Page 1 PW8001 PW8001-01 PW8001-11 PW8001-02 PW8001-12 PW8001-03 PW8001-13 PW8001-04 PW8001-14 Communication Command PW8001-05 PW8001-15 Instruction Manual PW8001-06 PW8001-16 POWER ANALYZER Dec. 2023 Revised edition 4 PW8001A964-04 HIOKI PW8001A964-04...
Page 2 This instruction manual explains the communication commands for Model  PW8001 Power Analyzer. Before using PW8001, be sure to read the instruction manual of PW8001.  For details regarding the command settings, please refer to “9 Connecting to a PC” in ...
Page 3: Table Of Contents
7 Available commands for secondary units during optical link ............. 226 8 Troubleshooting ........................227 9 Device Documents Requirements .................... 229 9.1 Device Documents Requirements ..................229 9.2 Queries to which Multiple Response Messages are Returned ........... 231 9.3 Paired Interacting Commands ................... 232 HIOKI PW8001A964-04...
Page 4 HIOKI PW8001A964-04...
Page 5: Communications
1 Communications 1.1 Communication Method In this manual, PW8001 is represented as the instrument. You can control the instrument by sending messages from a computer to the instrument via interfaces. The messages include “Program Message” sent from a computer to the instrument and “Response Message”...
Page 6: Message Format
The long form in uppercase letters is used for the response messages from the instrument. HEADer? Symbols in this manual HEADER? Long form HEAD? Short form HEADE? Error HEA? Error HIOKI PW8001A964-04...
Page 7 IEEE 488.2. 1.2.7 Message Terminators Message terminators show an end of one message transfer. The instrument recognizes the following message terminators (delimiters): Interface Message terminator CR+LF The following terminator is used for the response messages. Interface Message terminator CR+LF HIOKI PW8001A964-04...
Page 8 In a message consisting of a header and data, the header is separated from the Header separator data by a space (blank). :VOLTage1:RANGe 300 In a message containing multiple data items, the data items are separated from Data separator one another by a comma “,”. :CLOCk 2021,12,01,12,00,00 HIOKI PW8001A964-04...
Page 9 A colon “:” is not required at the start of the simple and compound command type headers. However, to avoid confusion with abbreviated forms and malfunction of the instrument, we recommend placing a colon “:” at the start of a command. HIOKI PW8001A964-04...
Page 10: Output Queue And Input Buffer
The input buffer is used to temporarily store the received data in the instrument. The input buffer has a capacity of 400 KB. The instrument cannot accept data larger than 400 KB. Reference Ensure that the length of a single line never exceeds 400 KB. ・ HIOKI PW8001A964-04...
Page 11: Status Byte Register
This is the logical sum of Device-specific Event Status Register 0 (ESR0). 1.4.2 Service Request Enable Register (SRER) Setting a bit of the Service Request Enable Register (SRER) to “1” enables the corresponding bit of the Status Byte Register (STB). HIOKI PW8001A964-04...
Page 12: Event Registers
• When the instrument is powered on. • When a *CLS command is executed. • When an *ESR? query (a query for SESR) is executed. Reference ・ Beeps when a communication error occurs if the beep function is enabled for this instrument. HIOKI PW8001A964-04...
Page 13 Bit 6 CH6 voltage peak exceeded Bit 5 CH5 voltage peak exceeded Bit 4 CH4 voltage peak exceeded Bit 3 CH3 voltage peak exceeded Bit 2 CH2 voltage peak exceeded Bit 1 CH1 voltage peak exceeded Bit 0 HIOKI PW8001A964-04...
Page 14 *CLS command is executed. • When any of :ESR0?, :ESR1?, :ESR2?, or :ESR3? queries (queries for ESR0 through ESR3) is executed. The contents of ESR1 and ESR2 are cleared in the following situations: • When settings are changed. HIOKI PW8001A964-04...
Page 15 • ESR2: ESB2 bit (bit 2) of the Status Byte Register is “1”. • ESR3: ESB3 bit (bit 3) of the Status Byte Register is “1”. Bit 3 Bit 2 Bit 1 Bit 0 Status Byte Register ESB3 ESB2 ESB1 ESB0 (STB) HIOKI PW8001A964-04...
Page 16 :ESR3? Device-specific Event Status Enable Register 3 ESER3 :ESE3? :ESE3 1.5.6 GP-IB Command Since the instrument does not support the interface function, the following commands supported by the previous models cannot be used. Command GTL, LLO, DCL, SDC, HIOKI PW8001A964-04...
Page 17: Initialization Items
– ✓ Reference *1: For details, refer to the PW8001 instruction manual. *2: All the bits other than Power-ON Flag (bit 7: PON) are cleared. *3: All the bits other than Message Available (bit 4: MAV) are cleared. *4: Only Message Available (bit 4: MAV) is cleared. (As output queue is cleared.)
Page 18: Command List
Setting and Querying Measurement Mode ..................50 Setting and Querying Data Refresh Rate ..................51 Executing Shutdown ......................... 51 Setting and Querying Synchronization Source ................. 51 Setting and Querying Zero Suppression................... 52 2.1.4 D/A Output Option Querying D/A Output Option ......................52 HIOKI PW8001A964-04...
Page 19 2.1.8 Calendar and Clock Setting and Querying Clock ......................66 Setting and Querying Time Zone ...................... 66 Setting and Querying Date Format ....................67 Setting and Querying Date Separator ....................67 Querying Adjustment Date ........................ 67 Querying Calibration Date ......................... 68 HIOKI PW8001A964-04...
Page 20 Save Item: Initialized Save Data Items for Harmonics ..............88 Save Item: Setting and Querying Harmonics Data ................89 Save Item: Setting and Querying InterHarmonics Data ..............90 Save Item: Setting and Querying Output Order for Harmonics Data ..........90 HIOKI PW8001A964-04...
Page 21 Torque meter Correction: Setting and Querying Nonlinearity Correction Function ....... 112 Torque meter Correction: Setting and Querying Nonlinearity Correction Value ......113 Setting and Querying Upper Motor Frequency Limit ..............114 Setting and Querying Motor Lower Frequency Limit ..............114 Setting and Querying Center Frequency ..................115 HIOKI PW8001A964-04...
Page 22 Saving User-defined Formulas Setting File ..................129 2.1.17 Flicker Measurement Setting and Querying Rated Voltage ....................129 Setting and Querying Automatic Rated Voltage setting function ........... 130 Setting and Querying Measured Voltage ..................130 Setting and Querying Period covered by Pst calculation ............... 130 HIOKI PW8001A964-04...
Page 23 Setting and Querying Grouping for Harmonics Measurement ............144 Setting and Querying Maximum Analysis Order for Harmonics Measurement ......144 Setting and Querying THD Calculation Method for Harmonics Measurement ....... 145 Setting and Querying Harmonics Synchronization Source ............145 HIOKI PW8001A964-04...
Page 24 Communication Output Item: Setting and Querying Total Voltage Data (Secondary) ....171 Communication Output Item: Setting and Querying Current Data (Secondary) ......172 Communication Output Item: Setting and Querying Total Current Data (Secondary) ....173 Communication Output Item: Setting and Querying Power Data (Secondary) ......174 HIOKI PW8001A964-04...
Page 25 Screen Save: Setting and Querying Folder Name for Saving Destination ........190 Screen Save: Setting and Querying Registered Information Save for Saving ....... 190 2.1.29 Scaling Setting and Querying CT Ratio ....................... 191 Setting and Querying VT Ratio ....................... 191 HIOKI PW8001A964-04...
Page 26 Setting and Querying maximum value for User-defined Formulas ..........203 Setting and Querying automatic maximum value setting function for User-defined Formulas ..203 2.1.35 Acquisition of Module Information Querying Information of Specified Module ..................204 Querying Adjustment Date of Specified Module ................204 HIOKI PW8001A964-04...
Page 27 Setting and Querying Waveform Recording Length ............... 209 Querying Waveform Acquisition State .................... 209 Querying Waveform Data State of Valid or Invalid ................. 209 2.1.38 Wiring Settings Setting and Querying Wiring ......................210 Collective Setting and Querying for Wiring ..................210 HIOKI PW8001A964-04...
Page 28: Command List
:AOUT:WAVE:ITEM? ........................54 :AOUT[CH]:TYPE ..........................54 :AOUT[CH]:TYPE? ..........................54 :AOUT[CH]:TRENd:ITEM ......................... 55 :AOUT[CH]:TRENd:ITEM? ....................... 55 :AOUT[CH]:WAVE:ITEM ........................55 :AOUT[CH]:WAVE:ITEM? ......................... 55 :AVEraging:MODE ..........................56 :AVEraging:MODE? .......................... 56 :AVEraging:TIMEs ..........................56 :AVEraging:TIMEs? ........................... 56 2.2.3 B :BEEPer ............................. 48 HIOKI PW8001A964-04...
Page 29 :CAN:OUT:COUNt ..........................65 :CAN:OUT:COUNt? .......................... 65 :CAN:OUT:INTERval......................... 65 :CAN:OUT:INTERval?........................65 :CAN:OUT:MODE ..........................64 :CAN:OUT:MODE? ........................... 64 :CAN:RESist ............................60 :CAN:OUT:STATe? ........................... 64 :CAN:RESist? ............................ 60 :CAN:SAMPling ..........................59 :CAN:SAMPling? ..........................59 :CAN:SPEED ............................ 59 :CAN:SPEED? ..........................59 :CLOCk .............................. 66 HIOKI PW8001A964-04...
Page 30 :DATAout:ITEM:HARMonic:INTER? ....................90 :DATAout:ITEM:HARMonic:LIST ...................... 89 :DATAout:ITEM:HARMonic:LIST? ....................89 :DATAout:ITEM:HARMonic:ORDer ....................90 :DATAout:ITEM:HARMonic:ORDer? ....................90 :DATAout:ITEM:I ..........................82 :DATAout:ITEM:I? ..........................82 :DATAout:ITEM:INTEGrate ....................... 85 :DATAout:ITEM:INTEGrate? ......................85 :DATAout:ITEM:ISUM ........................83 :DATAout:ITEM:ISUM? ........................83 :DATAout:ITEM:P ..........................83 :DATAout:ITEM:P? ..........................83 HIOKI PW8001A964-04...
Page 31 :DATAout:SECond:U? ........................91 :DATAout:SECond:USUM ........................ 92 :DATAout:SECond:USUM? ......................92 :DATE:ADJust? ..........................67 :DATE:CALibrate? ..........................68 :DATE:FORMat ..........................67 :DATE:FORMat? ..........................67 :DATE:SEParator ..........................67 :DATE:SEParator? ..........................67 :DELTay[CH] ............................. 68 :DELTay[CH]? ........................... 68 :DEMAg ............................. 48 :DEMAg? ............................48 HIOKI PW8001A964-04...
Page 32 :ESE0? .............................. 44 :ESE1 ..............................45 :ESE1? .............................. 45 :ESE2 ..............................46 :ESE2? .............................. 46 :ESE3 ..............................47 :ESE3? .............................. 47 :ESR0? .............................. 47 :ESR1? .............................. 47 :ESR2? .............................. 47 :ESR3? .............................. 47 :EXTernalin:EXISt? ......................... 107 :EXTernalin:ZEROadjust ......................... 108 HIOKI PW8001A964-04...
Page 33 :EXTernalin:[CH]:PULSe:PNF ......................116 :EXTernalin:[CH]:PULSe:PNF? ...................... 116 :EXTernalin:[CH]:PULSe:POLes ....................117 :EXTernalin:[CH]:PULSe:POLes? ....................117 :EXTernalin:[CH]:SCALe:SPEED ....................118 :EXTernalin:[CH]:SCALe:SPEED? ....................118 :EXTernalin:[CH]:SCALe:TORQue ....................118 :EXTernalin:[CH]:SCALe:TORQue? ....................118 :EXTernalin:[CH]:SLIP ........................119 :EXTernalin:[CH]:SLIP? ........................119 :EXTernalin:[CH]:SOURce ......................119 :EXTernalin:[CH]:SOURce? ......................119 :EXTernalin:[CH]:WIRing ........................ 120 HIOKI PW8001A964-04...
