Panasonic HL-C2 Series User manual

Preface
Thank you for purchasing Ultra High-Speed, High-Accuracy Laser Displacement
Sensor “HL-C2 Series”.
To fully use this product safely and properly, please read this manual carefully.
See our Website (https://panasonic.net/id/pidsx/global) for the latest information
about the product and latest user’s manual.
■Note
1. Please notice that illustrations in this manual might be little different from the actual
product.
2. Contents of this manual will be changed without notice due to improvements.
3. This manual and software must not be partially or totally copied or reprinted.
4. If there are any questions, mistakes, paging disorder, or missing pages in this
manual, please contact our sales office nearest you.
5. We have no responsibility of any results of operations regardless of the above.

Preface
1
Whole USER’S MANUAL Construction
The HL-C2 Series is prepared for the following user’s manuals.
Read them as necessary.
HL-C2 Series USER’S MANUAL (PDF)
It describes cautions for using HL-C2 Series, and
installation method, operation method, function details,
specifications, maintenance and inspection method of
system components (controller, sensor head and compact
console). It also describes the method of controlling the
system by RS-232 communication.
See it for various communication formats.
The communication formats described in this manual (“HL-C2 Series
USER’S MANUAL: RS-232C Communication Control”) are explained in
“HL-C2 Series USER’S MANUAL”, too. Read it as necessary.
This manual HL-C2 Series USER’S MANUAL
Ultra High-Speed, High-Accuracy
Laser Displacement Sensor
HL-C2 Series
User's Manual
ME-HLC2-09
2013.6
panasonic.net/id/pidsx/global

Preface
2
HL-C2 Series USER’S MANUAL: RS-232C Communication Control (PDF)
This manual
It describes various commands for controlling the system by
PLC or PC using RS-232C communication.
HL-C2 Series USER’S MANUAL: USB Communication Control (PDF)
This manual describes API for controlling the system by
PLC or PC using USB communication.
HL-C2 Series USER’S MANUAL: Ethernet Communication Control
(PDF)
This manual explains various settings to acquire
measurement information of the HL-C2 system by PLC
using Ethernet communication.
ME-HLCSRS-09
2013.6
panasonic.net/id/pidsx/global
Ultra High-Speed, High-Accuracy
Laser Displacement Sensor
HL-C2 Series
User's Manual
RS-232C Communication Control
Ultra High-Speed, High-Accuracy
Laser Displacement Sensor
HL-C2 Series
User's Manual
ME-HLCSUSB-08
2013.6
panasonic.net/id/pidsx/global
USB Communication Control
ME-HLCSEN-02
2013.6
panasonic.net/id/pidsx/global
Ultra High-Speed, High-Accuracy
Laser Displacement Sensor
HL-C2 Series
User's Manual
Ethernet Communication Control

Preface
3
■USER’S MANUAL for Intelligent Monitor AiM
The Intelligent Monitor AiM, which contains various useful functions in
addition to the compact console, is available when developing PC-based
system.
HL-C2 Series USER’S MANUAL: Intelligent Monitor AiM (PDF)
This manual is included as a PDF file in the Intelligent
Monitor AiM, which can be downloaded on our Internet
website.
This manual describes installation method, operation
method, functional details and error messages of the
software.
It also describes an evaluation analysis of HL-C2 Series or
use of buffering function and received light intensity
waveform display function, which are useful for optimum
system setting.
Ultra High-Speed, High-Accuracy
Laser Displacement Sensor
HL-C2 Series
User's Manual
ME-HLCSAIM-08
2013.6
panasonic.net/id/pidsx/global
Intelligent Monitor AiM

Preface
4
MEMO

Preface
5
Manual Construction
1
2
3
4
5
Appendix
1
2
3
4
5
Apx
This chapter provides cautions for safe and correct
operation of the product. Be sure to read this chapter.
Preface
Appendix
Buffering Command
System Command
Common Command
OUT Command
Head Command
This chapter explains the commands for controlling
the sensor head.
This chapter explains various commands for function
settings regarding output data processing.
This chapter explains various commands for function
settings and execution of operation reg
arding data
buffering.
This chapter explains the commands for function
settings common in Head setting and OUT setting.
This chapter explains various commands for function
settings regarding the system of equipment, such as
initialization, save and communication settings.
This chapter describes index and revision history.

