Hioki SM7110, SM7120 Communications Command Instruction Manual

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SM7110

HIOKI SM7110A964-04

SM7120

Communications Command

Instruction Manual

SUPER MEGOHM METER

This manual explains the communication commands for Model SM7110, SM7120

✓

Super Megohm Meter.

Please refer to the instruction manual for Model SM7110, SM7120 for details

✓

regarding command settings.

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

✓

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

or reseller.

In the interest of product development, the contents of this manual may be subject to

✓

revision without notice.

✓

Unauthorized copying and replication of the contents of this instruction manual are

Aug. 2022 Revised edition 4 SM7110A964-04 22-08H

HIOKI SM7110A964-04

Introduction ............................................................................................................................................ 1

Message Format .................................................................................................................................... 1

Output Queue and Input Buffer .............................................................................................................. 4

Status Byte Register .............................................................................................................................. 5

Event Registers ..................................................................................................................................... 6

Initialization Items .................................................................................................................................. 8

Local Function

Command Execution Time ..................................................................................................................... 9

Errors During Communications .............................................................................................................. 9

2 Message List ........................................................................................................................................ 10

3 Message Reference ............................................................................................................................. 14

Message Reference Interpretation ....................................................................................................... 14

Standard Commands ........................................................................................................................... 15

(1) System Data Command ........................................................................................................ 15

*IDN?

(2) Internal Operation Command ................................................................................................ 15

*RST *TST?

(3) Synchronization Commands .................................................................................................. 15

*OPC *OPC? *WAI

(4) Status and Event Control Commands ................................................................................... 16

*CLS *ESE *ESR? *SRE *STB? *TRG

Device-Specific Commands ................................................................................................................. 18

(1)

:STARt :STOP :STOP:CONDition :STATe?

(2)

:MEASure? :MEASure:COMParator? :MEASure:RESult? :MEASure:CLEar

(3)

:MEASure:MONItor?

(4)

:MEASure:TEMPerature? :MEASure:HUMidity?

(5) Measured value display mode ............................................................................................... 22

:MEASure:MODE

(6)

:MEASure:FORMat

(7) The Number of Displayed digits

:MEASure:DIGit

Applied Voltage ..................................................................................................................... 23

(8)

:VOLTage

Measurement Speed ............................................................................................................. 23

(9)

:SPEEd

(10) Range

:RANGe :RANGe:AUTO :RANGe:AUTO:TIMeout

....................................................................................................................................... 9

Measurement status

Reading Measured Values

Voltage Monitor Tempureture and Humidity value

Measuremt Format

.................................................................................................................................... 23

.............................................................................................................. 18

.................................................................................................... 19

..................................................................................................................... 21

.......................................................................................... 21

................................................................................................................ 22

............................................................................................ 22

HIOKI SM7110A964-04

(11) Delay

..................................................................................................................................... 24

:DELay

(12) Average

................................................................................................................................. 24

:AVERage :AVERage:COUNt

(13) Sequence Program function .................................................................................................. 25

:SEQuence :SEQuence:NUMBer :SEQuence:TIME :SEQuence:TIME:DISCharge1 :SEQuence:TIME:CHARge :SEQuence:TIME:MEASure :SEQuence:TIME:DISCharge2 :SEQuence:MEASure?

Voltage value setting for resistance calculation ..................................................................... 28

(14)

:VMODe :VMODe:VOLTage

(15) Trigger

................................................................................................................................... 28

:TRIGger

Self-Calibration ...................................................................................................................... 28

(16)

:CALibration? :CALibration:AUTO :CALibration:TIME

(17) Interlock

................................................................................................................................. 29

:INTerlock

(18) Current Limit

.......................................................................................................................... 29

:CHARge:LIMit :CHARge:LIMit:CURRent

(19) Contact check

........................................................................................................................ 30

:CONTactcheck:FREQuency :CONTactcheck:WORKc :CONTactcheck:CABLe :CONTactcheck:CABLe:AUTO? :CONTactcheck:DELay :OPEN? :OPEN:VALue? :CONTactcheck:STATe :CONTactcheck:LIMit :CONTactcheck? :CONTactcheck:VALue?

Drawing update during measurement .................................................................................... 33

(20)

:DISPlay:UPDate

(21) Resistivity measurement function

.......................................................................................... 33

:ELECtric:D1 :ELECtric:D2 :ELECtric:T :ELECtric:K

(22) Sweep function ...................................................................................................................... 34

:SWEep:STATe :SWEep:AUTOlist:STEP :SWEep:AUTOlist:NUMber :SWEep:TIME:HOLD :SWEep:TIME:DELay :SWEep:TIME:STEP :SWEep:COMParator:FAIL:STOP :SWEep:COMParator:FINE:AUTO :SWEep:REVerse :SWEep:LIST:CLEar :SWEep:LIST:DATA :SWEep:LIST:COUNt :SWEep:MEASure?

HIOKI SM7110A964-04

:SWEep:MEASure:EXECute?

(23) Comparator

:COMParator:LIMit :COMParator:BEEPer

Panel saving and loading ...................................................................................................... 38

(24)

:PANel:SAVE :PANel:SAVE? :PANel:LOAD :PANel:NAME :PANel:CLEar

(25) Key Beeper

：KEY:BEEPer

(26) Key-lock

:SYStem:KLOCk

(27) Internal memory

:MEMory? :MEMory:RANGe? :MEMory:STATe :MEMory:COUNt? :MEMory:CLEar

(28) Voltage monitor check

:VCHeck? :VCHeck:STATe :VCHeck:LIMit

(29) Double action ........................................................................................................................ 42

:DOUBleaction

(30) LCD

:DISPlay:MODE :DISPlay:CONTrast DISPlay:BACKlight

Line Frequency ...................................................................................................................... 43

(31)

:SYSTem:LFRequency :SYSTem:LFRequency:AUTO?

Reset ..................................................................................................................................... 44

(32)

:RESet

(33) EXT I/O

:IO:EDGE :IO:FILTer:STATe :IO:FILTer:TIME :IO:GOLogic :IO:EOM:MODE :IO:EOM:PULSe :IO:OUTPin? :IO:MODE?

(34) Device Event Status Enable Register ................................ .................................................... 46

:DSE0 :DSR?

(35) Command Header ................................................................................................................. 47

:HEADer

(36) Communications Settings ...................................................................................................... 47

:SYSTem:LOCal

:SYSTem:TERMinator

4 Measurement Value Format ................................................................................................................. 48

5 Sample Application ............................................................................................................................... 49

....................................................................................................................................... 43

........................................................................................................................... 38

........................................................................................................................... 40

................................................................................................................................. 40

.................................................................................................................... 40

........................................................................................................... 42

.................................................................................................................................. 44

Program Messages

Response Messages

Controller

Instrument

HIOKI SM7110A964-04

Introduction

If the [COMMAND MONITOR] function is used at the time of program creation, commands and responses will be conveniently displayed on the measurement screen. For information on the [COMMAND MONITOR] function, see the instruction manual of the instruments.

Various messages are supported for controlling the instrument through the interfaces. Messages can be either program messages, sent from the controller such as PC to the instrument, or response messages, sent from the instrument to the controller.

Message types are further categorized as follows.

Command Messages

Program Messages

Messages

Query Messages

Response Message

When issuing commands that contain data, make sure that the data is provided in the specified format.

Message Format

 Program Messages

Program messages can be either Command Messages or Query Messages.

(1) Command Messages

Instructions to control the instrument, such as to change settings or reset

Example: (instruction to set the measurement average)

:AVERage:COUNt 5

Header section Space

Data section

Query Messages

(2)

Requests for responses relating to results of operation or measurement, or the state of instrument settings Example: (request for the current measurement average)

:AVERage:COUNt ?

Header section

See: “Headers (p.2)”, “Separators (p.3)”, “Data Formats (p.3)”

Question mark

HIOKI SM7110A964-04

 Response Messages

When a query message is received, its syntax is checked and a response message is generated. :SYSTem:HEADer command determines whether headers are prefixed to response messages.

Header ON :RANGE 200pA Header OFF

200pA

(The current measurement range is 200pA)

At power-on, Header OFF is selected. If an error occurs when a query message is received, no response message is generated for that query.

Some query message has no header, such as :MEASure?.

 Command Syntax

Command names are chosen to mnemonically represent their function, and can be abbreviated. The full command name is called the “long form”, and the abbreviated name is called the “short form”. The command references in this manual indicate the short form in upper-case letters, extended to the long form in lower case letters, although the commands are not case-sensitive in actual usage.

:CALibration? :CALIBRATION? :CAL? :CALIB? :CA?

Response messages generated by the instrument are in long form and in upper case letters.

Headers



Headers must always be prefixed to program messages.

(1) Command Program Headers

There are three types of commands: Simple, Compound and Standard.

• Headers for Simple Commands

This header type is a sequence of letters and digits

:RANGe

• Headers for Compound Commands

These headers consist of multiple simple command type headers separated by colons “:”

:RANGe:AUTO

• Headers for Standard Commands

This header type begins with an asterisk “*”, indicating that it is a standard command defined by IEEE 488.2.

*RST

(2) Query Program Header

These commands are used to interrogate the instrument about the results of operations, measured values and the current states of instrument settings.

As shown by the following examples, a query is formed by appending a question mark header.

:RANGe? :RANGe:AUTO? :MEASure? :MEASure:MONItor?

OK (long form) OK (long form) OK (short form) Error Error

“?”

after a program

USB、RS-232C

GPIB

・CR ・LF ・CR + LF

・LF ・CR + LF ・EOI ・LF + EOI

USB、RS-232C

GPIB

・CR + LF

・LF + EOI (Default) ・CR + LF + EOI

HIOKI SM7110A964-04

 Message Terminators

This instrument recognizes the following message terminators (delimiters):

Also the terminator for response messages is as follows:

 Separators

(1) Message Unit Separator

(2) Header Separator

(3)

 Data Formats

The instrument uses character data, decimal numeric data and character string data depending on the command.

(1)

(2)

Multiple messages can be written in one line by separating them with semicolons “;”

:RANGe 200pA;*IDN?

• When messages are combined in this way and if one command contains an error, all subsequent messages up to the next terminator will be ignored.

In a message consisting of both a header and data, the header is separated from the data by a space “ ” (ASCII

code 20H).

:AVERage:COUNt 5

Header section Space Data Section

Data Separator

In a message containing multiple data items, commas “,” are required to separate the data items from one another.

:COMParator:BEEPer HI,TYPE1,1

Header section Data section Comma Data section

Character Data

Character data always begins with an alphabetic character, and subsequent characters may be either alphabetic or numeric. Character data is not case-sensitive, although response messages from the instrument are only upper case. When the command data section contains <1/0/ON/OFF>, the operation will be similar to when 0 is OFF and 1 is ON.

:HEADER OFF :HEADER 0

Decimal Numeric Data

Three formats are used for numeric data, identified as NR1, NR2 and NR3. Numeric values may be signed or unsigned. Unsigned numeric values are handled as positive values. Values exceeding the precision handled by the instrument are rounded to the nearest valid digit.

NR1 Integer data (e.g.: +12, -23, 34)

•

NR2 Fixed-point data (e.g.: +1.23, -23.45, 3.456)

•

NR3 Floating-point exponential representation data (e.g.: +1.0E-2, -2.3E+4)

•

The term “NRf format” includes all three of the above numeric decimal formats.

The instrument accepts NRf format data. The format of response data is specified for each command, and the data is sent in that format.

e.g.: NR1

•

e.g.: NR3

•

:AVERage:COUNt 5 :OPEN:WORK 50E-12

HIOKI SM7110A964-04

 Compound Command Header Omission

When several commands having a common header are combined to form a compound command (for example, :SEQuence:TIME:DISCharge1 and :SEQuence:TIME:CHARge), if they are written together in sequence, the common section (here, :SEQuence:TIME:) may be omitted after its initial

occurrence. This common section is called the “current path” (analogous to the path concept in computer file storage), and until it is cleared, the interpretation of subsequent commands presumes that they share the same common section.

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

Full expression

:SEQuence:TIME:DISCharge1 1,10; :SEQuence:TIME:CHARge 1,20

Compacted expression

:SEQuence:TIME:DISCharge1 1,10; CHARge 1,20

This section becomes the current path, and can be omitted from the messages immediately following.

The current path is cleared when the power is turned on, when reset by key input, by a colon “:” at the start of a command, and when a message terminator is detected. Standard command messages 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 header of a Simple or Compound command. However, to avoid confusion with abbreviated forms and operating mistakes, we recommend always placing a colon at the start of a header.

Output Queue and Input Buffer

Output Queue



Response messages are stored in the output queue until read by the controller. The output queue is also cleared in the following circumstances:

• Power on

Input Buffer



The input buffer capacity of the instrument is 256 bytes. If 10k bytes are allowed to accumulate in this buffer so that it becomes full, the interface will not accept data beyond 10k bytes.

