter is optional. If there is no parameter, it will return the value of A, B, C three-phase by default. Syntax: FETCh[:SCALar]:CURRent? [A|B|C] MEASure[:SCALar]:CURRent:DC? [A|B|C] Arguments [A|B|C] Returns: <NRf>… Copyright © ITECH Electronic Co., Ltd.
Page 54: Fetch[:Scalar]:Current[:Ac][:Amplitude]:Maximum:positive
Note: this command parameter is optional. If there is no parameter, it will return the value of A, B, C three-phase by default. Syntax: FETCh[:SCALar]:CURRent[:AC][:AMPLitude]:MAXimum:NEGative? [A|B|C] MEASure[:SCALar]: CURRent[:AC][:AMPLitude]:MAXimum:NEGative? [A|B|C] Arguments [A|B|C] Returns: <NRf>… Example FETC:CURR:MAX:NEG? Copyright © ITECH Electronic Co., Ltd.
Page 55: Fetch[:Scalar]:Current[:Ac][:Amplitude]:Maximum
Note: this command parameter is optional. If there is no parameter, it will return the value of A, B, C three-phase by default. Syntax: FETCh[:SCALar]:VOLTage[:AC][:AMPLitude]:MAXimum:HOLD? MEASure[:SCALar]:VOLTage[:AC][:AMPLitude]:MAXimum:HOLD? Arguments [A|B|C] Returns: <NRf>… Example FETC:CURR:CFAC? Copyright © ITECH Electronic Co., Ltd.
Page 56: Fetch[:Scalar]:Voltage[:Ac][:Amplitude]:Maximum:hold:clear
Note: this command parameter is optional. If there is no parameter, it will return the value of A, B, C three-phase by default. Syntax: FETCh[:SCALar]:CURRent:CFACtor? [A|B|C] MEASure[:SCALar]:CURRent:CFACtor? [A|B|C] Arguments [A|B|C|CH1|CH2|CH3] Returns: <NRf>… Example FETC:CURR:CFAC? Copyright © ITECH Electronic Co., Ltd.
Page 57: Fetch[:Scalar]:Frequency
Note: this command parameter is optional. If there is no parameter, it will return the value of A, B, C three-phase by default. Syntax: FETCh[:SCALar]:POWer [:REAL]? [A|B|C] MEASure[:SCALar]:POWer[:REAL]? [A|B|C] Arguments [A|B|C] Returns: <NRf>… Example FETC:POWer? Copyright © ITECH Electronic Co., Ltd.
Page 58: Fetch[:Scalar]:Power:apparent
Note: this command parameter is optional. If there is no parameter, it will return the value of A, B, C three-phase by default. Syntax: FETCh[:SCALar]:POWer:REACtive? [A|B|C] MEASure[:SCALar]:POWer:REACtive? [A|B|C] Arguments [A|B|C] Returns: <NRf>… Example FETC:POW:REAC? Copyright © ITECH Electronic Co., Ltd.
Page 59: Fetch[:Scalar]:Power:pfactor
Note: this command parameter is optional. If there is no parameter, it will return the value of A, B, C three-phase by default. Syntax: FETCh[:SCALar]:VOLTage? [A|B|C] MEASure[:SCALar]:VOLTage[:AC]? [A|B|C] Arguments [A|B|C] Returns: <NRf>… Example FETC:VOLT? Copyright © ITECH Electronic Co., Ltd.
Page 60: Fetch[:Scalar]:Voltage:dc
This command is used to read the peak value of voltage. Note: this command parameter is optional. If there is no parameter, it will return the value of A, B, C three-phase by default. Syntax: FETCh[:SCALar]:VOLTage[:AC][:AMPLitude]:MAXimum? MEASure[:SCALar]:VOLTage[:AC][:AMPLitude]:MAXimum? Arguments [A|B|C] Returns: <NRf>… Example FETC:VOLT:AMP:MAX? Copyright © ITECH Electronic Co., Ltd.
Page 61: Fetch[:Scalar]:Voltage[:Ac][:Amplitude]:Maximum:positive
Note: this command parameter is optional. If there is no parameter, it will return the value of A, B, C three-phase by default. Syntax: FETCh[:SCALar]:VOLTage[:AC][:AMPLitude]:MAXimum:NEGative? MEASure[:SCALar]:VOLTage[:AC][:AMPLitude]:MAXimum:NEGative? Arguments [A|B|C] Returns: <NRf> … Example FETC:VOLT:MAX:NEG? FETCh[:SCALar]? MEASure[:SCALar]? This command is used to get all METER data. Copyright © ITECH Electronic Co., Ltd.
Page 62: Fetch[:Scalar]:Power[:Real]:Total
MEASure? If set the parameter [A|B|C], the returned 17 floating point measurements are <float>,...,<float>, in order are (Uac,Iac,P,Upp,Upn,Ipp,Ipn,Freq,CF,PF,S,Q,Udc,Idc,Uthd,Ithd,Upeak) FETCh[:SCALar]:POWer[:REAL]:TOTal? MEASure[:SCALar]:POWer[:REAL]:TOTal? This command is used to read the total power value. Syntax: FETCh[:SCALar]:POWer [:REAL]:TOTal? MEASure[:SCALar]:POWer[:REAL]:TOTal? Arguments 无 Returns: <NRf> Example FETC:POW:TOT? Copyright © ITECH Electronic Co., Ltd.
Page 63: Fetch[:Scalar]:Power:apparent:total
FETCh[:SCALar]:POWer:REACtive:TOTal? MEASure[:SCALar]:POWer:REACtive:TOTal? Arguments 无 Returns: <NRf> Example FETC:POW:REAC:TOT? FETCh[:SCALar]:LTLVoltage[:AC]? MEASure[:SCALar]:LTLVoltage[:AC]? This command is used to read the line voltage value between B and A, or between C and A, or between C and B. Copyright © ITECH Electronic Co., Ltd.
Page 64: Fetch[:Scalar]:Voltage:harmonic[:Amplitude]? <[A|B|C]>,
This command is used to measure the amplitude of voltage harmonics. Syntax: FETCh[:SCALar]:VOLTage:HARMonic[:AMPLitude]? <[A|B|C]>,<NR1> MEASure[:SCALar]:VOLTage:HARMonic[:AMPLitude]? <[A|B|C]>,<NR1> Arguments <[A|B|C]>,<NR1> NR1 range: 0-50 Returns: <NRf> Example FETC:VOLT:HARM? A,4 FETCh[:SCALar]:CURRent:HARMonic[:AMPLitude]? <[A|B|C|CH1|CH2|CH3]>,<NR1> MEASure[:SCALar]:CURRent:HARMonic[:AMPLitude]? <[A|B|C|CH1|CH2|CH3]>,<NR1> This command is used to measure the amplitude of current harmonics. Copyright © ITECH Electronic Co., Ltd.