Preface
6
Contents
Whole USER’S MANUAL Construction 1
■USER’S MANUAL for Intelligent
Monitor AiM·······························································3
Manual Construction···························· 5
Contents·············································· 6
Safety Precautions ····························· 8
■Symbol Indications·········································· 8
For Correct Use·································10
Correct Handling ·······························10
Cautions on Handling Laser Light ·····10
Standards ··········································10
1Head Command····························1-1
1-1 Explanation of Head Command···1-2
1-1-1 Installation Mode: RMM/WMM ···1-2
1-1-2
Emission Adjustment: RFB/WFB
··1-2
1-1-3 Emission Adjustment Area - a :
REA/WEA ································· 1-4
1-1-4 Emission Adjustment Area - b :
REB/WEB ································· 1-4
1-1-5 Emitted Light Intensity Search:
RFC/WFC ································· 1-5
1-1-6 Alarm Delay Times: RHC/WHC ··1-6
1-1-7 Measurement Mode: RSM/WSM 1-6
1-1-8 Measurement Surface Reference:
RBF/WBF··································1-7
1-1-9
Measuring Range (a): RPA
・
WPA
· 1-8
1-1-10
Measuring Range (b): RPB
・
WPB
· 1-8
1-1-11 Calibration Measurement Value A:
RCA/WCA································· 1-9
1-1-12 Calibration Measurement Value B:
RCB/WCB······························· 1-10
1-1-13 Calibration Correction Value a:
RHA/WHA······························· 1-11
1-1-14 Calibration Correction Value b:
RHB/WHB······························· 1-11
1-1-15 Execute Calibration: WCE······ 1-12
1-1-16 Laser Control: RLR/WLR········ 1-13
1-1-17 Received Light Intensity Readout:
RID ········································· 1-13
1-1-18 Peak Recognition Sensitivity:
RTH/WTH ······························· 1-14
1-1-19 Median Filter RMF・WMF········ 1-15
2OUT Command ···························· 2-1
2-1 Explanation of OUT Command····2-2
2-1-1 Output Selection: ROS/WOS ·····2-2
2-1-2 Transparent Object: RMN/WMN·2-3
2-1-3 Refractive Index Calculation:
RGK/WGK·································2-4
2-1-4 Refractive Index: RGR/WGR······2-4
2-1-5 Zero Set: RZS/WZS ···················2-5
2-1-6 Timing: RTI/WTI·························2-6
2-1-7 Reset: RRS/WRS·······················2-6
2-1-8 Hold: RHD/WHD ························2-7
2-1-9 Analysis Mode: RHM/WHM ········2-8
2-1-10 Filter Operation: RFL/WFL ·······2-9
2-1-11 Average Times: RAV/WAV ······ 2-10
2-1-12 Cutoff Frequency: RCO/WCO· 2-11
2-1-13
Operation Coefficient: RMK/WMK
·· 2-12
2-1-14 Offset: RML/WML··················· 2-12
2-1-15 Judgment Output Upper Limit
Value: RHL/WHL····················· 2-13
2-1-16 Judgment Output Lower Limit
Value: RLL/WLL ······················ 2-13
2-1-17 Judgment Output Upper Limit
Hysteresis: REH/WEH ············ 2-14
2-1-18 Judgment Output Lower Limit
Hysteresis: REL/WEL·············· 2-14
2-1-19 Analog Scaling Measurement
Value A: RAH/WAH ················· 2-15
2-1-20 Analog Scaling Measurement
Value B: RAL/WAL ·················· 2-16
2-1-21 Analog Scaling Voltage a:
RVH/WVH ······························· 2-16
2-1-22 Analog Scaling Voltage b:
RVL/WVL ································ 2-17
2-1-23 Execute Analog Scaling: WAS 2-18
2-1-24
Analog Output at Alarm: RAA/WAA
2-18
2-1-25 Analog Output at Alarm/ Fixed
Value: RFM/WFM···················· 2-19
2-1-26 Analog Output at Data Unfixed:
RDA/WDA ······························· 2-20
2-1-27
Digital Output at Alarm: RAD/WAD
2-20
2-1-28
Alarm Output Delay: RAC/WAC
2-21
2-1-29 Digit Number of Measurement
Value: RKT/WKT ····················· 2-22
2-1-30 Measurement Value: RMD······ 2-22
2-1-31 Alarm Output: ROA················· 2-23
2-1-32 Strobe Output: ROB ··············· 2-23