Note: Ensure that no command ever exceeds 10k bytes.

bit7

bit6

bit5

bit4

bit3

bit2

bit1

bit0

Unused

MSS

ESB

MAV

DSB

Unused

Status Byte Register (STB)

↑ ↓ ↓ ↓ ↓ ↓

↓

Logical

sum

← & & & & &

↑ ↑ ↑ ↑ ↑

↑

bit7

bit6

bit5

bit4

bit3

bit2

bit1

bit0

Unused

ESB

MAV

DSB

Unused

Service Request Enable Register (SRER)

Bit 7

ERR

Bit 6

MSS

This is the logical sum of the other bits of the Status Byte Register.

Bit 5

ESB

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

Bit 4

MAV

Message arrival

Bit 3

DSB

Event summary (logical sum) bit 1 This is logical sum of the Event Status Register.

Bit 2

Unused

Bit 1

Unused

Bit 0

Unused

HIOKI SM7110A964-04

Status Byte Register

Standard Event Register Description Output Queue data information Each of these bits corresponds to a specific event register

Overview of Service Request Occurrence

The Status Byte Register contains information about the event registers and the output queue. Required items are selected from this information by masking with the Service Request Enable Register. When any bit selected by the mask is set, bit 6 (MSS; the Master Summary Status) of the Status Byte Register is also set.

 Status Byte Register (STB)

When any Status Byte Register bit enabled by the Service Request Enable Register has switched from 0 to 1, the MSS bit becomes 1.

Although the MSS bit is only read by an *STB? query, it is not cleared until a clear event is initiated by the *CLS command.

Service Request Enable Register (SRER)



This register masks the Status Byte Register. Setting a bit of this register to 1 enables the corresponding bit of the Status Byte Register to be used.

Bit 7

PON

Power-On Flag

Set to 1 when the power is turned on, or upon recovery from an outage.

Bit 6

(Unused)

URQ

User Request

Bit 5

CME

Command error (The command to the message terminator is ignored.)

This bit is set to 1 when a received command contains a syntactic or semantic error:

• Program header error

• Incorrect number of data parameters

• Invalid parameter format

• Received a command not supported by the instrument

Bit 4

EXE

Execution Error

This bit is set to 1 when a received command cannot be executed for some reason.

• The specified data value is outside of the set range

• The specified setting data cannot be set

• Execution is prevented by some other operation being

performed

Bit 3

(Unused)

DDE

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.

Bit 2

(Unused)

QYE

Query Error (the output queue is cleared)

This bit is set to 1 when a query error is detected by the output queue control.

• When an attempt has been made to read an empty output queue (GP-IB only)

• When the data overflows the output queue

• When data in the output queue has been lost

• When the next command is received while there is data in the

output queue

Bit 1

(Unused)

RQC

Request Control

Bit 0

OPC

Operation Complete

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

• It indicates the completion of operations of all messages up to the “*OPC” command

HIOKI SM7110A964-04

Event Registers

 Standard Event Status Register (SESR)

The Standard Event Status Register is an 8-bit register. If any bit in the Standard Event Status Register is set to 1 (after masking by the Standard Event Status Enable Register), bit 5 (ESB) of the Status Byte Register is set to 1.

See: “Standard Event Status Register (SESR) and Standard Event Status Enable Register (SESER)” (p.7)

The Standard Event Status Register is cleared in the following situations:

• When a

•

When an event register query

• When the instrument is powered on

CLS command is executed

(

ESR?

)

is executed

Status Byte Register (STB)

bit6 bit5

bit4

MSS

ESB

MAV

Standard Event Status Register (SESR)

bit7 bit6

bit5

bit4

bit3

bit2 bit1 bit0

PON

URQ

CME

EXE

DDE

QYE

RQC

OPC

↓ ↓ ↓ ↓ ↓ ↓ ↓ ↓

Logical sum

← & & & & & & & &

↑ ↑ ↑ ↑ ↑ ↑ ↑ ↑

bit7 bit6

bit5

bit4

bit3

bit2 bit1 bit0

PON

URQ

CME

EXE

DDE

QYE

RQC

OPC

Standard Event Status Enable Register (SESER)

Device Event Status Register (DESR)

Bit 7

Unused

Bit 6

Unused

Bit 5

BOV

Measured data buffer overflow

Set when data is lost due to overflow of the measured data buffer. Reset by reading this register.

Bit 4

BFL

Measure data buffer full

Set when the measured data buffer becomes full. Reset when the buffer becomes empty.

Bit 3

STP

Measurement stop event

Set by one of the following factors: The [STOP] key is pressed. The interlock function was activated. STOP was input by the handler interface.

Reset by reading this register.

Bit 2

ITL

Interlock state

Set when the interlock function is activated and start is disabled

Reset when start is enabled.

Bit 1

LM2

Reserved bit

Bit 0

LM1

Reserved bit

HIOKI SM7110A964-04

Standard Event Status Enable Register (SESER)



Setting any bit of the Standard Event Status Enable Register to 1 enables access to the corresponding bit of the Standard Event Status Register.

Standard Event Status Register (SESR) and Standard Event Status Enable Register (SESER)

Device-Specific Event Status Registers (DESR)



This instrument provides two Event Status Registers for controlling events. Each event register is an 8-bit register.

When any bit in one of these Event Status Registers enabled by its corresponding Event Status Enable Register is set to 1, Status Byte Register, bit 3 (DSB) is set to 1.

Event Status Registers are cleared in the following situations:

• When a *CLS command is executed

• When an Event Status Register query (:DSR?) is executed

• When the instrument is powered on

Status Byte Register (STB)

Bit4

Bit3

Bit2

MAV

DSB

Device Event Status Register (DESR)

bit7

bit6

bit5

bit4

bit3

bit2

bit1

bit0

Unused

BOV

BFL

STP

ITL

LM2

LM1

↓ ↓ ↓ ↓ ↓ ↓ ↓ ↓

Logical

sum

& & & & & & &

↑ ↑ ↑ ↑ ↑ ↑ ↑ ↑

bit7

bit6

bit5

bit4

bit3

bit2

bit1

bit0

Unused

BOV

BFL

STP

ITL

LM2

LM1

Device Event Status Enable Register (DESER)

Read

Write

Status Byte Register

*STB?

Service Request Enable Register

*SRE?

*SRE

Standard Event Status Register

*ESR?

Standard Event Status Enable Register

*ESE?

*ESE

Device Event Status Register 0

:DSR?

Device Event Status Enable Register 0

:DSE?

:DSE

Initialization Method

Item

Power-on

*RST

Command

:RESet:SYS

Tem

Command

:RESet:NOR

Mal

Command

*CLS

Command

Interface setting

- - - - -

Device-specific functions (range, etc.)

● ● ●

Panel save data

- ● -

Input buffer

●

- - -

Status Byte Register

●

- - -

●

Event registers

●*1

- - -

●

Enable register

●

- - -

Current path

●

- - -

Headers on/off

OFF - -

*1. Except the PON bit (bit 7).

HIOKI SM7110A964-04

Device-Specific Event Status Enable Register (DESER)



Setting any bit of the Device-Specific Event Status Enable Register to 1 enables access to the corresponding bit of the Standard Event Status Register.

Device-Specific Event Status Register (DESR) and Device-Specific Event Status Enable Register (DESER)



Initialization Items

LOCAL

HIOKI SM7110A964-04

Local Function

The Remote state is entered during communication. [RMT] is displayed in the measurement display and operation keys are disabled.

 Canceling the Remote state

• Pressing the [LOCAL] key on the front panel cancels the Remote state and enables key operations.

• Sending :SYSTem:LOCal command can also cancel the Remote state.

Command Execution Time

Command execution time indicates the time for analyzing and processing long form commands.

• Display delays may occur depending on the frequency of communication processes and process contents.

• In communications with the controller, time must be added for data transmission. Transfer time depends on the

controller. The Transfer time, with start bit 1, data length 8, no parity, and stop bit 1, has a total of 10-bit. When the transfer speed (baud rate) setting is N bps, the general result will be as follows:

Transfer time T [1 character/sec] = Baud rate N [bps]/10 [bits] If a measurement value is 11 characters, a 1 data transfer time will be 11/T. (Example) For 9600 bps, 11/(9600/10) = Approx. 11 ms

Errors During Communications

An error occurs when messages are executed in the following cases:

• Command Error

When message syntax (spelling) is invalid When the data format in a command or query is invalid

• Execution Error

When invalid character or numeric data is present

category

command

function

Standard Commands

*IDN?

Query Instrument ID (Identification Code)

*RST

Internal Operation

*TST?

Execute Self-Test and Query Result

*OPC

Set OPC bit of SESR when Finished with All Pending Operations

*OPC?

Respond with ASCII “1” when Finished with All Pending Operations

*WAI

Wait for Pending Commands to Finish

*CLS

Clear Event Register, Status Byte Register (Except Output Queue)

*ESE

Set Standard Event Status Enable Register (SESER)

*ESE?

Query Standard Event Status Enable Register (SESER)

*ESR?

Query and Clear Standard Event Status Register (SESR)

*SRE

Set Service Request Enable Register (SRER)

*SRE?

Query Service Request Enable Register (SRER)

*STB?

Query Status Byte and MSS Bit

*TRG

Request a Sample

Measurement status

:STARt

Measurement start

:STOP

Measurement stop

:STOP:CONDition

Set output condition

:STOP:CONDition?

Query output condition

:STATe?

Query measurement status

Reading Measured Values

:MEASure?

Query Measurement value

:MEASure:COMParator?

Query Judgment of Measured Value

:MEASure:RESult?

Query Measurement value and Judgment

:MEASure:CLEar

Clear Measuremt Value and Judgment Value

Voltage Monitor

:MEASure:MONItor?

Query Voltage Monitor value

Tempureture and Humidity value

:MEASure:TEMPerature?

Query

Tempureture

value

:MEASure:HUMidity?

Query

Humidity

value

Measured value display mode

:MEASure:MODE

Set Measured value display mode

:MEASure:MODE?

Query Measured value display mode

Measuremt Format :MEASure:FORMat

Set Measuremt format

:MEASure:FORMat?

Query Measuremt format

The Number of Displayed digits

:MEASure:DIGit

Set

The Number of Displayed digits

:MEASure:DIGit?

Query

The Number of Displayed digits

Applied Voltage :VOLTage

Set Applied Voltage

:VOLTage?

Query Applied Voltage

Power Source :POWer:SOUrce

Set Power Source

:POWer:SOUrce?

Query Power Source

Measurement Speed :SPEEd

Set Measurement Speed

:SPEEd?

Query Measurement Speed

Range

:RANGe

Set Current Range

:RANGe?

Query Current Range

:RANGe:AUTO

Set Auto Range

:RANGe:AUTO?

Query Auto Range

:RANGe:AUTO:TIMeout

Set Auto Range Timeout

:RANGe:AUTO:TIMeout?

Query Auto Range Timeout

Delay :DELay

Set Delay time

:DELay?

Query Delay time

Average

:AVERage

Set Average

:AVERage?

Query Average

:AVERage:COUNt

Set average hold times

:AVERage:COUNt?

Query average hold times

HIOKI SM7110A964-04

2 Message List

category

command

function

Sequence Program function

:SEQuence:STATe

Set Sequence Program

:SEQuence:STATe?

Query Sequence Program

:SEQuence:NUMBer

Set Sequence program number

:SEQuence:NUMBer?

Query Sequence program number

:SEQuence:TIME

Set Sequence time

:SEQuence:TIME?

Query Sequence time

:SEQuence:TIME:DISCharge1

Set Sequence Discharge time

:SEQuence:TIME:DISCharge1?

Qery Sequence Discharge time

:SEQuence:TIME:CHARge

Set Sequence charge time

:SEQuence:TIME:CHARge?

Query Sequence charge time

:SEQuence:TIME:MEASure

Set Sequence measurement time

:SEQuence:TIME:MEASure?

Query Sequence measurement time

:SEQuence:TIME:DISCharge2

Set Sequence Discharge time

:SEQuence:TIME:DISCharge2?

Query Sequence Discharge time

:SEQuence:MEASure?

Start sequence measurement and query results

Voltage value setting for resistance calculation

:VMODe

Set Vltage value setting for resistance calculation

:VMODe?

Query Voltage value setting for resistance calculation

:VMODe:VOLTage

Set External Voltage value

:VMODe:VOLTage?

Query External Voltage value

Trigger :TRIGger

Set Trigger Source

:TRIGger?

Query Trigger Source

Self-Calibration

:CALibration?

Execute and Query Self-Calibration

:CALibration:AUTO

Set Self-Calibration AUTO

:CALibration:AUTO?

Query Self-Calibration AUTO

:CALibration:TIME

Set Self-Calibration time

:CALibration:TIME?

Query Self-Calibration time

Interlock :INTerlock

Set Interlock state

:INTerlock?

Query Interlock state

Current Limit

:CHARge:LIMit

Set current limit

:CHARge:LIMit?

Query current limit

:CHARge:LIMit:CURRent

Set total current limit

:CHARge:LIMit:CURRent?

Query total current limit

Contact check

:CONTactcheck:FREQuency

Set contact check frequency

:CONTactcheck:FREQuency?

Query contact check frequency

:CONTactcheck:WORKc

Set contact check range

:CONTactcheck:WORKc?

