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109

PW3335A985-01

Set and Query the LAN IP Address Execution Confirmation Message Setting

Syntax

Command

:IP:ADDRess

<Address 1 (NR1)>,<Address 2 (NR1)>,<Address 3 (NR1)>,<Address 4 (NR1)>

Query

:IP:ADDRess?

Response

<Address 1 (NR1)>,<Address 2 (NR1)>,<Address 3 (NR1)>,<Address 4 (NR1)>

<Address 1 to Address 4 (NR1)> = 0 to 255

Description

Sets or queries the IP address of the instrument.

Example

Command

:IP:ADDR 192,168,1,1

Query

:IP:ADDR?

Response

(When HEADER ON)

:IP:ADDRESS 192,168,1,1

(When HEADER OFF)

192,168,1,1

Note

・

The LAN communications settings will be changed after the command is sent.

All established connections before the settings were changed will be disconnected.

・

This query can be used with the RS-232C, LAN, and GP-IB interfaces.

・

This setting command can be used with the RS-232C and GP-IB interfaces.

Set and Query the LAN Default Gateway Address Execution Confirmation Message
Setting

Syntax

Command

:IP:DEFaultgateway

<Address 1 (NR1)>,<Address 2 (NR1)>,<Address 3 (NR1)>,<Address 4 (NR1)>

Query

:IP:DEFaultgateway?

Response

<Address 1 (NR1)>,<Address 2 (NR1)>,<Address 3 (NR1)>,<Address 4 (NR1)>

<Address 1 to Address 4 (NR1)> = 0 to 255

Description

Sets or queries the default gateway address for the instrument.

Example

Command

:IP:DEF 192,168,1,250

Query

:IP:DEF?

Response

(When HEADER ON)

:IP:DEFAULTGATEWAY 192,168,1,250

(When HEADER OFF)

192,168,1,250

Note

・

The LAN communications settings will be changed after the command is sent.

All established connections before the settings were changed will be disconnected.

・

This query can be used with the RS-232C, LAN, and GP-IB interfaces.

・

This setting command can be used with the RS-232C and GP-IB interfaces.

Set and Query the LAN Subnet Mask Execution Confirmation Message Setting

Syntax

Command

:IP:SUBNetmask

<Address 1 (NR1)>,<Address 2 (NR1)>,<Address 3 (NR1)>,<Address 4 (NR1)>

Query

:IP:SUBNetmask?

Response

<Address 1 (NR1)>,<Address 2 (NR1)>,<Address 3 (NR1)>,<Address 4 (NR1)>

<Address 1 to Address 4 (NR1)> = 0 to 255

Description

Sets or queries the subnet mask for the instrument.

Example

Command

:IP:SUBN 255,255,255,0

Query

:IP:SUBN?

Response

(When HEADER ON)

:IP:SUBNETMASK 255,255,255,0

(When HEADER OFF)

255,255,255,0

Note

・

The LAN communications settings will be changed after the command is sent.

All established connections before the settings were changed will be disconnected.

・

This query can be used with the RS-232C, LAN, and GP-IB interfaces.

・

This setting command can be used with the RS-232C and GP-IB interfaces.

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Summary of Contents for PW3335

Page 1: ...taken in the production of this manual but if you find any points which are unclear or in error please contact your supplier or the International Sales and Marketing Department at HIOKI headquarters...

Page 2: ...rement Value Output Settings Harmonic Wave 28 Device specific Commands Communications 31 Device specific Commands Dummy commands for maintaining compatibility with other models 333x PW3336 PW3337 etc...

Page 3: ...nds that contain data make sure that the data is provided in the specified format When connecting via LAN connect to TCP IP port 3300 During communication the Power Meter will enter the Remote state a...

Page 4: ...is selected If an error occurs when a query message is received no response message is generated for that query Command Syntax Command names are chosen to mnemonically represent their function and can...

Page 5: ...I LF CR LF Depending on the instrument s interface settings the following can be selected as the terminator for response messages For information on settings see Terminator Setting p 111 LF with an EO...