Page 34 :FILE:PICKout? ..........................127 :FILE:SIZE? ............................. 127 :FILE:SETTing:LOAD ........................128 :FILE:SETTing:SAVE ........................128 :FILE:SETTing:SAVE:UDF ......................129 :FLICker:COUNt ..........................131 :FLICker:COUNt? ..........................131 :FLICker:DMIN ..........................131 :FLICker:DMIN? ..........................131 :FLICker:INTerval ..........................130 :FLICker:INTerval? .......................... 130 :FLICker:NOMinal[CH]:AUTO ......................130 :FLICker:NOMinal[CH]:AUTO? ....................... 130 HIOKI PW8001A964-04...
Page 35 :FTP:PASSword? ..........................136 :FTP:PASV ............................136 :FTP:PASV? ............................ 136 :FTP:PORT............................137 :FTP:PORT? ........................... 137 :FTP:PROG? ........................... 137 :FTP:STATe? ..........................137 :FTP:USE ............................138 :FTP:USE? ............................138 :FTP:USER............................138 :FTP:USER? ........................... 138 2.2.8 G :GPIB:ADDRess ..........................139 :GPIB:ADDRess? ..........................139 HIOKI PW8001A964-04...
Page 36 :IP:ADDRess? ..........................139 :IP:DEFaultgateway ........................140 :IP:DEFaultgateway? ........................140 :IP:DHCP ............................140 :IP:DHCP? ............................140 :IP:SUBNetmask ..........................141 :IP:SUBNetmask? ........................... 141 2.2.11 K :KEYLock?............................49 2.2.12 L :LANGuage............................50 :LANGuage? ............................. 50 :LPF[CH] ............................151 :LPF[CH]? ............................151 HIOKI PW8001A964-04...
Page 37 :MEASure:ITEM:ISUM? ........................160 :MEASure:ITEM:P ........................... 161 :MEASure:ITEM:P? ......................... 161 :MEASure:ITEM:PSUM ........................162 :MEASure:ITEM:PSUM? ......................... 162 :MEASure:ITEM:U ........................... 157 :MEASure:ITEM:U? ......................... 157 :MEASure:ITEM:UDF ........................165 :MEASure:ITEM:UDF? ........................165 :MEASure:ITEM:USUM ........................158 :MEASure:ITEM:USUM? ........................ 158 :MEASure:NOISepeak? ........................180 :MEASure:NOISepeak:I? ........................ 181 HIOKI PW8001A964-04...
Page 38 :MODBus:ITEM ..........................183 :MODBus:ITEM? ..........................183 :MODBus:ITEM:ALLClear ....................... 183 :MODBus:ITEM:PRESet ......................... 183 :MODE ............................... 50 :MODE? ............................. 50 2.2.14 P :PADJust[CH]:RESET ........................184 :PADJust[CH]:SET .......................... 184 :PADJust[CH]:VALue ........................185 :PADJust[CH]:VALue? ........................185 2.2.15 R :RATE ..............................51 :RATE? .............................. 51 HIOKI PW8001A964-04...
Page 39 :SAVE:SEParator? .......................... 186 :SAVE:WAVE:FORMat ........................187 :SAVE:WAVE:FORMat? ......................... 187 :SCALe[CH]:CT ..........................191 :SCALe[CH]:CT? ..........................191 :SCALe[CH]:VT ..........................191 :SCALe[CH]:VT? ..........................191 :SECond:[Setting commands] ......................192 :SECond:[Query for getting settings]? .................... 192 :SENSor[CH]:ADATE? ........................193 :SENSor[CH]:CDATE? ........................193 :SENSor[CH]:ID? ..........................192 HIOKI PW8001A964-04...
Page 40 :TIMEr:TIME? ............................ 73 :TIMEr[CH]:CONTrol ......................... 73 :TIMEr[CH]:CONTrol? ........................73 :TIMEr[CH]:TIME ..........................74 :TIMEr[CH]:TIME? ..........................74 :TIMEZone............................66 :TIMEZone?............................66 :TRANsmit:COLumn ........................143 :TRANsmit:COLumn? ........................143 :TRANsmit:SEParator ........................143 :TRANsmit:SEParator? ........................143 :TRANsmit:TERMinator ........................144 :TRANsmit:TERMinator? ........................ 144 :TRIGger:AUTO ..........................195 HIOKI PW8001A964-04...
Page 41 :UDF[number]:INTEG? ........................200 :UDF[number]:ITEM ........................201 :UDF[number]:ITEM? ........................201 :UDF[number]:NAME ........................201 :UDF[number]:NAME? ........................201 :UDF[number]:OPERator ........................ 202 :UDF[number]:OPERator? ......................202 :UDF[number]:UNIT ........................202 :UDF[number]:UNIT? ........................202 :UDF[number]:UPPer ........................203 :UDF[number]:UPPer? ........................203 :UDF[number]:UPPer:AUTO ......................203 :UDF[number]:UPPer:AUTO? ......................203 HIOKI PW8001A964-04...
Page 42 :WAVE:SAMPling ..........................208 :WAVE:SAMPling? .......................... 208 :WAVE:SHOT ..........................209 :WAVE:SHOT? ..........................209 :WAVE:STATe? ..........................209 :WAVE:VALid? ..........................209 :WIRing[CH] ............................ 210 :WIRing[CH]? ..........................210 :WIRing ............................210 :WIRing? ............................210 2.2.21 Z :ZEROsp ............................52 :ZEROsp? ............................52 HIOKI PW8001A964-04...
Page 43: Command Reference
Bit 2 Bit 1 Bit 0 Description Returns the content of the Standard Event Status Register (SESR) in a numerical NR1 Query value and clears the content. Example *ESR? Query Response Reference The response message has no header. ・ HIOKI PW8001A964-04...
Page 44: Idn
Querying Instrument’s ID (Identification Code) Syntax *IDN? Query Response <HIOKI>, <Model name>, <Serial No.>, <Software version> Description Query Returns <HIOKI>, <Model name>, <Serial No.> and <Software version> in a string. Example *IDN? Query Response HIOKI,PW8001-13,012345678,V1.00 Reference The response message has no header.
Page 45: Opt
Initializing Instrument Syntax *RST Command Description Command Executes the system reset and then moves to the wiring selection screen. Reference ・ For the items initialized with the system reset, refer to “6.3 Default Settings” in the PW8001 instruction manual. HIOKI PW8001A964-04...
Page 46: Sre
Syntax *TST? Query Response PASS Normal FAIL Error Description Query Returns the result of the self-test at the time of start-up in a character string. Example *TST? Query Response PASS Reference ・ The response message has no header. HIOKI PW8001A964-04...
Page 47: Wai
When the data refresh rate is 10ms, the measured data refresh rate is 10ms. ・ When the data refresh rate is 50ms, the measured data refresh rate is 50ms. ・・ When the data refresh rate is 200ms, the measured data refresh rate is 200ms. HIOKI PW8001A964-04...
Page 48: Device-Specific Commands
:ESE0 command in a numerical NR1 value. Example :ESE0 56 Command Sets bits 5, 4 and 3 of ESER0. :ESE0? Query Response (HEADER ON) :ESE0 56 (HEADER OFF) Reference The data is initialized to “0” at power-ON. ・ HIOKI PW8001A964-04...
Page 49: Ese1
NR1 value. Example :ESE1 63 Command Sets bits 5, 4, 3, 2, 1 and 0 of ESER1. :ESE1? Query Response (HEADER ON) :ESE1 63 (HEADER OFF) Reference The data is initialized to “0” at power-ON. ・ HIOKI PW8001A964-04...
Page 50: Ese2
NR1 value. Example :ESE2 63 Command Sets bits 5, 4, 3, 2, 1 and 0 of ESER2. :ESE2? Query Response (HEADER ON) :ESE2 63 (HEADER OFF) Reference The data is initialized to “0” at power-ON. ・ HIOKI PW8001A964-04...
Page 51: Ese3
ESR0 is cleared. ・ ESR1? ・ When is executed, the content of ESR1 is cleared. ESR2? ・ When is executed, the content of ESR2 is cleared. When ESR3? is executed, the content of ESR3 is cleared. ・ HIOKI PW8001A964-04...
Page 52: B :Beeper
Send a command combined with *OPC?, such as :DEMAG;*OPC?, and send the ・ *OPC? *OPC? next command after a response to is returned. The response to shows that DEMAg has been completed. HIOKI PW8001A964-04...
Page 53: Header
Querying Key Lock Syntax :KEYLock? Query Response ON Key lock ON Key lock OFF Description Query Returns key lock setting in a string. Example :KEYL? Query Response (HEADER ON) :KEYLOCK ON (HEADER OFF) Reference HIOKI PW8001A964-04...
Page 54: Language
Response WIDE WideBand Mode IEC Mode Description Command Sets Measurement Mode. Query Returns Measurement Mode setting in a string. Example :MODE WIDE Command Set the MeasurementMode toWideBand Mode. :MODE? Query Response (HEADER ON) :MODE WIDE (HEADER OFF) WIDE Reference HIOKI PW8001A964-04...
Page 55: R :Rate
The settings of other channels included in the combination of measurement lines are also changed. Depending on the availability of the motor analysis option and the motor wiring state, ・ the items related to the motor may not be available for the synchronization source setting. HIOKI PW8001A964-04...
Page 56: Aout:exist
Returns full-scale D/A output integration coefficient setting in a string. Example :AOUT:INTEG 1 Command Sets full-scale D/A output integration coefficient to “1”. :AOUT:INTEG? Query Response (HEADER ON) :AOUT:INTEGRATE 1 (HEADER OFF) Reference ・ If the D/A output option is not implemented, a device dependent error occurs. HIOKI PW8001A964-04...
Page 57: Aout:scale
Urms1,Irms1,P1,Q1,S1,PF1 Reference ・ If the D/A output option is not implemented, a device dependent error occurs. To specify secondary normal measurement items add [SC] at the end of the ・ parameters given in the Normal Measurement Items list. HIOKI PW8001A964-04...
Page 58: Aout:wave:item
:AOUT1:TYPE WAVE Command Set the output type of D/A1 to the waveform output. :AOUT1:TYPE? Query Response (HEADER ON) :AOUT1:TYPE WAVE (HEADER OFF) WAVE Reference ・ If the D/A output option is not implemented, a device dependent error occurs. HIOKI PW8001A964-04...
Page 59: Aout[Ch]:Trend:item
Example :AOUT1:WAVE:ITEM U1 Command Sets the waveform output item of D/A1 to U1. :AOUT1:WAVE:ITEM? Query Response (HEADER ON) :AOUT1:WAVE:ITEM U1 (HEADER OFF) Reference ・ If the D/A output option is not implemented, a device dependent error occurs. HIOKI PW8001A964-04...
Page 60: Averaging:mode
Command Sets the averaging count for movement average. Query Returns the averaging count for movement average in a numerical NR1 value. Example :AVE:TIME 16 Command Sets the averaging count for movement average to 16. :AVE:TIME? Query Response (HEADER ON) :AVERAGING:TIMES 16 (HEADER OFF) Reference HIOKI PW8001A964-04...
Page 61 If the efficiency and loss calculation mode is Auto Mode, the setting cannot be changed and an execution error will result. To specify secondary normal measurement items add [SC] at the end of the ・ parameters given in the list above. Example: P1SC HIOKI PW8001A964-04...