Query contact check range

:CONTactcheck:CABLe

Set contact check cable length

:CONTactcheck:CABLe?

Query contact check cable length

:CONTactcheck:CABLe:AUTO?

Query contact check cable length auto

:CONTactcheck:DELay

Set contact check delay

:CONTactcheck:DELay?

Query contact check delay

:OPEN?

Query Jig capacity open correction

:OPEN:VALue?

Query Jig capacity open value

:OPEN:ERRor?

Query Jig capacity open judgment

:CONTactcheck:STATe

Set contact check state

:CONTactcheck:STATe?

Query contact check state

:CONTactcheck:LIMit

Set contact check limit

:CONTactcheck:LIMit?

Query contact check limit

:CONTactcheck?

Execute and Query contact check

:CONTactcheck:VALue?

Query contact check value

HIOKI SM7110A964-04

category

command

function

Drawing update during measurement

:DISPlay:UPDate

Set drawing update during measurement

:DISPlay:UPDate?

Query drawing update during measurement

Resistivity measurement

:ELECtric:D1

Set Diameter of the main electrode (D1)

:ELECtric:D1?

Query Diameter of the main electrode (D1)

:ELECtric:D2

Set Internal Diameter of the counter electrode (D2)

:ELECtric:D2?

Query Internal Diameter of the counter electrode (D2)

:ELECtric:T

Set Thickness of sample(t)

:ELECtric:T?

Query Thickness of sample(t)

:ELECtric:K

Set Electrode constant (K)

:ELECtric:K?

Query Electrode constant (K)

Sweep function

:SWEep:STATe

Set Sweep measurement

:SWEep:STATe?

Query Sweep measurement

:SWEep:AUTOlist:STEP

Set start volt, end volt and step volt

:SWEep:AUTOlist:STEP?

Query start volt, end volt and step volt

:SWEep:AUTOlist:NUMBer

Set start volt, end volt and step number

:SWEep:AUTOlist:NUMBer?

Query start volt, end volt and step number

:SWEep:TIME:HOLD

Set hold delay time

:SWEep:TIME:HOLD?

Query hold delay time

:SWEep:TIME:DELay

Set measurement delay time

:SWEep:TIME:DELay?

Query measurement delay time

:SWEep:TIME:STEP

Set step time

:SWEep:TIME:STEP?

Query step time

:SWEep:COMParator:FAIL:STOP

Set fail stop function

:SWEep:COMParator:FAIL:STOP?

Query fail stop function

:SWEep:COMParator:FINE:AUTO

Set automatic detail step function

:SWEep:COMParator:FINE:AUTO?

Query automatic detail step function

:SWEep:REVerse

Set reverse function

:SWEep:REVerse?

Query reverse function

:SWEep:LIST:CLEar

All steps clear

:SWEep:LIST:DATA

Set list data

:SWEep:LIST:DATA?

Query list data

:SWEep:LIST:COUNt

Set step number

:SWEep:LIST:COUNt?

Query step number

:SWEep:MEASure?

Start sweep measurement and query results

:SWEep:MEASure:EXECute?

Start sweep measurement and query completion of measurement

Comparator

:COMParator:LIMit

Set Comparator

:COMParator:LIMit?

Query Comparator

:COMParator:BEEPer

Set Comparator Beeper

:COMParator:BEEPer?

Query Comparator Beeper

Panel saving and loading

:PANel:SAVE

Set Panel saving

:PANel:SAVE?

Query already panel saving

:PANel:LOAD

Load panel data

:PANel:NAME

Set panel name

:PANel:NAME?

Query panel name

:PANel:CLEar

Delete panel data

Key Beeper :KEY:BEEPer

Set Key Beeper

:KEY:BEEPer?

Query Key Beeper

Key-lock :SYSTem:KLOCk

Set Key-Lock State

:SYSTem:KLOCk?

Query Key-Lock State

Internal memory

:MEMory?

Query measurement value in memory

:MEMory:RANGe?

Query measurement value in memory (range specification)

:MEMory:STATe

Set memory state

:MEMory:STATe?

Query memory state

:MEMory:COUNt?

Query number of measurement value

:MEMory:CLEar

Set Memory clear

HIOKI SM7110A964-04

category

command

function

Voltage monitor check

:VCHeck?

Set and Query

Voltage monitor check

:VCHeck:STATe

Query

Voltage monitor check state

:VCHeck:STATe?

Set

Voltage monitor check state

:VCHeck:LIMit

Set

Voltage monitor check limit

:VCHeck:LIMit?

Query

Voltage monitor check limit

Double action :DOUBleaction

Set double action

:DOUBleaction?

Query double action

LCD

:DISPlay:MODE

Set Display Mode

:DISPlay:MODE?

Query Display Mode

:DISPlay:CONTrast

Set Contrast

:DISPlay:CONTrast?

Query Contrast

:DISPlay:BACKlight

Set Backlight

:DISPlay:BACKlight?

Query Backlight

Line Frequency

:SYSTem:LFRequency

Set Line Frequency

:SYSTem:LFRequency?

Query Line Frequency

:SYSTem:LFRequency:AUTO?

Query Automatic detection Line Frequency

Reset

:RESet

Initialize Instrument (System Reset)

ExternalI/O

:IO:EDGE

Set Trigger edge

:IO:EDGE?

Query Trigger edge

:IO:FILTer:STATe

Set TRIG Signal's Filter

:IO:FILTer:STATe?

Query TRIG Signal's Filter

:IO:FILTer:TIME

Set TRIG Signal's Filter Tim

:IO:FILTer:TIME?

TRIG Signal's Filter Tim

:IO:GOLogic

Set GO-signal outputting logic level

:IO:GOLogic?

Query GO-signal outputting logic level

:IO:EOM:MODE

Set EOM Output Method

:IO:EOM:MODE?

Query EOM Output Method

:IO:EOM:PULSe

Set EOM Pulse Width

:IO:EOM:PULSe?

Query EOM Pulse Width

:IO:OUTPin?

Query Output Pin Status

:IO:MODE?

Query NPN/PNP Switch Status

Device Event Status Enable Register

:DSE

Set Device Event Status Enable Register

:DSE?

Query Device Event Status Enable Register

:DSR?

Query Device Event Status Register

Command header :HEADer

Set Header Presence

:HEADer?

Query Header Presence

Communication setting

:SYSTem:LOCal

Return to Local Control

:SYSTem:TERMinator

Set Delimiter

:SYSTem:TERMinator?

Query Delimiter

HIOKI SM7110A964-04

Read/Write the Standard Event Status Enable Register (SESER)

Syntax

Command

*ESE <0 to 255 (N

R1)

Query

*ESE?

Response

<0 to 255 (NR1

Description

Command

The SESER mask is set to the numerical value 0 to 255. The initial value (at power-on) is 0.

Query

The contents of the SESER, as set by the *ESE command, are returned as an NR1 value (0 to 255).

128

16 8 4 2 1

bit

7 bit 6 bit 5 bit 4 bit 3 bit 2 bit 1 bit

PON

URQ

CME

EXE

DDE

QYE

RQC

OPC

Example

*ESE 36

(Sets bits 5 and 2 of SESER)

Command, Query

Response

Controller

Instrument

HIOKI SM7110A964-04

3 Message Reference

Message Reference Interpretation

< >: Indicates the contents (character or numeric parameters) of

the data section of a message. Character parameters are returned as all capital letters.

Numeric Parameters:

•

NRf

• NR1

• NR2

• NR3

Shows the command description.

Shows the message syntax. Explains the command data or response message. Describes the message.

Shows an example of an actual command application. (Normally described with HEADER OFF [except the HEADER command itself].)

Number format may be any of NR1, NR2 and NR3 Integer data (e.g.: +12, -23, 34) Fixed-point data (e.g.: +1.23, -23.45, 3.456) Floating-point exponential representation data (e.g.: +1.0E-2, -2.3E+4)

Query Instrument ID (Identification Code)

Syntax

Query

*IDN?

Response

<Manufacturer name>,<Model name>,

<Serial number>,

Example

*IDN? HIOKI, SM7110,123456,V1.00

The Instrument ID is HIOKI SM7110, serial number 123456, software version 1.00.

Execute Self-Test and Query Result

Syntax

Query

*TST?

Response

<0 to 1 (NR1)>

<0> = No error <1> = ROM error

Description

Perform the instrument self-test and return the result as NR1 value 0 or 1. Returns zero when no error occurs.

Example

*TST?

A ROM error occurred.

Set OPC bit of SESR when Finished with All Pending Operations

Syntax

Command

*OPC

Description

Sets OPC bit 0 of the Standard Event Status Register (SESR) when all commands prior to *OPC have finished processing.

Example

A;B;*OPC;C

The OPC bit of SESR is set after A and B command processing has been completed.

Respond with ASCII “1” when Finished with All Pending Operations

Syntax

Query

*OPC?

Response

Description

Response with ASCII “1” when all commands prior to

OPC

have finished processing.

Initialize Instrument (Normal Reset)

Syntax

Command

*RST

Description

Command

Resets the instrument to factory settings excluding the communication state, , zero adjustment value and saved data.(Normal Reset) The initial display is displayed after initialization.

Note

The communication state is not initialized. Use the :RESet:SYSTem command to initialize the zero adjustment value

and saved data.

HIOKI SM7110A964-04

Standard Commands

(1) System Data Command

(2) Internal Operation Command

(3) Synchronization Commands

Wait for Pending Commands to Finish

Syntax

Command

*WAI

Description

The instrument waits until all prior commands finish before executing any subsequent commands.

Example

:TRIGger EXTernal *TRG;*WAI;MEASure?

Reads the measurement value after waiting for the measurement triggered by the *TRG command to finish.

Note

The *WAI command is accepted, as it is a mandatory command under IEEE Standard

488.2-1987. However, since all the device-specific commands implemented in this instrument, except the *TRG are sequential, the *WAI command has no effect even if used.

Clear Event Register, Status Byte Register (Except Output Queue)

Syntax

Command

*CLS

Description

Clears the event status registers. The Status Byte Register bits corresponding to the event status registers are also cleared. (

STB, SESR, DESR

)

Note

The output queue is unaffected.

Set and Query Standard Event Status Enable Register (SESER)

Syntax

Command

*ESE <0 to 255(N

R1)

Query

*ESE?

Response

<0 to 255(NR1

Description

Command

The SESER mask is set to the numerical value 0 to 255. The initial value (at power-on) is 0.

Query

The contents of the SESER, as set by the

*ESE

command, are returned as

an NR1 value (0 to 255).

128

16 8 4 2 1

bit 7

bit 6

bit 5

bit 4

bit 3

bit 2

bit 1

bit 0

PON

Unused

CME EXE

Unused

OPC

Example

*ESE 32

Sets bit 5 of SESER.

Query and Clear Standard Event Status Register (SESR)

Syntax

Query

ESR?

Response

<0 to 255 (NR1

Description

Returns the contents of the SESR as an NR1 value from 0 to 255, then clears register contents. The response message has no header.

128

16 8 4 2 1

bit 7

bit 6

bit 5

bit 4

bit 3

bit 2

bit 1

bit 0

PON

Unused

CME

EXE

Unused

OPC

Example

ESR?

Bit 5 of the SESR has been set to 1.

HIOKI SM7110A964-04

(4) Status and Event Control Commands

Set and Query Service Request Enable Register (SRER)

Syntax

Command

SRE <0 to 255 (N

R1)

Query

SRE?

Response

<0 to 255 (NR1

Description

Command

The SRER mask is set to the numerical value 0 to 255. Although NRf numerical values are accepted, values to the right of the decimal are rounded to the nearest integer. Bit 6 and unused bits 2, 3 and 7 are ignored. The data is initialized to 0 at power-on.

Query

The contents of the SRER, as set by the *SRE command, are returned as an NR1 value (0 to 255). Bit 6 and unused bits 2, 3 and 7 always return as zero.

128

16 8 4 2 1

bit 7

bit 6

bit 5

bit 4

bit 3

bit 2

bit 1

bit 0

ERR

ESB

MAV

DSB

Unused

MEC

Example

SRE 33

Set SRER bits 0 and 5 to 1.

SRE?

SRER bits 0 and 5 have been set to 1.

Query Status Byte and MSS Bit

Syntax

Query

STB?

Response

<0 to 255 (NR1)>

Description

The contents of the STB are returned as an NR1 value (0 to 255).

The response message has no header.

128

16 8 4 2 1

bit 7

bit 6

bit 5

bit 4

bit 3

bit 2

bit 1

bit 0

ERR

MSS

ESB

MAV

DSB

Unused

MEC

Example

*STB? 1

STB bit 0 has been set to 1.

Request a Sample

Syntax

Command

TRG

Description

Performs one measurement when external triggering (trigger source <EXTERNAL>) is enabled.

Example

:TRIGger

EXTernal

*TRG;MEASure?

Reads the measurement value after waiting for the measurement triggered by *TRG command to finish.

Note

An execution error occurs

when the trigger source is

:TRIGger INTernal

HIOKI SM7110A964-04

Measurement start

Syntax

command

:STARt

Description

Measuremet start.

