Hioki PW8001-01, PW8001-02, PW8001-03, PW8001-04, PW8001-05 Communication Command Instruction Manual

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PW8001

HIOKI PW8001A964-03

PW8001-01 PW8001-02 PW8001-03 PW8001-04 PW8001-05 PW8001-06

PW8001-11 PW8001-12 PW8001-13 PW8001-14 PW8001-15 PW8001-16

Communication Command

POWER ANALYZER

Instruction Manual

Dec. 2022 Revised edition 3 PW8001A964-03 22-12H

HIOKI PW8001A964-03

 This instruction manual explains the communication commands for Model

 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



PW8001 Power Analyzer.

the instruction manual for Model PW8001.

Although all reasonable care has been taken in the production of this instruction manual,

should you find any points which are unclear or in error, please contact your local distributor

or HIOKI’s website.(https://www.hioki.com/contact)

HIOKI PW8001A964-03

1 Communications .......................................................................................................................... 1

1.1 Communication Method ......................................................................................................... 1

1.2 Message Format ................................................................................................................... 2

1.3 Output Queue and Input Buffer ............................................................................................. 6

1.4 Status Byte Register .............................................................................................................. 7

1.5 Event Registers ..................................................................................................................... 8

1.6 Initialization Items ................................................................................................................ 13

2 Command List ............................................................................................................................ 14

2.1 Table of Contents ................................................................................................................ 14

2.2 Command List ..................................................................................................................... 22

3 Command Reference ................................................................................................................. 34

3.1 Standard Command ............................................................................................................ 34

3.2 Device-specific Commands ................................................................................................. 39

4 Parameters for Normal Measurement Items ............................................................................ 170

4.1 Parameters for Normal Measurement Items ...................................................................... 170

4.2 List and Order of Direct Specification Items for :MEASure? .............................................. 173

4.3 List and Order of Direct Specification Items for :MEASure:HARMonic? ............................. 176

5 Data Format for Output of Waveform Data Acquisition Command ........................................... 179

6 Troubleshooting ....................................................................................................................... 181

7 Device Documents Requirements ............................................................................................ 183

7.1 Device Documents Requirements ..................................................................................... 183

7.2 Queries to which Multiple Response Messages are Returned ........................................... 185

7.3 Paired Interacting Commands ........................................................................................... 186

HIOKI PW8001A964-03

Message type

Subject

Command Message

This message is used to control setting and reset for the instrument.

setting of the instrument.

syntax.

Message

Program Message

Execution Check Message

Query Message

Program Message

Response Message

HIOKI PW8001A964-03

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” sent from the instrument to the computer.

The instrument: PW8001

Computer

Message type

Query Message This message is used to query operation result, measurement result and

Response Message This message is sent from the instrument to the computer. This message

Message

Command Message

Response Message

is created when the instrument receives a query message and checks the

Execution Check

Collective term of Command Message and Query Message is “Command”.

The SCPI language is used for the commands.

The instrument uses TCP/IP port 23 as a listening port for the communication commands.

Reference

For the commands containing data, enter the data in a specified format.

・・ During communications via GPIB, the instrument enters the remote mode and the [REMOTE/LOCAL] key of the

instrument will light.

・ When the instrument is in the remote mode, the operational keys other than the [REMOTE/LOCAL] key will be

disabled.

This message is used to synchronize the instrument with the computer.

:VOLTAGE1:RANGE?

With a header

:VOLTAGE1:RANGE 300

Voltage range for CH1 is 300V.

Without a header

300

HEADer?

OK Symbols in this manual

HEADER?

Long form

HEAD?

Short form

HEADE?

Error

HEA?

Error

Header

Question mark

Header

Data (parameter)

HIOKI PW8001A964-03

1.2 Message Format

1.2.1 Command Message

This message is used to control setting and reset for the instrument.

Example: Voltage range setting message

:VOLTAGE1:RANGE 300

Space

1.2.2 Query Message

This message is used to query operation result, measurement result and setting of the instrument.

Example: a message querying the present voltage range

:VOLTAGE1:RANGE?

1.2.3 Response Message

This message is sent from the instrument to the computer. A response message is created when the

instrument receives a query message and checks the syntax. You can select the presence of a header with

:HEADer command.

Query Message

Response Message

What is the voltage range for CH1?

Reference

If an error occurs when a query message is received, no response message is generated for that query.

・

1.2.4 Command Syntax

For the command names, the character strings are chosen so that they can easily be associated with

functions to be executed. You can send the commands in their shortened form. The original command name

and its abbreviation are referred to as the “long form” and the “short form”, respectively. This manual

indicates the short form in uppercase letters and the remaining long form in lowercase letters. The instrument

recognizes the commands indicated in either type of letters. The long form in uppercase letters is used for the

response messages from the instrument.

Command type

Example

Description

type

command type

command type separated by colons “:”.

type

it is a standard command defined by IEEE 488.2.

Command type

Example

Description

type

command type

type headers separated by colons “:”.

type

it is a standard command defined by IEEE 488.2.

Interface

Message terminator

Interface

Message terminator

HIOKI PW8001A964-03

1.2.5 Command Program Header

The commands require a header. There are three types of headers: Simple, Compound, and Standard.

Simple command

Header consisting of a word

:HEADer ON

Compound

Headers consisting of multiple headers of simple

:VOLTage1:RANGe 300

Standard command

Headers starting with an asterisk “*” indicating that

*RST

1.2.6 Query Program Header

The query messages are used to query the instrument about the results of operations, measurement results,

and the current state of instrument settings.

As shown in the following examples, a query is formed by appending a question mark “?” after a program

header.

Simple command

Header consisting of a word

:HEADer?

Compound

Headers consisting of multiple simple command

:VOLTage1:RANGe?

Standard command

Headers starting with an asterisk “*” indicating that

*IDN?

1.2.7 Message Terminators

Message terminators show an end of one message transfer.

The instrument recognizes the following message terminators (delimiters):

CR+LF

The following terminator is used for the response messages.

CR+LF

Separator type

Description

the next terminator will be ignored.

data by a space (blank).

one another by a comma “,”.

HIOKI PW8001A964-03

1.2.8 Separator

Message unit

Separator

The compound messages can be written in one line by connecting them via

semicolons “;”. If one command contains an error, all subsequent messages up to

:VOLTage1:RANGe 300;*IDN?

Header separator

In a message consisting of a header and data, the header is separated from the

:VOLTage1:RANGe 300

Data separator

In a message containing multiple data items, the data items are separated from

:CLOCk 2021,12,01,12,00,00

Data

Description

The character data consists of 8-bit ASCII characters.