Page 65: Fetch[:Scalar]:Voltage:harmonic:distort? <[A|B|C]>,
NR1 range: 0-50 Returns: <NRf> Example FETC:CURR:HARM? A,5 FETCh[:SCALar]:VOLTage:HARMonic:DISTort? <[A|B|C]>,<NR1> MEASure[:SCALar]:VOLTage:HARMonic:DISTort? <[A|B|C]>,<NR1> This command is used to measure voltage harmonic components. Syntax: FETCh[:SCALar]:VOLTage:HARMonic:DISTort? <[A|B|C]>,<NR1> MEASure[:SCALar]:VOLTage:HARMonic:DISTort? <[A|B|C]>,<NR1> Arguments <[A|B|C|CH1|CH2|CH3]>,<NR1> NR1 range: 0-50 Returns: <NRf> Example FETC:VOLT:HARM:DIST? A,8 Copyright © ITECH Electronic Co., Ltd.

Page 66: Fetch[:Scalar]:Current:harmonic:distort? <[A|B|C]>,
<NRf> Example FETC:CURR:HARM:DIST? CH3,10 FETCh[:SCALar]:VOLTage:HARMonic:PHASe? <[A|B|C]>,<NR1> MEASure[:SCALar]:VOLTage:HARMonic:PHASe? <[A|B|C]>,<NR1> This command is used to measure the phase of voltage harmonics. Syntax: FETCh[:SCALar]:VOLTage:HARMonic:PHASe? <[A|B|C]>,<NR1> MEASure[:SCALar]:VOLTage:HARMonic:PHASe? <[A|B|C]>,<NR1> Arguments <[A|B|C]>,<NR1> NR1 range: 0-50 Returns: <NRf> Example FETC:VOLT:HARM:PHAS? A,5 Copyright © ITECH Electronic Co., Ltd.

Page 67: Fetch[:Scalar]:Current:harmonic:phase? <[A|B|C]>,
Returns: <NRf> Example FETC:CURR:HARM:PHAS? A,10 FETCh[:SCALar]:VOLTage:HARMonic:THD? <[A|B|C]> MEASure[:SCALar]:VOLTage:HARMonic:THD? <[A|B|C]> This command is used to measure the total harmonic distortion of the voltage. Syntax: FETCh[:SCALar]:VOLTage:HARMonic:THD? <[A|B|C]> MEASure[:SCALar]:VOLTage:HARMonic:THD? <[A|B|C]> Arguments <[A|B|C]> Returns: <NRf> Example FETC:VOLT:HARM:THD? C Copyright © ITECH Electronic Co., Ltd.

Page 68: Fetch[:Scalar]:Current:harmonic:thd? <[A|B|C]
In this command, if NR1 is assigned a value of 10, the result will list the harmonic amplitude of the voltage from 0 to 10th. Syntax: FETCh[:SCALar]:ARRay:VOLTage:HARMonic[:AMPLitude]? <[A|B|C]>,<NR1> Arguments <[A|B|C]>,<NR1> NR1 range: 0-50 Returns: <NRf> Example FETC:ARR:VOLT:HARM? B,11 Copyright © ITECH Electronic Co., Ltd.
Page 69: Fetch[:Scalar]:Array:current:harmonic[:Amplitude]? <[A|B|C]>,
<NRf> Example FETC:ARR:CURR:HARM? A,6 FETCh[:SCALar]:ARRay:VOLTage:HARMonic:PHASe? <[A|B|C]>,<NR1> MEASure[:SCALar]:ARRay:VOLTage:HARMonic:PHASe? <[A|B|C]>,<NR1> This command is used to measure each harmonic phase of the voltage. Syntax: FETCh[:SCALar]:ARRay:VOLTage:HARMonic:PHASe? <[A|B|C]>,<NR1> MEASure[:SCALar]:ARRay:VOLTage:HARMonic:PHASe? <[A|B|C]>,<NR1> Arguments <[A|B|C]>,<NR1> NR1: 0-50 Returns: <NRf> Example FETC:ARR:VOLT:HARM:PHAS? CH3,6 Copyright © ITECH Electronic Co., Ltd.