Example

:STARt

Measuremet start.

Measurement stop

Syntax

command

:STOP

Description

Measuremet stop.

Example

:STOP

Measuremet stop.

Set and Query output condition

Syntax

Command

:STOP:CONDition <DISCharge/HIZ>

Query

:STOP:CONDition?

Response

Description

DISCharge:Discharge HIZ:High inpeadance

Example

:STOP:CONDition DISCharge

Setting the Discharge mode.

:STOP:CONDition? DISCHARGE

Now Setting is Discharge mode.

Query measurement status

Syntax

Query

:STATe?

Response

<0～4 (NR1)>

Description

Response

Normal mode

Sequence mode

Stop

Trigger wait

Discharge1

INDEX

Charge

EOM

Measurement

4 - Discharge2

Example

:STATe? 0

Now stopping.

HIOKI SM7110A964-04

Device-Specific Commands

(1)

Measurement status

Query Measurement value

Syntax

Query

:MEASure?

Response

Description

Returns the measurement value for measured value display mode and the number of

displayed digits

Example

:MEASure?

6.33802E-12

Measurement data is 6.33802pA (For current measurement mode)

Query Judgment of Measured Value

Syntax

Query

:MEASure:COMParator?

Response

Description

Return the judgment of measured value

Example

:MEASure:COMParator? HI

Judgment of Measured Value has been HI

HIOKI SM7110A964-04

(2)

Reading Measured Values

Query Measurement value and Judgment

Syntax

Query

:MEASure:RESult? <1～255>

Response

Description

Return the measurement value and judgment value for camma Response data is set to 0 to 255

128

16 8 4 2 1

bit 7

bit 6

bit 5

bit 4

bit 3

bit 2

bit 1

bit 0

Voltage

check result

Contact

check result

Humidity

Tempereture

Voltage

Monitor

Judgment

value

Measurement

value

Status

Status:

Priority

Response

Status

Example of

measured values

HIGH

Contact check function is ON and result is NG (Unchecked is NG).

55.5555E+30

No measurement after power turned on No measurement after clearing value.

00.0000E-12

9 Current Over Range.

99.9999E+30

Voltage monitor check function is ON and result is NG (Unchecked is NG).

(Normal measurement value)

3 Outside of fuaranteed accuracy range.

(Normal measurement value)

LOW

Normal.

(Normal measurement value)

Measurement value: Please refer to ”4 Measurement Value Format”. Judgment value:

Response

Judgment

Comparator function is OFF or No judgment

(Upper limit) < (Measured value)

(Lower limit) ≤ (Measured value) ≤ (Upper limit)

(Measured value) < (Lower limit)

Voltage Monitor:

Responds to the voltage monitor value when the command is received. Please refer to ”4 Measurement Value Format”.

Temperature:

Responds to the temperature value when the command is received. When Z2011 has not set, return tempreture value has been 99.99.

Humidity:

Responds to the humidity value when the command is received. When Z2011 has not set, return tempreture value has been 99.9.

Contact check result: Contact check function is OFF: Respond to the results of the last manual contact check.

Contact check function is ON: Response to the results of the contact check. performed at the time of measurement

Response

Result

Unchecked or contact check result is NG.

Contact check result is OK.

Voltage check result: Voltage monitor check function is OFF: Respond to the results of the last manual

voltage monitor check. Voltage monitor function is ON: Response to the results of the Voltage monitor check performed at the time of measurement.

Response

Result

Unchecked or voltage monitor check result is NG.

Voltage monitor check result is OK.

Example

:MEASure:RESult? 14

6.33802E-12,HI,500.2

Measuremt value has been 6.33802pA. Judgment value has been HI Voltage monitor value has been 500.2V

HIOKI SM7110A964-04

Clear Measuremt Value and Judgment Value

Syntax

command

:MEASure:CLEar

Description

Clear Measuremt Value and Judgment Value

Example

:MEASure:CLEar

Clear Measuremt Value and Judgment Value

Query Voltage Monitor value

Syntax

Query

:MEASure:MONItor?

Response

Description

Return the Voltage monitor value

Example

:MEASure:MONItor?

500.2

Voltage monitor value has been

500.2V

Query

Tempureture

value

Syntax

Query

:MEASure:TEMPerature?

Response

<Tempureture(℃)(NR2)>

Description

Return tempureture value When Z2011 has not set, return tempreture value has been 99.99

Example

:MEASure:TEMPerature?

23.45

Tempureture has been 23.45℃

Query

Humidity

value

Syntax

Query

:MEASure:HUMidity?

Response

<Humidity(%rh)(NR2)>

Description

Return humidity value When Z2011 has not set, return humidity value has been 99.99

Example

:MEASure:HUMidity?

50.1

Humidity

has been 50.1 %rh

HIOKI SM7110A964-04

(3)

Voltage Monitor

(4)

Tempureture and Humidity value

Set and Query Measured value display mode

Syntax

command

:MEASure:MODE <R/A/RS/RV/RL>

Query

:MEASure:MODE?

Response

Description

R …

Resistance

A …

Current

RS …

Surface resistivity

RV …

Volume resistivity

RL … Liquid

volume resistivity

Example

:MEASure:MODE R

Set Resistance mode

:MEASure:MODE? R

Measured value mode has been Resistance

Note

Execution error occurs during sweep measurement.

Set and Query Measuremt format

Syntax

command

:MEASure:FORMat <UNIT/EXP>

Query

:MEASure:FORMat?

Response

Description

UNIT … Unit format EXP … Exponent format

Example

:MEASure:FORMat UNIT

Set unit format

:MEASure:FORMat? UNIT

Measurement format has been Unit

Set and Query

The Number of Displayed digits

Syntax

command

:MEASure:DIGit <3～6(NR1)>

Query

:MEASure:DIGit?

Response

<3～6(NR1)>

Example

:MEASure:DIGit 3

Set the number of displayed digits to 3

:MEASure:DIGit? 3

The number of displayed digits has been 3

HIOKI SM7110A964-04

(5) Measured value display mode

(6)

Measuremt Format

(7) The Number of Displayed digits

Set and Query Applied Voltage

Syntax

command

:VOLTage <Applied Voltage(V)(NR2)>

Query

:VOLTage?

Response

< Applied Voltage (V)(NR2)>

Description

SM7110 … <Applied Voltage (V)(NR2)> = 0.1～1000.0 SM7120 … <Applied Voltage (V)(NR2)> = 0.1～2000.0

Example

:VOLTage 100

Set to

Applied Voltage to

100V.

:VOLTage? 100

Applied Voltage has been set to

100V.

Set and Query Measurement Speed

Syntax

command

:SPEEd <SLOW2/SLOW/MED/FAST2/FAST>

Query

:SPEEd?

Response

Example

:SPEEd SLOW2

Set measurement speed to SLOW2.

:SPEEd? SLOW2

Measurement speed has been set to SLOW2.

Set and Query Current Range

Syntax

command

:RANGe <20pA/200pA/2nA/20nA/200nA/2uA/20uA/200uA/2mA>

Query

:RANGe?

Response

<20pA/200pA/2nA/20nA/200nA/2uA/20uA/200uA/2mA>

Example

:RANGe 20pA

Set current range to 20pA.

:RANGe? 20pA

Current range has been set to 20pA.

Set and Query Auto Range

Syntax

command

:RANGe:AUTO <ON/OFF>

Query

:RANGe:AUTO?

Response

Description

ON … Auto range is ON. OFF … Auto range is OFF ( HOLD range )

Example

:RANGe:AUTO ON

Set auto range to ON.

:RANGe:AUTO? ON

Auto range has been set to ON.

HIOKI SM7110A964-04

Applied Voltage

(8)

Measurement Speed

(9)

(10) Range

Set and Query Auto Range Timeout

Syntax

command

:RANGe:AUTO:TIMeout <ON/OFF>

Query

:RANGe:AUTO:TIMeout?

Response

Description

ON … Auto range timeout is ON. OFF … Auto range timeout is OFF.

Example

:RANGe:AUTO:TIMeout ON

Set auto range timeout to ON.

:RANGe:AUTO:TIMeout? ON

Auto range timeout has been set to ON.

Set and Query Delay time

Syntax

command

:DELay <Delay time(s)(NR2)>

Query

:DELay?

Response

Description

<Delay time(s)(NR2)> = 0.0～999.9

Example

:DELay 12.3

Set delay time to 12.3 seconds

:DELay?

12.3

Delay time has been 12.3 seconds

Set and Query Average

Syntax

command

:AVERage <OFF/HOLD/AUTO>

Query

:AVERage?

Response

Description

OFF … Average is OFF HOLD …

Moving average

AUTO …

The number of times of averaging is automatically changed based on

the variation of the measured values

Example

:AVERage HOLD

Set average to moving average

:AVERage? HOLD

Average has been moving average

HIOKI SM7110A964-04

(11) Delay

(12) Average

Set and Query average hold times

Syntax

command

:AVERage:COUNt <2～255(NR1)>

Query

:AVERage:COUNt?

Response

<2～255(NR1)>

Example

:AVERage:COUNt 5

Set average hold time to 5

:AVERage:COUNt? 5

Average hold time has been 5

Set and Query Sequence Program

Syntax

command

:SEQuence:STATe <ON/OFF>

Query

:SEQuence:STATe?

Response

Example

:SEQuence:STATe ON

Set sequence program to ON

:SEQuence:STATe? ON

Sequence program has been ON

Set and Query Sequence program number

Syntax

command

:SEQuence:NUMBer <0～9(NR1)>

Query

:SEQuence:NUMBer?

Response

<0～9(NR1)>

Example

:SEQuence:NUMBer 2

Set Sequence program number to 2

:SEQuence:NUMBer? 2

Sequence program number has been 2

Set and Query Sequence time

Syntax

command

:SEQuence:TIME <sequence number(NR1)>, <discharge time(s)(NR2)>, <charge time(s) (NR2)>,

Query

:SEQuence:TIME? < sequence number (NR1)>

Response

< sequence number (NR1)>,< discharge time (s) (NR2)>, < charge time (s) (NR2)>,< measurement time (s) (NR2)>, < discharge time (s) (NR2)>

Description

sequence number

(NR1)> = 0～9

discharge time

(s)(NR2)> = 0.000～999.999

charge time

(s) (NR2)> = 0.001～999.999

measurement time

(s) (NR2)> = 0.00～999.999

discharge time

(s) (NR2)> = 0.000～999.999

Example

:SEQuence:TIME 1,0.1,0.5,3.0,4.5

Set sequence 1 discharge time

= 0.1 seconds

charge time

= 0.5 seconds

measurement time

= 3.0 seconds

discharge time

= 4.5 seconds

:SEQuence:TIME? 1 1,0.100,0.500,3.000,4.500

sequence 1 has been upper times

HIOKI SM7110A964-04

(13) Sequence Program function

Set and Query Sequence Discharge time

Syntax

command

:SEQuence:TIME:DISCharge1 < sequence number (NR1)>, < discharge time (s)(NR2)>

Query

:SEQuence:TIME:DISCharge1? < sequence number (NR1)>

Response

< sequence number (NR1)>,< discharge time (s) (NR2)>

Description

sequence number

(NR1)> = 0～9

discharge time

(s)(NR2)> = 0.000～999.999

Example

:SEQuence:TIME:DISCharge1 1,0.1

Set sequence 1 discharge time to

0.1 seconds

:SEQuence:TIME:DISCharge1? 1 1,0.100

Sequence 1 discharge time has been

0.1 seconds

Set and Query Sequence charge time

Syntax

command

:SEQuence:TIME:CHARge < sequence number (NR1)>, < charge time (s) (NR2)>

Query

:SEQuence:TIME:CHARge? < sequence number (NR1)>

Response

< sequence number (NR1)>,< charge time (s) (NR2)>

Description

sequence number

(NR1)> = 0～9

charge time

(s) (NR2)> = 0.000～999.999

Example

:SEQuence:TIME:CHARge 1,0.5

Set sequence 1 charge time to

0.5 seconds

:SEQuence:TIME:CHARge? 1 1,0.500

Sequence 1 charge time has been

0.5 seconds

Set and Query Sequence measurement time

Syntax

command

:SEQuence:TIME:MEASure < sequence number (NR1)>,

Query

:SEQuence:TIME:MEASure? < sequence number (NR1)>

Response

< sequence number (NR1)>, < measurement time (s) (NR2)>

Description

sequence number

(NR1)> = 0～9

measurement time

(s) (NR2)> = 0.001～999.999

Example

:SEQuence:TIME:MEASure 1,3.0

Set sequence 1 measurement time to 3.0

seconds

:SEQuence:TIME:MEASure? 1 1,3.000

Sequence 1 measurement time has been

3.0 seconds

HIOKI SM7110A964-04

Set and Query Sequence Discharge time

Syntax

command

:SEQuence:TIME:DISCharge2 < sequence number (NR1)>,

< discharge time (s) (NR2)>

Query

:SEQuence:TIME:DISCharge2? < sequence number (NR1)>

Response

< sequence number (NR1)>,< discharge time (s) (NR2)>

Description

sequence number

(NR1)> = 0～9

discharge time

(s) (NR2)> = 0.000～999.999

Example

:SEQuence:TIME:DISCharge2 1,4.5

Set sequence 1 discharge time to

4.5 seconds

:SEQuence:TIME:DISCharge2? 1 1,4.500

Sequence 1 discharge time has been

4.5 seconds

Start sequence measurement and query results

Syntax

Query

:SEQuence:MEASure? <1～255>

Response

Description

Starts sequence measurement and responds with a comma-delimited list of measured values, judgment results, and other data after measurement is complete. Response data is set to 0 to 255 See the description of the

:MEASure:RESult?

command for details on each bit.