Preface
7
2-1-33 Judgment Output HI: RHI······· 2-24
2-1-34 Judgment Output GO: RGO ··· 2-24
2-1-35 Judgment Output LO: RLO····· 2-25
3Common Command ····················3-1
3-1 Explanation of Common Command
························································· 3-2
3-1-1 Sampling Cycle: RSP/WSP ······· 3-2
3-1-2
Terminal Input Control: RIM/WIM
·· 3-3
3-1-3 Chattering Prevention for Terminal
Input: RIC/WIC ························· 3-3
3-1-4 Judgment Output Off Delay:
ROF/WOF································· 3-4
3-1-5
Interference Prevention: RXT/WXT
· 3-5
3-1-6
2 Output Measurement Value: RMA
·· 3-5
3-1-7 All Output Read: RMB ··············· 3-6
4System Command ·······················4-1
4-1
Explanation of System Command
· 4-2
4-1-1 Copy Output Setting: WOC········ 4-2
4-1-2 Priority Setting of Memory Change:
RYU/WYU································· 4-2
4-1-3 Memory Change: RMC/WMC····· 4-3
4-1-4 Copy Source Memory: WSF ······ 4-3
4-1-5 Copy Destination Memory: WDF 4-4
4-1-6 Memory Copy: WCF ·················· 4-4
4-1-7 Initialize: WIN ···························· 4-5
4-1-8 Save: WWR ······························· 4-5
4-1-9 RS-232C Baud Rate: RSA/WSA 4-6
4-1-10
RS-232C Data Length: RSB/WSB
· 4-6
4-1-11
RS-232C Parity Check: RSC/WSC
·· 4-7
4-1-12
RS-232C Output Mode: RSD/WSD
·· 4-8
4-1-13
RS-232C Output Type: RSE/WSE
· 4-8
4-1-14 Display Update Cycle of
Measurement Value: RKS/WKS 4-9
4-1-15
Change Indication Unit: RUT/WUT
4-10
4-1-16 Console Start-up Screen:
RKG/WKG ·······························4-11
4-1-17
Console Panel Lock: RPL/WPL
4-12
5Buffering Command ····················5-1
5-1 Data Buffering Description·········· 5-2
■Data Buffering Procedures ······················ 5-3
1. Send settings ················································· 5-4
2. Buffering start ················································ 5-8
3. Accumulation start········································ 5-8
4. Status check ··················································· 5-9
5. Buffering stop················································· 5-9
6. Accumulated data readout ·························5-9
5-2 Explanation of Buffering Command
·······················································5-11
5-2-1 Self-stop: RSS/WSS ·················5-11
5-2-2 Buffering Mode: RBD/WBD·······5-11
5-2-3 Buffering Type: RTT/WTT ········ 5-12
5-2-4 Buffering Rate: RBR/WBR ······· 5-13
5-2-5
Accumulated Amount: RBC/WBC
·· 5-14
5-2-6 Trigger Conditions: RTR/WTR · 5-14
5-2-7 Trigger Delay: RTL/WTL ·········· 5-15
5-2-8 Trigger Point: RTP/WTP ·········· 5-16
5-2-9 Sample Trigger Accumulation
Amount: RSR/WSR················· 5-16
5-2-10
Buffering Operation: RBS/WBS
·· 5-17
5-2-11 Status Readout: RTS ············· 5-17
5-2-12 Final Data Point: RLD ············ 5-18
5-2-13 Data (normal): RLA ················ 5-18
5-2-14 Data (rapid): RLB··················· 5-19
5-2-15
Trigger Counter Readout: RLE
· 5-20
Appendix ··················································1
1Index ················································2
Revision history ······················································ 6