Page 6: ...IEEE 488 2 Use referenced data whenever possible Also be careful not to overflow the input buffer or output queue with a single command Compound Command Header Omission When several commands having a...

Page 7: ...ssages overflow the buffer a query error is generated and the output queue is cleared Input Buffer The input buffer capacity of the instrument is 1 024 bytes If 1 024 bytes are allowed to accumulate i...

Page 8: ...bit1 bit0 unused 0 ESB MAV unused unused ESB1 ESB0 Service Request Enable Register SRER Overview of Service Request Occurrence The Status Byte Register contains information about the event registers a...

Page 9: ...initiated by the CLS command Bit 7 unused Bit 6 SRQ Set to 1 when a service request is dispatched MSS This is the logical sum of the other bits of the Status Byte Register Bit 5 ESB Standard Event St...

Page 10: ...ed for some reason The specified data value is outside of the set range The specified data cannot be set data format discrepancy Execution is prevented by some other operation being performed Bit 3 DD...

Page 11: ...rs enabled by its corresponding Event Status Enable Register is set to 1 the following happens For Event Status Register 0 bit 0 ESB0 of the Status Byte Register STB is set to 1 For Event Status Regis...

Page 12: ...it3 bit2 bit1 bit0 FOR1 ODI CODI OI OU HP HI HU Event Status Enable Register 1 ESER1 Event Status Register 1 ESR1 Bit 7 Frequency Out of Range The frequency voltage or current is invalid Bit 6 Over Da...

Page 13: ...nable Register 1 ESE1 ESE1 GP IB Commands The following commands can be used through interface functions Command Description GTL Go To Local Changes the instrument from the Remote state to the Local s...

Page 14: ...or 1 Only the MAV bit bit 4 is cleared 2 All bits except the MAV bit are cleared 3 Except the PON bit bit 7 4 Refer to the user s manual for the instrument 5 See below Output Item Initialization Measu...

Page 15: ...he time required to transfer one piece of data would be 11 T Example 9600 bps 11 9600 10 11 ms approximately Wait a few moments after making any changes via setting commands to allow the measurements...

Page 16: ...f the Standard Event Status Register to 1 after an operation completes 34 OPC 1 Queries execution completion 34 OPT Queries the device options 33 RST Initializes the device 33 SRE 0 to 127 Sets Querie...

Page 17: ...queries Description Reference Page VOLTage AUTO VoltageRange Queries the voltage range setting item ch1 only 42 VOLTage AUTO ON OFF Sets all channels or queries ch1 only the voltage automatic range 4...

Page 18: ...lect the 200 mA currentrange 1 48 CURRent SELect I200mA CURRent SELect I500mA ON OFF Sets Queries whether to select the 500 mA currentrange 1 48 CURRent SELect I500mA CURRent SELect I1A ON OFF Sets Qu...

Page 19: ...el U300V SOURce FILTer LEVel U600V 1 15 Sets Queries the voltage synchronization source detection level 53 SOURce FILTer LEVel U600V SOURce FILTer LEVel U1000V 1 15 Sets Queries the voltage synchroniz...

Page 20: ...current external sensor synchronization source detection level 54 SOURce FILTer LEVel C2A SOURce FILTer LEVel C5A 1 15 Sets or queries the current external sensor synchronization source detection leve...

Page 21: ...l integrated value 57 AOUT IRANge DA1 AOUT IRANge DA2 Integrated value current range NR2 Sets Queries the current range selected output item when outputting the D A2 terminal integrated value 57 AOUT...

Page 22: ...display 66 DISPlay HARMonic C ITEM DISPlay HARMonic D ITEM Harmonic Wave Display Item Sets Queries the display item d for harmonic wave order common display 66 DISPlay HARMonic D ITEM DISPlay HORDerS...