128

16 8 4 2 1

bit 7

bit 6

bit 5

bit 4

bit 3

bit 2

bit 1

bit 0

Voltage

check

Contact

check

Humidity

Tempereture

Voltage

Monitor

Judgment

value

Measurement

value

Status

Example

:SEQuence:MEASure? 14

6.33802E-12,HI,500.2

Measuremt value has been 6.33802pA. Judgment value has been HI Voltage monitor value has been 500.2V

Note

Execution error when sequence function is off. Once this command has been sent, no other commands will be accepted until the sequence measurement is completed.

HIOKI SM7110A964-04

Set and Query Voltage value setting for resistance calculation

Syntax

command

:VMODe <MESV/VMONi/EXTV>

Query

:VMODe?

Response

Description

MESV … set output

voltage value

VMONI …

measured voltage value

EXTV …

set external voltage value

Example

:VMODe MESV

Set Voltage value setting for resistance calculation to MESV

:VMODe? MESV

Voltage value setting for resistance calculation hs been MESV

Note

Execution error when setting <EXTV>

while sweep function is on.

Set and Query External Voltage value

Syntax

command

:VMODe:VOLTage <

external voltage value (V) (NR2)>

Query

:VMODe:VOLTage?

Response

< external voltage value (V) (NR2)>

Description

external voltage value

(V) (NR2)> = 0.1～5000.0

Example

:VMODe:VOLTage 100

Set external voltage value to 100V

:VMODe:VOLTage? 100

External voltage value has been 100V

Set and Query Trigger Source

Syntax

command

:TRIGger <INTernal/EXTernal>

Query

:TRIGger?

Response

Description

INTernal …

Internal triggering

EXTernal …

External triggering

Example

:TRIGger INTernal

Set the trigger source to internal triggering.

:TRIGger? INTERNAL

The trigger source has been set to internal triggering.

Note

Execution error when setting <EXTernal>

while sweep function is on.

Execute and Query Self-Calibration

Syntax

Query

:CALibration?

Response

<0～1(NR1)>

Description

Execute self-calibration, return judgement 0 … Fail (NG) 1 … Success(OK)

Example

:CALibration? 1

Self-calibration

has been success

HIOKI SM7110A964-04

Voltage value setting for resistance calculation

(14)

(15) Trigger

Self-Calibration

(16)

Set and Query Self-Calibration AUTO

Syntax

command

:CALibration:AUTO <ON/OFF>

Query

:CALibration:AUTO?

Response

Example

:CALibration:AUTO ON

Set

Self-calibration to AUTO

:CALibration:AUTO? ON

Self-calibration has been AUTO

Set and Query Self-Calibration time

Syntax

command

:CALibration:TIME <time(s)(NR1)>

Query

:CALibration:TIME?

Response

<time(s)(NR1)>

Description

<time(s)(NR2)> = 1～600

Example

:CALibration:TIME 60

Set self-calibration time to 60 seconds

:CALibration:TIME? 60

Self-calibration time has been 60 seconds

Set and Query Interlock state

Syntax

command

:INTerlock <ON/OFF>

Query

:INTerlock?

Response

Description

< ON/ OFF >

Example

:INTerlock ON

Set interlock to ON

:INTerlock? ON

Interlock has been ON

Set and Query current limit

Syntax

command

:CHARge:LIMit <ON/OFF>

Query

:CHARge:LIMit?

Response

Description

< ON / OFF >

Example

:CHARge:LIMit ON

Set current limit to ON

:CHARge:LIMit? ON

Current limit has been ON

HIOKI SM7110A964-04

(17) Interlock

(18) Current Limit

Set and Query total current limit

Syntax

command

:CHARge:LIMit:CURRent <1.8mA/5mA/10mA/50mA>

Query

:CHARge:LIMit:CURRent?

Response

<1.8mA/5mA/10mA/50mA>

Description

Set total current limit

Example

:CHARge:LIMit:CURRent 5mA

Set total current limit to 5mA

:CHARge:LIMit:CURRent? 5mA

Total current limit has been 5mA

Set and Query contact check frequency

Syntax

command

:CONTactcheck:FREQuency <245kHz/300kHz>

Query

:CONTactcheck:FREQuency?

Response

<245kHz/300kHz>

Example

:CONTactcheck:FREQuency 245kHz

Set contact check frequency to 245kHz

:CONTactcheck:FREQuency? 245kHz

Contact check frequency has been 245kHz

Set and Query contact check range

Syntax

command

:CONTactcheck:WORKc <NORMal/LOW>

Query

:CONTactcheck:WORKc?

Response

Description

NORMal …capacitor upper 10pF LOW … capacitor Lower 10pF

Example

:CONTactcheck:WORKc NORMal

Set contact check frequency to Normal

:CONTactcheck:WORKc? NORMAL

Contact check frequency has been Normal

Set and Query contact check cable length

Syntax

command

:CONTactcheck:CABLe <cable length(m)(NR2)>

Query

:CONTactcheck:CABLe?

Response

< cable length (m)(NR2)>

Description

cable length

(m)(NR2)> = 0.5～3.0

Example

:CONTactcheck:CABLe 2.0

Set contact check cable length to 2.0m

:CONTactcheck:CABLe?

2.0

Contact check cable length has been 2.0m

HIOKI SM7110A964-04

(19) Contact check

Query contact check cable length auto

Syntax

Query

:CONTactcheck:CABLe:AUTO?

Response

<0～1(NR1)>

Description

0 … cable length auto OFF 1 … cable length auto ON

Example

:CONTactcheck:CABLe:AUTO? 1

Contact check calbe length auto has been ON

Set and Query contact check delay

Syntax

command

:CONTactcheck:DELay <delay time(s)(NR2)>

Query

:CONTactcheck:DELay?

Response

< delay time(s)(NR2)>

Description

<delay time(s)(NR2)> = 0.0～9.999

Example

:CONTactcheck:DELay 1.23

Set delay time to 1.23 seconds

:CONTactcheck:DELay?

1.230

Delay time has been 1.23 seconds

Query Jig capacity open correction

Syntax

Query

:OPEN?

Response

<0～1(NR1)>

Description

Execute jig capacity open, return the judgnent 0 … Fail (NG) 1 …Success (OK)

Example

:OPEN? 1

Success

jig capacity open

Query Jig capacity open value

Syntax

Query

:OPEN:VALue?

Response

Description

Return jig open value Unexecuted … 99.999E-99 Over … 99.999E-12

Example

:OPEN:VALue?

1.412E-12

Jig open value has been 1.412pF

HIOKI SM7110A964-04

Set and Query contact check state

Syntax

command

:CONTactcheck:STATe <ON/OFF>

Query

:CONTactcheck:STATe?

Response

Description

ON … Auto execute before measurement OFF … No execute

Example

:CONTactcheck:STATe ON

Set contact check auto execute to ON

:CONTactcheck:STATe? ON

Contact check auto execute has been ON

Set and Query contact check limit

Syntax

command

:CONTactcheck:LIMit < Judgment reference value(NR3)>

Query

:CONTactcheck:LIMit?

Response

< Judgment reference value (F)(NR3)>

Description

Judgment reference value

(NR3)> = 0.00～99.99E-12

Example

:CONTactcheck:LIMit 50E-12

Set contact check limit to 50pF

:CONTactcheck:LIMit?

50.00E-12

Contact check limit has been 50pF

Execute and Query contact check

Syntax

Query

:CONTactcheck?

Response

<0～1(NR1)>

Description

Execute contact check, retuen judgment 0 … contact check NG 1 …contact check OK

Example

:CONTactcheck? 1

Contact check has been

Query contact check value

Syntax

Query

:CONTactcheck:VALue?

Response

Description

Retuen contact check value Unexecuted jig capacity open correction … 99.999E-12 Unexecuted contact check

…

99.999E-12

Example

:CONTactcheck:VALue? +1.301311E-14

Contact check value has been

1.301311E-14F

HIOKI SM7110A964-04

Set and Query drawing update during measurement

Syntax

command

:DISPlay:UPDate <ON/OFF>

Query

:DISPlay:UPDate?

Response

Description

ON … Drawing update for each measurement OFF … Drawing update for only at STOP

Example

:DISPlay:UPDate ON

Set Drawing update during measurement to ON

:DISPlay:UPDate? ON

Drawing update during measurement has been ON

Set and Query Diameter of the main electrode (D1)

Syntax

command

:ELECtric:D1 <diameter(m)(NR2)>

Query

:ELECtric:D1?

Response

< diameter (m)(NR2)>

Description

diameter

(m)(NR2)> = 0.0000～0.1000

Example

:ELECtric:D1 0.001

Set Diameter of the main electrode to 0.001m

:ELECtric:D1?

0.0010

Diameter of the main electrode has been 0.001m

Set and Query Internal Diameter of the counter electrode (D2)

Syntax

command

:ELECtric:D2 <diameter of the counter(m)(NR2)>

Query

:ELECtric:D2?

Response

< diameter of the counter (m)(NR2)>

Description

diameter of the counter

(m)(NR2)> = 0.0000～0.1000

Example

:ELECtric:D2 0.001

Set diameter of the counter electrode (D2) to 0.001m

:ELECtric:D2?

0.0010

Diameter of the counter electrode (D2) has been 0.001m

Set and Query Thickness of sample(t)

Syntax

command

:ELECtric:T < Thickness (m)(NR2)>

Query

:ELECtric:T?

Response

< Thickness (m)(NR2)>

Description

Thickness

(m)(NR2)> = 0.0000～0.1000

Example

:ELECtric:T 0.001

Set Thickness of sample(t) to 0.001m

:ELECtric:T?

0.0010

Thickness of sample(t) has been 0.001m

HIOKI SM7110A964-04

Drawing update during measurement

(20)

(21) Resistivity measurement function

Set and Query Electrode constant (K)

Syntax

command

:ELECtric:K <electrode constact(NR2)>

Query

:ELECtric:K?

Response

< electrode constact (NR2)>

Description

electrode constact

(NR2)> = 0.01～999.99

Example

:ELECtric:K 0.05

Set electrode constact(k) to 0.05

:ELECtric:K?

0.05

Electrode constact(k) has been 0.05

Set and Query Sweep measurement

Syntax

command

:SWEep:STATe <ON/OFF>

Query

:SWEep:STATe?

Response

Example

:SWEep:STATe ON

Set Sweep measurement to ON

:SWEep:STATe? ON

Sweep measurement has been ON

Note

Setting sweep measurement to ON may change setting of trigger, sequence measurement, memory function, and voltage value for resistance calculation. For detail information, see the instruction manual of the instruments

Set and Query start volt, end volt and step volt

Syntax

command

:SWEep:AUTOlist:STEP <start volt(V)(NR2)>,<end volt(V)(NR2)>,

Query

:SWEep:AUTOlist:STEP?

Response

Description

SM7110 … <start volt(V)(NR2)> = 0.1～1000.0

<end volt(V)(NR2)> = 0.1～1000.0 <step volt(V)(NR2)> = 0.1～1000.0

SM7120 … <start volt(V)(NR2)> = 0.1～2000.0

<end volt(V)(NR2)> = 0.1～2000.0 <step volt(V)(NR2)> = 0.1～2000.0

Example

:SWEep:AUTOlist:STEP 10,100,10

Set sweep list start volt to 10V, end volt to 100V and step volt to 10V

:SWEep:AUTOlist:STEP? 10,100,10

Sweep list start volt has been 10V, end volt has been 100V and step volt has been 10V

Note

Immediately reflected in sweep list when configured by command. Response of query is a configured parameter. It may not match current sweep list.

HIOKI SM7110A964-04

(22) Sweep function

Set and Query start volt, end volt and step number

Syntax

command

:SWEep:AUTOlist:NUMBer <start volt(V)(NR2)>,

Query

:SWEep:AUTOlist:NUMBer?

Response

Description

SM7110 … <start volt(V)(NR2)> = 0.1～1000.0

<end volt(V)(NR2)> = 0.1～1000.0

SM7120 … <start volt(V)(NR2)> = 0.1～2000.0

<end volt(V)(NR2)> = 0.1～2000.0

<step number(NR1)> = 1～999

Example

:SWEep:AUTOlist:NUMBer 10,100,10

Set sweep list start volt to 10V, end volt to 100V and step number to 10

:SWEep:AUTOlist:NUMBer? 10,100,10

Sweep list start volt has been 10V, end volt has been 100V and step number has been 10

Note

Immediately reflected in sweep list when configured by command. Response of query is a configured parameter. It may not match current sweep list.