:HEAD ON

is sent in a format specified for each command.

NR1

Integer data

Example: +12, −23, 34

NR2

Decimal data

Example: +1.23, −23.45, 3.456

Floating-point exponential representation data

Example

:VOLTage1:AUTO OFF;:VOLTage1:RANGe 300

:VOLTage1:AUTO OFF;RANGe 300

HIOKI PW8001A964-03

1.2.9 Data

The instrument uses the character data and the decimal numerical data as the data depending on the

commands.

The character data consists of alphabetical and numerical characters. The i

nstrument recognizes the character data in both uppercase and lowercase letters.

Character data

Decimal numeric data

The uppercase letters are used for the response messages from the instrument.

Three formats are used for numeric data: NR1, NR2 and NR3 (NRf format). The i

nstrument recognizes the data of both signed and unsigned numerical values. The data of unsigned numerical values are handled as positive numerical values. In addition, if the smallest digit of a numerical value is smaller than the resolution setting of the target, the smallest digit is rounded off or rounded down. The instrument recognizes numerical data in the NRf format. The response data

NR3

Example: +1.0E−2, −2.3E+4

Reference

・ The instrument does not completely support IEEE 488.2. Use data as shown in the Command Reference in this

manual whenever possible.

・ Be careful not to overflow the input buffer or the output queue with a single command.

1.2.10 Compound Command Header Omission

If several commands having a common header are combined to form a compound command, the common

portion can be omitted after its initial occurrence when the commands are written together in sequence. This

common portion is called the “current path” and subsequent commands are analysed presuming that the

current path is omitted until this current path is cleared.

This usage of the current path is shown in the following example:

Full expression

Compacted expression

The portion underlined becomes the current path. You can omit the portion in the next command.

The current path is cleared when a message terminator is detected, by a reset with key operations, when a

colon “:” is detected at the start of a command, or when the power is turned ON.

Messages of the standard command type can be executed regardless of the current path. They have no

effect upon the current path.

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.

Interface

Query error

HIOKI PW8001A964-03

1.3 Output Queue and Input Buffer

1.3.1 Output Queue

The output queue is used to temporarily store the response messages in the instrument.

The response messages stored in the output queue are cleared after the data is read by the computer. In

addition, the output queue is cleared in the following situations:

Power on

The output queue of the instrument has a capacity of 400 KB. If response messages overflow this capacity, a

query error is generated and the output buffer is cleared.

1.3.2 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.

Bit 7

Unused

This is the logical sum of the Standard Event Status Register (SESR).

Indicates that a message is present in the output queue.

(ESR3).

(ESR2).

(ESR1).

(ESR0).

HIOKI PW8001A964-03

1.4 Status Byte Register

1.4.1 Status Byte Register (STB)

Status Byte Register (STB) is an 8-bit register in which information for event register and output queue is set.

Service Request Enable Register (SRER) allows you to enable necessary bits of the STB. When any STB bit

among the enabled bits has switched from “0” to “1”, the MSS bit becomes “1”. The MSS bit can be read with

*STB? query. It is not cleared until the event is cleared with a *CLS command or other means.

Bit 6 MSS This represents the logical sum of the other bits of the STB.

Bit 5 ESB

Bit 4 MAV

Bit 3 ESB3

Bit 2 ESB2

Bit 1 ESB1

Bit 0 ESB0

Standard event summery bit

Message available

Device-specific event summery bit 3

This is the logical sum of Device-specific Event Status Register 3

Device-specific event summery bit 2

This is the logical sum of Device-specific Event Status Register 2

Device-specific event summery bit 1

This is the logical sum of Device-specific Event Status Register 1

Device-specific event summery bit 0

This is the logical sum of Device-specific Event Status Register 0

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).

outage.

Unused

Received a command not supported by the instrument

・ Execution is prevented by another operation being performed.

・ Received a command related to unimplemented options.

The next command is received while there is data in the output queue.

(Unused)

command.

HIOKI PW8001A964-03

1.5 Event Registers

1.5.1 Standard Event Status Register (SESR)

The Standard Event Status Register (SESR) is an 8-bit register.

Power-On Flag

Bit 7 PON

Set to “1” when the power is turned on, or upon recovery from an

Bit 6 URQ

Bit 5 CME

Bit 4 EXE

Bit 3 DDE

User Request

Command Error (The command to the message terminator is

ignored.)

This bit is set to “1” when a received command contains a syntax or semantic error:

・ Program header error ・ Incorrect number of data parameters ・ Invalid parameter format ・

Execution Error

This bit is set to “1” when a received command cannot be executed for the following reasons:

・ The specified data value is outside of the set range. ・ The specified data cannot be set.

Device-dependent Error

This bit is set to “1” when a command cannot be executed due to some reason other than a command error, a query error, or an execution error.

・ Internal error

Query Error (the output queue is cleared)

This bit is set to “1” when a query error is detected by the output

Bit 2 QYE

queue control.

When the data overflows the output queue.

・・

Bit 1 RQC

Control Request

Operation Complete

This bit is set to “1” in response to an *OPC command.

Bit 0 OPC

The content of the SESR is cleared in the following situations:

• 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.

It indicates the completion of operations of all messages up to the *OPC

Bit 7

Bit 6

Bit 5

Bit 4

Bit 3

Bit 2

Bit 1

Bit 0

Logical Sum

& & & & & & &

Bit 5

Status Byte Register

(STB)

Device-specific Event Status Register 0 (ESR0)

Bit 7

Data update

measurement is immediately after a range change)

Bit 5

Power calculation (synchronized source) with forced zero-cross

Bit 4

Current frequency with forced zero-cross

Bit 3

Voltage frequency with forced zero-cross

Bit 2

Power calculation (synchronized source) without data update

Bit 1

Current frequency without data update

Bit 0

Voltage frequency without data update

Device-specific Event Status Register 1 (ESR1)

Bit 7

PU8

Bit 6

PU7

Bit 5

PU6

Bit 4

PU5

Bit 3

PU4

Bit 2

PU3

Bit 1

PU2

Bit 0

PU1

HIOKI PW8001A964-03

1.5.2 Standard Event Status Enable Register (SESER)

Setting any bit of the Standard Event Status Enable Register (SESER) to “1” enables access to the

corresponding bit of the Standard Event Status Register (SESR).

Logical sum of SESR and SESER

SESR PON URQ CME EXE DDE QYE RQC OPC

SESER PON URQ CME EXE DDE QYE RQC OPC

When any SESR bit enabled by SESER is switched from “0” to “1”, the ESB bit of the Status Byte Register

(STB) becomes “1”.