Page 23: ...um value data output 78 MEASure NORMAL ITEM U_MIN ALL MEASure NORMAL ITEM U_MIN CH1 Output Item Rectification Method MEASure query Sets Queries the voltage minimum value data output 78 MEASure NORMAL...

Page 24: ...NORMAL ITEM PF CH1 Output Item Rectification Method MEASure query Sets Queries the power factor instantaneous value data output 80 MEASure NORMAL ITEM PF_MAX ALL MEASure NORMAL ITEM PF_MAX CH1 Output...

Page 25: ...TIME I5A MEASure NORMAL ITEM TIME I10A MEASure NORMAL ITEM TIME I20A MEASure NORMAL ITEM TIME BACKup Output Setting 0 1 MEASure query Sets Queries the integration time data output 82 MEASure NORMAL IT...

Page 26: ...n active power total sum data output 86 MEASure NORMAL ITEM PWP ALL MEASure NORMAL ITEM PWP CH1 Data by current range during auto range integration MEASure NORMAL ITEM PWP CH1 I200mA MEASure NORMAL IT...

Page 27: ...CR ALL MEASure NORMAL ITEM MCR CH1 Output Setting MEASure query Sets Queries the Maximum Current Ratio instantaneous value data output 90 MEASure NORMAL ITEM MCR_MAX ALL MEASure NORMAL ITEM MCR_MAX CH...

Page 28: ...A MEASure NORMAL ITEM PTAVerage CH1 I1A MEASure NORMAL ITEM PTAVerage CH1 I2A MEASure NORMAL ITEM PTAVerage CH1 I5A MEASure NORMAL ITEM PTAVerage CH1 I10A MEASure NORMAL ITEM PTAVerage CH1 I20A MEASur...

Page 29: ...UTHD_MIN CH1 Output Setting 0 1 MEASure query Sets Queries the total harmonic wave voltage distortion factor data output 94 MEASure NORMal ITEM ITHD ALL MEASure NORMal ITEM ITHD CH1 Output Setting 0...

Page 30: ...output 100 MEASure HARMonic ITEM U ALL MEASure HARMonic ITEM U CH1 Output Setting 0 1 MEASure HARMonic Sets Queries the output of the harmonic wave voltage effective value output for the above query...

Page 31: ...UCON_MAX CH1 Output Setting 0 1 MEASure HARMonic Sets Queries the harmonic wave voltage content maximum value for the above query 102 MEASure HARMonic ITEM UCON_MIN ALL MEASure HARMonic ITEM UCON_MIN...

Page 32: ...ing 0 1 MEASure HARMonic Sets Queries the harmonic wave current phase angle for the above query 104 MEASure HARMonic ITEM IPHAse_MAX ALL MEASure HARMonic ITEM IPHAse_MAX CH1 Output Setting 0 1 MEASure...

Page 33: ...bnet mask 109 IP SUBNetmask GPIB Queries the GP IB setting items 110 GPIB ADDRess Address NR1 Sets Queries the GP IB address 110 GPIB ADDRess HEADer ON OFF Sets Queries the header 110 HEADer LOCAL 0 1...

Page 34: ...or response message Describes the message Shows an example of an actual command application This description is normally when HEADER ON is set Read Write the Standard Event Status Enable Register SES...

Page 35: ...esponse message will be output Query Device Options Syntax Query OPT Response IF type D A output capability External current input sensor presence IF type RS GPIB RS_GPIB NONE D A output capability DA...

Page 36: ...Status Register SESR when all commands prior to OPC have finished processing Example MEAS OPC Sets the OPC bit of the SESR after the MEAS query finishes processing Respond with ASCII 1 when Finished w...

Page 37: ...uncated URQ bit 6 and RQC bit 1 is not used by the instrument Therefore these events will not be triggered even if a value of 1 is specified Query The contents of the SESER as set by the ESE command a...

Page 38: ...tus Byte Register Syntax Query STB Response 0 255 NR1 Description The contents of the STB are returned as an NR1 value 0 to 255 The response message has no header 128 64 32 16 8 4 2 1 bit 7 bit 6 bit...