Preface
8
Safety Precautions
This product is intended to detect the objects and does not have the control
function to ensure safety such as accident prevention.
Do not use the product as a sensing device to protect human body.
Please use the products that comply with local laws and standards for human
body protection specified by e.g., OSHA, ANSI and IEC.
Please read this manual carefully before using the product and use it
correctly.
■Symbol Indications
This manual uses symbols to indicate safety precautions, instructions, and
reference.
Before reading this manual, fully understand the meanings of these
indications.
“WARNING”
indicates the possibility that death or serious
injury could result if a handling error occurs.
“CAUTION” indicates the possibility that the user could
be injured or property could be damaged if a handling
error occurs.
“CHECK” indicates any instructions or precautions for
using the system.
“REFERENCE” indicates any hints for operation, detail
explanations, or references.
“TECHNIQUE” indicates useful conditions or techniques
(know-how) for operation of the system.

Preface
9
●Install a fail-safe device when the product is used for the purpose that
has a possibility of physical injury or serious extended damage.
●Do not use the product in the atmosphere of flammable gas, to prevent
explosion.
●Use the product within specifications.
Abnormal heat or smoke generation may occur.
●Do not disassemble or remodel the product. Electrical shock or smoke
generation may occur.
●Connect the electric wire securely with the terminal screws.
Imperfect connection may cause abnormal heat or smoke generation.
●Do not touch the terminal during energization of the product, to prevent
electrical shock.

Preface
10
For Correct Use
This manual describes various commands for controlling the HL-C2 system
by RS-232C communication.
For the detailed description of each function and communication format on
the system, refer to “HL-C2 Series USER’S MANUAL”(separate volume).
Correct Handling
For the items listed below, refer to “HL-C2 Series USER’S MANUAL”
(separate volume).
・
Installation Environment
・
Use Environment
・
Measures to Noise
・
Warming Up Time
・
Insulation Resistance and Voltage Resistance
・
Power Supply
・
Instantaneous Power Failure
・
Grounding
・
Installation
Cautions on Handling Laser Light
Refer to “HL-C2 Series USER’S MANUAL”.
Standards
Refer to “HL-C2 Series USER’S MANUAL”.

1-1
1
1
Head Command
This chapter explains the commands for controlling the sensor head.
1-1 Explanation of Head Command······························· 1-2
1-1-1 Installation Mode: RMM/WMM ·································· 1-2
1-1-2 Emission Adjustment: RFB/WFB······························ 1-2
1-1-3 Emission Adjustment Area - a : REA/WEA ·········· 1-4
1-1-4 Emission Adjustment Area - b : REB/WEB ·········· 1-4
1-1-5 Emitted Light Intensity Search: RFC/WFC ·········· 1-5
1-1-6 Alarm Delay Times: RHC/WHC································· 1-6
1-1-7 Measurement Mode: RSM/WSM······························ 1-6
1-1-8 Measurement Surface Reference: RBF/WBF·········· 1-7
1-1-9
Measuring Range (a): RPA
・
WPA
···································· 1-8
1-1-10
Measuring Range (b): RPB
・
WPB
··································· 1-8
1-1-11 Calibration Measurement Value A: RCA/WCA ········· 1-9
1-1-12 Calibration Measurement Value B: RCB/WCB·······1-10
1-1-13 Calibration Correction Value a: RHA/WHA······1-11
1-1-14 Calibration Correction Value b: RHB/WHB······1-11
1-1-15 Execute Calibration: WCE ······································1-12
1-1-16 Laser Control: RLR/WLR·········································1-13
1-1-17 Received Light Intensity Readout: RID·············1-13
1-1-18 Peak Recognition Sensitivity: RTH/WTH··········1-14
1-1-19 Median Filter RMF・WMF·········································1-15