ESB

1.5.3 Device-specific Event Status Register (ESR0, ESR1, ESR2, ESR3)

The instrument provides four Device-specific Event Status Registers (ESR0 through ESR3) for controlling

events. These registers are an 8-bit register.

Bit 6 UCU

Calculation unavailable (e.g., the data is invalid because the

CH8 voltage peak exceeded

CH7 voltage peak exceeded

CH6 voltage peak exceeded

CH5 voltage peak exceeded

CH4 voltage peak exceeded

CH3 voltage peak exceeded

CH2 voltage peak exceeded

CH1 voltage peak exceeded

Device-specific Event Status Register 2 (ESR2)

Bit 7

PI8

Bit 6

PI7

Bit 5

PI6

Bit 4

PI5

Bit 3

PI4

Bit 2

PI3

Bit 1

PI2

Bit 0

PI1

Device-specific Event Status Register 3 (ESR3)

Bit 7

Unused

Bit 6

Unused

Bit 5

Unused

Bit 4

Unused

Bit 3

CHG overload

Bit 2

CHE overload

Bit 1

CHC overload

Bit 0

CHA overload

HIOKI PW8001A964-03

CH8 current peak exceeded

CH7 current peak exceeded

CH6 current peak exceeded

CH5 current peak exceeded

CH4 current peak exceeded

CH3 current peak exceeded

CH2 current peak exceeded

CH1 current peak exceeded

The contents of ESR0 through ESR3 are cleared in the following situations:

• When the instrument is powered on.

• When a *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.

Logical Sum

& & & & & & &

setting

Bit 3

Bit 2

Bit 1

Bit 0

Status Byte Register

(STB)

HIOKI PW8001A964-03

1.5.4 Device-specific Event Status Enable Registers (SESER0, SESER1, SESER2 and

SESER3)

Setting any bit of the Device-specific Event Status Enable Registers (SESER0 to SESER3) to “1” enables the

corresponding bit of the Device-specific Event Status Registers (ESR0 to ESR3). (Similar policy to ones for

SESER.)

Example: Logical sum of ESR0 and ESER0

ESR0 Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0

ESER0

When any ESR* bit enabled by ESER* is switched from “0” to “1”, the ESB* bit of the Status Byte Register

(STB) becomes “1”. (“*” takes a numerical value from 0 to 3)

• ESR0: ESB0 bit (bit 0) of the Status Byte Register is “1”.

• ESR1: ESB1 bit (bit 1) of the Status Byte Register is “1”.

• ESR2: ESB2 bit (bit 2) of the Status Byte Register is “1”.

• ESR3: ESB3 bit (bit 3) of the Status Byte Register is “1”.

Valid

ESB3 ESB2 ESB1 ESB0

Valid

Abbreviation

Query

Setting

Status Byte Register

STB

*STB?

Service Request Enable Register

SRER

*SRE?

*SRE

Standard Event Status Register

SESR

*ESR?

Standard Event Status Enable Register

SESER

*ESE?

*ESE

Device-specific Event Status Register 0

ESR0

:ESR0?

Device-specific Event Status Enable Register 0

ESER0

:ESE0?

:ESE0

Device-specific Event Status Register 1

ESR1

:ESR1?

Device-specific Event Status Enable Register 1

ESER1

:ESE1?

:ESE1

Device-specific Event Status Register 2

ESR2

:ESR2?

Device-specific Event Status Enable Register 2

ESER2

:ESE2?

:ESE2

Device-specific Event Status Register 3

ESR3

:ESR3?

Device-specific Event Status Enable Register 3

ESER3

:ESE3?

:ESE3

Command

GTL, LLO, DCL, SDC, GET

HIOKI PW8001A964-03

1.5.5 Queries and Settings for Registers

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.

default

Reset

Command

Clear

GP-IB address

1 – – – –

–

RS-232C setting

115200

– – – – –

LAN setting

*1 – – – –

–

Language

*1 – – – –

–

above

Output queue

Clear

– – –

Input buffer

Clear

– – –

Status Byte Register

–

*3 △*4

Standard Event Status Register

–

Enable Register

– – –

–

Current path

Clear

– – –

Presence of header

OFF

– – –

–

Response message separator

Semicolon

– – –

–

Saved data item

–

✓

–

Communication output data item

– – –

–

HIOKI PW8001A964-03

1.6 Initialization Items

✓: Factory initialization. △: Partial initialization. –: No initialization.

Item Factory

Instrument setting other than the

Device-specific Event Status

Power on System

*1 –

✓

△

✓

*RST

✓ ✓

– –

*CLS

– –

△

✓

Device

✓

–

✓

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.)

HIOKI PW8001A964-03

2 Command List

2.1 Table of Contents

2.1.1 Standard Command

Clearing Event Status Register and Status Byte Register(STB) (Except Output Queue) ............... 34

Setting and Querying Standard Event Status Enable Register (SESER)........................................ 34

Querying and Clearing Standard Event Status Register (SESR) .................................................... 34

Querying Instrument’s ID (Identification Code) ................................................................................ 35

Setting OPC bit of Standard Event Status Register (SESR) after All Running Operations

Completed ................................................................................................................................. 35

Setting “1” to Output Queue after All Operations Running Completed ............................................ 35

Querying Instrument’s Options ......................................................................................................... 36

Initializing Instrument ........................................................................................................................ 36

Setting and Querying Service Request Status Enable Register (SRER) ........................................ 37

Querying Status Byte Register (STB) ............................................................................................... 37

Sampling Request ............................................................................................................................ 37

Executing Self-test and Querying Result .......................................................................................... 37

Executing the next command once measurement data update processing is complete. ............... 38

2.1.2 Device-specific Event Status Register

Setting and Querying Device-specific Event Status Enable Register 0 (ESER0) ........................... 39

Setting and Querying Device-specific Event Status Enable Register 1 (ESER1) ........................... 40

Setting and Querying Device-specific Event Status Enable Register 2 (ESER2) ........................... 41

Setting and Querying Device-specific Event Status Enable Register 3 (ESER3) ........................... 42

Querying Device-specific Event Status Registers 0, 1, 2, 3 (ESR0 to ESR3) ................................. 42

2.1.3 Simple Command

Setting and Querying Beep Tone ..................................................................................................... 43

Executing and Querying Zero Adjustment........................................................................................ 43

Setting and Querying Header Availability for Response Message .................................................. 44

Setting and Querying Hold State ...................................................................................................... 44

Querying Key Lock ............................................................................................................................ 44