Set and Query hold delay time

Syntax

command

:SWEep:TIME:HOLD <hold delay time(s)(NR2)>

Query

:SWEep:TIME:HOLD?

Response

Description

<hold delay time(s)(NR2)> = 0.000～999.9

Example

:SWEep:TIME:HOLD 0.1

Set sweep measurement hold delay time to 0.1 seconds

:SWEep:TIME:HOLD?

0.100

Sweep measurement hold delay time has been 0.1 seconds

Set and Query measurement delay time

Syntax

command

:SWEep:TIME:DELay <measurement delay time(s)(NR2)>

Query

:SWEep:TIME:DELay?

Response

Description

<measurement delay time(s)(NR2)> = 0.010～999.9

Example

:SWEep:TIME:DELay 0.1

Set sweep measurement delay time to 0.1 seconds

:SWEep:TIME:DELay?

0.100

Sweep measurement delay time has been 0.1 seconds

HIOKI SM7110A964-04

Set and Query step time

Syntax

command

:SWEep:TIME:STEP <step time(s)(NR2)>

Query

:SWEep:TIME:STEP?

Response

Description

<hold time(s)(NR2)> = 0.015～999.9

Example

:SWEep:TIME:STEP 0.1

Set sweep measurement step time to 0.1 seconds

:SWEep:TIME:STEP?

0.100

Sweep measurement step time has been 0.1 seconds

Set and Query fail stop function

Syntax

command

:SWEep:COMParator:FAIL:STOP <ON/OFF>

Query

:SWEep:COMParator:FAIL:STOP?

Response

Description

ON … Use fail stop function OFF … Not use fail stop function For information on the fail stop function, see the instruction manual of the instruments

Example

:SWEep:COMParator:FAIL:STOP ON

Set fail stop function to ON

:SWEep:COMParator:FAIL:STOP? ON

Fail stop function has been ON

Set and Query automatic detail step function

Syntax

command

:SWEep:COMParator:FINE:AUTO <ON/OFF>

Query

:SWEep:COMParator:FINE:AUTO?

Response

Description

ON … Use automatic detail step function OFF … Not use automatic detail step function For information on the automatic detail step function, see the instruction manual of the instruments

Example

:SWEep:COMParator:FINE:AUTO ON

Set automatic detail step function to ON

:SWEep:COMParator:FINE:AUTO? ON

Automatic detail step function has been ON

Set and Query reverse function

Syntax

command

:SWEep:REVerse <ON/OFF>

Query

:SWEep:REVerse?

Response

Example

:SWEep:REVerse ON

Set reverse function to ON

:SWEep:REVerse? ON

Reverse function has been ON

HIOKI SM7110A964-04

All steps clear

Syntax

command

:SWEep:LIST:CLEar

Description

Clear all steps Remove the configuration for all steps and set 0.1V in step 001

Example

:SWEep:LIST:CLEar

Clear all steps

Note

Can't return once clear

Set and Query list data

Syntax

command

:SWEep:LIST:DATA <step No.(NR1)>,<voltage(V)(NR2)>

Query

:SWEep:LIST:DATA? <step No.(NR1)>

Response

Description

<step No.(NR1)> = 1～999 SM7110 … <voltage(V)(NR2)> = 0.1～1000.0 SM7120 … <voltage(V)(NR2)> = 0.1～2000.0

Example

:SWEep:LIST:DATA 1,10

Set voltage of step No.1 to 10V

:SWEep:LIST:DATA? 1 1,10

Voltage of step No.1 has been 10V

Set and Query step number

Syntax

command

:SWEep:LIST:COUNt <step number(NR1)>

Query

:SWEep:LIST:COUNt?

Response

Description

<step number(NR1)> = 1～999

Example

:SWEep:LIST:COUNt 10

Set step number to 10

:SWEep:LIST:COUNt? 10

Step number has been 10

Start sweep measurement and query results

Syntax

Query

:SWEep:MEASure? <1～255>

Response

Description

Starts sweep measurement and responds with a comma-delimited list of measured values, judgment results, and other data after measurement is complete. Response starts with result of step No.1 Response data is set to 0 to 255 See the description of the

:MEASure:RESult?

command for details on each bit.

128

16 8 4 2 1

bit 7

bit 6

bit 5

bit 4

bit 3

bit 2

bit 1

bit 0

Voltage

check

Contact

check

Humidity

Tempereture

Voltage

Monitor

Judgment

value

Measurement

value

Status

Example

:SWEep:MEASure? 14

6.33802E-12,HI, 500.2,633833E-12,HI, 500.3,……

Note

Execution error when sweep function is off. Once this command has been sent, no other commands will be accepted until the sweep measurement is completed.

HIOKI SM7110A964-04

Start sweep measurement and query completion of measurement

Syntax

Query

:SWEep:MEASure:EXECute?

Response

<1(NR1)>

Description

Starts sweep measurement and responds with 1 after measurement is complete.

Example

:SWEep:MEASure:EXECute?

Sweep measurement was executed and measurement is complete.

Note

Execution error when sweep function is off.

Once this command has been sent, no other commands will be accepted until the sweep measurement is completed.

Set and Query Comparator

Syntax

command

:COMParator:LIMit <OFF/upper limit(NR3)>,<OFF/lower limit(NR3)>

Query

:COMParator:LIMit?

Response

Description

<Uppew limit (NR3)>,<Lower limit (NR3)> =

Resistance (Ohm)

20.000E+18～50.000E+0

Current (A)

-1.99999E-03～-1.00000E-16, 0,

1.00000E-16～1.99999E-03

Surface resistivity (Ohm)

20.000E+20～50.000E+2

Volume resistivity (Ohm/cm)

20.000E+20～50.000E+2

Liquid

volume resistivity(Ohm/cm)

20.000E+20～50.000E+2

Example

:COMParator:LIMit 50E9,20E9

Set comparator upper limit to 50E9, lower limit to 20E9

:COMParator:LIMit?

50E9,20E9

Comparator upper limit to 50E9, lower limit to 20E9

Note

Execution error when upper limit < lower limit

Set and Query Comparator Beeper

Syntax

command

:COMParator:BEEPer

Query

:COMParator:BEEPer? <HI/IN/LO>

Response

Description

<Times(NR1)> = 1/2/3/4/5/CONT

Example

:COMParator:BEEPer HI,TYPE2,3

Set comparator beeper to TYPE2, 3 times when HI judgment

:COMParator:BEEPer? HI

HI,TYPE2,3

Comparator beeper has been TYPE2, 3 times when HI judgment

Set Panel saving

Syntax

command

:PANel:SAVE <1～50(NR1)>

Description

Save

measurement conditions

Example

:PANel:SAVE 1

Save measurement conditions at panel 1

Note

Overweite when already save this panel

HIOKI SM7110A964-04

(23) Comparator

Panel saving and loading

(24)

Query already panel saving

Syntax

Query

:PANel:SAVE? <1～50(NR1)>

Response

<0/1(NR1)>

Description

0 … no saving data 1 … exist saving data

Example

:PANel:SAVE? 1 1

Exist

saving data at panel 1

Load panel data

Syntax

command

:PANel:LOAD <1～50(NR1)>

Description

Load panel data

Example

:PANel:LOAD 1

Load panel 1 data

Note

Execute error when panel data has no exist

Set and Query panel name

Syntax

command

:PANel:NAME <1～50(NR1)>,<panel name>

Query

:PANel:NAME? <1～50(NR1)>

Response

<1～50(NR1)>,<panel name> = 0～9,A～Z,_

Description

Set panel name. A panel name is 10 character effective characters above-mentioned。

Example

:PANel:NAME 1,HOGEPIYO2

Set panel name [HOGEPIYO2]

:PANel:NAME? 1 1,HOGEPIYO2

Panel name has been [HOGEPIYO2]

Note

When designating the occasion as which the panel number by which setting isn't preserved in command was designated and the invalid name, it'll be an execution error. The occasion and the panel name as which the panel number by which setting isn't preserved in Query was designated, "----------",

Delete panel data

Syntax

command

:PANel:CLEar <1～50(NR1)>

Description

Delete panel data

Example

:PANel:CLEar 1

Delete panel 1 data

Note

Can't return the panel data once delete

HIOKI SM7110A964-04

Set and Query Key Beeper

Syntax

command

:KEY:BEEPer <ON/OFF>

Query

:KEY:BEEPer?

Response

Description

< ON / OFF >

Example

:KEY:BEEPer ON

Set key beeper to ON

:KEY:BEEPer? ON

Key beeper has been ON

Set and Query Key-Lock State

Syntax

command

:SYSTem:KLOCk <OFF/MENU/ALL>

Query

:SYSTem:KLOCk?

Response

Description

OFF … Disable keylock MENU … Disable COMP, LOAD/SAVE, MENU key ALL … Disable ALL key exept MENU[UNLOCK] key

Example

:SYSTem:KLOCk MENU

Set disable COMP, LOAD/SAVE, MENU key

:SYSTem:KLOCk? MENU

COMP, LOAD/SAVE, MENU key has been disable

Query measurement value in memory

Syntax

Query

:MEMory? <1～255>

Response

Retuen measurement value and judgment

Description

Retuen measurement value and judgment See the description of the

:MEASure:RESult?

command for details on each bit.

128

16 8 4 2 1

bit 7

bit 6

bit 5

bit 4

bit 3

bit 2

bit 1

bit 0

Voltage

check result

Contact

check result

Humidity

Tempereture

Voltage

Monitor

Judgment

value

Measurement

value

Status

Example

:MEMory? 14

6.33802E-12,HI,500.2, 6.33533E-12,HI,500.1, 6.33833E-12,HI,500.3,……

HIOKI SM7110A964-04

(25) Key Beeper

(26) Key-lock

(27) Internal memory

Query measurement value in memory (range specification)

Syntax

Query

:MEMory:RANGe? <1～255>, <Start memory number>,<End memory number>

Response

Return measurement value and judgment

Description

Return measurement value and judgment Set the data you wish to query as a value from 1 to 255. For example, to query measured values only you would set the value 2. To query measured values along with judgment results, you would set 2 and 4 for a total of 6. <Start memory number> = 1 to 999 <End memory number> = 1 to 999 If there is no data stored in its memory, the instrument will return “0.” Specifying a memory number in which no data is stored will result in an execution error. See the description of the

:MEASure:RESult?

command for details on each bit.

128

16 8 4 2 1

bit 7

bit 6

bit 5

bit 4

bit 3

bit 2

bit 1

bit 0

Voltage

check result

Contact

check result

Humidity

Tempereture

Voltage

Monitor

Judgment

value

Measurement

value

Status

Example

:MEMory:RANGe? 6,10,20

6.33802E-12,HI, 6.33533E-12,HI, 6.33833E-12,HI,……

Set and Query memory state

Syntax

command

:MEMory:STATe <ON/OFF>

Query

:MEMory:STATe?

Response

Description

ON … save measurement value OFF … no save

Example

:MEMory:STATe ON

Set measurement value to save

:MEMory:STATe? ON

Measurement value has been save

Query number of measurement value

Syntax

command

:MEMory:COUNt?

Response

<0～50(NR1)>

Description

Return number of measuremet value

Example

:MEMory:COUNt? 23

Mumber of measuremet value has been 23

Set Memory clear

Syntax

command

:MEMory:CLEar

Description

Clear all measurement value in memory

Example

:MEMory:CLEar

Clear all measurement value in memory

Note

Can't return the panel data once delete. Execution error occurs during sweep measurement.

HIOKI SM7110A964-04

Set and Query

Voltage monitor check

Syntax

Query

:VCHeck?

Response

<0～1(NR1)>

Description

Execute voltage monitor check, retuen judge 0 … NG 1 … OK

Example

:VCHeck? 1

Voltage monitor check has been OK

Set and Query

Voltage monitor check state

Syntax

command

:VCHeck:STATe <ON/OFF>

Query

:VCHeck:STATe?

Response

Description

< ON / OFF >

Example

:VCHeck:STATe ON

Set Voltage monitor check to ON

:VCHeck:STATe? ON

Voltage monitor check has been ON

Set and Query

Voltage monitor check limit

Syntax

command

:VCHeck:LIMit <settable range(%)>

Query

:VCHeck:LIMit?

Response

< settable range (%)>

Description

settable range

(%)> = 2～20

Example

:VCHeck:LIMit 10

Set voltage monitor check limit to +-10%

:VCHeck:LIMit? 10

Voltage monitor check limit has been +-10%

Set and Query double action

Syntax

command

:DOUBleaction <ON/OFF>

Query

:DOUBleaction?

Response

Description

ON … start measurement at push START key init 1seond untill push stop key push OFF … start measurement at push START key

Example

:DOUBleaction ON

Set double action to ON

:DOUBleaction? ON

Double action has been ON

HIOKI SM7110A964-04

(28) Voltage monitor check

(29) Double action

Set and Query Display Mode

Syntax

command

:DISPlay:MODE <NORMal/SEQuence/SWPList/SWPNorm>

Query

:DISPlay:MODE?