Page 70: Fetch[:Scalar]:Array:current:harmonic:phase? <[A|B|C]>,
NR1: 0-50 Returns: <NRf> Example FETC:ARR:CURR:HARM:PHAS? A,4 FETCh[:SCALar]:ARRay:VOLTage:HARMonic:DISTort? <[A|B|C|CH1|CH2|CH3]>,<NR1> MEASure[:SCALar]:ARRay:VOLTage:HARMonic:DISTor t? <[A|B|C|CH1|CH2|CH3]>,<NR1> This command is used to measure each harmonic distortion of the voltage. Syntax: FETCh[:SCALar]:ARRay:VOLTage:HARMonic:DISTort? <[A|B|C|CH1|CH2|CH3]>,<NR1> MEASure[:SCALar]:ARRay:VOLTage:HARMonic:DISTort? <[A|B|C|CH1|CH2|CH3]>,<NR1> Arguments <[A|B|C|CH1|CH2|CH3]>,<NR1> NR1: 0-50 Returns: <NRf> Copyright © ITECH Electronic Co., Ltd.

Page 71: Fetch[:Scalar]:Array:current:harmonic:distort? <[A|B|C|Ch1|Ch2|Ch3]>,
<NRf> Example FETC:ARR:CURR:HARM:DIST? A,6 VETCor:OEDer <NR1> This command is used to set and query the order of the vector diagram. Syntax: VETCor:OEDer Arguments <NR1> range: 0-50 Returns: <NRf> Query syntax: VETC:OED? Example VETC:OED 19 Copyright © ITECH Electronic Co., Ltd.

Page 72: Vetcor:data
This command is used to query the vectior data of present order. Syntax: VETCor:DATA? Arguments 无 Returns: <NRf>,<NRf>,<NRf>,<NRf>,<NRf>,<NRf> Example VETCor:DATA? VETCor:TYPE <CPD> This command is used to set the vector type. Syntax: VETCor:TYPE <CPD> Arguments <U|I|ALL> Returns: U|I|ALL Query syntax: VETCor:TYPE?? Example VETC:TYPE I Copyright © ITECH Electronic Co., Ltd.
Page 73: Chapter12 Sense Subsystem
Query syntax:: SENSe[:REMote][:STATe]? Returns:: <OFF|ON|0|1> Example SENS ON SENSe:FILTer[:STATe] <CPD> This command sets and queries the state of meter filter switch. Syntax: SENSe:FILTer[:STATe] <CPD> Arguments 0|OFF|1|ON Query syntax:: SENSe:FILTer[:STATe]? Returns:: 0|OFF|1|ON Example SENSe:FILT OFF Copyright © ITECH Electronic Co., Ltd.
Page 74: Sense:filter:level
Set the angle difference between the instrument and the external signal frequency. When the external frequency lock function is turned on, the output phase of the instrument maintains a fixed angle difference with the external frequency. Syntax: SENSe:EXTernal:SYNC:PHASe <NRf> Copyright © ITECH Electronic Co., Ltd.

Page 75: Sense:external:sync:difference ,
This command sets the instrument B to A and C to A angle difference. Editable under 3 phase only. Syntax: SENSe:EXTernal:SYNC:DIFFerence <CPD>,<NRf> Arguments CPD:BA|CA NRf:MAXimum|MINimum Query syntax:: SENSe:EXTernal:SYNC:DIFFerence? <CPD> Returns:: <NRf> Example SENSe:EXTernal:SYNC:DIFFerence <CPD>,<NRf> Copyright © ITECH Electronic Co., Ltd.

Page 76: Chapter13 Load Protect Subsystem
This command is used to set state of over current RMS protection. Syntax: CURRent:PROTection:STATe <Boolean> Arguments 0|1|OFF|ON Query syntax: CURRent:PROTection:STATe? Returns: 0|1|OFF|ON Example CURR:PROT:STAT 1 [SOURce:]CURRent:PROTection[:LEVel] <NRf+> The command sets the protection value of current RMS protection, unit: A. Syntax: CURRent:PROTection[:LEVel] <NRf+> Copyright © ITECH Electronic Co., Ltd.
Page 77: [Source:]Current:protection:delay
<MINimum-MAXimum> Example CURR:PROT:DEL 0.5 //设置通道 1 的 RMS 保护延迟为 10s CURR:PROT:DEL 10 [SOURce:]CURRent:PEAK:PROTection:STATe <Boolean> This command is used to set state of over current peak protection. Syntax: CURRent:PEAK:PROTection:STATe <Boolean> Arguments 0|1|OFF|ON Query syntax: CURRent:PEAK:PROTection:STATe? Copyright © ITECH Electronic Co., Ltd.

Page 78: [Source:]Current:peak:protection[:Level]
Query syntax: CURRent:PEAK:PROTection[:LEVel]? [MAXimum|MINimum] Returns: MAXimum|MINimum|DEFault Example CURRent:PEAK:PROT 30 [SOURce:]CURRent:PEAK:PROTection:DELay <NRf+> Set the peak current protection delay time, the unit is: s Syntax: CURRent:PEAK:PROTection:DELay <NRf+> Arguments MAXimum|MINimum|DEFault Query syntax: CURRent:PEAK:PROTection:DELay? Returns: [MAXimum|MINimum] Example CURRent:PEAK:PROTection:DELay 1 Copyright © ITECH Electronic Co., Ltd.

Page 79: [Source:]Power:protection:state
The command sets the protection value of power protection, unit: w. Syntax: POWer:PROTection[:LEVel] <NRf+> Arguments <MINimum-MAXimum> Query syntax: POWer:PROTection[:LEVel]? [MAXimum|MINimum] Returns: MAXimum|MINimum|DEFault Example POWer:PROTection 30 [SOURce:]POWer:PROTection:DELay <NRf+> Set the power protection delay time, the unit is: s Syntax: POWer:PROTection:DELay <NRf+> Arguments <MINimum-MAXimum> Copyright © ITECH Electronic Co., Ltd.