Page 39: ...ER1 Syntax Command ESE1 0 255 NR1 Query ESE1 Response 0 255 NR1 Description Command Sets the mask pattern in Event Status Enable Register 1 ESER1 for the Event Status Register Although NRf numerical v...

Page 40: ...f times to perform averaging Although NRf numerical values are accepted values to the right of the decimal are truncated Example Command AVER 10 Set the number of times to perform averaging to 10 Quer...

Page 41: ...us START STOP RESET Description Query Indicates the integration operation Response Returns the integration status as a string Example Command INTEG STAT START Starts the integration operation Query IN...

Page 42: ...gration Syntax Command INTEGrate AUTO OFF ON Query INTEGrate AUTO Response OFF ON Description Sets auto range integration Example Command INTEG AUTO ON Enables auto range integration Query INTEG AUTO...

Page 43: ...cute and Query Zero Adjustment Degaussing Syntax Command ZEROadjust DEMAg Query ZEROadjust DEMAg Response OK BUSY ERROR OK Operation completed successfully BUSY Currently performing a zero adjustment...

Page 44: ...ON VOLTAGE RANGE 15 AUTO ON SELECT 63 When HEADER OFF 15 ON 63 Note You can use the TRANsmit SEParator command to change the message unit separator from a semicolon to a comma Instead of VOLtage you c...

Page 45: ...an be measured However if the specified value exceeds the full scale of the range the next highest range will be set instead If a range is specified the auto range operation is turned OFF Additionally...

Page 46: ...in question during range key operation auto range operation and auto range integration Description Command Toggles use of the voltage range in question during auto range operation and auto range inte...

Page 47: ...EADER ON VOLTAGE SELECT 124 When HEADER OFF 124 Note This command is provided to ensure compatibility with control programs for existing models 3332 To take maximum advantage of the PW3335 s functiona...

Page 48: ...se CURRent1 Both of these commands perform the same operation Query the Current Auto Range Setting Syntax Command CURRent AUTO ON OFF Query CURRent AUTO Response ON OFF ON Measures the current in an a...

Page 49: ...is specified the set value will be set to the range that can be measured However if the specified value exceeds the full scale of the range the next highest range will be set instead If a negative va...

Page 50: ...ion auto range operation and auto range integration OFF Disables use of the current range in question during range key operation auto range operation and auto range integration Description Command Tog...

Page 51: ...rent sensor range use settings This command cannot be used to set the 100 mA or 20 A ranges which are always on Specifying a current range with the CURRent RANGe command will cause range select for th...

Page 52: ...string Example Command CURR EXTR C5 Query CURR EXTR Response When HEADER ON CURRENT EXTRANGE C5 When HEADER OFF C5 Note After you the change the range wait a few moments until the internal circuitry...

Page 53: ...When HEADER ON FREQUENCY RANGE 500 0E 0 When HEADER OFF 500 0E 0 Note Do not append a unit to the frequency range After you the change the range wait a few moments until the internal circuitry stabil...

Page 54: ...nization timeout The unit used is seconds sec Example Command SOUR TIMEO 1 Query SOUR TIMEO Response When HEADER ON SOURCE TIMEOUT 1 0 When HEADER OFF 1 0 Note Do not append a unit to this setting Aft...

Page 55: ...ER ON SOURCE FILTER LEVEL U6V 1 When HEADER OFF 1 Note Changing this setting when the number of times to perform averaging is set to a value other than 1 will cause averaging processing to be restarte...

Page 56: ...le the display is held or when the maximum minimum values are being held Set and Query Zero cross Threshold Values external current sensor Syntax Command SOURce FILTer LEVel C1A 1 15 NR1 SOURce FILTer...

Page 57: ...e the maximum and minimum values to be reset You cannot change this setting during integration while the display is held or when the maximum minimum values are being held Instead of SCALe VT you can a...