Page 62 Querying CAN Analysis Option Syntax :CAN:EXISt? Query Response Y Option available Option unavailable Description Query Returns a string indicating whether or not the CAN output option is available. Example :CAN:EXIS? Query Response (HEADER ON) :CAN:EXIST Y (HEADER OFF) Reference HIOKI PW8001A964-04...
Page 63 :CAN:SAMP 50.0 Command Set the number of sampling points to 50% in CAN mode. :CAN:SAMP? Query Response (HEADER ON) :CAN:SAMPLING 50.0 (HEADER OFF) 50.0 Reference When the CAN output option is not implemented, a device-dependent error occurs. ・ HIOKI PW8001A964-04...
Page 64 Set the number of arbitration field sampling points to 50% in CAN FD mode. :CAN:FD:ASAMP? Query Response (HEADER ON) :CAN:FD:ASAMPLING 50.0 (HEADER OFF) 50.0 Reference When the CAN output option is not implemented, a device-dependent error occurs. ・ HIOKI PW8001A964-04...
Page 65 Set the number of data field sampling points to 50% in CAN FD mode. :CAN:FD:DSAMP? Query Response (HEADER ON) :CAN:FD:DSAMPLING 50.0 (HEADER OFF) 50.0 Reference When the CAN output option is not implemented, a device-dependent error occurs. ・ HIOKI PW8001A964-04...
Page 66 :CAN:DB:ID? 1 Query Response (HEADER ON) :CAN:DB:ID 1,0x1 (HEADER OFF) 1,0x1 Reference ・ When the CAN output option is not implemented, a device-dependent error occurs. ・ If duplicate IDs are set, normal CAN communication may not be possible. HIOKI PW8001A964-04...
Page 67 If the Save to FTP Server setting is enabled, the configuration file is saved in the FTP server. Example :CAN:DB:SAVE TEST1 Command Saves the DBC file “TEST1.DBC” to the HIOKI/PW8001 folder on a USB flash drive connected to the instrument. Reference When the CAN output option is not implemented, a device-dependent error occurs. ・...
Page 68 Returns the output mode setting in a string. Example :CAN:OUT:MODE OFF Command Set the CAN output mode to OFF. :CAN:OUT:MODE? Query Response (HEADER ON) :CAN:OUT:MODE OFF (HEADER OFF) Reference ・ When the CAN output option is not implemented, a device-dependent error occurs. HIOKI PW8001A964-04...
Page 69 Returns the output frequency setting in numerical NR1 values. Example :CAN:OUT:COUN 50 Command Set the count of CAN outputs to 50 times. :CAN:OUT:COUN? Query Response (HEADER ON) :CAN:OUT:COUNT 50 (HEADER OFF) Reference When the CAN output option is not implemented, a device-dependent error occurs. ・ HIOKI PW8001A964-04...
Page 70 (HEADER OFF) +9,30 Reference ・ The available time zone is limited to the time that can be set on the instrument. ・ The parameter to specify the minutes can be omitted. If it is omitted, “0” will be set. HIOKI PW8001A964-04...
Page 71 Year 2020 to 2099 Month 1 to 12 Date 1 to 31 Description Query Returns the latest adjustment date of the PW8001 instrument in a numerical NR1 value. Example :DATE:ADJ? Query Response (HEADER ON) :DATE:ADJUST 2021,12,01 (HEADER OFF) 2021,12,01 Reference The order of the year, month, and date varies depending on the date format setting.
Page 72 Year 2020 to 2099 Month 1 to 12 Date 1 to 31 Description Query Returns the latest calibration date of the PW8001 instrument in a numerical NR1 value. Example :DATE:CAL? Query Response (HEADER ON) :DATE:CALIBRATE 2021,12,01 (HEADER OFF) 2021,12,01 Reference The order of the year, month, and date varies depending on the date format setting.
Page 73 ・ If the start time is set to a time after the stop time, the stop time will be set to 1 second after the start time. HIOKI PW8001A964-04...
Page 74 Command Sets the real-time control for the wiring including CH1 to ON. :STIM1:CONT? Query Response (HEADER ON) :STIME1:CONTROL ON (HEADER OFF) Reference ・ If the integration control method is not integration by wiring, it becomes an execution error. HIOKI PW8001A964-04...
Page 75 ・ If the start time is set to a time after the stop time, the stop time will be set to 1 second after the start time. HIOKI PW8001A964-04...
Page 76 :TIME:CONT ON Command Sets the timer control for all wiring integration to ON. :TIME:CONT? Query Response (HEADER ON) :TIMER:CONTROL ON (HEADER OFF) Reference ・ If the integration control method is not all wiring integration, it becomes an execution error. HIOKI PW8001A964-04...
Page 77 Command Sets the timer control for the wiring including CH1 to ON. :TIME1:CONT? Query Response (HEADER ON) :TIMER1:CONTROL ON (HEADER OFF) Reference If the integration control method is not integration by wiring, it becomes an execution ・ error. HIOKI PW8001A964-04...
Page 78 If a range is set with the CURRent[CH]:RANGe command, the Auto range for the specified channel will be set to OFF. Setting of the current auto range mode for other channels included in the ・ measurement line combination will also be changed. HIOKI PW8001A964-04...
Page 79 When the setting of the phase compensation calculation for current sensors is ・ “AUTO”, the phase compensation angle cannot be changed. In this case, the compensation value saved in the sensor will be returned in response to a query. HIOKI PW8001A964-04...
Page 80 Response (HEADER ON) :CURRENT1:INPUT PROBE1 (HEADER OFF) PROBE1 Reference ・ The settings for the current sensor terminals of other channels included in the measurement line combination will also be changed. ・ PROBE2 can be set only on the U7001. HIOKI PW8001A964-04...
Page 81 Sets the CH1 current rectification method to RMS. :CURR1:MEAN? Query Response (HEADER ON) :CURRENT1:MEAN OFF (HEADER OFF) Reference ・ Setting of the current rectification method for other channels included in the measurement line combination will also be changed. HIOKI PW8001A964-04...
Page 82 If a range is specified, the Auto range of the specified channel will be turned OFF. ・ Setting of the current range for other channels included in the measurement line ・ combination will also be changed. HIOKI PW8001A964-04...
Page 83 3.2.11 Save Item Save Item: Initialized Save Data Items Syntax :DATAout:ITEM:ALLClear Command Description Command Initializes the save data items. All the save data items, including harmonics items, associated with :DATAout:ITEM: will be turned OFF. Example :DATA:ITEM:ALLC Command Reference HIOKI PW8001A964-04...
Page 84 Returns setting for a save item of voltage data in a numerical NR1 value from 0 to 255. Example :DATA:ITEM:U 3,3,3,0,0,3,3,0,0,0,0 Command Sets RMS, MN, AC, PK+, and PK− for CH1 and CH2 to ON. :DATA:ITEM:U? Query Response (HEADER ON) :DATAOUT:ITEM:U 3,3,3,0,0,3,3,0,0,0,0 (HEADER OFF) 3,3,3,0,0,3,3,0,0,0,0 Reference HIOKI PW8001A964-04...
Page 85 Returns setting for a save item of total voltage data in a numerical NR1 value from 0 to Query 255. Example :DATA:ITEM:USUM 2,0,2,0,0 Command Sets Urms23 and Umn23 to ON. :DATA:ITEM:USUM? Query Response (HEADER ON) :DATAOUT:ITEM:USUM 2,0,2,0,0 (HEADER OFF) 2,0,2,0,0 Reference HIOKI PW8001A964-04...
Page 86 Returns setting for a save item of current data in a numerical NR1 value from 0 to 255. Example :DATA:ITEM:I 3,3,3,0,0,3,3,0,0,0,0 Command Sets RMS, MN, AC, PK+, and PK− for CH1 and CH2 to ON. :DATA:ITEM:I? Query Response (HEADER ON) :DATAOUT:ITEM:I 3,3,3,0,0,3,3,0,0,0,0 (HEADER OFF) 3,3,3,0,0,3,3,0,0,0,0 Reference HIOKI PW8001A964-04...
Page 87 Returns setting for a save item of power data in a numerical NR1 value from 0 to 255. Example :DATA:ITEM:P 1,0,1,0,1,0,1,0,1 Command Sets P, S, Q, PF, and DEG for CH1 to ON. :DATA:ITEM:P? Query Response (HEADER ON) :DATAOUT:ITEM:P 1,0,1,0,1,0,1,0,1 (HEADER OFF) 1,0,1,0,1,0,1,0,1 Reference HIOKI PW8001A964-04...
Page 88 Returns setting for a save item of total power data in a numerical NR1 value from 0 to 255. Example :DATA:ITEM:PSUM 1,0,0,0,1,0,0,0,1,0,0,0,1,0,0,0,1,0 Command Sets P12, S12, Q12, PF12, and DEG12 to ON. :DATA:ITEM:PSUM? Query Response (HEADER ON) :DATAOUT:ITEM:PSUM 1,0,0,0,1,0,0,0,1,0,0,0,1,0,0,0,1,0 (HEADER OFF) 1,0,0,0,1,0,0,0,1,0,0,0,1,0,0,0,1,0 Reference HIOKI PW8001A964-04...
Page 89 Returns setting for a save item of integration data in a numerical NR1 value from 0 to 255. Example :DATA:ITEM:INTEG 0,0,0,1,1,1,0,0,0,0,0,0,1 Command Sets all the integrated power values to ON and integrated elapsed time to ON for CH1. :DATA:ITEM:INTEG? Query Response (HEADER ON) :DATAOUT:ITEM:INTEGRATE 0,0,0,1,1,1,0,0,0,0,0,0,1 (HEADER OFF) 0,0,0,1,1,1,0,0,0,0,0,0,1 Reference HIOKI PW8001A964-04...
Page 90 Returns the settings for a save item of the calculated efficiency and loss values in Query numerical NR1 values. Example :DATA:ITEM:EFF 3,8 Command Sets all calculated efficiency values 1 and 2 (EFF1 and EFF2) and calculated loss value 4 (LOSS4) to ON. :DATA:ITEM:EFF? Query Response (HEADER ON) :DATAOUT:ITEM:EFFICIENCY 3,8 (HEADER OFF) Reference HIOKI PW8001A964-04...
Page 91 Returns setting for a save item of Flicker Measurement in a numerical NR1 value from 0 to Query 255. Example :DATA:ITEM:FLIC 0,0,0,0,0,3,3,3 Command Sets UDF1, UDF2, UDF9, and UDF10 to ON. :DATA:ITEM:FLIC? Query Response (HEADER ON) :DATAOUT:ITEM:FLICKER 0,0,0,0,0,3,3,3 (HEADER OFF) 0,0,0,0,0,3,3,3 Reference HIOKI PW8001A964-04...
Page 92 Syntax :DATAout:ITEM:HARMonic:ALLClear Command Description Initializes the settings for the communication output data items for harmonics and the Command settings for the output order. All the save data items for harmonics will be turned OFF. Example :DATA:ITEM:HARM:ALLC Command Reference HIOKI PW8001A964-04...
Page 93 Sets HU1, HI1, and HP1 for the level, HU1, HI1, and HP1 for the content percentage, and HU1, HI1, and HP1 for the phase angle. :DATA:ITEM:HARM:LIST? Query Response (HEADER ON) :DATAOUT:ITEM:HARMONIC:LIST 1,1,1,0,0,1,1,1,0,0,1,1,1,0,0,0 (HEADER OFF) 1,1,1,0,0,1,1,1,0,0,1,1,1,0,0,0 Reference :DATAout:ITEM:HARMonic:ORDer command to set the order to be saved. ・ HIOKI PW8001A964-04...
Page 94 Returns order settings for save items of harmonics data in a numerical NR1 value and a Query string. Example :DATA:ITEM:HARM:ORD 1,15,ODD Command Sets odd orders from 1 to 15 as outputs. :DATA:ITEM:HARM:ORD? Query Response (HEADER ON) :DATAOUT:ITEM:HARMONIC:ORDER 1,15,ODD (HEADER OFF) 1,15,ODD Reference Use this command as a combination with :DATAout:ITEM:HARMonic:LIST ・ command. HIOKI PW8001A964-04...