Setting and Querying Instrument Language..................................................................................... 45

Setting and Querying Equation for Three-phase Power .................................................................. 45

Setting and Querying Data Refresh Rate ......................................................................................... 45

Setting and Querying Synchronization Source ................................................................................ 46

2.1.4 D/A Output Option

Querying D/A Output Option ............................................................................................................. 46

Setting and Querying Full-scale D/A Integration .............................................................................. 46

Setting and Querying Full-scale D/A Output Waveform .................................................................. 47

Collective Setting and Querying for the D/A Trend Output Items .................................................... 47

HIOKI PW8001A964-03

Collective Setting and Querying for D/A Waveform Output Items ................................................... 48

Setting and Querying D/A Output Types .......................................................................................... 48

Setting and Querying the D/A Trend Output Item ............................................................................ 49

Setting and Querying D/A Waveform Output Item ........................................................................... 49

2.1.5 Averaging Mode

Setting and Querying Averaging Mode ............................................................................................ 50

Setting and Querying Averaging Count for Movement Average ...................................................... 50

2.1.6 Efficiency and Loss Calculation

Setting and Querying Efficiency and Loss calculation modes ......................................................... 51

Setting and Querying Pin for Efficiency and Loss Equations ........................................................... 51

Setting and Querying Pout for Efficiency and Loss Equations ........................................................ 52

2.1.7 CAN Output Option

Querying CAN Output Option ........................................................................................................... 52

Setting and Querying CAN protocol ................................................................................................. 53

CAN: Setting and Querying Transmission speed ............................................................................ 53

CAN: Setting and Querying Sampling point ..................................................................................... 53

Setting and Querying Terminal resistor. ........................................................................................... 54

CAN FD: Setting and Querying Arbitration field transmission speed .............................................. 54

CAN FD: Setting and Querying Arbitration field Sampling point ...................................................... 54

CAN FD: Setting and Querying Data field transmission speed ....................................................... 55

CAN FD: Setting and Querying Data field Sampling point ............................................................... 55

CAN Data Base: Setting and Querying Output Items ...................................................................... 56

CAN Data Base: Setting and Querying Message ID ........................................................................ 56

CAN Data Base: Setting and Querying CAN Message Format ....................................................... 57

Saving DBC files ............................................................................................................................... 57

Querying CAN Output Status ............................................................................................................ 58

Setting and Querying CAN output mode .......................................................................................... 58

Setting and Querying CAN output interval ....................................................................................... 59

Setting and Querying CAN output count .......................................................................................... 59

2.1.8 Calendar and Clock

Setting and Querying Clock .............................................................................................................. 60

Setting and Querying Time Zone ...................................................................................................... 60

Setting and Querying Date Format ................................................................................................... 61

Setting and Querying Date Separator .............................................................................................. 61

Querying Adjustment Date ................................................................................................................ 61

Querying Calibration Date ................................................................................................................ 62

2.1.9 Δ–Y Calculation

Setting and Querying ON/OFF for Δ–Y Calculation ......................................................................... 62

HIOKI PW8001A964-03

2.1.10 Time Control

All Wiring Integration: Setting and Querying Real-Time Control ..................................................... 63

All Wiring Integration: Setting and Querying Real-Time Control Start Time ................................... 63

All Wiring Integration: Setting and Querying Real-Time Control Stop Time .................................... 64

Integration by Wiring: Setting and Querying Real-Time Control ...................................................... 64

Integration by Wiring: Setting and Querying Real-Time Control Start Time .................................... 65

Integration by Wiring: Setting and Querying Real-Time Control Stop Time .................................... 66

All Wiring Integration: Setting and Querying Timer Control ............................................................. 66

All Wiring Integration: Setting and Querying Time for Timer ........................................................... 67

Integration by Wiring: Setting and Querying Timer Control ............................................................. 67

Integration by Wiring: Setting and Querying Time for Timer............................................................ 68

2.1.11 Current Input

Setting and Querying Current Auto Range ....................................................................................... 68

Setting and Querying Phase Compensation Calculation for Current Sensors ................................ 69

Setting and Querying Phase Compensation Angle for Current Sensors ......................................... 69

Setting and Querying Phase Compensation Frequency for Current Sensors ................................. 70

Setting and Querying Current Sensor Terminals ............................................................................. 70

Setting and Querying Current Rectification Method ......................................................................... 71

Setting and Querying Current Range ............................................................................................... 72

Setting and Querying Current Sensor Rate ...................................................................................... 73

2.1.12 Save Item

Save Item: Initialized Save Data Items ............................................................................................. 73

Save Item: Setting and Querying Voltage Data ............................................................................... 74

Save Item: Setting and Querying Total Voltage Data ...................................................................... 75

Save Item: Setting and Querying Current Data ................................................................................ 76

Save Item: Setting and Querying Total Current Data ....................................................................... 77

Save Item: Setting and Querying Power Data .................................................................................. 77

Save Item: Setting and Querying Total Power Data ........................................................................ 78

Save Item: Setting and Querying Integration Data ........................................................................... 79

Save Item: Setting and Querying Motor ........................................................................................... 80

Save Item: Setting and Querying Calculated Efficiency and Loss Values ...................................... 80

Save Item: Setting and User-defined Formulas ............................................................................... 81

Save Item: Initialized Save Data Items for Harmonics ..................................................................... 81

Save Item: Setting and Querying Harmonics Data .......................................................................... 82

Save Item: Setting and Querying Output Order for Harmonics Data ............................................... 83

2.1.13 Screen Display

Setting and Querying Displayed Items of CUSTOM screen ............................................................ 83

Single Setting and Querying for Displayed Item on CUSTOM screen ............................................ 84

Collective Row Setting and Querying for Displayed Items on CUSTOM screen............................. 84

HIOKI PW8001A964-03

Collective Line Setting and Querying for Displayed Items on CUSTOM screen ............................. 85

Key Operations of The Instrument .................................................................................................... 86

Switching Display .............................................................................................................................. 87

Changing Number of Displayed Items on CUSTOM screen............................................................ 87

Changing Number of Displayed Items on WAVE+VALUE screen .................................................. 87

Setting and Querying Start-up Screen.............................................................................................. 88

Setting and Querying Displayed Items of WAVE+VALUE screen ................................................... 88

Single Setting and Querying for Displayed Item on WAVE+VALUE screen ................................... 89

Collective Row Setting and Querying for Displayed Items on WAVE+VALUE screen ................... 89

Collective Line Setting and Querying for Displayed Items on WAVE+VALUE screen .................... 90