Chapter 1 Head Command
1-2
1
1-1 Explanation of Head Command
1-1-1 Installation Mode: RMM/WMM
WMM and RMM respectively specify and load the setting of installation
mode for each sensor head.
Command
Code Subdata Description
Read
Setting
RMM WMM 1/2
00000
Diffuse Reflection
00001
Specular Reflection
F O R M AT
1
F O R M AT
3
(1) Setting of Installation Mode is loaded.
Request:
F O R M AT
1
Response:
F O R M AT
1
(2) Installation Mode is set to “Specular Reflection”.
Request:
F O R M AT
3
Response:
F O R M AT
9
1-1-2 Emission Adjustment: RFB/WFB
WFB and RFB respectively specify and load the setting of emission
adjustment for each sensor head.
Command
Code Subdata Description
Read
Setting
RFB WFB 1/2
00000
Auto
00001
0.04% Fixed
00002
0.05% Fixed
00003
0.06% Fixed
00004
0.08% Fixed
00005
0.11% Fixed
00006
0.14% Fixed
% E E # W M M 1 00001 *
*CR
% E E $ W M M * *
CR
% E E $ R M M 0 0 0 0 0 * *
CR
% E E # R M M 1 * *
CR
Ex
BCC
%
E
E
#
R
M
M
CR
Header
Command
Code
BCC
%
E
E
#
W
M
M
CR
Header
Command
Code
Subdata

Chapter 1 Head Command
1-3
1
Command
Code Subdata Description
Read
Setting
RFB WFB 1/2
00007
0.18% Fixed
00008
0.24% Fixed
00009
0.31% Fixed
00010
0.40% Fixed
00011
0.53% Fixed
00012
0.68% Fixed
00013
0.89% Fixed
00014
1.16% Fixed
00015
1.50% Fixed
00016
1.95% Fixed
00017
2.54% Fixed
00018
3.30% Fixed
00019
4.29% Fixed
00020
5.58% Fixed
00021
7.25% Fixed
00022
9.43% Fixed
00023
12.3% Fixed
00024
15.9% Fixed
00025
20.7% Fixed
00026
26.9% Fixed
00027
35.0% Fixed
00028
45.5% Fixed
00029
59.2% Fixed
00030
76.9% Fixed
00031
100% Fixed
F O R M AT
1
F O R M AT
3
(1) Setting of Emission Adjustment is loaded.
Request:
F O R M AT
1
Response:
F O R M AT
1
(2) Emission Adjustment is set to “100% Fixed”.
Request:
F O R M AT
3
Response:
F O R M AT
9
% E E # R F B 1 * *
CR
% E E $ R F B 0 0 0 0 0 * *
CR
%
E
E
#
W
F
B
1
0
0
CR
0
1
3
*
*
% E E $ W F B * * CR
Ex
BCC
%
E
E
#
W
F
B
CR
Header Command
Code
Subdata
BCC
%
E
E
#
R
F
B
CR
Header Command
Code