Page 95 Returns setting for a save item of voltage data (Secondary) in a numerical NR1 value from Query 0 to 255. Example :DATA:SEC:U 3,3,3,0,0,3,3,0,0,0,0 Command Sets RMS, MN, AC, PK+, and PK− for CH1 and CH2 to ON. :DATA:SEC:U? Query Response (HEADER ON) :DATAOUT:SECOND:U 3,3,3,0,0,3,3,0,0,0,0 (HEADER OFF) 3,3,3,0,0,3,3,0,0,0,0 Reference HIOKI PW8001A964-04...
Page 96 Returns setting for a save item of total voltage data (Secondary) in a numerical NR1 value Query from 0 to 255. Example :DATA:SEC:USUM 2,0,2,0,0 Command Sets Urms23 and Umn23 to ON. :DATA:SEC:USUM? Query Response (HEADER ON) :DATAOUT:SECOND:USUM 2,0,2,0,0 (HEADER OFF) 2,0,2,0,0 Reference HIOKI PW8001A964-04...
Page 97 Returns setting for a save item of current data (Secondary) in a numerical NR1 value from Query 0 to 255. Example :DATA:SEC:I 3,3,3,0,0,3,3,0,0,0,0 Command Sets RMS, MN, AC, PK+, and PK− for CH1 and CH2 to ON. :DATA:SEC:I? Query Response (HEADER ON) :DATAOUT:SECOND:I 3,3,3,0,0,3,3,0,0,0,0 (HEADER OFF) 3,3,3,0,0,3,3,0,0,0,0 Reference HIOKI PW8001A964-04...
Page 98 Returns setting for a save item of total current data (Secondary) in a numerical NR1 value Query from 0 to 255. Example :DATA:SEC:ISUM 2,0,2,0,0 Command Sets Irms23 and Imn23. :DATA:SEC:ISUM? Query Response (HEADER ON) :DATAOUT:SECOND:ISUM 2,0,2,0,0 (HEADER OFF) 2,0,2,0,0 Reference HIOKI PW8001A964-04...
Page 99 Returns setting for a save item of power data (Secondary) in a numerical NR1 value from 0 Query to 255. Example :DATA:SEC:P 1,0,1,0,1,0,1,0,1 Command Sets P, S, Q, PF, and DEG for CH1 to ON. :DATA:SEC:P? Query Response (HEADER ON) :DATAOUT:SECOND:P 1,0,1,0,1,0,1,0,1 (HEADER OFF) 1,0,1,0,1,0,1,0,1 Reference HIOKI PW8001A964-04...
Page 100 Returns setting for a save item of total power data (Secondary) in a numerical NR1 value Query from 0 to 255. Example :DATA:SEC:PSUM 1,0,0,0,1,0,0,0,1,0,0,0,1,0,0,0,1,0 Command Sets P12, S12, Q12, PF12, and DEG12 to ON. :DATA:SEC:PSUM? Query Response (HEADER ON) :DATAOUT:SECOND:PSUM 1,0,0,0,1,0,0,0,1,0,0,0,1,0,0,0,1,0 (HEADER OFF) 1,0,0,0,1,0,0,0,1,0,0,0,1,0,0,0,1,0 Reference HIOKI PW8001A964-04...
Page 101 Returns setting for a save item of integration data (Secondary) in a numerical NR1 value Query from 0 to 255. Example :DATA:SEC:INTEG 0,0,0,1,1,1,0,0,0,0,0,0,0 Command Sets all the integrated power values to ON for CH1. :DATA:SEC:INTEG? Query Response (HEADER ON) :DATAOUT:SECOND:INTEGRATE 0,0,0,1,1,1,0,0,0,0,0,0,0 (HEADER OFF) 0,0,0,1,1,1,0,0,0,0,0,0,0 Reference ・ Elapsed time is always 0. HIOKI PW8001A964-04...
Page 102 :DATAout:SECond:HARMonic:ALLClear Command Description Initializes the settings for the communication output data items (Secondary) for harmonics Command and the settings for the output order. All the save data items for harmonics will be turned OFF. Example :DATA:SEC:HARM:ALLC Command Reference HIOKI PW8001A964-04...
Page 103 Sets HU1, HI1, and HP1 for the level, HU1, HI1, and HP1 for the content percentage, and HU1, HI1, and HP1 for the phase angle. :DATA:SEC:HARM:LIST? Query Response (HEADER ON) :DATAOUT:SECOND:HARMONIC:LIST 1,1,1,0,0,1,1,1,0,0,1,1,1,0,0,0 (HEADER OFF) 1,1,1,0,0,1,1,1,0,0,1,1,1,0,0,0 Reference :DATAout:SECond:HARMonic:ORDer command to set the order to be saved. ・ HIOKI PW8001A964-04...
Page 104: Display:custom[Number]
Returns items for CUSTOM screen in a string. Specify “8”, “16”, “36”, or “64” for [number]. Example :DISP:CUST8 Urms1,Umn1,Urms2,Umn2,Urms3,Umn3,Urms4,Umn4 Command :DISP:CUST8? Query :DISPLAY:CUSTOM8 Response (HEADER ON) Urms1,Umn1,Urms2,Umn2,Urms3,Umn3,Urms4,Umn4 (HEADER OFF) Urms1,Umn1,Urms2,Umn2,Urms3,Umn3,Urms4,Umn4 Reference ・ To specify secondary normal measurement items add [SC] at the end of the parameters given in the Normal Measurement Items list. HIOKI PW8001A964-04...
Page 105: Display:custom[Number]:Point
CUSTOM screen to Urms1, Urms2, Urms3, and Urms4 in order from the left. :DISP:CUST64:ROW? 12 Query Response (HEADER ON) :DISPLAY:CUSTOM64:ROW 12,Urms1,Urms2,Urms3,Urms4 (HEADER OFF) 12,Urms1,Urms2,Urms3,Urms4 Reference To specify secondary normal measurement items add [SC] at the end of the ・ parameters given in the Normal Measurement Items list. HIOKI PW8001A964-04...
Page 106: Display:custom[Number]:Line
:DISP:CUST16:LINE? 2 Query Response (HEADER ON) :DISPLAY:CUSTOM16:LINE 2,Urms1,Umn1,Urms2,Umn2,Urms3,Umn3,Urms4,Umn4 (HEADER OFF) 2,Urms1,Umn1,Urms2,Umn2,Urms3,Umn3,Urms4,Umn4 Reference ・ To specify secondary normal measurement items add [SC] at the end of the parameters given in the Normal Measurement Items list. HIOKI PW8001A964-04...
Page 107: Display:key
Channel selection keys(Right) FILE FILE key SYSTEM SYSTEM key INPUT INPUT key MEAS MEAS key :DISP:KEY MEAS Example Command Behaves the same with the ones for MEAS key. Reference ・ This command operates even in the key lock state. HIOKI PW8001A964-04...
Page 108: Display:page
Returns the number of displayed items on the CUSTOM screen in a string. Example :DISP:PAGE:CUST 16 Command Sets the number of displayed items on the CUSTOM screen to “16”. :DISP:PAGE:CUST? Query Response (HEADER ON) :DISPLAY:PAGE:CUSTOM 16 (HEADER OFF) Reference HIOKI PW8001A964-04...
Page 109: Display:page:wvalue
Returns items for WAVE+VALUE screen in a string. Specify “8” or “32” for [number]. Example :DISP:WVAL8 Urms1,Umn1,Urms2,Umn2,Urms3,Umn3,Urms4,Umn4 Command :DISP:WVAL8? Query :DISPLAY:WVALUE8 Response (HEADER ON) Urms1,Umn1,Urms2,Umn2,Urms3,Umn3,Urms4,Umn4 (HEADER OFF) Urms1,Umn1,Urms2,Umn2,Urms3,Umn3,Urms4,Umn4 Reference To specify secondary normal measurement items add [SC] at the end of the ・ parameters given in the Normal Measurement Items list. HIOKI PW8001A964-04...
Page 110: Display:wvalue[Number]:Point
WAVE+VALUE screen to Urms1, Urms2, Urms3, and Urms4 in order from the left. :DISP:WVAL32:ROW? 2 Query Response (HEADER ON) :DISPLAY:WVALUE32:ROW 2,Urms1,Urms2,Urms3,Urms4 (HEADER OFF) 2,Urms1,Urms2,Urms3,Urms4 Reference To specify secondary normal measurement items add [SC] at the end of the ・ parameters given in the Normal Measurement Items list. HIOKI PW8001A964-04...
Page 111: Display:wvalue[Number]:Line
Normal Measurement Items list. 3.2.13 Motor analysis option Querying Motor Analysis Option Syntax :EXTernalin:EXISt? Query Response Y Option available Option unavailable Description Query Returns availability of options in a string. Example :EXT:EXIS? Query Response (HEADER ON) :EXTERNALIN:EXIST Y (HEADER OFF) Reference HIOKI PW8001A964-04...
Page 112: Externalin:zeroadjust
:EXT:A_D:ZSLOP RISING Command Sets the Z-phase references of motors A to D to RISING. :EXT:A_D:ZSLOP? Query Response (HEADER ON) :EXTERNALIN:A_D:ZSLOPE RISING (HEADER OFF) RISING Reference When the motor analysis option is not implemented, a device-dependent error occurs. ・ HIOKI PW8001A964-04...
Page 113 Example :EXT:CHA:ANAL:RANG 10 Command Sets the voltage range of motor channel A to ±10 V. :EXT:CHA:ANAL:RANG? Query Response (HEADER ON) :EXTERNALIN:CHA:ANALOG:RANGE 10 (HEADER OFF) Reference When the motor analysis option is not implemented, a device-dependent error occurs. ・ HIOKI PW8001A964-04...
Page 114 Example :EXT:CHA:COMP:SPEED ON Command Sets the friction correction function of motor channel A to ON. :EXT:CHA:COMP:SPEED? Query Response (HEADER ON) :EXTERNALIN:CHA:COMP:SPEED ON (HEADER OFF) Reference ・ When the motor analysis option is not implemented, a device-dependent error occurs. HIOKI PW8001A964-04...
Page 115 Unentered parameters do not return a response. When all items are unentered, NONE is returned. When only NONE is entered for the parameters, it is determined that all items are ・ unentered. This command is case-sensitive in the parameter section. ・ HIOKI PW8001A964-04...
Page 116 Example :EXT:CHA:COMP:TORQ ON Command Sets the nonlinearity correction function of motor channel A to ON. :EXT:CHA:COMP:TORQ? Query Response (HEADER ON) :EXTERNALIN:CHA:COMP:TORQUE ON (HEADER OFF) Reference ・ When the motor analysis option is not implemented, a device-dependent error occurs. HIOKI PW8001A964-04...
Page 117 Unentered parameters do not return a response. When all items are unentered, ・ NONE is returned. ・ When only NONE is entered for the parameters, it is determined that all items are unentered. ・ This command is case-sensitive in the parameter section. HIOKI PW8001A964-04...
Page 118 When the motor analysis option is not implemented, a device-dependent error occurs. The setting of another channel may be changed depending on the motor wiring state. ・ When the lower frequency limit is set to 100Hz, the upper frequency limit value may ・ be changed. HIOKI PW8001A964-04...
Page 119 Set the center frequency so that the two conditions shown below are satisfied. If these ・ conditions are not satisfied, an execution error occurs. (Center frequency + frequency range) ≤ 500kHz (Center frequency − frequency range) ≥ 1kHz HIOKI PW8001A964-04...