2.1.14 Motor Analysis Option

Querying Motor Analysis Option ....................................................................................................... 90

Executing and Querying Motor Channel Zero Adjustment .............................................................. 91

Setting and Querying Z-Phase Reference ....................................................................................... 91

Setting and Querying Analog Lowpass Filter ................................................................................... 92

Setting and Querying Voltage Range for Motor Analog Channel .................................................... 92

Torque meter Correction: Setting and Querying Friction Correction Function ................................ 93

Torque meter Correction: Setting and Querying Friction Correction Value ..................................... 94

Torque meter Correction: Setting and Querying Nonlinearity Correction Function ......................... 95

Torque meter Correction: Setting and Querying Nonlinearity Correction Value.............................. 96

Setting and Querying Upper Motor Frequency Limit ........................................................................ 97

Setting and Querying Motor Lower Frequency Limit ........................................................................ 97

Setting and Querying Center Frequency .......................................................................................... 98

Setting and Querying Frequency Range .......................................................................................... 98

Setting and Querying Motor Channel Input Type ............................................................................. 99

Setting and Querying Pulse Noise Filter .......................................................................................... 99

Setting and Querying Pulse Number .............................................................................................. 100

Setting and Querying No. of Poles ................................................................................................. 100

Setting and Querying RPM Scaling ................................................................................................ 101

Setting and Querying Torque Scaling ............................................................................................ 101

Setting and Querying Input Frequency Source for Slip Calculation .............................................. 102

Setting and Querying Motor Channel Synchronization Source ..................................................... 102

Setting and Querying Motor Wiring ................................................................................................ 103

2.1.15 Media Operation

Acquiring File Data on USB Flash Drive Collectively ..................................................................... 104

Deleting File or Folder .................................................................................................................... 104

Querying Availability of USB Flash Drive ....................................................................................... 104

Querying File Name ........................................................................................................................ 105

Querying Folder Name ................................................................................................................... 105

HIOKI PW8001A964-03

Formatting USB Flash Drive ........................................................................................................... 105

Acquisition of Divided File Data on USB Flash Drive .................................................................... 106

Querying File Size ........................................................................................................................... 106

Reading Setting File ....................................................................................................................... 107

Saving Setting File .......................................................................................................................... 107

Saving User-defined Formulas Setting File .................................................................................... 108

2.1.16 Setting Frequency

Setting and Querying Frequency (HPF) for Zero-cross Filter ........................................................ 108

Setting and Querying Lower Measurement Frequency Limit ......................................................... 109

Setting and Querying Upper Measurement Frequency Limit ......................................................... 109

2.1.17 FTP Automatic Data Sending

Setting and Querying Server Name at Sending Destination .......................................................... 110

Setting and Querying Automatic Deletion of Sent File ................................................................... 110

Querying File Send Test Execution Result .................................................................................... 111

Setting and Querying Directory at Sending Destination ................................................................. 111

Setting and Querying Send File Identifier (IP Address) ................................................................. 111

Setting and Querying Send File Identifier (Serial Number) ............................................................ 112

Setting and Querying Send File Identifier (Date and Time) ........................................................... 112

Setting Password and Querying Collation Result .......................................................................... 113

Setting and Querying Passive Mode .............................................................................................. 113

Setting and Querying Port Number at Sending Destination .......................................................... 114

Querying Availability of Unsent File ................................................................................................ 114

Querying Sending Status ................................................................................................................ 114

Setting and Querying FTP Data Automatic Sending Function ON/OFF ........................................ 115

Setting and Querying Sending User ............................................................................................... 115

2.1.18 Communication

Setting and Querying GP-IB Address ............................................................................................. 116

Setting and Querying IP Address ................................................................................................... 116

Setting and Querying Default Gateway .......................................................................................... 117

Setting and Querying DHCP ........................................................................................................... 117

Setting and Querying Subnet Mask ................................................................................................ 118

Setting and Querying Availability of Execution Check Message ................................................... 118

Setting and Querying RS232C Communication Speed ................................................................. 119

Setting and Querying Destination of RS232C Connection ............................................................ 119

Setting and Querying Numeric Character Data Format ................................................................. 120

Setting and Querying Separator per Response Message ............................................................. 120

Setting and Querying Response Message Terminator .................................................................. 121

2.1.19 Harmonics Measurement

Setting and Querying Grouping for Harmonics Measurement ....................................................... 121

HIOKI PW8001A964-03

Setting and Querying Maximum Analysis Order for Harmonics Measurement ............................. 121

Setting and Querying THD Calculation Method for Harmonics Measurement .............................. 122

Setting and Querying Harmonics Synchronization Source ............................................................ 122

2.1.20 Integration

Setting and Querying Integration Control Method .......................................................................... 123

Setting and Querying Integration Mode .......................................................................................... 123

Executing Reset for Integrated Data .............................................................................................. 124

Executing Integration (Time Control) Start ..................................................................................... 125

Executing Integration (Time Control) Stop ..................................................................................... 126

Querying Integration State .............................................................................................................. 127

2.1.21 Lowpass Filter

Setting and Querying Lowpass Filter (LPF) ................................................................................... 128

2.1.22 Measured Value Acquisition

Querying Measurement Data.......................................................................................................... 129

Querying Measurement Data Collectively ...................................................................................... 130

Querying Measurement Data Collectively (Ascending Order) ....................................................... 131

Querying Measured Harmonics Data ............................................................................................. 132

Querying measurement data in binary format ................................................................................ 133

Querying measurement data output item labels ............................................................................ 133

Communication Output Item: Initializing Communication Output Data Items ............................... 134

Communication Output Item: Setting and Querying Voltage Data ................................................ 134

Communication Output Item: Setting and Querying Total Voltage Data ....................................... 135

Communication Output Item: Setting and Querying Current Data................................................. 136

Communication Output Item: Setting and Querying Total Current Data ....................................... 137

Communication Output Item: Setting and Querying Power Data .................................................. 138

Communication Output Item: Setting and Querying Total Power Data ......................................... 139

Communication Output Item: Setting and Querying Integration Data ........................................... 140

Communication Output Item: Setting and Querying Motor ............................................................ 141

Communication Output Item: Setting and Querying Calculated Efficiency and Loss Values ....... 141

Communication Output Item: Setting and User-defined Formulas ................................................ 142

Communication Output Item: Initializing Harmonic Communication Output Data Items ............... 142

Communication Output Item: Setting and Querying Harmonic Data ............................................. 143

Communication Output Item: Setting and Querying Output Order for Harmonics Data ................ 144