Page 80: [Source:]Voltage:under:protection:state
Sets the undervoltage protection value in the DC mode of the machine. The unit is V. It needs to be set only when in DC mode. Syntax: VOLTage:UNDer:PROTection[:LEVel] <NRf+> Arguments <MINimum-MAXimum> Query syntax: VOLTage:UNDer:PROTection[:LEVel]? [MAXimum|MINimum] Copyright © ITECH Electronic Co., Ltd.

Page 81: [Source:]Voltage:under:protection:delay
VOLTage:UNDer:PROTection:DELay <NRf+> Arguments <MINimum-MAXimum> Query syntax: VOLTage:UNDer:PROTection:DELay? [MAXimum|MINimum] Returns: <MINimum-MAXimum> Example VOLTage:UNDer:PROTection:DELay 1 [SOURce:]VOLTage:PEAK:PROTection[:LEVel] <NRf+> Sets the upper voltage peak limit. Syntax: VOLTage:PEAK:PROTection[:LEVel] <NRf+> Arguments <MINimum-MAXimum> Query syntax: VOLTage:PEAK:PROTection[:LEVel]? [MAXimum|MINimum] Returns: <MINimum-MAXimum> Example VOLTage:PEAK:PROTection 350 Copyright © ITECH Electronic Co., Ltd.

Page 82: Chapter14 Source Subsystem
ONE|THRee|DIFFerence Example SYST:FUNC ONE [SOURce:]FUNCtion <CPD1> This command is used to set load mode. Syntax: FUNCtion <CPD1> Arguments AC mode: CC|CR|CP|CS|CC+CR|CE DC mode: CC|CR|CP|CV|CC+CV|CR+CV|CP+CV|CR+CC|CC+CR+CP+CV Query syntax: FUNCtion? Returns: AC mode: CC|CR|CP|CS|CC+CR|CE DC mode: CC|CR|CP|CV|CC+CV|CR+CV|CP+CV|CR+CC|CC+CR+CP+CV Copyright © ITECH Electronic Co., Ltd.
Page 83: [Source:]Function:catalog
This command is used to set state of UPF (Unit Power Factor) Syntax: UPFactor[:STATe] <Boolean> Arguments <0|1|OFF|ON> Query syntax: UPFactor[:STATe]? Returns: <0|1|OFF|ON> Example UPFactor 1 [SOURce:]CURRent[:LEVel][:IMMediate][:AMPLitude][:A C] <NRf+>[,NRf+][,NRf+] Set and query the upper limit of RMS current. Copyright © ITECH Electronic Co., Ltd.
Page 84: [Source:]Current[:Level][:Immediate][:Amplitude]:Dc ,[Nrf+],[Nrf+]
DC current limit value setting command in Normal mode. This command is valid only in DC and DC+AC modes. Syntax: CURRent[:LEVel][:IMMediate][:AMPLitude]:DC <NRf+>,[NRf+],[NRf+] Query syntax: CURRent[:LEVel][:IMMediate][:AMPLitude]:DC? Returns: <NRf+> Example CURRent:DC 30 [SOURce:]CURRent:SLEW[:AC] <NRf+>[,NRf+][,NRf+] Sets the slope of load current. Unit A/ms. Syntax: CURRent:SLEW[:AC] <NRf+>[,NRf+][,NRf+] Arguments <NRf+>,[NRf+],[NRf+] Copyright © ITECH Electronic Co., Ltd.
Page 85: [Source:]Current:slew:dc
CURR:SLEW:DC 20.0 [SOURce:]RESistance[:LEVel][:IMMediate][:AMPLitude] <NRf+>[,NRf+][,NRf+] Sets the resistance value. Unit W. Syntax: RESistance[:LEVel][:IMMediate][:AMPLitude] <NRf+>[,NRf+][,NRf+] Query syntax: RESistance[:LEVel][:IMMediate][:AMPLitude]? [MAXimum| MINimum] Arguments: <NRf+>[,NRf+][,NRf+] Example: RESistance 500 [SOURce:]POWer[:LEVel][:IMMediate][:AMPLitude] <NRf+>[,NRf+][,NRf+] Sets the power value. Unit W. Syntax: POWer[:LEVel][:IMMediate][:AMPLitude] <NRf+>[,NRf+][,NRf+] Copyright © ITECH Electronic Co., Ltd.