Page 120 Example :EXT:CHA:PULS:PNF OFF Command Sets the pulse noise filter of motor channel A to OFF. :EXT:CHA:PULS:PNF? Query Response (HEADER ON) :EXTERNALIN:CHA:PULSE:PNF OFF (HEADER OFF) Reference When the motor analysis option is not implemented, a device-dependent error ・ occurs. HIOKI PW8001A964-04...
Page 121 Response (HEADER ON) :EXTERNALIN:CHB:PULSE:POLES 8 (HEADER OFF) Reference When the motor analysis option is not implemented, a device-dependent error occurs. ・・ Only an even number can be entered. If an odd number is entered, an execution error occurs. HIOKI PW8001A964-04...
Page 122 ・ When the motor analysis option is not implemented, a device-dependent error occurs. When the input type of the specified channel is “pulse”, set the rating torque value. ・ SI prefixes “m” and “k” can be used. ・ HIOKI PW8001A964-04...
Page 123 When the motor analysis option is not implemented, a device-dependent error occurs. ・ The setting of another channel may be changed depending on the motor wiring state. ・ For details about synchronization source usage conditions, check the synchronization ・ source setting. HIOKI PW8001A964-04...
Page 124 Sets the motor wiring including motor channel A to Torque Speed Direction Origin. :EXT:CHA:WIR? Query Response (HEADER ON) :EXTERNALIN:CHA:WIRING TSDO (HEADER OFF) TSDO Reference ・ When the motor analysis option is not implemented, a device-dependent error occurs. ・ The setting of another channel may be changed. HIOKI PW8001A964-04...
Page 125 When the target channel for analysis is CH12 to CH678 or MOTOR, 5 cannot be ・ selected for <Data Type>. ・ If FFT analysis cannot be performed, or if the parameter is invalid, only the string "00000000000:" will be returned. HIOKI PW8001A964-04...
Page 126 Returns ON/OFF of the anti-aliasing filter for FFT analysis as a string. Example :FFT:LPF ON Command Enable anti-aliasing filter for FFT analysis. :FFT:LPF? Query Response （HEADER ON） :FFT:LPF ON （HEADER OFF） Reference ・ Enabling or disabling LPF may affect FFT analysis results. HIOKI PW8001A964-04...
Page 127 Response <Number of points> Number of points 400, 2000, 4000, 20000, 40000, 200000, 400000, 2000000 Description Query Returns the number of stored points for FFT analysis as an NR1 number. Example :FFT:SAVEDPOIN? Query Response （HEADER ON） :FFT:SAVEDPOINT 400 （HEADER OFF） Reference HIOKI PW8001A964-04...
Page 128 Command Sets the window function for FFT analysis. Query Returns the window function for FFT analysis as an NR1 number. Example :FFT:WIND 0 Command Sets the window function for FFT analysis to Rectangular. :FFT:WIND? Query Response （HEADER ON） :FFT:WINDOW 0 （HEADER OFF） Reference HIOKI PW8001A964-04...
Page 129 Description Query Reads the specified file from a USB flash drive and transfers data. Example :FILE:DOWN? HIOKI/PW8001/123456.CSV Query Transfers the file “123456.CSV” in the HIOKI/PW8001 on a USB flash drive connected to the instrument. Response Date,Time,Status,..Reference ・ The maximum file size that can be transferred is 512MB.
Page 130 It continues for the number of files in the order of <File name>, <Bytes>. Example :FILE:FILE? HIOKI/PW8001/TEST1 Query Returns the file name and size of the file in the HIOKI/PW8001/TEST1 on a USB flash drive connected to the instrument. Response (HEADER ON) :FILE:FILENAME SETTING.SET,3824 (HEADER OFF) SETTING.SET,3824...
Page 131 Returns the size of the file specified on a USB flash drive in a numerical NR1 value. Example :FILE:SIZE? HIOKI/PW8001/123456.CSV Query Returns the size of the file “123456.CSV” in the HIOKI/PW8001 on a USB flash drive connected to the instrument. Response (HEADER ON) :FILE:SIZE 55628...
Page 132 If the Save to FTP Server setting is enabled, the configuration file in the FTP server is loaded. Example :FILE:SETT:LOAD HIOKI/PW8001/123456.SET Command Reads the setting file “123456.SET” in the HIOKI/PW8001 folder on a USB flash drive connected to the instrument. Reference The maximum number of characters used for the specified file path is 80. ・...
Page 133 If the Save to FTP Server setting is enabled, the configuration file is saved in the FTP server. Example :FILE:SETT:SAVE:UDF TEST1 Command Saves the user-defined formulas setting file “TEST1.JSON” to the HIOKI/PW8001 folder on a USB flash drive connected to the instrument. Reference The available characters are ASCII characters from H'20 to H'7E ・...
Page 134 :FLIC:INT 10,0 Command Set the period covered by Pst calculation to 10 minutes. :FLIC:INT? Query Response (HEADER ON) :FLICKER:INTERVAL 10,0 (HEADER OFF) 10,0 Reference The settable range is from 0 min 30 sec to 15 min 00 sec。・ HIOKI PW8001A964-04...
Page 135 Command Sets the threshold for Tmax determination in %. Query Returns the threshold setting for Tmax determination as an NR2 number in %. Example :FLIC:TMAX 3.30 Command Set the threshold to 3.30%. :FLIC:TMAX? Query Response (HEADER ON) :FLICKER:TMAX 3.30 3.30 (HEADER OFF) Reference HIOKI PW8001A964-04...
Page 136 Sets the upper measurement frequency limit of CH1 to 1kHz. :FREQ1:UPP? Query Response (HEADER ON) :FREQUENCY1:UPPER 1kHz (HEADER OFF) 1kHz Reference ・ The upper measurement frequency limit can be set to 2MHz only when the U7005 is connected. HIOKI PW8001A964-04...
Page 137 If a string exceeding the maximum number of characters is entered, a command error occurs. ・ The available characters are ASCII characters from H'20 to H'7E. However, ' ” ~ looks like the following: PW8001 ‘ “ Setting and Querying Automatic Deletion of Sent File Syntax :FTP:AUTODel <ON/OFF(String)>...
Page 138 Sets the FTP server directory at the sending destination of the FTP data automatic sending Command function. Query Returns the current FTP server directory at the automatic sending destination. Example :FTP:DIR "PW8001/FTP" Command Sets the sending directory to “PW8001/FTP”. :FTP:DIR? Query Response (HEADER ON) :FTP:ADDRESS "PW8001/FTP" (HEADER OFF) "PW8001/FTP" Reference ・...
Page 139 Returns the setting of the current send file identifier (date and time). Example :FTP:FILE:TIME ON Command Adds the date and time to the file name as an identifier. :FTP:FILE:TIME? Query Response (HEADER ON) :FTP:FILE:TIME ON (HEADER OFF) Reference HIOKI PW8001A964-04...
Page 140 If a string exceeding the maximum number of characters is entered, a command error occurs. The available characters are ASCII characters from H'20 to H'7E. However, ' ” ~ looks ・ like the following: PW8001 ‘ “ Setting and Querying Passive Mode Syntax :FTP:PASV <ON/OFF(String)>...
Page 141 Number of sent files Number of sent failed files Number of unsent files Description Query Returns the file send status of the FTP data automatic sending function. Example :FTP:STAT? Query Response (HEADER ON) :FTP:STAT 10,1,5,4 (HEADER OFF) 10,1,5,4 Reference HIOKI PW8001A964-04...
Page 142 Description Command Sets the user name for the FTP data automatic sending function. Query Returns the current user name. Example :FTP:USER "PW8001" Command Sets the sending user name to “PW8001”. :FTP:USER? Query Response (HEADER ON) :FTP:USER "PW8001" (HEADER OFF) "PW8001"...
Page 143: Ip:address
When DHCP is ON, the address cannot be changed and an execution error occurs. ・ Returns the address assigned to the DHCP server to the query as the response when ・ DHCP is ON. Returns “255,255,255,255” as the response if it fails to assign the address from the DHCP server. HIOKI PW8001A964-04...
Page 144: Ip:defaultgateway
Example :IP:DHCP ON Command Sets DHCP to ON. :IP:DHCP? Query Response (HEADER ON) :IP:DHCP ON (HEADER OFF) Reference Each type of address will be changed after command transmission. Be careful of ・ disconnection when sending commands from LAN. HIOKI PW8001A964-04...
Page 145: Ip:subnetmask
ON;000 Reference The command name is RS232C, but the same operation is performed when ・ communicating via LAN or GPIB. ・ The setting of the execution check message is initialized to OFF when the power is turned ON. HIOKI PW8001A964-04...
Page 146 :RS232:CONN RS Command Sets the RS232C connection destination to RS232C. :RS232:CONN? Query Response (HEADER ON) :RS232C:CONNECT RS (HEADER OFF) Reference ・ The connection destination is changed after commands are sent. Be careful regarding this when sending from RS232C. HIOKI PW8001A964-04...
Page 147 The measured value response data of the MEASure? system query is separated by a ・ comma (,) regardless of this setting. ・ When the power is turned ON, the separator per response message is initialized with a semicolon (;). HIOKI PW8001A964-04...
Page 148: Harmonic:group
Returns the setting of the maximum analysis order for the harmonics measurement in a Query numerical NR1 value. Example :HARM:ORD 13 Command Sets the maximum analysis order for the harmonics measurement to 13th order. :HARM:ORD? Query Response (HEADER ON) :HARMONIC:ORDER 13 (HEADER OFF) Reference HIOKI PW8001A964-04...
Page 149: Harmonic:thd
When Zph1 or Zph3 is not selected for the synchronization source of the specified channel, an execution error occurs. When Zph1 is selected for the synchronization source, only Zph1 and Ext1 can be ・ set. When Zph3 is selected, only Zph3 and Ext3 can be set. HIOKI PW8001A964-04...
Page 150: Iec:frequency
Command Sets the integration control method. Query Returns the setting of the integration control method in a string. Example :INTEG:CONT EACH Command Sets the integration control method to each wiring integration. :INTEG:CONT? Query Response (HEADER ON) :INTEGRATE:CONTROL EACH (HEADER OFF) EACH Reference HIOKI PW8001A964-04...
Page 151: Integrate:mode[Ch]
When there is a channel that has not executed each wiring integration, an execution error occurs. Example :INTEG:RES Command Resets the integrated data of all wiring integration. :INTEG:RES CH1,CH2,CH3,CH4 Each wiring integration of the wiring including CH1, CH2, CH3, and CH4 resets the data. Reference HIOKI PW8001A964-04...
Page 152: Integrate:start
When there is a channel that has not executed each wiring integration, an execution error occurs. Example :INTEG:STAR Command Starts the integration of all wiring integration. :INTEG:STAR CH1,CH2,CH3,CH4 Starts each wiring integration of the wiring including CH1, CH2, CH3, and CH4. Reference HIOKI PW8001A964-04...
Page 153: Integrate:stop
When there is a channel that has not executed each wiring integration, an execution error occurs. Example :INTEG:STOP Command Stops the integration of all wiring integration. :INTEG:STOP CH1,CH2,CH3,CH4 Stops each wiring integration of the wiring including CH1, CH2, CH3, and CH4. Reference HIOKI PW8001A964-04...
Page 154: Integrate:state
Returns the states for all channels regardless of the wiring method when the integration control method is each wiring integration. Example :INTEG:STAT? Query Response (HEADER ON) :INTEGRATE:STATE RUN (HEADER OFF) Reference Returns only “0ADJ” regardless of the integration control method when various zero ・ adjustments are in process. HIOKI PW8001A964-04...
Page 155: Lpf[Ch]
(HEADER OFF) 500Hz Reference The lowpass filter (LPF) settings for other channels included in the combination of ・ lines to be measured are also changed. ・ Only the U7005 Input Unit can set the cutoff frequency to 2MHz. HIOKI PW8001A964-04...