2.1.23 Modbus/TCP Server

Modbus/TCP Server: Setting and Querying output items .............................................................. 145

Modbus/TCP Server: Initializing output item. ................................................................................. 145

Modbus/TCP Server: Setting output item presets .......................................................................... 145

2.1.24 Phase Zero Adjustment

HIOKI PW8001A964-03

Executing Phase Zero Adjustment ................................................................................................. 146

Executing Reset for Phase Zero Adjustment Value ....................................................................... 146

Setting and Querying Phase Zero Adjustment Degree .................................................................. 147

2.1.25 Saving Function

Setting and Querying Delimiter for CSV File .................................................................................. 148

Setting and Querying File Format for Saving Measured Data ....................................................... 148

Setting and Querying Save to FTP server function ........................................................................ 148

Setting and Querying File Format for Saving Waveform Data ...................................................... 149

Auto Save: Setting and Querying Auto-save Function ................................................................... 149

Auto Save: Setting and Querying Folder Name for Saving Destination ........................................ 150

Auto Save: Setting and Querying Intervals for Saving Data .......................................................... 150

Manual Save: Setting and Querying Comment Save for Manual Save ......................................... 150

Manual Save: Setting and Querying Folder Name for Saving Destination .................................... 151

Screen Save: Setting and Querying Comment Save for Saving ................................................... 151

Screen Save: Setting and Querying Folder Name for Saving Destination .................................... 152

Screen Save: Setting and Querying Registered Information Save for Saving .............................. 152

2.1.26 Scaling

Setting and Querying CT Ratio ....................................................................................................... 153

Setting and Querying VT Ratio ....................................................................................................... 153

2.1.27 Acquisition of Sensor Information

Querying Sensor Information .......................................................................................................... 154

Querying Adjustment Date of Sensor ............................................................................................. 154

Querying Sensor Calibration Date .................................................................................................. 155

2.1.28 Trigger

Setting and Querying Auto Trigger ................................................................................................. 155

Setting and Querying Pre-trigger .................................................................................................... 156

Level Trigger: Setting and Querying Trigger Level ........................................................................ 156

Level Trigger: Setting and Querying Slope .................................................................................... 156

Level Trigger: Setting and Querying Trigger Source...................................................................... 157

Level Trigger: Setting and Querying Trigger Source Zero-cross Filter .......................................... 157

2.1.29 User-defined Formulas

Setting and Querying Constants for User-defined Formulas ......................................................... 158

Setting and Querying Basic Formulas for User-defined Formulas ................................................ 159

Setting and Querying Integration function for User-defined Formulas .......................................... 159

Setting and Querying Items for User-defined Formulas................................................................. 160

Setting and Querying Formula names for User-defined Formulas ................................................ 160

Setting and Querying Operators for User-defined Formulas ......................................................... 161

Setting and Querying Unit for User-defined Formulas ................................................................... 161

HIOKI PW8001A964-03

Setting and Querying maximum value for User-defined Formulas ................................................ 162

Setting and Querying automatic maximum value setting function for User-defined Formulas ..... 162

2.1.30 Acquisition of Module Information

Querying Information of Specified Module ..................................................................................... 163

Querying Adjustment Date of Specified Module ............................................................................ 163

Querying Calibration Date of Specified Module ............................................................................. 164

2.1.31 Voltage Input

Setting and Querying Voltage Auto Range .................................................................................... 164

Setting and Querying Phase Compensation Calculation for Voltage ............................................ 165

Setting and Querying Phase Compensation Angle for Voltage ..................................................... 165

Setting and Querying Phase Compensation Frequency for Voltage ............................................. 165

Setting and Querying Voltage Rectification Method ...................................................................... 166

Setting and Querying Voltage Range ............................................................................................. 166

2.1.32 Regarding Waveforms

Acquisition of Waveform Data ........................................................................................................ 167

Setting and Querying Sampling Speed of Waveforms .................................................................. 167

Setting and Querying Waveform Recording Length ...................................................................... 168

Querying Waveform Acquisition State ........................................................................................... 168

Querying Waveform Data State of Valid or Invalid ........................................................................ 168

2.1.33 Wiring Settings

Setting and Querying Wiring ........................................................................................................... 169

Collective Setting and Querying for Wiring .................................................................................... 169

HIOKI PW8001A964-03

2.2 Command List

2.2.1 Symbol

*CLS .................................................................................................................................................. 34

*ESE .................................................................................................................................................. 34

*ESE? ................................................................................................................................................ 34

*ESR? ............................................................................................................................................... 34

*IDN? ................................................................................................................................................. 35

*OPC ................................................................................................................................................. 35

*OPC? ............................................................................................................................................... 35

*OPT?................................................................................................................................................ 36

*RST .................................................................................................................................................. 36

*SRE.................................................................................................................................................. 37

*SRE? ............................................................................................................................................... 37

*STB? ................................................................................................................................................ 37

*TRG ................................................................................................................................................. 37

*TST? ................................................................................................................................................ 37

*WAI .................................................................................................................................................. 38

2.2.2 A

:AOUT:EXISt? ................................................................................................................................... 46

:AOUT:INTEGrate ............................................................................................................................. 46

:AOUT:INTEGrate? ........................................................................................................................... 46

:AOUT:SCALe ................................................................................................................................... 47

:AOUT:SCALe? ................................................................................................................................. 47

:AOUT:TRENd:ITEM ........................................................................................................................ 47

:AOUT:TRENd:ITEM? ...................................................................................................................... 47

:AOUT:WAVE:ITEM .......................................................................................................................... 48

:AOUT:WAVE:ITEM?........................................................................................................................ 48

:AOUT[CH]:TYPE ............................................................................................................................. 48

:AOUT[CH]:TYPE? ........................................................................................................................... 48

:AOUT[CH]:TRENd:ITEM ................................................................................................................. 49

:AOUT[CH]:TRENd:ITEM? ............................................................................................................... 49

:AOUT[CH]:WAVE:ITEM .................................................................................................................. 49

:AOUT[CH]:WAVE:ITEM? ................................................................................................................ 49

:AVEraging:MODE ............................................................................................................................ 50

:AVEraging:MODE? .......................................................................................................................... 50

:AVEraging:TIMEs ............................................................................................................................ 50

:AVEraging:TIMEs? .......................................................................................................................... 50

2.2.3 B

:BEEPer ............................................................................................................................................ 43

HIOKI PW8001A964-03

:BEEPer? .......................................................................................................................................... 43

2.2.4 C

:CALCulate:MODE ............................................................................................................................ 51