Chapter 1 Head Command
1-4
1
1-1-3 Emission Adjustment Area - a : REA/WEA
Command
Code Setting value Least input
increment
Read
Setting
REA
WEA
1/2
00001 to 00512
1
F O R M AT
1
F O R M AT
3
(1) Setting value of Emission Adjustment Area - a is loaded.
Request:
F O R M AT
1
Response:
FOR MAT
1
(2) Emission Adjustment Area – a is set to “00215”.
Request:
F O R M AT
3
Response:
F O R M AT
9
1-1-4 Emission Adjustment Area - b : REB/WEB
Command
Code Setting value Least input
increment
Read
Setting
REB
WEB
1/2
00001 to 00512
1
F O R M AT
1
F O R M AT
3
(1) Setting value of Emission Adjustment Area - b is loaded.
Request:
F O R M AT
1
Response:
FOR MAT
1
Ex
BCC
%
E
E
#
R
E
A
1
＊ ＊
CR
Header Command
Code
BCC
%
E
E
#
W
E
A
CR
Header Command
Code
Subdata
%
E
E
#
R
E
A
1
＊ ＊
CR
%
E
E
$
R
E
A
0
1
0
2
＊
3
CR
＊
%
E
E
#
W
E
A
1
0
0
CR
2
5
1
＊ ＊
%
E
E
$
W
E
A
＊ ＊
CR
Ex
BCC
%
E
E
#
R
E
B
1
＊ ＊
CR
Header Command
Code
BCC
%
E
E
#
W
E
B
CR
Header Command
Code
Subdata
%
E
E
#
R
E
B
1
＊
＊
CR
%
E
E
$
R
E
B
0
1
0
2
＊
3
CR
＊

Chapter 1 Head Command
1-5
1
(2) Emission Adjustment Area – b is set to “00215”.
Request:
F O R M AT
3
Response:
F O R M AT
9
1-1-5Emitted Light Intensity Search: RFC/WFC
WFC automatically adjusts the emitted light intensity for each sensor
head.
During command execution, the status of command execution can be loaded.
After command execution, the value can be loaded by “Emission Adjustment”.
“1-1-2 Emission Adjustment: RFB/WFB”
Command
Code Subdata Description
Read
Setting
RFC WFC 1/2
00000
No command
00001
Execute
00002
Searching
F O R M AT
1
F O R M AT
3
(1) Status of Emitted Light Intensity Search is loaded.
Request:
F O R M AT
1
Response:
F O R M AT
1
(2) Emitted Light Intensity Search is set to “Execution”.
Request:
F O R M AT
3
Response:
F O R M AT
9
Ex
% E E # R F C 1 * *
CR
%E E $ R F C 0 0 0 0 3 * * CR
% E E # W F C 1 0 0 0 0 1 * * CR
% E E $ W F C * * CR
BCC
%
E
E
#
R
F
C
CR
Header Command
Code
BCC
%
E
E
#
W
F
C
CR
Header Command
Code
Subdata
%
E
E
#
W
E
B
1
0
0
CR
2
5
1
＊
＊
%
E
E
$
W
E
B
＊
＊
CR

Chapter 1 Head Command
1-6
1
1-1-6 Alarm Delay Times: RHC/WHC
WHC and RHC respectively specify and load the setting of alarm delay
times for each sensor head.
The setting here is reflected in digital measurement value, analog output,
alarm terminal output and alarm indicator on the controller.
Command
Code Subdata Description
Read
Setting
RHC WHC 1/2
00000
OFF
00001 to 65534
Fixed Value
65535
Hold Previous Normal Value
F O R M AT
1
F O R M AT
3
(1) Setting of Alarm Delay Times is loaded.
Request:
F O R M AT
1
Response:
F O R M AT
1
(2) Alarm Delay Times is set to “Hold Previous Normal Value”.
Request:
F O R M AT
3
Response:
F O R M AT
9
1-1-7 Measurement Mode: RSM/WSM
WSM selects the optimum digital processing mode to the object to be
measured.
By selecting the optimum measurement algorithm such as disturbance
correction of received light waveform, steady measurement values can be
acquired.
Command
Code Subdata Description
Read
Setting
RSM WSM 1/2
00000
Diffuse [Standard]
00001
Specular[Standard]
00002
Metal 1
00003
Metal 2
00004
Penetration
00005
Glass
00006
Glass Pattern
Ex
% E E # R H C 1 * *
CR
% E E $ R H C 0 0 008**CR
% E E # W H C 1 6 5 5 3 5 * * CR
% E E $ W H C * *
CR
BCC
%
E
E
#
R
H
C
CR
Header Command
Code
BCC
%
E
E
#
W
H
C
CR
Header Command
Code
Subdata