Response

Description

NORMal … normally display SEQuence … time display for sequence program mode SWPList … sweep list display for sweep measurement mode SWPNorm … normally display for sweep measurement mode

Example

:DISPlay:MODE NORMal

Set display mode to normal

:DISPlay:MODE? NORMAL

Display mode has been normal

Note

Execution error when setting <SWPList/SWPNorm>

while sweep function is off.

Execution error when setting <NORMal/SEQuence>

while sweep function is on.

Set and Query Contrast

Syntax

command

:DISPlay:CONTrast <0～100(NR1)>

Query

:DISPlay:CONTrast?

Response

<0～100(NR1)>

Example

:DISPlay:CONTrast 50

Set the display contrast to 50%.

:DISPlay:CONTrast? 50

The display contrast has been set to 50%.

Set and Query Backlight

Syntax

command

:DISPlay:BACKlight <0～100(NR1)>

Query

:DISPlay:BACKlight?

Response

<0～100(NR1)>

Example

:DISPlay:BACKlight 50

Set the backlight brightness to 50%.

:DISPlay:BACKlight? 50

The backlight brightness has been set to 50%.

Set and Query Line Frequency

Syntax

command

:SYSTem:LFRequency <AUTO/50/60>

Query

:SYSTem:LFRequency?

Response

Description

AUTO … Auto detect line frequency (When power on) 50 … 50Hz 60 … 60Hz

Example

:SYSTem:LFRequency AUTO

Set the line frequency to AUTO.

:SYSTem:LFRequency? AUTO

Line frequency has been set to AUTO.

HIOKI SM7110A964-04

(30) LCD

Line Frequency

(31)

Query Automatic detection Line Frequency

Syntax

Query

:SYSTem:LFRequency:AUTO?

Response

Description

ERROR … Detection error 50 … 50Hz 60 … 60Hz

Example

:SYSTem:LFRequency:AUTO? 60

Detected 60Hz

Initialize Instrument (System Reset)

Syntax

command

:RESet <SYSTem/NORMal>

Description

SYSTem …

Initializes all data incluse panel data settings

NORMal …

Initializes all data except panel data settings

Example

:RESet SYSTem

Execute system reset.

Set and Query Trigger edge

Syntax

command

:IO:EDGE <ON/OFF>

Query

:IO:EDGE?

Response

Description

Set trigger edge ON … PNP： fall、NPN：rise OFF … PNP： rise、NPN：fall

Example

:IO:EDGE ON

Set trigger edge to ON edge

:IO:EDGE? ON

Trigger edge has been ON edge

Set and Query TRIG Signal's Filter Function

Syntax

command

:IO:FILTer:STATe <ON/OFF>

Query

:IO:FILTer:STATe?

Response

Description

Set to use the trigger filter. ON … Use trigger filter. OFF … Not use trigger filter.

Example

:IO:FILTer:STATe ON

Set trigger filter to ON

:IO:FILTer:STATe? ON

Trigger filter has been set to ON.

HIOKI SM7110A964-04

Reset

(32)

(33) EXT I/O

Set and Query TRIG Signal's Filter Time

Syntax

command

:IO:FILTer:TIME < Filter time (s)(NR2)>

Query

:IO:FILTer:TIME?

Response

< Filter time (s)(NR2)>

Description

Filter time

(s)(NR2)> = 0.001～0.500

Example

:IO:FILTer:TIME 0.123

Set trigger filter time to 0.133 seconds.

:IO:FILTer:TIME?

0.123

Trigger filter time has been set to 0.123 seconds.

Set and Query GO-signal outputting logic level

Syntax

command

:IO:GOLogic <NORMal/ INVert >

Query

:IO:GOLogic?

Response

Description

NORMAL …When a pass judgment is given for the contact check or voltage monitor check: Outputs a low-level signal. When a fail judgment is given for the contact check or voltage monitor check: Outputs a high-level signal.

INVERT …When a pass judgment is given for the contact check or voltage monitor check: Outputs a high-level signal. When a fail judgment is given for the contact check or voltage monitor check: Outputs a low-level signal.

Example

:IO:GOLogic NORMal

Set GO-signal outputting logic level to NORMAL.

:IO:GOLogic? NORMAL

GO-signal outputting logic level has been set to NORMAL.

Set and Query EOM Output Method

Syntax

command

:IO:EOM:MODE <HOLD/PULSe>

Query

:IO:EOM:MODE?

Response

Description

HOLD …

Holds the EOM signal until measurement starts by the next trigger signal.

PULSE …

Sets EOM=OFF according to the specified pulse width

Example

:IO:EOM:MODE HOLD

Set EOM output method to HOLD.

:IO:EOM:MODE? HOLD

EOM output method has been set to HOLD.

Set and Query EOM Pulse Width

Syntax

command

:IO:EOM:PULSe < Pulse width (s)(NR2)>

Query

:IO:EOM:PULSe?

Response

< Pulse width (s)(NR2)>

Description

Pulse width

(s)(NR2)> = 0.001～0.100

Example

:IO:EOM:PULSe 0.023

Set Pulse width to 0.023 seconds.

:IO:EOM:PULSe?

0.23

Pulse width has been set to 0.023 seconds.

HIOKI SM7110A964-04

Query Output Pin Status

Syntax

Query

:IO:OUTPin? <ERR/CCHecgo/OPENgo/IN/PASS/EOM/INDEx/

VCHeckgo/VON/HI/LO/FAIL>

Response

<0/1(NR1)>

Description

Return the output pin status.

Example

:IO:OUTPin? INDEx 1

INDEX pin is ON.

Query NPN/PNP Switch Status

Syntax

Query

:IO:MODE?

Response

Description

Return the NPN/PNP Switch status.

Example

:IO:MODE? NPN

NPN/PNP Switch has been set to NPN.

Set and Query Device Event Status Enable Register

Syntax

Command

:DSE <0

255(NR1)>

Query

:DSE?

Response

<0 ~ 255(NR1)>

Example

Command

Set Device Event status enable register

Query Query Device Event status enable register

128

16 8 4 2 1

bit 7

bit 6

bit 5

bit 4

bit 3

bit 2

bit 1

bit 0

Unused

BOV BFL

STP

ITL

LM2

Unused

LM1

Unused

Query Device Event Status Register

Syntax

Query

:DSR?

Response

<0 ~ 255(NR1)>

Note

When execute DSE command, DSR register is clear

HIOKI SM7110A964-04

(34) Device Event Status Enable Register

Set and Query Header Presence

Syntax

Command

:HEADer <ON/OFF>

Query

:HEADer?

Response

Description

Sets whether or not there is a header in the response message.

Example

:HEADer ON

Adds a header to the response message.

:HEADer? :HEADER ON

A header is set to be added to the response message.

Note

When turning the power on or after the *RST command, this is initialized to OFF (no header).

Return to Local Control

Syntax

Command

:SYSTem:LOCal

Description

Disables communications remote control and re-enables local control. The panel keys are re-enabled.

Example

:SYSTem:LOCal

Set Delimiter [GP-IB]

Syntax

Command

:SYSTem:TERMinator <LF/CRLF>

Query

:SYSTem:TERMinator?

Response

Description

LF … Set delimiter to LF. CRLF … Set delimiter to CRLF.

Example

:SYSTem:TERMinator LF

Set delimiter to LF.

:SYSTer:TERMminator? LF

Delimiter has been set to LF.

HIOKI SM7110A964-04

(35) Command Header

(36) Communications Settings

Format

Range Max

Current Over Range

Contact check NG

UNIT/EXP

2mA

±1.99999E-03A

＋

9.99999E+30

＋

5.55555E+30

200uA

±199.999E-06A

＋

999.999E+30

＋

555.555E+30

20uA

±19.9999E-06A

＋

99.9999E+30

＋

55.5555E+30

2uA

±1.99999E-06A

＋

9.99999E+30

＋

5.55555E+30

200nA

±199.999E-09A

＋

999.999E+30

＋

555.555E+30

20nA

±19.9999E-09A

＋

99.9999E+30

＋

55.5555E+30

2nA

±1.99999E-09A

＋

9.99999E+30

＋

5.55555E+30

200pA

±199.999E-12A

＋

999.999E+30

＋

555.555E+30

20pA

±19.9999E-12A

＋

99.9999E+30

＋

55.5555E+30

Format

Range Max

Current Over Range

Contact check NG

UNIT

2mA～20pA

＋999.999E±□

＋

000.000E-30

＋

555.555E-30

EXP

2mA～20pA

＋9.99999E±□

＋0

.00000E-30

＋5

.55555E-30

Value

Reference

□□□□.□

:MEASure:MONItor?

Value

Reference

±□□

□□

:MEASure:TEMPerature?

Value

Reference

＋□□

□

:MEASure:HUMidity?

Value

Reference

□□

□□□E-12

:OPEN:VALue?

Value

Reference

□□

□□□E-12

:CONTactcheck:VALue?

HIOKI SM7110A964-04

4 Measurement Value Format

Current

・

Note: A “+” sign is returned as a SPACE (ASCII code 20H). The priority of contact check NG is higher than Current Over Range.

・Resistance（Ohm）、Resistivity（OhmRS、OhmRV、OhmRL）

（A）

Note: A “+” sign is returned as a SPACE (ASCII code 20H). The priority of contact check NG is higher than Current Over Range.

・Voltage Monitor（V）

・Tempureture （℃）

・Humidity（%rh）

・Jig capacity open correction（F）

・Contact check value（F）

HIOKI SM7110A964-04

5 Sample Application

Sample application can be downloaded from the Hioki website. It can perform the following operations on the SM7110 and SM7120:

●Measuring instrument settings

●Time Interval Measurement (By setting up the time interval)

●Voltage sweep measurement (measurement using a varying voltage)

●Loading by Return key (Single Measurement)

●Acquisition of measured values and saving in Excel or CSV format

●Graph display

●Testing communications command transmit/receive functionality

●Backing up and restoring instrument settings

Super Megohm Meter SM7110,7120 Programming Command Compatibility with DSM8104

HIOKI SM7110A964-04

Setting Control Program Messages

DSM8104 Function Format Compatibility Notes SM7110、SM7120

DLM Delimiter designation in talker mode. DLM <0～2>

DLM? Delimiter query. DLM?

DFM Output data format designation. DFM <0～3> Not compatible

DFM? Query response in output data format. DFM? Not compatible

MOD Measuring mode setting. MOD <0～3> :MEASure:MODE <R/A/RS/RV/RL>

MOD? Query response in screen state is same as setting. MOD? • When the instrument is set to liquid volume resistivity measurement mode, this query will result in a response of :MEASure:MODE?

MON Changeover between regular measurement. MON <0～1> :DISPlay:MODE <NORMal/SEQuence>

MON? Query response in measuring mode is same as setting. MON? :DISPlay:MODE?

LCD LCD display mode setting. LCD <0～1>

LCD? Query response in LCD display mode is same as setting. LCD?

FIG Setting number of effective columns for measured value display. FIG <2～5> • Specifying "2" will cause the command to be igNored. :MEASure:DIGit <3～6(NR1)>

Query response on setting number of effective columns for measured

FIG?

value display is same as setting.

DSP Display mode setting. DSP <0～1> :MEASure:FORMat <UNIT/EXP>

DSP? Query response in display mode is same as setting. DSP? :MEASure:FORMat?

DLY Trigger delay time (ms) setting. DLY <0～9999> :DELay <Delay time(s)(NR2)>

DLY? Query response on trigger delay time is same as setting. DLY? :DELay?

AVE Averaging setting. AVE <0～1>

AVE? Query response in averaging is same as setting. AVE? • When the average hold function is enabled, this query will result in a response of "2." :AVERage?

SPL Integral time setting (Unit, set values).

Query response on setting number of integral time (unit, set value) is

SPL?

same as setting.

RNG Current range setting. RNG <0～1>,<0～7>

RNG? Query response on current range is same as setting RNG?

FIG? • Because the instrument does Not support the "2" setting, the response will be a value from "3" to "6." :MEASure:DIGit?

SPL <0～1>,<1～15>/<2～ 300>

SPL?

・Specifying "2:<EOI>" will result in a setting of "0:LF<EOI>."

• Because this setting is backed up, cycling the power will Not cause the default value to be restored.

·󲻌Because the instrument does Not support the "2:<EOI>" setting, the response will be "0."

• Specifying "0" will set the LCD and backlight to 0 and disable measured value render updates.

• Specifying "1" will set the LCD to 50 and the backlight to 80 and enable measured value render updates.

• The instrument will return "0" if the LCD and backlight are set to 0 and measured value render updates are disabled.

• Otherwise, it will return "1."

• Specifying "1" will cause the auto averaging function to be set.

• Specifying "2: will cause the average hold function to be set (Not supported by the DSM8104).