:CALCulate:MODE? .......................................................................................................................... 51

:CALCulate[number]:PIN .................................................................................................................. 51

:CALCulate[number]:PIN? ................................................................................................................ 51

:CALCulate[number]:POUT .............................................................................................................. 52

:CALCulate[number]:POUT? ............................................................................................................ 52

:CAN:DB:FORMat ............................................................................................................................. 57

:CAN:DB:FORMat? ........................................................................................................................... 57

:CAN:DB:ID ....................................................................................................................................... 56

:CAN:DB:ID? ..................................................................................................................................... 56

:CAN:DB:ITEM .................................................................................................................................. 56

:CAN:DB:ITEM? ................................................................................................................................ 56

:CAN:DB:SAVE ................................................................................................................................. 57

:CAN:EXISt? ..................................................................................................................................... 52

:CAN:FD:ASAMPling ........................................................................................................................ 54

:CAN:FD:ASAMPling? ...................................................................................................................... 54

:CAN:FD:ASPeed ............................................................................................................................. 54

:CAN:FD:ASPeed? ........................................................................................................................... 54

:CAN:FD:DSAMPling ........................................................................................................................ 55

:CAN:FD:DSAMPling? ...................................................................................................................... 55

:CAN:FD:DSPeed ............................................................................................................................. 55

:CAN:FD:DSPeed? ........................................................................................................................... 55

:CAN:MODE ...................................................................................................................................... 53

:CAN:MODE? .................................................................................................................................... 53

:CAN:OUT:COUNt ............................................................................................................................ 59

:CAN:OUT:COUNt? .......................................................................................................................... 59

:CAN:OUT:INTERval ........................................................................................................................ 59

:CAN:OUT:INTERval? ...................................................................................................................... 59

:CAN:OUT:MODE ............................................................................................................................. 58

:CAN:OUT:MODE? ........................................................................................................................... 58

:CAN:OUT:STATe? ..........................................................................................................................

:CAN:RESist ..................................................................................................................................... 54

:CAN:RESist? ................................................................................................................................... 54

:CAN:SAMPling ................................................................................................................................. 53

:CAN:SAMPling?............................................................................................................................... 53

:CAN:SPEED .................................................................................................................................... 53

:CAN:SPEED? .................................................................................................................................. 53

:CLOCk ............................................................................................................................................. 60

HIOKI PW8001A964-03

:CLOCk? ........................................................................................................................................... 60

:CURRent[CH]:AUTO ....................................................................................................................... 68

:CURRent[CH]:AUTO? ..................................................................................................................... 68

:CURRent[CH]:CORRect .................................................................................................................. 69

:CURRent[CH]:CORRect? ................................................................................................................ 69

:CURRent[CH]:DEGRee ................................................................................................................... 69

:CURRent[CH]:DEGRee? ................................................................................................................. 69

:CURRent[CH]:FREQuency ............................................................................................................. 70

:CURRent[CH]:FREQuency? ........................................................................................................... 70

:CURRent[CH]:INPut ........................................................................................................................ 70

:CURRent[CH]:INPut? ...................................................................................................................... 70

:CURRent[CH]:MEAN ....................................................................................................................... 71

:CURRent[CH]:MEAN? ..................................................................................................................... 71

:CURRent[CH]:RANGe ..................................................................................................................... 72

:CURRent[CH]:RANGe? ................................................................................................................... 72

:CURRent[CH]:RATE ........................................................................................................................ 73

:CURRent[CH]:RATE? ...................................................................................................................... 73

2.2.5 D

:DATAout:ITEM:ALLClear................................................................................................................. 73

:DATAout:ITEM:EFFiciency .............................................................................................................. 80

:DATAout:ITEM:EFFiciency? ............................................................................................................ 80

:DATAout:ITEM:EXTernalin .............................................................................................................. 80

:DATAout:ITEM:EXTernalin? ............................................................................................................ 80

:DATAout:ITEM:HARMonic:ALLClear .............................................................................................. 81

:DATAout:ITEM:HARMonic:LIST...................................................................................................... 82

:DATAout:ITEM:HARMonic:LIST? ................................................................................................... 82

:DATAout:ITEM:HARMonic:ORDer .................................................................................................. 83

:DATAout:ITEM:HARMonic:ORDer? ................................................................................................ 83

:DATAout:ITEM:I ............................................................................................................................... 76

:DATAout:ITEM:I? ............................................................................................................................. 76

:DATAout:ITEM:INTEGrate .............................................................................................................. 79

:DATAout:ITEM:INTEGrate? ............................................................................................................ 79

:DATAout:ITEM:ISUM ....................................................................................................................... 77

:DATAout:ITEM:ISUM? ..................................................................................................................... 77

:DATAout:ITEM:P ............................................................................................................................. 77

:DATAout:ITEM:P? ........................................................................................................................... 77

:DATAout:ITEM:PSUM ..................................................................................................................... 78

:DATAout:ITEM:PSUM? ................................................................................................................... 78

:DATAout:ITEM:U ............................................................................................................................. 74

:DATAout:ITEM:U? ........................................................................................................................... 74

HIOKI PW8001A964-03

:DATAout:ITEM:UDF ........................................................................................................................ 81

:DATAout:ITEM:UDF? ...................................................................................................................... 81

:DATAout:ITEM:USUM ..................................................................................................................... 75

:DATAout:ITEM:USUM? ................................................................................................................... 75

:DATE:ADJust? ................................................................................................................................. 61

:DATE:CALibrate? ............................................................................................................................ 62

:DATE:FORMat ................................................................................................................................. 61

:DATE:FORMat? ............................................................................................................................... 61

:DATE:SEParator .............................................................................................................................. 61

:DATE:SEParator? ............................................................................................................................ 61

:DELTay[CH] ..................................................................................................................................... 62

:DELTay[CH]? ................................................................................................................................... 62

:DEMAg ............................................................................................................................................. 43

:DEMAg? ........................................................................................................................................... 43

:DISPlay:CUSTom[number] .............................................................................................................. 83

:DISPlay:CUSTom[number]? ............................................................................................................ 83

:DISPlay:CUSTom[number]:LINE .................................................................................................... 85

:DISPlay:CUSTom[number]:LINE? .................................................................................................. 85

:DISPlay:CUSTom[number]:POINT ................................................................................................. 84

:DISPlay:CUSTom[number]:POINT? ............................................................................................... 84

:DISPlay:CUSTom[number]:ROW.................................................................................................... 84

:DISPlay:CUSTom[number]:ROW? ................................................................................................. 84

:DISPlay:KEY .................................................................................................................................... 86