Page 58: ...ITEM DA2 D A output item Output Terminal D A3 AOUT ITEM DA3 D A output item Output Terminal D A4 AOUT ITEM DA4 D A output item Output Terminal D A5 AOUT ITEM DA5 D A output item Output Terminal D A6...

Page 59: ...0 5 1 2 5 10 20 BACKUP Description Integrated values exist for each current range when auto range integration is performed This command sets or queries the current range for which to output data when...

Page 60: ...Active power P Level 2Vf s P W W1 P1 PMN PDC PAC PFND 5Vf s P_5V PMN_5V PDC_5V PAC_5V PFND_5V High speed level 2Vf s P_F 5Vf s P_F5V Wave form 1Vf s P_WV Apparent power S Level 2Vf s S VA VA1 S1 SMN...

Page 61: ...gration See Note 1 Level 5mAh MIHDC_0005 50mAh MIHDC_005 500mAh MIHDC_05 5Ah MIHDC_5 50Ah MIHDC_50 or MIHDC 500Ah MIHDC_500 5kAh MIHDC_5K 50kAh MIHDC_50K 500kAh MIHDC_500K 5MAh MIHDC_5M 50MAh MIHDC_50...

Page 62: ...0M PWPMN_5000M PWPDC_5000M Negative active power integration See Note 1 Level 5mWh MWP_0005 MWPMN_0005 MWPDC_0005 50mWh MWP_005 MWPMN_005 MWPDC_005 500mWh MWP_05 MWPMN_05 MWPDC_05 5Wh MWP_5 MWPMN_5 MW...

Page 63: ...ime average current T AV I See Note 1 See Note 2 Level 2Vf s ITAV ITAVMN ITAVDC 5Vf s ITAV_5V ITAVMN_5V ITAVDC_5V Time average power T AV P See Note 1 Level 2Vf s PTAV PTAVMN PTAVDC 5Vf s PTAV_5V PT A...

Page 64: ...he items to display in the instrument display areas a to d Example Command DISP U I P TIME The instrument display area settings are as follows Display Area a Voltage acdc Display Area b Current acdc D...

Page 65: ...b c d ACDC UMEAN QMN QMN1 can also be used a b c d AC QAC QAC1 can also be used a b c d FND QFND QFND1 can also be used a b c d Power factor ACDC PF PF1 can also be used a b c d ACDC UMEAN PFMN PFMN1...

Page 66: ...RANGE a b See Note 1 DC MWPDC MWPDC1 can also be used MWPDC_TOTAL a b During Auto range integration operation Data by current range MWPDC_IRANGE a b See Note 1 Active power total sum of integration AC...

Page 67: ...ta by current range ITAV_IRANGE a b c d See Note 1 ACDC UMEAN PTAVMN PTAVMN1 can also be used PTAVMN_TOTAL a b c d During Auto range integration operation Data by current range PTAVMN_IRANGE a b c d S...

Page 68: ...ISP HARM ORD Response When HEADER ON DISPLAY HARMONIC ORDER 21 When HEADER OFF 21 Note If the display is in any other mode other than harmonic wave all orders display mode the display will not be imme...

Page 69: ...ommand such as DISPlay MODE Set and Query the Display Items for Harmonic Wave Individual Order Display Mode Syntax Command Display Area a DISPlay HORDerSel A ITEM Harmonic wave display item Display Ar...

Page 70: ...aders Error Measurement Values U I P S Q PF DEG FREQU FREQI UPK IPK MCR UCF ICF ITAV PTAV URF IRF UTHD ITHD Integration Values IH PIH MIH WP PWP MWP Over range Instrument display o r 999 99E 9 None Sc...

Page 71: ...that the number of output items is 180 or less List of Directly Specified MEASure Query Items Measurement Item Rectificati on Method Type Parameter List Substitute parameter can be used with the same...

Page 72: ...power AC DC Instantaneous value Q Q1 VAR Maximum value Q_MAX Q1_MAX Minimum value Q_MIN Q1_MIN AC DC UMEAN Instantaneous value QMN QMN1 Maximum value QMN_MAX QMN1_MAX Minimum value QMN_MIN QMN1_MIN A...