Page 86: [Source:]Kva[:Level][:Immediate][:Amplitude] [,Nrf+][,Nrf+]
Example： KVA 10 [SOURce:]PSHift[:LEVel][:IMMediate][:AMPLitude] <NRf+>[,NRf+][,NRf+] This command is used to set or query the phase shift between voltage and current. Syntax: PSHift[:LEVel][:IMMediate][:AMPLitude] <NRf+>[,NRf+][,NRf+] Arguments -90° ~ +90° Query syntax: PSHift[:LEVel][:IMMediate][:AMPLitude]? [MAXimum| MINimum] Arguments <NRf+>[,NRf+][,NRf+] Copyright © ITECH Electronic Co., Ltd.
Page 87: [Source:]Cfactor[:Level][:Immediate][:Amplitude] [,Nrf+][,Nrf+]
<NRf+>[,NRf+][,NRf+] Example： CFACtor 5 CFACtor? [SOURce:]VOLTage[:LEVel][:IMMediate][:AMPLitude] <NRf+> This command is used to set or query voltage value of DC mode. Syntax: VOLTage[:LEVel][:IMMediate][:AMPLitude] <NRf+> Arguments <NRf+> Query syntax: VOLTage[:LEVel][:IMMediate][:AMPLitude]? [MAXimum|MINimum] Arguments MAXimum|MINimum|DEFault Example： VOLTage 20 Copyright © ITECH Electronic Co., Ltd.
Page 88: [Source:]Ce:peak:current [,Nrf+][,Nrf+]
Parallel RLC Rectifier single phase RLC Query syntax: [SOURce:]CE:TYPE? Example： CE:TYPE A [SOURce:]CE:TA:R <NRf+>[,NRf+][,NRf+] Parallel RLC, This command is used to set or query the R set under Unit:Ω Syntax: [SOURce:]CE:TA:R <NRf+>[,NRf+][,NRf+] Arguments <NRf+>[,NRf+][,NRf+] Copyright © ITECH Electronic Co., Ltd.
Page 89: [Source:]Ce:ta:rl [,Nrf+][,Nrf+]
[SOURce:]CE:TA:L <NRf+>[,NRf+][,NRf+] Query syntax: [SOURce:]CE:TA:L? [MAXimum| MINimum] Example CE:TA:L 10 [SOURce:]CE:TA:RC <NRf+>[,NRf+][,NRf+] Parallel RLC This command is used to set or query the RC value under , Unit: Ω Syntax: [SOURce:]CE:TA:RC <NRf+>[,NRf+][,NRf+] Arguments <NRf+>,[NRf+],[NRf+] Copyright © ITECH Electronic Co., Ltd.
Page 90: [Source:]Ce:ta:c [,Nrf+][,Nrf+]
[SOURce:]CE:TA:L:AINitial <NRf+>[,NRf+][,NRf+] Arguments <NRf+>,[NRf+],[NRf+] Query syntax: [SOURce:]CE:TA:L:AINitial? [MAXimum| MINimum] Example CE:TA:L:AINitial 10 [SOURce:]CE:TB:R <NRf+>[,NRf+][,NRf+] Rectifier single phase This command is used to set or query the R set under RLC mode, Unit:Ω Syntax: [SOURce:]CE:TB:R <NRf+>[,NRf+][,NRf+] Copyright © ITECH Electronic Co., Ltd.
Page 91: [Source:]Ce:tb:rs [,Nrf+][,Nrf+]
[SOURce:]CE:TB:L <NRf+>[,NRf+][,NRf+] Query syntax: [SOURce:]CE:TB:L? [MAXimum| MINimum] Example CE:TB:L 10 [SOURce:]CE:TB:C <NRf+>[,NRf+][,NRf+] Rectifier single This command is used to set or query the C value under phase RLC mode , Unit: uF Syntax: [SOURce:]CE:TB:C <NRf+>[,NRf+][,NRf+] Copyright © ITECH Electronic Co., Ltd.
Page 92: [Source:]Ce:tb:c:vinitial [,Nrf+][,Nrf+]
CE:TB:C:VINitial 10 [SOURce:]CE:TB:D:VOLTage <NRf+>[,NRf+][,NRf+] Rectifier single This command is used to set or query diode voltage under phase RLC mode ,Unit:V Syntax: [SOURce:]CE:TB:D:VOLTage <NRf+>[,NRf+][,NRf+] Arguments <NRf+>,[NRf+],[NRf+] Query syntax: [SOURce:]CE:TB:D:VOLTage? [MAXimum| MINimum] Example CE:TB:D:VOLTage 10 Copyright © ITECH Electronic Co., Ltd.
Page 93: Chapter15 Input Subsystem
INPut:PHASe:LOSS? Example INPut:PHASe:LOSS 1 INPut:LINE:CONNection <CPD> This command is used to set the connection status of the output. WYE is the star connection method and DELTa is the triangle connection method. Syntax: INPut:LINE:CONNection <CPD> Copyright © ITECH Electronic Co., Ltd.
Page 94: Input
INPut <state> Arguments 0|OFF|1|ON Query syntax: INPut[:STATe]? Returns: 0|OFF|1|ON Example INP 1 INPut:RECTified[:STATe] <boolean> This command is used to set the state of rectified function. Syntax: INPut:RECTified[:STATe] <boolean> Arguments 0|OFF|1|ON Query syntax: INPut:RECTified[:STATe]? Returns: 0|OFF|1|ON Copyright © ITECH Electronic Co., Ltd.

Page 95: Input:integrity
This command is used to clear the protection status. Syntax: INPut:PROTection:CLEar Example INPut:PROTection:CLEar INPut:PROTection:WDOG[:STATe] <state> This command is used to enable or disable the watch dog function. Syntax: INPut:PROTection:WDOG[:STATe] <state> Arguments 0|OFF|1|ON Query syntax: INPut|OUTPut:PROTection:WDOG[:STATe]? Example INPut:PROTection:WDOG 1 Copyright © ITECH Electronic Co., Ltd.

Page 96: Input:protection:wdog:delay
This command is set the connection status when the load is off. OPENz: disconnect the output relay and the output terminal is in a high-impedance state. HIGHz: the output relay is closed and the output terminal is in a high-impedance state. Copyright © ITECH Electronic Co., Ltd.

Page 97: Input:on:phase:mode
OUTPut:ON:PHASe:MODE <CPD> Arguments PHASe|IMMediate Query syntax: INPut:ON:PHASe:MODE? Returns: PHASe|IMMediate Example OUTP:ON:PHAS:MODE IMM INPut:ON:PHASe:LEVel <NRf+> The command sets the starting phase angle value when the instrument input is turned on. Syntax: INPut:ON:PHASe:LEVel <NRf+> Arguments MINimum|MAXimum Copyright © ITECH Electronic Co., Ltd.