Page 156 :TRANsmit:COLumn command specifies whether “+” at the top and the leading “0” ・ of the mantissa are omitted. If nothing is specified, “+” at the top and the leading “0” of the mantissa are omitted. HIOKI PW8001A964-04...
Page 157 <No item designation mode> is specified, nothing is output. :TRANsmit:COLumn command specifies whether “+” at the top and the leading ・ “0” of the mantissa are omitted. If nothing is specified, “+” at the top and the leading “0” of the mantissa are omitted. HIOKI PW8001A964-04...
Page 158 <Item designation mode>. Nothing is output in case of <No item designation mode>. :TRANsmit:COLumn command specifies whether “+” at the top and the leading ・ “0” of the mantissa are omitted. If nothing is specified, “+” at the top and the leading “0” of the mantissa are omitted. HIOKI PW8001A964-04...
Page 159 :TRANsmit:COLumn command specifies whether “+” at the top and the leading “0” ・ of the mantissa are omitted. If nothing is specified, “+” at the top and the leading “0” of the mantissa are omitted. HIOKI PW8001A964-04...
Page 160 Communication Output Item: Initializing Communication Output Data Items Syntax :MEASure:ITEM:ALLClear Command Description Command Initializes the communication output data items. :MEASure:ITEM: All output data items related to the command including the harmonics items are OFF. Example :MEAS:ITEM:ALLC Command Reference HIOKI PW8001A964-04...
Page 161 Returns the setting of the communication output item of the voltage data in a numerical Query NR1 value from 0 to 255. Example :MEAS:ITEM:U 3,3,3,0,0,3,3,0,0,0,0 Command Sets RMS, MN, AC, PK+, and PK− for CH1 and CH2 to ON. :MEAS:ITEM:U? Query Response (HEADER ON) :MEASURE:ITEM:U 3,3,3,0,0,3,3,0,0,0,0 (HEADER OFF) 3,3,3,0,0,3,3,0,0,0,0 Reference HIOKI PW8001A964-04...
Page 162 Returns setting for communication output item of total voltage data in a numerical NR1 Query value from 0 to 255. Example :MEAS:ITEM:USUM 2,0,2,0,0 Command Sets Urms23 and Umn23 to ON. :MEAS:ITEM:USUM? Query Response (HEADER ON) :MEASURE:ITEM:USUM 2,0,2,0,0 (HEADER OFF) 2,0,2,0,0 Reference HIOKI PW8001A964-04...
Page 163 Returns the setting of the communication output item of the current data in a numerical NR1 value from 0 to 255. Example :MEAS:ITEM:I 3,3,3,0,0,3,3,0,0,0,0 Command Sets RMS, MN, AC, PK+, and PK− for CH1 and CH2 to ON. :MEAS:ITEM:I? Query Response (HEADER ON) :MEASURE:ITEM:I 3,3,3,0,0,3,3,0,0,0,0 (HEADER OFF) 3,3,3,0,0,3,3,0,0,0,0 Reference HIOKI PW8001A964-04...
Page 164 Returns setting for communication output item of total current data in a numerical NR1 value from 0 to 255. Example :MEAS:ITEM:ISUM 2,0,2,0,0 Command Sets Irms23 and Imn23. :MEAS:ITEM:ISUM? Query Response (HEADER ON) :MEASURE:ITEM:ISUM 2,0,2,0,0 (HEADER OFF) 2,0,2,0,0 Reference HIOKI PW8001A964-04...
Page 165 Returns the setting of the communication output item of the power data in a numerical NR1 Query value from 0 to 255. Example :MEAS:ITEM:P 1,0,1,0,1,0,1,0,1 Command Sets P, S, Q, PF and DEG of CH1 to ON. :MEAS:ITEM:P? Query Response (HEADER ON) :MEASURE:ITEM:P 1,0,1,0,1,0,1,0,1 (HEADER OFF) 1,0,1,0,1,0,1,0,1 Reference HIOKI PW8001A964-04...
Page 166 Returns setting for communication output item of total power data in a numerical NR1 Query value from 0 to 255. Example :MEAS:ITEM:PSUM 1,0,0,0,1,0,0,0,1,0,0,0,1,0,0,0,1,0 Command Sets P12, S12, Q12, PF12, and DEG12 to ON. :MEAS:ITEM:PSUM? Query Response (HEADER ON) :MEASURE:ITEM:PSUM 1,0,0,0,1,0,0,0,1,0,0,0,1,0,0,0,1,0 (HEADER OFF) 1,0,0,0,1,0,0,0,1,0,0,0,1,0,0,0,1,0 Reference HIOKI PW8001A964-04...
Page 167 Returns the setting for the communication output item of integration data in a numerical NR1 value from 0 to 255. Example :MEAS:ITEM:INTEG 0,0,0,1,1,1,0,0,0,0,0,0,1 Command Sets all the integrated power values to ON and integrated elapsed time to ON for CH1. :MEAS:ITEM:INTEG? Query Response (HEADER ON) :MEASURE:ITEM:INTEGRATE 0,0,0,1,1,1,0,0,0,0,0,0,1 (HEADER OFF) 0,0,0,1,1,1,0,0,0,0,0,0,1 Reference HIOKI PW8001A964-04...
Page 168 Returns the settings of communication output items of calculated efficiency and loss values in a numerical NR1 value. Example :MEAS:ITEM:EFF 3,8 Command Sets calculated efficiency values 1 and 2 (EFF1 and EFF2) and calculated loss value 4 (LOSS4) to ON. :MEAS:ITEM:EFF? Query Response (HEADER ON) :MEASURE:ITEM:EFFICIENCY 3,8 (HEADER OFF) Reference HIOKI PW8001A964-04...
Page 169 Returns the settings of communication output items of user-defined formula in a numerical Query NR1 value from 0 to 255. Example :MEAS:ITEM:UDF 3,3,0 Command Sets UDF1, UDF2, UDF9, and UDF10 to ON. :MEAS:ITEM:UDF? Query Response (HEADER ON) :MEASURE:ITEM:UDF 3,3,0 (HEADER OFF) 3,3,0 Reference HIOKI PW8001A964-04...
Page 170 Communication Output Item: Initializing Harmonic Communication Output Data Items Syntax :MEASure:ITEM:HARMonic:ALLClear Command Description Command Initializes the settings of harmonic communication output data items and the settings of output order. Example :MEAS:ITEM:HARM:ALLC Command Reference ・ All the communication output data items for harmonics will be turned OFF. HIOKI PW8001A964-04...
Page 171 Set items by using ON/OFF for the bits above and by specifying values with a numerical NR1 value from 0 to 255. Returns transmission item settings of data responded by MEASure:HARMonic? in a Query numerical NR1 value from 0 to 255. HIOKI PW8001A964-04...
Page 172 NR1 value from 0 to 255. Example :MEAS:ITEM:HARM:INTER 1,0,1,0 Command Sets iHU1 for the level, HU1 for the content percentage. :MEAS:ITEM:HARM:INTER? Query Response (HEADER ON) :MEASURE:ITEM:HARMONIC:INTER 1,0,1,0 (HEADER OFF) 1,0,1,0 Reference :DATAout:ITEM:HARMonic:ORDer command to set the order to be saved. ・ HIOKI PW8001A964-04...
Page 173: Measure:second:allclear
Communication Output Item: Initializing Communication Output Data Items (Secondary) Syntax :MEASure:SECond:ALLClear Command Description Command Initializes the communication output data items. All output data items related to the :MEASure:SECond: command including the harmonics items are OFF. Example :MEAS:SEC:ALLC Command Reference HIOKI PW8001A964-04...
Page 174: Measure:second:u
Returns the setting of the communication output item of the voltage data in a numerical Query NR1 value from 0 to 255. Example :MEAS:SEC:U 3,3,3,0,0,3,3,0,0,0,0 Command Sets RMS, MN, AC, PK+, and PK− for CH1 and CH2 to ON. :MEAS:SEC:U? Query Response (HEADER ON) :MEASURE:SECOND:U 3,3,3,0,0,3,3,0,0,0,0 (HEADER OFF) 3,3,3,0,0,3,3,0,0,0,0 Reference HIOKI PW8001A964-04...
Page 175: Measure:second:usum
Returns setting for communication output item of total voltage data in a numerical NR1 Query value from 0 to 255. Example :MEAS:SEC:USUM 2,0,2,0,0 Command Sets Urms23 and Umn23 to ON. :MEAS:SEC:USUM? Query Response (HEADER ON) :MEASURE:SECOND:USUM 2,0,2,0,0 (HEADER OFF) 2,0,2,0,0 Reference HIOKI PW8001A964-04...
Page 176: Measure:second:i
Returns the setting of the communication output item of the current data in a numerical NR1 value from 0 to 255. Example :MEAS:SEC:I 3,3,3,0,0,3,3,0,0,0,0 Command Sets RMS, MN, AC, PK+, and PK− for CH1 and CH2 to ON. :MEAS:SEC:I? Query Response (HEADER ON) :MEASURE:SECOND:I 3,3,3,0,0,3,3,0,0,0,0 (HEADER OFF) 3,3,3,0,0,3,3,0,0,0,0 Reference HIOKI PW8001A964-04...
Page 177: Measure:second:isum
Returns setting for communication output item of total current data in a numerical NR1 value from 0 to 255. Example :MEAS:SEC:ISUM 2,0,2,0,0 Command Sets Irms23 and Imn23. :MEAS:SEC:ISUM? Query Response (HEADER ON) :MEASURE:SECOND:ISUM 2,0,2,0,0 (HEADER OFF) 2,0,2,0,0 Reference HIOKI PW8001A964-04...
Page 178: Measure:second:p
Returns the setting of the communication output item of the power data in a numerical NR1 Query value from 0 to 255. Example :MEAS:SEC:P 1,0,1,0,1,0,1,0,1 Command Sets P, S, Q, PF and DEG of CH1 to ON. :MEAS:SEC:P? Query Response (HEADER ON) :MEASURE:SECOND:P 1,0,1,0,1,0,1,0,1 (HEADER OFF) 1,0,1,0,1,0,1,0,1 Reference HIOKI PW8001A964-04...
Page 179: Measure:second:psum
Returns setting for communication output item of total power data in a numerical NR1 Query value from 0 to 255. Example :MEAS:SEC:PSUM 1,0,0,0,1,0,0,0,1,0,0,0,1,0,0,0,1,0 Command Sets P12, S12, Q12, PF12, and DEG12 to ON. :MEAS:SEC:PSUM? Query Response (HEADER ON) :MEASURE:SECOND:PSUM 1,0,0,0,1,0,0,0,1,0,0,0,1,0,0,0,1,0 (HEADER OFF) 1,0,0,0,1,0,0,0,1,0,0,0,1,0,0,0,1,0 Reference HIOKI PW8001A964-04...
Page 180: Measure:second:integrate
Returns the setting for the communication output item of integration data in a numerical NR1 value from 0 to 255. Example :MEAS:SEC:INTEG 0,0,0,1,1,1,0,0,0,0,0,0,0 Command Sets all the integrated power values to ON for CH1. :MEAS:SEC:INTEG? Query Response (HEADER ON) :MEASURE:SECOND:INTEGRATE 0,0,0,1,1,1,0,0,0,0,0,0,0 (HEADER OFF) 0,0,0,1,1,1,0,0,0,0,0,0,0 Reference ・ Elapsed time is always 0. HIOKI PW8001A964-04...
Page 181: Measure:second:externalin
Communication Output Item: Initializing Harmonic Communication Output Data Items (Secondary) Syntax :MEASure:SECond:HARMonic:ALLClear Command Description Command Initializes the settings of harmonic communication output data items and the settings of output order. Example :MEAS:SEC:HARM:ALLC Command Reference ・ All the communication output data items for harmonics will be turned OFF. HIOKI PW8001A964-04...