Page 73: ...m value ICF_MIN ICF1_MIN Time average current AC DC Instantaneous value ITAV See Note 3 ITAV1 AC DC UMEAN Instantaneous value ITAVMN See Note 3 ITAVMN1 DC Instantaneous value ITAVDC ITAVDC1 During Aut...

Page 74: ...PWP_10A PWP_20A PWP_BACKUP Negative power integration AC DC Instantaneous value MWP MWP1 MWH During Auto range integration operation Data by current range See Note 2 MWP_200mA MWP_500mA MWP_1A MWP_2A...

Page 75: ...MWPDC_10A MWPDC_20A MWPDC_BACKUP Active power integration total sum DC Instantaneous value WPDC WPDC1 During Auto range integration operation Data by current range See Note 2 WPDC_200mA WPDC_500mA WPD...

Page 76: ...ring Auto range integration operation Data by current range See Note 2 TIME_200mA TIME_500mA TIME_1A TIME_2A TIME_5A TIME_10A TIME_20A TIME_BACKUP List of Directly Specified MEASure Query Items Note U...

Page 77: ...nt Items U I P S Q PF DEGAC FREQU and FREQI Harmonic Wave First order effective values HU HI and HP Query MEASure Output Items Syntax Query MEASure NORMal ITEM Description Clears all outputs set for M...

Page 78: ...ween 0 and 255 Although NRf numerical values are accepted values to the right of the decimal are dropped Example Command DATA ITEM 7 0 This enables the output of the voltage current and active power Q...

Page 79: ...indicates the total from the time the maximum and minimum values were last reset The Status data indicates the status of the warning indicators on the instrument when the measurement data was saved Th...

Page 80: ...MEAS ITEM U CH1 Response When HEADER ON MEASURE NORMAL ITEM U CH1 1 When HEADER OFF 1 Set and Query MEASure Output Items Instantaneous Maximum and Minimum Values for Current Data Syntax Instantaneous...

Page 81: ...EAS ITEM P CH1 Response When HEADER ON MEASURE NORMAL ITEM P CH1 1 When HEADER OFF 1 Set and Query MEASure Output Items Instantaneous Maximum and Minimum Values for Apparent Power Data Syntax Instanta...

Page 82: ...MEAS ITEM Q CH1 Response When HEADER ON MEASURE NORMAL ITEM Q CH1 1 When HEADER OFF 1 Set and Query MEASure Output Items Instantaneous Maximum and Minimum Values for Power Factor Data Syntax Instantan...

Page 83: ...his command Example Command MEAS ITEM DEG CH1 4 Specifies to output the instantaneous value of the AC rectified power factor Query MEAS ITEM DEG CH1 Response When HEADER ON MEASURE NORMAL ITEM DEG CH1...

Page 84: ...ent frequency Query MEAS ITEM FREQI CH1 Response When HEADER ON MEASURE NORMAL ITEM FREQI CH1 1 When HEADER OFF 1 Set and Query MEASure Output Items Integration Time Syntax MEASure NORMal ITEM TIME Ou...

Page 85: ...tems to a numerical value between 0 and 11 For example specify 1 to output the AC DC rectification or 2 to output the AC DC Umn rectification measurement value You can also output all rectification me...

Page 86: ...p Output item Response Output item NR1 128 64 32 16 8 4 2 1 bit7 bit6 bit5 bit4 bit3 bit2 bit1 bit0 DC Description Sets the positive current integration data output items to a numerical value between...

Page 87: ...utputitem Response Output item NR1 128 64 32 16 8 4 2 1 bit7 bit6 bit5 bit4 bit3 bit2 bit1 bit0 DC Description Sets the negative current integration data output items to a numerical value between 0 an...

Page 88: ...e power integration total sum data output items to a numerical value between 0 and 11 For example specify 1 to output the AC DC rectification or 2 to output the AC DC Umn rectification measurement val...