Page 98: Input:off:phase:mode
Query syntax: INPut:OFF:PHASe:MODE? Returns: PHASe|IMMediate Example INPut:OFF:PHASe:MODE IMM INPut:OFF:PHASe:LEVel <NRf+> This command is used to set the phase angle value when the instrument input is turned off. Syntax: INPut:OFF:PHASe:LEVel <NRf+> Arguments MINimum|MAXimum|DEFault Query syntax: INPut:OFF:PHASe:LEVel? Copyright © ITECH Electronic Co., Ltd.

Page 99: Input:balance[:State]
This command is used to set the monitored phase of the input. This command is only supported in three-phase mode. Syntax: INPut:MONitor:PHASe <CPD> Arguments A|B|C Returns: Example INPut:MONitor:PHASe A INPut:MONitor:VOLTage:RATio <CPD> This command is used to set the input voltage monitoring ratio. Copyright © ITECH Electronic Co., Ltd.

Page 100 Arguments 50|100 Query syntax: INPut:MONitor:VOLTage:RATio? Example INPut:MONitor:VOLTage:RATio 100 INPut:MONitor:CURRent:RATio <CPD> This command is used to set the current monitoring ratio of the input. Syntax: INPut:MONitor:CURRent:RATio <CPD> Arguments 5.0|10.0 Query syntax: INPut:MONitor:CURRent:RATio? Example INPut:MONitor:CURRent:RATio 5.0 Copyright © ITECH Electronic Co., Ltd.
Page 101: Chapter16 Arb Subsystem
NORMal: after the list runs, it will automatically return to normal. LAST: keep the output of the last step after the list runs. OFF: turn off the output after the list operation is over and still in the list mode. Copyright © ITECH Electronic Co., Ltd.
Page 102: List:rstate
Syntax: LIST:RUNTime:STATe? Returns: <NR1>,<NR1> Example LIST:RUNTime:STATe? LIST:RECall <string> This command is used to call back the saved list file and query the file name presently called. Syntax: LIST:RECall <string> Query syntax: LIST:RECall? Copyright © ITECH Electronic Co., Ltd.
Page 103: List:step:count
This command is used to configure and query the list step parameters. <NR1>: step index <string>: the parameters are separated by commas, and the specific order is as follows: Three phase: IAC_A IAC_B IAC_C IAC_SLEW_A IAC_SLEW_B IAC_SLEW_C IDC_A IDC_B IDC_C IDC_SLEW_A IDC_SLEW_B Copyright © ITECH Electronic Co., Ltd.
Page 104 R_C_SLEW THREE_WAVE_A THREE_WAVE_B THREE_WAVE_C THREE_TIME_MODE THREE_TIME THREE_TRIG_OUT A_PHASE_SHIFT 29 B_PHASE_SHIFT 29 C_PHASE_SHIFT 30 A_wave_PARAM 31 B_WAVE_PARAM 32 C_WAVE_PARAM 33 Single mode/ Reverse mode: IAC_SLEW IDC_SLEW PHASE_MODE START_A R_SLEW WAVE TIME_MODE TIME TRIG_OUT PHASE_START WAVE_PARM Copyright © ITECH Electronic Co., Ltd.
Page 105: List:step:item ,,
This command is used to configure and query the phase parameters of a certain step in the list. <NR1>: Step index , [1,100] <NR1>: IAC_A IAC_B IAC_C IAC_SLEW_A IAC_SLEW_B IAC_SLEW_C IDC_A IDC_B IDC_C IDC_SLEW_A IDC_SLEW_B _SLEW_C PHASE_MODE START_A START_B START_C Copyright © ITECH Electronic Co., Ltd.

Page 106: List:step:item? ,
LIST:STEP:ITEM? <NR1>,<item> Example LIST:STEP:ITEM 1,0,"100" LIST:STEP:ITEM 1,22,"Sine" LIST:STEP:ITEM? <NR1>,<item> This command is used to query the phase parameters of a certain step in the list. Syntax: LIST:STEP:ITEM? <NR1>,<item> Arguments <NR1>,<item> Returns: <NRf+> Example LIST:STEP:ITEM? 1,6 Copyright © ITECH Electronic Co., Ltd.

Page 107: List:name
Syntax: LIST:CONFigure Example LIST:CONF LIST:CREate This command is used to create a list. Syntax: LIST:CREate Example LIST:CRE LIST:FILE:NUMBer? This command is used to query the number of list files under the present device type. Copyright © ITECH Electronic Co., Ltd.
Page 108: List:file:name?
NR1: The minimum value is 0, i.e., no skipped steps and all steps are looped; the maximum value is less than the total number of steps. Syntax: LIST:STEP:JUMP <NR1> Arguments <NR1> Query syntax: LIST:STEP:JUMP? [MAXimum|MINimum] Copyright © ITECH Electronic Co., Ltd.

Page 109: List:function
This command is used to set CV state of DC list mode. Syntax: LIST:DCCV:STATe <Boolean> Arguments <0|1|OFF|ON> Query syntax: LIST:DCCV:STATe? Example LIST:DCCV:STAT 0 LIST:DCCV:VOLTage <NRf+> This command is used to set Voltage level of CV in DC List mode. Syntax: LIST:DCCV:VOLTage <NRf+> Copyright © ITECH Electronic Co., Ltd.