Chapter 1 Head Command
1-7
1
F O R M AT
1
F O R M AT
3
(1) Setting of Measurement Mode is loaded.
Request:
F O R M AT
1
Response:
F O R M AT
1
(2) Measurement Mode is set to “Metal 1”.
Request:
F O R M AT
3
Response:
F O R M AT
9
1-1-8 Measurement Surface Reference: RBF/WBF
WBF and RBF respectively specify and load the setting of reference
surface used for measurement for each sensor head.
It selects whether the measurement surface is counted from the near point of
sensor head (Near) or from the far point (Far).
Command
Code Subdata Description
Read
Setting
RBF WBF 1/2
00000
Near
00001
Far
F O R M AT
1
F O R M AT
3
(1) Setting of Measurement Surface Reference is loaded.
Request:
F O R M AT
1
Response:
F O R M AT
1
(2) Measurement Surface Reference is set to “Far”.
Request:
F O R M AT
3
Response:
F O R M AT
9
Ex
% E E # R B F 1**CR
% E E $ R B F 0 0 0 0 0 * *
CR
% E E # W B F 1 0 0 0 0 1 * *
CR
% E E $ W B F * * CR
%
E
E
$
W
S
M
*
CR
*
% E E # W S M 1 0 0
CR
0
2
0
＊ ＊
%
E
E
$
R
S
M
0
0
0
0
＊
0
CR
＊
% E E # R
S
M
1
＊ ＊
CR
Ex
BCC
%
E
E
#
W
S
M
CR
Header Command
Code
Subdata
BCC
%
E
E
#
R
B
F
CR
Header Command
Code
BCC
%
E
E
#
W
B
F
CR
Header Command
Code
Subdata
BCC
%
E
E
#
R
S
M
CR
Header Command
Code

Chapter 1 Head Command
1-8
1
1-1-9 Measuring Range (a): RPA・WPA
A given range can be specified for measurement.
Command
Code Setting value Least input
increment
Read
Setting
RPA
WPA
1/2
00003 to 00510
1
F O R M AT
1
F O R M AT
3
(1) Setting value of Measuring Range Point a is loaded.
Request:
F O R M AT
1
Response:
F O R M AT
1
(2) Measuring Range Point a is set to “00215”.
Request:
F O R M AT
3
Response:
F O R M AT
9
1-1-10 Measuring Range (b): RPB・WPB
Command
Code Setting value Least input
increment
Read
Setting
RPB
WPB
1/2
00003 to 00510
1
F O R M AT
1
F O R M AT
3
(1) Setting value of Measuring Range Point b is loaded.
Request:
F O R M AT
1
Response:
F O R M AT
1
Ex
Ex
%
E
E
#
W
P
A
Header
Command
Code
BCC
C
Subdata
BCC
%
E
E
#
R
P
A
1
＊
＊
C
Header Command
Code
%
E
E
$
R
P
A
0
1
0
2
＊
3
CR
＊
%
E
E
#
R
P
A
1
＊ ＊
CR
%
E
E
$
W
P
A
＊ ＊
CR
%
E
E
#
W
P
A
1
0
0
CR
2
5
1
＊
＊
%
E
E
#
W
P
B
Header
Command
Code
BCC
C
Subdata
BCC
%
E
E
#
R
P
B
1
＊
＊
C
Header
Command
Code
%
E
E
$
R
P
B
0
1
0
2
＊
3
CR
＊
%
E
E
#
R
P
A
1
＊
＊
CR