• Different combinations of units and settings can be used to make the settings listed in the following table

■0:PLC　setting PLC 1～3 4～12 13～15 SPEED MED SLOW SLOW2

■1:ms setting ms（Line frequency50Hz） 2～9 10～19 20～79 80～259 260～300 SPEED FAST FAST2 MED SLOW SLOW2

ms（Line frequency60Hz） 2～7 8～15 16～65 66～215 216～300 SPEED FAST FAST2 MED SLOW SLOW2

• The response will vary with the instrument’s SPEED setting as described in the following table:

SPEED FAST FAST2 MED SLOW SLOW2

Response 1,2

• The instrument will be configured as described in the following table based on its SPEED setting:

Range setting during FAST FAST2 MED SLOW SLOW2

02mA2mA

1 2mA 200uA 200uA 200uA 20uA 2 200uA 20uA 20uA 20uA 2uA 3 20uA 2uA 2uA 2uA 200nA 4 2uA 200nA 200nA 200nA 20nA 5 200nA 20nA 20nA 20nA 2nA 6 20nA 2nA 2nA 2nA 20pA 7 2nA 2nA 200pA 20pA 20pA

• The response (HOLD) will vary with the instrument’s SPEED setting as described in the following table:

SM7420 Range setting FAST FAST2 MED SLOW SLOW2

1,10（50Hz） 1,8（60Hz）

2mA 0,1 0,0

200uA 0,2 0,1 0,1 0,1 0,0

20uA 0,3 0,2 0,2 0,2 0,1

2uA 0,4 0,3 0,3 0,3 0,2

200nA 0,5 0,4 0,4 0,4 0,3

20nA 0,6 0,5 0,5 0,5 0,4

2nA 0,7 0,6 0,6 0,6 0,5

200pA 0,7 0,6 0,6

20pA 0,7 0,7

0,1 0,4 0,13

2mA

Chan

2mA

Change

200uA

:SYSTem:TERMinator <LF/CRLF>

:SYSTem:TERMinator?

:DISPlay:CONTrast <0～100(NR1)> :DISPlay:BACKlight <0～100(NR1)> :DISPlay:UPDate <ON/OFF> :DISPlay:CONTrast? :DISPlay:BACKlight? :DISPlay:UPDate?

:AVERage <OFF/HOLD/AUTO>

:SPEEd <SLOW2/SLOW/MED/FAST2/FAST>

:SPEEd?

:RANGe <20pA/200pA/2nA/20nA/200nA/2uA/20uA/200uA/2mA>

:RANGe?

1/3

SRT Function to interact with measuring voltage ON or measurement start. SRT :STARt

HIOKI SM7110A964-04

STP Function to interact with measuring stop (measuring voltage OFF). STP :STOP

MTG Generates manual trigger. MTG *TRG

IVS Setting Measuring Voltage . IVS <0.1～1000.0> :VOLTage <Voltage(V)(NR2)>

IVS? Query response of Measuring Voltage is same as setting. IVS? :VOLTage?

PWS Measuring power source setting.

Measuring power source setting query.

PWS?

Query response in display mode is same as setting.

DEV Deviation value display mode setting.

DEV? Query response in deviation value display mode is same as setting. DEV?

ELC Electrode data setting.

ELC? Query response electrode data is same as setting. ELC? • Because the instrument does Not support SIZE/ACTL selection, the SIZE/ACTL response will always be "0."

VCM Selection of auto voltage check execute mode. VCM <0～1> :VCHeck:STATe <ON/OFF>

Query response of auto voltage monitoring execute mode is same as

VCM?

setting.

CCM Selection of auto contact check execute mode. CCM <0～1> :CONTactcheck:STATe <ON/OFF>

CCM? Query response of auto contact check execute mode is same as CCM? :CONTactcheck:STATe?

Work capacity setting Capacity of work for open correction value

WCP

calculation.

WCP? Query response of work capacity is same as setting. WCP? :CONTactcheck:LIMit?

Executes open correction once and capacity value measured during

OST?

open correction is returned as a response. VCK? Executes voltage check once and returns result of it as a response. VCK? :VCHeck? CCK? Executes contact check once and returns result of it as a response. CCK? :CONTactcheck?

TGM Trigger mode setting. TGM <0～2>

TGM? Query response of trigger mode is same as setting. TGM? • Because the instrument does Not support the "1" setting, the response will be either "0" or "2." :TRIGger?

RDT? Measured data query. RDT? <0～2>

CMP Comparison Measuring mode setting.

CMP? Query response of Comparison Measuring mode is same as setting. CMP?

SEQ Sequential mode setting.

Same as set items of query SEQ command message in sequential SEQ?

mode.

CNF Operation environment setting.

CNF? Query response of operation environment is same as setting. CNF?

THL Histogram display threshold setting.

THL? Query response of threshold is same as setting.

RHS? Histogram counter readout.

CHS Histogram counter clear.

PWS <0～2>,<0～１>,<0～1>

PWS? • Because the instrument does Not support the Noise filter will always be "0."

DEV <0～1>,<-9.9999E+30～

9.9999E+30>

ELC <0～1>,<0.0～999.9>,<0.1 ～1199.9>,<0.001～

30.000>,<0.01～999.99>

VCM? :VCHeck:STATe?

WCP <0.5～99.9> :CONTactcheck:LIMit <Judgment reference value (F)(NR3)>

OST?

CMP <0～1>,<0～2>,<-

9.9999E+30～9.9999E+30>,<-

9.9999E+30～9.9999E+30>

SEQ <0～1>,<0～9>,<0.0～

999.9>,<0.0～999.9>,<0.0～

999.9>,<0.0～999.9>

SEQ?

CNF <0～1>,<0～1>,<0～1>,<0 ～1>

• Because the instrument does Not support the Noise filter will be igNored.

• Because the instrument does Not support deviation value display mode, this command will be igNored and will Not result in a command error.

• Because the instrument does Not support SIZE/ACTL selection, the SIZE/ACTL setting will be igNored.

• The response range is 0 to 99.999.

• In the event of an error, the query will result in a response of 999.9.

• Because the instrument does Not support the "1: Manual trigger" setting, specifying "1" will cause an external trigger to be set.

• Because the instrument does Not support mode selection, the "Mode" setting will be igNored. :COMParator:LIMit <OFF/Upper-limit(NR3)>,<OFF/Lower-limit(NR3)>

• The "Comparison execution" query will result in a response of "1" if either the upper limit value or lower limit value is enabled.

• The "Mode" query will always result in a response of "1."

• Specifying "0" for the "Beep tone" parameter will disable all comparator judgment tones.

• Specifying "1: for the "Beep tone" parameter and "0" for the "Beep tone PASS/FAIL" parameter will set the comparator judgment tone for HI and LO judgments to Type 1 and while disabling the judgment tone for IN judgments.

• Specifying "1" for both the "Beep tone" parameter and the "Beep tone PASS/FAIL" parameter will disable the comparator judgment tone for HI and LO judgments while setting the tone for IN judgments to Type 1.

• "Beep tone" queries will result in a response of "0" when all comparator judgment tones are disabled.

• "Beep tone PASS/FAIL" queries will result in a response of "1" when the comparator judgment tone for IN judgments is Not disabled.

• The instrument does Not provide a histogram display.This command will be igNored and will Not result in a command error.

:CHARge:LIMit:CURRent <1.8mA/5mA/10mA/50mA> :CHARge:LIMit <ON/OFF> :CHARge:LIMit:CURRent? :CHARge:LIMit?

Not compatible

:ELECtric:D1 <diameter(m)(NR2)> :ELECtric:D2 <diameter of theconter(m)(NR2)> :ELECtric:T <Thickness (m)(NR2)> :ELECtric:K <Electrode constact(NR2)> :ELECtric:D1? :ELECtric:D2? :ELECtric:T? :ELECtric:K?

:OPEN? :OPEN:VALue?

:TRIGger <INTernal/EXTernal>

:MEASure? :MEASure:COMParator? :MEASure:RESult? <1～255>

:COMParator:LIMit?

:SEQuence:STATe <ON/OFF> :SEQuence:NUMBer <0～9(NR1)> :SEQuence:TIME <Sequential Measuring No.(NR1)>,<Discharge time before measurement starts(s)(NR2)>,<Charging (voltage applied) time(s) (NR2)>,<Measuring Time(s) (NR2)>,<Discharge time after completion of measurement(s) (NR2)> :SEQuence:STATe? :SEQuence:NUMBer? :SEQuence:TIME? <Sequential Measuring No.(NR1)>

:INTerlock <ON/OFF> :COMParator:BEEPer <HI/IN/LO>,<TYPE1/TYPE2/TYPE3/OFF>,<Times> :KEY:BEEPer <ON/OFF>

:INTerlock? :COMParator:BEEPer? <HI/IN/LO> :KEY:BEEPer?

Not compatible

2/3

BSZ? Reads number of data groups in the measured data buffer. :MEMory:COUNt?

HIOKI SM7110A964-04

RBF? Measured data buffer readout. RBF? <0～1> :MEMory? <1～255>

CBF Measured data buffer clear. CBF :MEMory:CLEar

ACL Auto self-calibration (current range calibration) setting. ACL <0～1>,<10～9999>

Query response of auto self-calibration (current range calibration) is ACL?

same as setting.

Execution And Execution Result Program Messages

DSM8104 Function Format Compatibility Notes SM7110、SM7120

ERR? Error information clear. ERR? • The instrument does Not have an error register. This command will be igNored and will Not result in a command Not compatible

DSE Sets the device event status enable register. DSE <0～255> :DSE <0～255(NR1)>

Query response data of the device event status enable register is DSE?

same as setting. DSR? Query about data of the device event status enable register. DSR? :DSR?

*SAV Environmental data save. *SAV <0～9>

*RCL Environmental data recall. *RCL <0～9> • The instrument uses panel numbers 1 through 10. For example, you would specify "0" to load Panel 1. :PANel:LOAD <1～10(NR1)> *IDN? Equipment ID query. *IDN? • This query generates a response of "<Name of manufacturer>,<Name of model>,<Serial number>,<Software *IDN?

*CAL?

*STB? Query of data in the status byte register. *STB? *STB?

*ESE? Query of data in the standard event status enable register. *ESE? *ESE? *ESR? Query of data in the standard event status register. *ESR? *ESR?

*OPC? Returns "1" after all operations being executed are finished. *OPC? • This command returns "1" after processing of the command received before the "*OPC" command completes. *OPC?

Self-calibration (current range calibration)

execute.

*TST Self-diagNosis result query. *TST?

*TRG The same function as the GET message. *TRG

*CLS Status register clear. *CLS *CLS *SRE Sets the service request enable register. *SRE <0～255> • The instrument does Not support "Bit 0: MEC." *SRE <0～255 (NR1)> *SRE Query of data in the service request enable register. *SRE? • The instrument does Not support "Bit 0: MEC." *SRE?

*ESE Sets the standard event status enable register. *ESE <0～255> *ESE <0～255(NR1)>

*RST Initialize. *RST

Sets OPC bit of the standard event status register after all operations *OPC

being executed are finished.

ACL?

DSE? :DSE?

*CAL? • Auto-calibration takes about 5 sec. :CALibration?

*OPC

• Because the upper limit on the instrument’s automatic self-calibration interval time is 600 sec., specifying a time from 601 to 9999 sec. will cause the parameter to be set to 600 sec.

• Because the valid setting range for the instrument’s automatic self-calibration interval time is 1 to 600 sec., the response will be a value from "1" to "600."

• The instrument uses panel numbers 1 through 10. For example, specifying "0" will cause the settings to be saved as Panel 1.

• This query returns "0" if there is No error, or "1" if there is a ROM error. The DSM8104 uses the opposite logic. *TST?

• Attempting to use the internal trigger will result in an execution error.

• Using the external trigger will generate one trigger event if the start state is in effect.

• The instrument will return the measured value if it is set to DSM mode: "<Channel>,<Measured value>,<Status>,<Comparison result>."

• This command reverts the instrument to its factory defaults, with the exception of communication settings and panel data (i.e., it initiates a Normal reset).

• This command sets the OPC bit after processing of the command received before the "*OPC" command completes.

:CALibration:AUTO <ON/OFF> :CALibration:TIME <Time(s)(NR1)> :CALibration:AUTO? :CALibration:TIME?

:PANel:SAVE <1～10(NR1)>

*TRG

*RST

*OPC

3/3

HIOKI SM7110A964-04

www.hioki.com/

Hioki SM7110, SM7120 Communications Command Instruction Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

Contents

Introduction

Message Format

Output Queue and Input Buffer

Status Byte Register

Event Registers

Initialization Items

Local Function

Command Execution Time

Errors During Communications

2 Message List

3 Message Reference

Message Reference Interpretation

Standard Commands

(1) System Data Command

(2) Internal Operation Command

(3) Synchronization Commands

(4) Status and Event Control Commands

Device-Specific Commands

(5) Measured value display mode

(7) The Number of Displayed digits

(10) Range

(11) Delay

(12) Average

(13) Sequence Program function

(15) Trigger

(17) Interlock

(18) Current Limit

(19) Contact check

(21) Resistivity measurement function

(22) Sweep function

(23) Comparator

(25) Key Beeper

(26) Key-lock

(27) Internal memory

(28) Voltage monitor check

(29) Double action

(30) LCD

(33) EXT I/O

(34) Device Event Status Enable Register

(35) Command Header

(36) Communications Settings

4 Measurement Value Format

5 Sample Application

Super Megohm Meter SM7110,7120 Programming Command Compatibility with DSM8104