Page 110 ARB Subsystem Arguments <NR1> Query syntax: LIST:DCCV:VOLTage? Example LIST:DCCV:VOLTage 40 Copyright © ITECH Electronic Co., Ltd.
Page 111: Chapter17 Surgesag Subsystem
This command is used to set and query the initial phase of the surge/trap wave. <NRf+>: start phase setting value, or start phase MINimum or MAXimum or DEFault setting. Syntax: SURGesag:PHASe:STARt <NRf+> Arguments <NRf+> 单位 Degree (° ) *RST Copyright © ITECH Electronic Co., Ltd.
Page 112: Surgesag:phase:width
//Query the set value of angle width. SURGesag:PHASe:WIDTh? MIN // Query the minimum value of the angle width. SURGesag:ACTion <action> This command is used to set and query the trigger action of the surge/trap wave. Copyright © ITECH Electronic Co., Ltd.

Page 113: Surgesag:symmetry
0 | OFF | 1 | ON Example SURGesag:SYMMetry 1 //Turn on symmetry mode. SURGesag:SYMMetry? //Query the switch status of symmetric mode. SURGesag:REPeat:COUNt <NR1> This command is used to set and query the number of continuous surge/trap Copyright © ITECH Electronic Co., Ltd.

Page 114: Surgesag:period:count
<NR1+>: the period interval setting value of the surge/trap wave occurrence. Syntax: SURGesag:PERiod:COUNt <NR1> Arguments <NR1> *RST Query syntax: SURGesag:PERiod:COUNt? Returns: <NR1> Example SURGesag: PERiod:COUNt 5 //set the period interval of the surge/trap wave occurrence to 5. Copyright © ITECH Electronic Co., Ltd.

Page 115: Surgesag:value:select
This command is used to set and query the percentage of the drop value of the surge/trap wave. <NRf+>: dropping percentage setting value. Syntax: SURGesag:VALue:PERCent <NRf+> Arguments <NRf+> *RST Query syntax: SURGesag:VALue:PERCent? Returns: <NRf+> Copyright © ITECH Electronic Co., Ltd.

Page 116: Surgesag:value:setting
SURGesag:CHAN:ENABle <A|B|C|AB|AC|BC|ABC> This command is used to set and query the phase of the trap dip, and is only available in three-phase mode. Syntax: SURGesag:CHAN:ENABle <A|B|C|AB|AC|BC|ABC> Arguments <A|B|C|AB|AC|BC|ABC> Query syntax: SURGesag:CHAN:ENABle? Returns: <NRf+> Copyright © ITECH Electronic Co., Ltd.

Page 117: Surgesag:save
This command is used to recall the surge/sag file. Syntax: SURGesag:RECall <string> Example SURGesag:RECall "filename" SURGesag:STATe? This command is used to query the running status of the surge/trap wave. Syntax: SURGesag:STATe? Example SURGesag:STATe? //Query the running status of the surge/trap wave. Copyright © ITECH Electronic Co., Ltd.

Page 118: Chapter18 Waveform Subsystem
<"Sine"|"Square"|"Triangle"|"Saw"|"Trapezoid"|"Clipped-sine"|"DST-01(30)"|"filen ame">, *RST Sine Query syntax: WAVEform? Returns: <string> Example WAVE "Sine" // Set the waveform to Sine. WAVE "Sine","Saw","Square" // Set three channel waveforms separately, valid under three-phase unbalanced or multi-channel. WAVE? Copyright © ITECH Electronic Co., Ltd.
Page 119: Pwaveform[:Immediate] ,
WAVEform:EDIT:PARameter <phase/chan>,<percent1> This command is used to set and query the waveform parameters of a phase/channel (for Example, the percentage of clipping wave. For waveform types without parameters, this parameter is invalid). Syntax: WAVEform:EDIT:PARameter <phase/chan>,<percent1> Copyright © ITECH Electronic Co., Ltd.

Page 120: Waveform:edit:thd:clear
This command is used to import the existing THD wave file into the editing memory and query the name of the THD wave file imported from the external storage. Syntax: WAVEform:EDIT:THD:IMPort <filename> Arguments "filename" Query syntax: WAVEform:EDIT:THD:IMPort? Returns: <string> Example WAVE:EDIT:THD:IMP "Thd01.csv" WAVE:EDIT:THD:IMP? Copyright © ITECH Electronic Co., Ltd.
Page 121: Waveform:edit:thd:formula
(if the file name is the same, it is regarded as modifying the present waveform, if the file name does not exist, it is regarded as creating a new file) Copyright © ITECH Electronic Co., Ltd.

Page 122: Waveform:edit:thd:save:udisk
This command is used to import the data of the existing custom wave into the editing memory and query the file name of the imported userdefined wave. Syntax: WAVEform:EDIT:USERdefine:IMPort <filename> Arguments “filename” Query syntax: WAVEform:EDIT:USERdefine:IMPort? Copyright © ITECH Electronic Co., Ltd.

Page 123: Waveform:edit:userdefine:mode
Set and query the normalized point value of the point whose order is index. Syntax: WAVEform:EDIT:USERdefine:DATA <index>,<normalization> Arguments <0-1023>,<0.0-1.0> (Note: The range of index varies with the presently set waveform editing mode (symmetrical attribute), FULL is 0-1023, and other modes are 0-511) Query syntax: WAVEform:EDIT:USERdefine:DATA? <index> Copyright © ITECH Electronic Co., Ltd.