Page 182: Measure:second:harmonic:list
Set items by using ON/OFF for the bits above and by specifying values with a numerical NR1 value from 0 to 255. Returns transmission item settings of data responded by MEASure:HARMonic? in a Query numerical NR1 value from 0 to 255. HIOKI PW8001A964-04...
Page 183: Measure:second:harmonic:order
NR1 value and a string. Example :MEAS:SEC:HARM:ORD 1,15,ODD Command Sets odd orders from 1 to 15 as outputs. :MEAS:SEC:HARM:ORD? Query Response (HEADER ON) :MEASURE:SECOND:HARMONIC:ORDER 1,15,ODD (HEADER OFF) 1,15,ODD Reference ・ Use this command as a combination with “:MEASure:SECond:HARMonic:LIST” command. HIOKI PW8001A964-04...
Page 184 :TRANsmit:COLumn command specifies whether “+” at the top and the leading “0” of ・ the mantissa are omitted. If nothing is specified, “+” at the top and the leading “0” of the mantissa are omitted. HIOKI PW8001A964-04...
Page 185: Measure:noisepeak:u
:TRANsmit:COLumn ・ command specifies whether “+” at the top and the leading “0” of the mantissa are omitted. If nothing is specified, “+” at the top and the leading “0” of the mantissa are omitted. HIOKI PW8001A964-04...
Page 186: Measure:noisepeak:p
Query :TRANsmit:COLumn ・ command specifies whether “+” at the top and the leading “0” of the mantissa are omitted. If nothing is specified, “+” at the top and the leading “0” of the mantissa are omitted. HIOKI PW8001A964-04...
Page 187: Modbus:item
Set the output item for output number 1 to Urms1. :MODB:ITEM? Query Response (HEADER ON) :MODBUS:ITEM 1,Urms1 (HEADER OFF) 1,Urms1 Reference For details on the Modbus/TCP server function, please refer to the "PW8001 ・ Modbus/TCP Communication Instruction Manual". Modbus/TCP Server: Initializing output item. Syntax :MODBus:ITEM:ALLClear Command Description Command Initializes output items.
Page 188: Padjust[Ch]:Reset
If a selected synchronous source of a wiring connection including a specified channel is other than Ext1 to Ext4, a command execution error occurs. The same setting can be made even by PW6001 series communication ・ command :PHASe:ZEROadjust <CH1 to CH8>,CLEAR. HIOKI PW8001A964-04...
Page 189: Padjust[Ch]:Value
If a selected synchronous source of a wiring connection including a specified channel is other than Ext1 to Ext4, the setting cannot be made, and therefore, a command execution error occurs. ・ The same setting can be made even by PW6001 series communication command :PHASe[CH]:ZEROadjust. HIOKI PW8001A964-04...
Page 190 Query Returns the setting of the Save to FTP server function by ON or OFF. Example :SAVE:FTPS ON Command Sets the Save to FTP server function to ON. :SAVE:FTPS? Query Response (HEADER ON) :SAVE:FTPS ON (HEADER OFF) Reference HIOKI PW8001A964-04...
Page 191 Returns the setting of the auto-save function by ON or OFF. Example :SAVE:AUTO ON Command Sets the auto-save function to ON. :SAVE:AUTO? Query Response (HEADER ON) :SAVE:AUTO ON (HEADER OFF) Reference ・ The same setting can be made even by PW6001 series communication command :FILE:AUTO:SAVE. HIOKI PW8001A964-04...
Page 192 This command is case-sensitive in the parameter section. ・ If “NO_FOLDER” is specified for the folder name, the destination folder is specified ・ to be /HIOKI/PW8001/. Auto Save: Setting and Querying Intervals for Saving Data Syntax :SAVE:AUTO:INTERval <Time data(String)> Command...
Page 193 This command is case-sensitive in the parameter section. ・ If “NO_FOLDER” is specified for the folder name, the destination folder is specified to ・ be /HIOKI/PW8001/. ・ The same setting can be made even by PW6001 series communication command: :SAVE:FOLDername.
Page 194 ・ (excluding !"&'*+,-.:;<>?¥^`|~). ・ If “NO_FOLDER” is specified for the folder name, the destination folder is specified to be /HIOKI/PW8001/. The same setting can be made even by PW6001 series communication ・ command :COPY:FOLDername. Screen Save: Setting and Querying Registered Information Save for Saving Syntax :SAVE:SCReen:INFormation <ON/OFF(String)>...
Page 195 10.0000 (HEADER OFF) Reference To sets the VT ratio to OFF, specify “1.0”. If the VT ratio is OFF, “1.00000” is returned ・ in response to the query. ・ Prevent VT × CT from being more than 1.0E+06. HIOKI PW8001A964-04...
Page 196 The rated value of sensor is “50A_ACDC” if the Probe 1 sensor is not connected. ・ If Probe 2 is selected, the set rating information is acquired regardless of the sensor connection state. ・ If no module is connected, “NONE,-,-” is returned. HIOKI PW8001A964-04...
Page 197 3.2.31 Synchronization Interface Querying Optical Link Option Syntax :SYNC:EXISt? Query Response Y Option available Option unavailable Description Query Returns availability of options in a string. Example :SYNC:EXIS? Query Response (HEADER ON) :SYNC:EXIST Y (HEADER OFF) Reference HIOKI PW8001A964-04...
Page 198 Set the control method to primary. :SYNC:BNC:CONT? Query Response (HEADER ON) :SYNC:BNC:CONTROL PRIM (HEADER OFF) PRIM Reference ・ In the standby state for BNC Synchronization connection, the setting change command will result in an execution error except for some settings. HIOKI PW8001A964-04...
Page 199 Command Sets pre-trigger. The pre-trigger can be set in units of 10 percentage points for the recording length. Query Returns the configuration of the pre-trigger settings in a numerical NR1 value. Example :TRIG:PRET 10 Command Sets the pre-trigger to 10%. :TRIG:PRET? Query Response (HEADER ON) :TRIGGER:PRETRIG 10 (HEADER OFF) Reference HIOKI PW8001A964-04...
Page 200 Returns the setting of trigger slope in the level trigger in a string. Example :TRIG:SLOP RISING Command Sets a trigger slope in the level trigger at rising. :TRIG:SLOP? Query Response (HEADER ON) :TRIGGER:SLOPE RISING (HEADER OFF) RISING Reference HIOKI PW8001A964-04...
Page 201 Sets the zero-cross filter to ON. :TRIG:ZCF? Query Response (HEADER ON) :TRIGGER:ZCFILTER ON (HEADER OFF) Reference ・ If the trigger source is not set in voltage and current waveforms, the zero-cross filter cannot be set to ON and, therefore, an execution error occurs. HIOKI PW8001A964-04...
Page 202 Command Sets the trigger source for Event Trigger. [number]: 1 to 4. Query Returns the Event Trigger trigger source setting as a string. Example :TRIG:EVEN1:SOUR Urms1 Command :TRIG:EVEN1:SOUR? Query Response (HEADER ON) :TRIGGER:EVENT1:SOURCE Urms1 (HEADER OFF) Urms1 Reference ・ HIOKI PW8001A964-04...
Page 203 （HEADER ON） :UDF1:CONSTANT +1.00000,+2.00000,+3.00000,+4.00000,+5.00000,+6.00000,+7.00000,+8. Response 00000,+1.00000n,+2.00000u,+3.00000m,+4.00000k,+5.00000M,+6.00000 G,+7.00000T,+8.00000 （HEADER OFF） +1.00000,+2.00000,+3.00000,+4.00000,+5.00000,+6.00000,+7.00000,+8. 00000,+1.00000n,+2.00000u,+3.00000m,+4.00000k,+5.00000M,+6.00000 G,+7.00000T,+8.00000 Reference If the number of arguments is less than 16, remaining items will not be changed. ・ This command is case-sensitive in the parameter section. ・ HIOKI PW8001A964-04...
Page 204 Description Command Sets Integration function for user-defined Formulas. [number]: 1 to 20. Query Returns setting for Integration function for user-defined formula in a string. Example :UDF1:INTEG ON Command :UDF1:INTEG? Query Response (HEADER ON) :UDF1:INTEG ON (HEADER OFF) Reference HIOKI PW8001A964-04...
Page 205 ・ If the parameter is not enclosed in double quotation marks ("), a command error occurs. The available characters are ASCII characters from H'20 to H'7E. However, ' ” ~ looks ・ like the following: PW8001 ‘ “ HIOKI PW8001A964-04...
Page 206 If the parameter is not enclosed in double quotation marks ("), a command error ・ occurs. ・ The available characters are ASCII characters from H'20 to H'7E. However, ' ” ~ looks like the following: PW8001 ‘ “ HIOKI PW8001A964-04...
Page 207 Sets automatic maximum value setting function for user-defined Formulas. [number]: 1 to Command Returns setting forautomatic maximum value setting function for user-defined formula in a Query string. Example :UDF1:UPP:AUTO ON Command :UDF1:UPP:AUTO? Query Response (HEADER ON) :UDF1:UPPER:AUTO ON (HEADER OFF) Reference HIOKI PW8001A964-04...
Page 208 Query Response (HEADER ON) :UNIT1:ADATE 2021,12,01 (HEADER OFF) 2021,12,01 Reference The order of the year, month, and date varies depending on the date format setting. ・ Returns “-,-,-” if no module is connected to the specified channel. ・ HIOKI PW8001A964-04...
Page 209 If the range is set by the VOLTage[CH]:RANGe command, the auto range for the ・ specified channel is OFF. ・ Setting of the voltage auto range for other channels included in the combination of measurement lines will also be changed. HIOKI PW8001A964-04...
Page 210 Sets the phase compensation frequency for the CH1 voltage to 200kHz. :VOLT1:FREQ? Query Response (HEADER ON) :VOLTAGE1:FREQUENCY 200.0 (HEADER OFF) 200.0 Reference This setting must be made for each channel even if they use the same wiring. ・ HIOKI PW8001A964-04...
Page 211 If a range is specified, the Auto range of the specified channel will be turned OFF. ・・ Setting of the voltage range for other channels included in the combination of measurement lines will also be changed. HIOKI PW8001A964-04...
Page 212 Command Sets the sampling speed of waveforms. The unit is samples/s. Query Returns the setting of sampling speed of waveforms in a string. Example :WAVE:SAMP 100k Command Sets the sampling speed of waveforms to 100k-samples/s. :WAVE:SAMP? Query Response (HEADER ON) :WAVE:SAMPLING 100k (HEADER OFF) 100k Reference HIOKI PW8001A964-04...
Page 213 Query Response TRUE Waveform data is valid. FALSE Waveform data is invalid. Description Query Returns waveform data state of valid or invalid as a character string. Example :WAVE:VAL? Query Response (HEADER ON) :WAVE:VALID TRUE (HEADER OFF) TRUE Reference HIOKI PW8001A964-04...
Page 214 CH5, CH6, and CH7 to 3V3A. If not specified, CH8 is set to 1P2W. :WIR? Query Response (HEADER ON) :WIRING 1P3W,3P3W2M,3V3A,1P2W (HEADER OFF) 1P3W,3P3W2M,3V3A,1P2W Reference If no change is available depending on the combination of wiring connection data of a ・ channel, a command execution error occurs. HIOKI PW8001A964-04...
Page 215: Parameters For Normal Measurement Items
PIpk1, PIpk2, PIpk3, PIpk4, PIpk5, PIpk6, PIpk7, PIpk8 Current waveform peak - Ipk- MIpk1, MIpk2, MIpk3, MIpk4, MIpk5, MIpk6, MIpk7, MIpk8 Total current harmonic Ithd Ithd1, Ithd2, Ithd3, Ithd4, Ithd5, Ithd6, Ithd7, Ithd8 distortion Current ripple factor Irf1, Irf2, Irf3, Irf4, Irf5, Irf6, Irf7, Irf8 HIOKI PW8001A964-04...