Page 89: ...ositive active power integration data output items to a numerical value between 0 and 11 For example specify 1 to output the AC DC rectification or 2 to output the AC DC Umn rectification measurement...

Page 90: ...egative active power integration data output items to a numerical value between 0 and 11 For example specify 1 to output the AC DC rectification or 2 to output the AC DC Umn rectification measurement...

Page 91: ...S ITEM UPK CH1 Response When HEADER ON MEASURE NORMAL ITEM UPK CH1 1 When HEADER OFF 1 Set and Query MEASure Output Items Instantaneous Maximum and Minimum Values for the Current Waveform Peak Syntax...

Page 92: ...EM MCR CH1 Response When HEADER ON MEASURE NORMAL ITEM MCR CH1 1 When HEADER OFF 1 Set and Query MEASure Output Items Instantaneous Maximum and Minimum Values for Voltage Crest Factor Data Syntax Inst...

Page 93: ...32 16 8 4 2 1 bit7 bit6 bit5 bit4 bit3 bit2 bit1 bit0 ICF Description Sets the current crest factor data instantaneous value maximum value minimum value output items as numerical values between 0 and...

Page 94: ...me average current data output items to a numerical value between 0 and 11 For example specify 1 to output the AC DC rectification or 2 to output the AC DC Umn rectification measurement value You can...

Page 95: ...specified directly via a MEASure query the measurement values are output based on the specification of this command Example Command MEAS ITEM PTAV CH1 1 Specifies to output the AC DC rectified time a...

Page 96: ...SURE NORMAL ITEM IRF CH1 1 When HEADER OFF 1 Set and Query MEASure Output Items Instantaneous Maximum and Minimum Values for Total Harmonic Wave Voltage Distortion Factor Data Syntax Instantane ous va...

Page 97: ...bit7 bit6 bit5 bit4 bit3 bit2 bit1 bit0 ITHD Description Sets the total harmonic wave current distortion factor data instantaneous value maximum value minimum value output items as numerical values b...

Page 98: ...a comma If the display is blank such as when the range has been changed the response message will be no data 777 77E 9 until the measurement data is displayed We recommend only using this function wi...

Page 99: ...Phase Difference Voltage 0 order HU1P000 Voltage 0 order maximum value HU1MAXP000 Voltage 0 order minimum value HU1MINP000 Current 0 order HI1P000 Current 0 order maximum value HI1MAXP000 Current 0 or...

Page 100: ...Power 50 order maximum value HP1MAXP050 Power 50 order minimum value HP1MINP050 Perform and Query a Reset of MEASure HARMonic Output Items Syntax Command MEASure HARMonic ITEM ALLClear Description Cle...

Page 101: ...ption Sets or queries the measurement items for the MEASure HARMonic query as a numerical value between 0 and 17 Although NRf numerical values are accepted values to the right of the decimal are dropp...

Page 102: ...ds to specify the harmonic wave output items Set and Query MEASure HARMonic Output Items Measurement status data instantaneous value maximum value minimum value Syntax Instantaneous value MEASure HARM...

Page 103: ...r the MEASure HARMonic ITEM LIST command the command issued afterwards takes precedence Set and Query MEASure HARMonic Output Items Instantaneous Maximum and Minimum Values for the Harmonic Wave Curre...

Page 104: ...MEASure HARMonic ITEM LIST command the command issued afterwards takes precedence Set and Query MEASure HARMonic Output Items Instantaneous Maximum and Minimum Values for the Harmonic Wave Voltage Co...

Page 105: ...ASure HARMonic ITEM LIST command the command issued afterwards takes precedence Set and Query MEASure HARMonic Output Items Instantaneous Maximum and Minimum Values for the Harmonic Wave Active Power...

Page 106: ...layed on the instrument This data can only be obtained through communications commands Set and Query MEASure HARMonic Output Items Instantaneous Maximum and Minimum Values for the Harmonic Wave Curren...