Page 124: Waveform:edit:userdefine:save:local
USB disk file, and specify the file name (if the file name is the same, it is regarded as modifying the current waveform, if the file name does not exist, it is regarded as creating a new file) Syntax: WAVEform:EDIT:USERdefine:SAVE:UDISk <filename> Arguments "filename" Example WAVE:EDIT:USER:SAVE:UDIS "USER01.csv" Copyright © ITECH Electronic Co., Ltd.

Page 125: Chapter19 Sweep Subsystem
<NRf+>: initial setting value, or initial MINimum or MAXimum or DEFault setting Note: In single-phase (including AC, ACDC, DC, DCAC), there is only one parameter; in three-phase, three parameters must be taken. Syntax: SWEep:LEVel:STARt <NRf+>[,<NRf+>,<NRf+>] Arguments <NRf+>[,<NRf+>,<NRf+>] *RST Copyright © ITECH Electronic Co., Ltd.
Page 126: Sweep:level:stop [,,]
<NRf+>: step setting value, or step MINimum or MAXimum or DEFault setting. Note: In single-phase (including AC, ACDC, DC, DCAC), there is only one parameter; in three-phase, three parameters must be taken. Syntax: SWEep:LEVel:STEP <NRf+>[,<NRf+>,<NRf+>] Copyright © ITECH Electronic Co., Ltd.
Page 127: Sweep:time:step
This command is used to set and query the switching mode between the single steps of the sweep function, and it can be set to TIMe or TRIG mode. <mode> TIME|TRIG|TIME_LOOP|TRIG_LOOP TIME_LOOP: Time loop sweep Copyright © ITECH Electronic Co., Ltd.

Page 128: Sweep:waveform
Query syntax: SWEep:WAVeform? Example SWEep:WAVeform "Sine" SWEep:WAVeform:PARameter <NRf+> This command is used to set and query the waveform parameters (for Example, the percentage of clipping wave. For waveform types without parameters, this parameter is invalid). Copyright © ITECH Electronic Co., Ltd.

Page 129: Sweep:pshift
TIMe|TRIG *RST TIMe Query syntax: SWEep:PSHift? Returns: TIMe|TRIG Example SWEep:MODe TIMe SWEep:TERMinate <mode> This command is used to set and query the end status of sweep. <type>: sweep wave type NORMal|LAST|OFF Syntax: SWEep:TERMinate <mode> Copyright © ITECH Electronic Co., Ltd.

Page 130: Sweep:trig:source
Arguments MANual|BUS|TRIG1|TRIG2 *RST MANual Query syntax: SWEep:TRIG:SOURce? Returns: MANual|BUS|TRIG1|TRIG2 Example SWEep:TRIG:SOURce MANual SWEep:STEP:REPeat <NR1> Set the number of sweep repetitions, set 0 for infinite loop. Syntax: SWEep:STEP:REPeat <NR1> Arguments 1-65535 Query syntax: SWEep:STEP:REPeat? [MAXimum|MINimum] Copyright © ITECH Electronic Co., Ltd.

Page 132: Chapter20 Ieee-488 Common Commands
Register (SESR) will set the Event Summary Bit (ESB) in the Status Byte Register (SBR). Syntax *ESE <NR1> Arguments 0～255 Default value Example *ESE 128 Query syntax *ESE? Returns <NR1> Related syntax *ESR? *PSC *STB? Bit definition of standard event enable register: Copyright © ITECH Electronic Co., Ltd.
Page 133: Ese
<NR1> This is a decimal value with a binary weighted sum. Related syntax *CLS *ESE *ESE? *OPC *IDN? This command reads information that identifies the electronic load. It returns a parameter that contains four segments divided by a comma. Query syntax *IDN? Arguments None Copyright © ITECH Electronic Co., Ltd.
Page 134: Opc
1. The byte sets the RQS bit of the Status Byte Register to 1. The bit definition of the Status Byte Enable Register is as the same as the Status Byte Register. Syntax *SRE <NR1> Arguments 0～255 Copyright © ITECH Electronic Co., Ltd.
Page 135: Stb
*PSC This instruction is used to control whether the status register is cleared when the instrument is powered-on. This instruction affects the value of the status register at the next powered-on. Syntax *PSC <ON|1|OFF|0> Copyright © ITECH Electronic Co., Ltd.
Page 136: Sav
This command saves the present setting values of the electronic load into specified memory. Syntax *SAV <NR1> Arguments *RCL This command recalls the setups you saved in the specified memory location. Syntax *RCL <NR1> Arguments 0～9 Copyright © ITECH Electronic Co., Ltd.
Page 137 Contact US Thank you for purchasing ITECH products. If you have any doubt about this product, please contact us as follow. 1. Visit ITECH website www.itechate.com 2. Select the most convenient contact for further consultation.

ITech IT8200 Series Programming Manual

Chapter1 SCPI Introduction

Chapter2 SCPI Status Register

Chapter3 System Commands

Chapter4 Channel Subsystem

Chapter5 Abort Subsystem

Chapter6 Initiate Subsystem

Chapter7 Configurate IO Subsystem

Chapter8 Trigger Subsystem

Chapter9 Parallel Subsystem

Chapter10 Scope Subsystem

Chapter11 Fetch & Measure Subsystem

Chapter12 SENSE Subsystem

Chapter13 Load Protect Subsystem

Chapter14 Source Subsystem

Chapter15 Input Subsystem

Chapter16 ARB Subsystem

Chapter17 Surgesag Subsystem

Chapter18 Waveform Subsystem

Chapter19 Sweep Subsystem

Chapter20 IEEE-488 Common Commands

Quick Links

Need help?

Questions and answers

Related Manuals for ITech IT8200 Series

Summary of Contents for ITech IT8200 Series

Table of Contents