Page 216 DEG12, DEG23, DEG34, DEG45, DEG56, DEG67, DEG78, DEG123, DEG234, DEG345, DEG456, DEG567, DEG678 Voltage frequency FU1, FU2, FU3, FU4, FU5, FU6, FU7, FU8 Current frequency FI1, FI2, FI3, FI4, FI5, FI6, FI7, FI8 Positive integration current PIH1, PIH2, PIH3, PIH4, PIH5, PIH6, PIH7, PIH8 HIOKI PW8001A964-04...
Page 217 Maximum steady state DC1, DC2, DC3, DC4, DC5, DC6, DC7, DC8 voltage change during Maximum absolute voltage DMax1, DMax2, DMax3, DMax4, DMax5, DMax6, DMax7, dmax change DMax8 Time above threshold Tmax TMax1, TMax2, TMax3, TMax4, TMax5, TMax6, TMax7, TMax8 HIOKI PW8001A964-04...
Page 218 :CAN:DB:ITEM :DISPlay:CUSTom :DISPlay:WAVEValue :MODBus:ITEM :UDF[number]:ITEMe To specify secondary normal measurement items add [SC] at the end of the parameters given in the list above. Example: Urms1SC EFF, LOSS, UDF and Flicker related items of secondary cannot be specified. HIOKI PW8001A964-04...
Page 219: List And Order Of Direct Specification Items For :Measure
1s. If it is more than 1s, the integrated elapsed time in ms unit is not included in the response. If the integration control system is in the status of integration by wiring connection, the integrated elapsed time is returned for all the channels from Etime1 to Etime8. HIOKI PW8001A964-04...
Page 220 Power calculation (synchronized source) without data update Bit 9 Current frequency without data update Bit 8 Voltage frequency without data update Bit 3 Current overload Bit 2 Voltage overload Bit 1 Current peak exceeded Bit 0 Voltage peak exceeded HIOKI PW8001A964-04...
Page 221 CHA calculation unavailable (e.g., the data is invalid because the Bit 18 UCUA measurement is immediately after a range change) Bit 17 CHA motor synchronization source with forced zero-cross Bit 16 CHA overload when input is set to analog HIOKI PW8001A964-04...
Page 222: List And Order Of Direct Specification Items For :Measure:harmonic
HP12L000, HP23L000, HP34L000, HP45L000, HP56L000, HP67L000, power HP78L000, HP123L000,HP234L000,HP345L000, HP456L000, HP567L000, HP678L000 HP1D000, HP2D000, HP3D000, HP4D000, HP5D000, HP6D000, HP7D000, HP8D000, Harmonic power HP12D000, HP23D000, HP34D000, HP45D000, HP56D000, content HDPk HP67D000, percentage HP78D000, HP123D000, HP234D000, HP345D000, HP456D000, HP567D000, HP678D000 HIOKI PW8001A964-04...
Page 223 Harmonic current HI1L500, HI2L500, HI3L500, HI4L500, HI5L500, HI6L500, HI7L500, RMS value HI8L500 Harmonic current HI1D500, HI2D500, HI3D500, HI4D500, HI5D500, HI6D500, HI7D500, content HDIk HI8D500 percentage Harmonic current HI1P500, HI2P500, HI3P500, HI4P500, HI5P500, HI6P500, HI7P500, θIk phase angle HI8P500 HIOKI PW8001A964-04...
Page 224 HP1P500, HP2P500, HP3P500, HP4P500, HP5P500, HP6P500, HP7P500, HP8P500, Harmonic voltage/ HP12P500, HP23P500, HP34P500, HP45P500, HP56P500, 500-th current phase θk HP67P500, angle HP78P500, HP123P500, HP234P500, HP345P500, HP456P500, HP567P500, HP678P500 Harmonics fHRM HF1, HF2, HF3, HF4, HF5, HF6, HF7, HF8 synchronization frequency HIOKI PW8001A964-04...
Page 225 Bit 0 Abbreviation Subject Calculation unavailable (e.g., measured data is invalid because 16 to 23 measurement is immediately after frequency fluctuation of a synchronization source.) 8 to 15 Harmonics waveform with forced zero-cross 0 to 7 Frequency range over HIOKI PW8001A964-04...
Page 226: Data Format For Output Of Waveform Data Acquisition Command
This represents CH which is in the logic mode of the motor. long logicCH Bit 0: CHA, Bit 1: CHB, Bit 2: CHC, Bit 3: CHD, Bit 4: CHE, Bit 5: CHF, Bit 6: CHG, Bit 7: CHH HIOKI PW8001A964-04...
Page 227 5000000 table below in big-endian. Bit 9 Bit 8 Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0 Do not use bits marked with “-”. HIOKI PW8001A964-04...
Page 228: Fft Analysis Output Data Formats
16 - 21 : CH123 - CH678 22 : Motor option FFT results are stored. 4*(Number float fftData[Index] Data is stored for the number of FFT analysis points to be of points) transferred from the index of the FFT that starts transfer. HIOKI PW8001A964-04...
Page 229: Output Data Format For Fft Analysis Complex Data Query
4*2*(Numb fftData component][1st real component][1st imaginary float er of points) [Index][Real/Image] component]...[nth real component][nth imaginary component], with the start index as the reference.。 The data is stored for <number of points> from the index of <start index value>. HIOKI PW8001A964-04...
Page 230: Available Commands For Secondary Units During Optical Link
:CURRent[CH]:RATE(?) :INTEGrate:MODE[CH](?) :DELTay[CH](?) :LPF[CH](?) :EXTernalin:[CH]:ANALog:LPF(?) :PADJust[CH]:RESET(?) :EXTernalin:[CH]:ANALog:RANGe(?) :PADJust[CH]:SET(?) :EXTernalin:[CH]:COMP:SPEED(?) :PADJust[CH]:VALue(?) :EXTernalin:[CH]:COMP:SPEED:VALue(?) :SCALe[CH]:CT(?) :EXTernalin:[CH]:COMP:TORQue(?) :SCALe[CH]:VT(?) :EXTernalin:[CH]:COMP:TORQue:VALue(?) :SOURce[CH](?) :EXTernalin:[CH]:FREQuency:CENTer(?) :VOLTage[CH]:AUTO(?) :EXTernalin:[CH]:FREQuency:LOWer(?) :VOLTage[CH]:CORRect(?) :EXTernalin:[CH]:FREQuency:RANGe(?) :VOLTage[CH]:DEGRee(?) :EXTernalin:[CH]:FREQuency:UPPer(?) :VOLTage[CH]:FREQuency(?) :EXTernalin:[CH]:MODE(?) :VOLTage[CH]:MEAN(?) :EXTernalin:[CH]:PULSe:NUMBer(?) :VOLTage[CH]:RANGe(?) :EXTernalin:[CH]:PULSe:PNF(?) :WIRing(?) :EXTernalin:[CH]:PULSe:POLes(?) :WIRing[CH](?) :EXTernalin:[CH]:SCALe:SPEED(?) :EXTernalin:EXISt? :EXTernalin:[CH]:SCALe:TORQue(?) :UNIT[CH]:ID? :EXTernalin:[CH]:SLIP(?) :SENSor[CH]:ID? HIOKI PW8001A964-04...
Page 231: Troubleshooting
The cable is not connected properly. See “9 Connecting with computers” in the No communications. The cable in use is an item other than PW8001 Instruction Manual. specified. Power supply to some of the devices in Turn ON all the devices.
Page 232 You must send a query before the INPUT No query is sent. running when I try to statement. read data with an Execute a *ESR? query to obtain Standard Regarding the sent query, an error occurs. INPUT statement. Event Status Register and check the error. HIOKI PW8001A964-04...
Page 233: Device Documents Requirements
Subject IEEE 488.1 Interface Functions Reference: “Specifications” of “9.3 Connecting and Setting the GP-IB” of the PW8001 Instruction Manual. Operation When the Address is Set to a Value Address settings are allowed only in the range of 0 to 30.
Page 234 *RCL *SAV *RST Commands command executes the system reset of the instrument. Reference: “3.1 Standard Command” Reference: “6.3 Default Settings” in the PW8001 Instruction Manual Scope of the Self-testing Executed as a result of Reference: “3.1 Standard Command” *TST? Query Additional Status Data Structures Used for Reference: “1.5 Event Registers”...
Page 235: Queries To Which Multiple Response Messages Are Returned
:DATAout:ITEM:INTEGrate? :MEASure:SECond:EXTernalin? :DATAout:ITEM:P? :MEASure:SECond:HARMonic:LIST? :DATAout:ITEM:PSUM? :MEASure:SECond:HARMonic:ORDer? :DATAout:ITEM:U? :MEASure:SECond:I? :DATAout:ITEM:USUM? :MEASure:SECond:ISUM? :DATAout:SECond:EXTernalin? :MEASure:SECond:INTEGrate? :DATAout:SECond:HARMonic:LIST? :MEASure:SECond:P? :DATAout:SECond:HARMonic:ORDer? :MEASure:SECond:PSUM? :DATAout:SECond:I? :MEASure:SECond:U? :DATAout:SECond:ISUM? :MEASure:SECond:USUM? :DATAout:SECond:INTEGrate? :MEASure:NOISepeak? :DATAout:SECond:P? :MEASure:NOISepeak:U? :DATAout:SECond:PSUM? :MEASure:NOISepeak:I? :DATAout:SECond:U? :MEASure:NOISepeak:P? :DATAout:SECond:USUM? :MEASure:NOISepeak:[CH]? :DATE:ADJust? :MODBus:ITEM? :DATE:CALibrate? :SENSor[CH]:ADATE? :DISPlay:CUSTom[Number]? :SENSor[CH]:CDATE? :DISPlay:CUSTom[Number]:LINE? :SENSor[CH]:ID? HIOKI PW8001A964-04...
Page 236: Paired Interacting Commands
:IP:ADDRess? :WIRing? :IP:DEFaultgateway? :WIRing[CH]? :IP:SUBNetmask? 9.3 Paired Interacting Commands Commands affecting Commands to be affected :WIRing[CH] :WIRing[CH] :WIRing :CURRent[CH]:AUTO :CURRent[CH]:INPut :CURRent[CH]:MEAN :CURRent[CH]:RANGe :CURRent[CH]:RATE :DELTay[CH] :FREQuency[CH]:HPF :FREQuency[CH]:LOWer :FREQuency[CH]:UPPer :LPF[CH] :SOURce[CH] :VOLTage[CH]:AUTO :VOLTage[CH]:MEAN :VOLTage[CH]:RANGe :EXTernalin:[CH]:WIRing :EXTernalin:[CH]:SOURce :EXTernalin:[CH]:MODE :RATE :CAN:OUT:INTERval :SAVE:AUTO:INTERval HIOKI PW8001A964-04...
Page 237 :EXTernalin:[CH]:FREQuency:UPPer :EXTernalin:[CH]:FREQuency:LOWer :FREQuency[CH]:UPPer :FREQuency[CH]:LOWer :IP:DHCP <ON/OFF> :IP:ADDRess :IP:DEFaultgateway :IP:SUBNetmask :CURRent[CH]:AUTO :CURRent[CH]:RANGe :VOLTage [CH]:AUTO :VOLTage[CH]:RANGe :CAN:MODE :CAN:DB:ITEM :CAN:DB:ID :CAN:DB:FORMat HIOKI PW8001A964-04...
Page 238 HIOKI PW8001A964-04...

This manual is also suitable for:

Pw8001-01 Pw8001-02 Pw8001-03 Pw8001-04 Pw8001-05 Pw8001-06 ... Show all

Hioki PW8001 Instruction Manual

Quick Links

Need help?

Questions and answers

Subscribe to Our Youtube Channel

Related Manuals for Hioki PW8001

Summary of Contents for Hioki PW8001

This manual is also suitable for:

Table of Contents