:DISPlay:PAGE ................................................................................................................................. 87

:DISPlay:PAGE? ............................................................................................................................... 87

:DISPlay:PAGE:CUSTom ................................................................................................................. 87

:DISPlay:PAGE:CUSTom? ............................................................................................................... 87

:DISPlay:PAGE:WVALue ................................................................................................................. 87

:DISPlay:PAGE:WVALue? ............................................................................................................... 87

:DISPlay:SET:STARting ................................................................................................................... 88

ISPlay:SET:STARting? ................................................................................................................. 88

:DISPlay:WVALue[number] .............................................................................................................. 88

:DISPlay:WVALue[number]? ............................................................................................................ 88

:DISPlay:WVALue[number]:LINE ..................................................................................................... 90

:DISPlay:WVALue[number]:LINE? ................................................................................................... 90

:DISPlay:WVALue[number]:POINT .................................................................................................. 89

:DISPlay:WVALue[number]:POINT? ................................................................................................ 89

:DISPlay:WVALue[number]:ROW .................................................................................................... 89

:DISPlay:WVALue[number]:ROW? .................................................................................................. 89

2.2.6 E

HIOKI PW8001A964-03

:ESE0 ................................................................................................................................................ 39

:ESE0? .............................................................................................................................................. 39

:ESE1 ................................................................................................................................................ 40

:ESE1? .............................................................................................................................................. 40

:ESE2 ................................................................................................................................................ 41

:ESE2? .............................................................................................................................................. 41

:ESE3 ................................................................................................................................................ 42

:ESE3? .............................................................................................................................................. 42

:ESR0? .............................................................................................................................................. 42

:ESR1? .............................................................................................................................................. 42

:ESR2? .............................................................................................................................................. 42

:ESR3? .............................................................................................................................................. 42

:EXTernalin:EXISt? ........................................................................................................................... 90

:EXTernalin:ZEROadjust .................................................................................................................. 91

:EXTernalin:ZEROadjust? ................................................................................................................ 91

:EXTernalin:[PAIR]:ZSLOPe ............................................................................................................. 91

:EXTernalin:[PAIR]:ZSLOPe? ........................................................................................................... 91

:EXTernalin:[CH]:ANALog:LPF ......................................................................................................... 92

:EXTernalin:[CH]:ANALog:LPF?....................................................................................................... 92

:EXTernalin:[CH]:ANALog:RANGe ................................................................................................... 92

:EXTernalin:[CH]:ANALog:RANGe? ................................................................................................. 92

:EXTernalin:[CH]:COMP:SPEED...................................................................................................... 93

:EXTernalin:[CH]:COMP:SPEED? ................................................................................................... 93

:EXTernalin:[CH]:COMP:SPEED:VALue ......................................................................................... 94

:EXTernalin:[CH]:COMP:SPEED:VALue? ....................................................................................... 94

:EXTernalin:[CH]:COMP:TORQue ................................................................................................... 95

:EXTernalin:[CH]:COMP:TORQue? ................................................................................................. 95

:EXTernalin:[CH]:COMP:TORQue:VALue ....................................................................................... 96

:EXTernalin:[CH]:COMP:TORQue:VALue? ..................................................................................... 96

:EXTernalin:[CH]:FREQuency:CENTer ............................................................................................ 98

EXTernalin:[CH]:FREQuency:CENTer? .......................................................................................... 98

:EXTernalin:[CH]:FREQuency:LOWer ............................................................................................. 97

:EXTernalin:[CH]:FREQuency:LOWer? ........................................................................................... 97

:EXTernalin:[CH]:FREQuency:RANGe ............................................................................................ 98

:EXTernalin:[CH]:FREQuency:RANGe? .......................................................................................... 98

:EXTernalin:[CH]:FREQuency:UPPer .............................................................................................. 97

:EXTernalin:[CH]:FREQuency:UPPer? ............................................................................................ 97

:EXTernalin:[CH]:MODE ................................................................................................................... 99

:EXTernalin:[CH]:MODE? ................................................................................................................. 99

:EXTernalin:[CH]:PULSe:NUMBer ................................................................................................. 100

+ 161 hidden pages

Hioki PW8001-01, PW8001-02, PW8001-03, PW8001-04, PW8001-05 Communication Command Instruction Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

Contents

1 Communications

1.1 Communication Method

1.2 Message Format

1.2.1 Command Message

1.2.2 Query Message

1.2.3 Response Message

1.2.4 Command Syntax

1.2.5 Command Program Header

1.2.6 Query Program Header

1.2.7 Message Terminators

1.2.8 Separator

1.2.9 Data

1.2.10 Compound Command Header Omission

1.3 Output Queue and Input Buffer

1.3.1 Output Queue

1.3.2 Input Buffer

1.4 Status Byte Register

1.4.1 Status Byte Register (STB)

1.4.2 Service Request Enable Register (SRER)

1.5 Event Registers

1.5.1 Standard Event Status Register (SESR)

1.5.2 Standard Event Status Enable Register (SESER)

1.5.3 Device-specific Event Status Register (ESR0, ESR1, ESR2, ESR3)

1.5.5 Queries and Settings for Registers

1.5.6 GP-IB Command

1.6 Initialization Items

2 Command List

2.1 Table of Contents

2.1.1 Standard Command

2.1.2 Device-specific Event Status Register

2.1.3 Simple Command

2.1.4 D/A Output Option

2.1.5 Averaging Mode

2.1.6 Efficiency and Loss Calculation

2.1.7 CAN Output Option

2.1.8 Calendar and Clock

2.1.9 Δ–Y Calculation

2.1.10 Time Control

2.1.11 Current Input

2.1.12 Save Item

2.1.13 Screen Display

2.1.14 Motor Analysis Option

2.1.15 Media Operation

2.1.16 Setting Frequency

2.1.17 FTP Automatic Data Sending

2.1.18 Communication

2.1.19 Harmonics Measurement

2.1.20 Integration

2.1.21 Lowpass Filter

2.1.22 Measured Value Acquisition

2.1.23 Modbus/TCP Server

2.1.24 Phase Zero Adjustment

2.1.25 Saving Function

2.1.26 Scaling

2.1.27 Acquisition of Sensor Information

2.1.28 Trigger

2.1.29 User-defined Formulas

2.1.30 Acquisition of Module Information

2.1.31 Voltage Input

2.1.32 Regarding Waveforms

2.1.33 Wiring Settings

2.2 Command List

2.2.1 Symbol

2.2.2 A

2.2.3 B

2.2.4 C

2.2.5 D

2.2.6 E