Page 107: ...ue maximum value minimum value as numerical values between 0 and 1 The order output is the order specified via MEASure HARMonic ITEM ORDer Although NRf numerical values are accepted values to the righ...

Page 108: ...a system error has occurred You can use the TRANsmit SEParator command to change the message unit separator from a semicolon to a comma This query can be used with the RS LAN and GP IB interfaces Set...

Page 109: ...ry can be executed even when a system error has occurred When set to ON operation may become unstable if the controller the device that sends commands does not receive an execution confirmation messag...

Page 110: ...ry RS232 BTIN Response When HEADER ON RS232C BTINIT OK When HEADER OFF OK Note This command query can be executed even when a system error has occurred You cannot change this setting during integratio...

Page 111: ...the default gateway address for the instrument Example Command IP DEF 192 168 1 250 Query IP DEF Response When HEADER ON IP DEFAULTGATEWAY 192 168 1 250 When HEADER OFF 192 168 1 250 Note The LAN comm...

Page 112: ...be used with the RS 232C and LAN interfaces If GP IB is not implemented by the unit a device error will occur Set and Query Response Message Headers ON OFF Status Syntax Command HEADer ON OFF Query HE...

Page 113: ...I1 12 719E 0 Separator is a semicolon Command TRAN SEP 1 HEAD ON MEAS U1 I1 Specify the separator to be a comma Response U1 10 038E 0 I1 12 719E 0 Separator is a semicolon Because headers are turned O...

Page 114: ...tion value are reset The INTEGRATOR RUN indicator is OFF Integration START Integration calculations are being performed the INTEGRATOR RUN indicator is ON Integration STOP Integration calculations are...

Page 115: ...tegration Reset Integration START Integration STOP System Error Continu ous HOLD Continu ous HOLD Continu ous HOLD AOUT AOUT ITEM DA n DA n IRANge DA n DA n AVERaging AVERaging CURRent CURRent AUTO AU...

Page 116: ...HOLD HORDerSel A B C D ITEM ITEM ORDer ORDer MODE MODE NORMal A B C D A B C D ESE0 ESE0 ESR0 ESE1 ESE1 ESR1 FREQuency FREQuency RANGe RANGe GPIB GPIB ADDRess ADDRess HARMonic ORDer UPPER HARMonic ORD...

Page 117: ...Ress ADDRess DEFaultgateway DEFaultgateway SUBNetmask SUBNetmask LOCAL MEASure MEASure ITEM ALLClear NORMal VALUE All ITEM commands and queries HARMonic HARMonic ITEM LIST LIST ORDer ORDer All U I P c...

Page 118: ...IMEOut FILTer LEVel ALL U xxx V U xxx V I xxx A I xxx A C xxx A C xxx A SYNC CONTrol SYNC CONTrol TRANsmit SEParator SEParator TERMinator TERMinator VOLTage n VOLTage n AUTO AUTO RANGe RANGe SELect SE...

Page 119: ...g performed the INTEGRATOR RUN indicator is ON Integration STOP Integration calculations are stopped the INTEGRATOR RUN indicator is flashing Continuous The display is updated each time sampling is pe...

Page 120: ...e IP address settings the same as those on another device Is the TCP IP port number correct Connect to TCP IP port 3300 Communications are not working properly Are the instrument and controller RS 232...

Page 121: ...response is read by the controller Sometimes service requests are not executed Are the Service Request Enable and Event Status Enable registers set correctly See page 35 Clear all the event registers...

Page 122: ...5 Queries that Return Multiple Response Message Units VOLTage page 42 CURRent page 49 FREQuency page 51 SCALE page 55 INTEGrate page 39 MEASure page 68 MEASure ITEM page 75 MEASure HARMonic page 96 RS...

Page 123: ...ies and IDN Query Responses See Standard Commands page 33 17 Capacity of the User Data Storage Area Protected When the PUD Command or PUD Query Is Executed The PUD command and PUD query are not used T...

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