The following table lists the translation for each Modbus holding register into the corresponding serial com-
munication command:
Register
Name
Type
Write
Read
Read Response
Description
1001
AVERAGE
UINT16
ASF
<
value
>
;
ASF?;
<
value
>
Averaging
1002
JITTER
UINT16
ASF,
<
value
>
;
ASF?;
,
<
value
>
Anti jitter
1003
UNITS
UINT16
ENU
<
value
>
;
ENU?;
<
value
>
Units of measurement
1004
DECIMAL POINT
UINT16
IAD,,
<
value
>
;
IAD?;
,,
<
value
>
Decimal point position
1005
HI RES
UINT16
IAD,,,,
<
value
>
;
IAD?;
,,,,
<
value
>
High resolution (x10 mode)
1006
ADD TARE
UINT32
IAD,,,,,
<
value
>
;
IAD?;
,,,,,
<
value
>
Additive tare
1008
SENSE CHECK
UINT16
IAD,,,,,,
<
value
>
;
IAD?;
,,,,,,
<
value
>
Sense check
1009
SYNC FREQ
UINT16
ICR
<
value
>
;
ICR?;
<
value
>
Sync frequency
1010
MOTION
UINT16
MTD
<
value
>
;
MTD?;
<
value
>
Motion setting
1011
BUILD TYPE
UINT16
WMD
<
value
>
;
WMD?;
<
value
>
Build type (single/dual range/etc)
1012
APPROVAL MODE
UINT16
WMD,
<
value
>
;
WMD?;
,
<
value
>
Approval mode (trade/industrial)
1013
ZERO ON START
UINT16
ZST
<
value
>
;
ZST?;
<
value
>
Zero on start
1014
ZERO TRACKING
UINT16
ZST,
<
value
>
;
ZST?;
,
<
value
>
Zero tracking
1015
ZERO RANGE
UINT16
ZST,,
<
value
>
;
ZST?;
,,
<
value
>
Range of zero
1016
ZERO BAND
SINT32
ZST,,,
<
value
>
;
ZST?;
,,,
<
value
>
Zero band
1021
CAL WEIGHT
UINT32
CWT
<
value
>
;
CWT?;
<
value
>
Calibration weight
1023
CAL ZERO NORMAL
UINT16
LDN;
Perform zero calibration (normal)
1024
CAL ZERO DIRECT
SINT32
LDN
<
value
>
;
LDN?;
<
value
>
Perform zero calibration (direct
mv/v)
1026
CAL ZERO STATUS
UINT16
LDN?;
,
<
value
>
Zero calibration status
1027
CAL SPAN NORMAL
UINT16
LWN;
Perform span calibration (normal)
1028
CAL SPAN DIRECT
SINT32
LWN
<
value
>
;
LWN?;
<
value
>
Perform span calibration (direct
mv/v)
1030
CAL SPAN STATUS
UINT16
LWN?;
,
<
value
>
Span calibration status
1031
FULLSCALE1
UINT32
IAD1,
<
value
>
;
IAD?1;
1,
<
value
>
Range 1 full scale
1033
RESOLUTION1
UINT16
IAD1,,,
<
value
>
;
IAD?1;
1,,,
<
value
>
Range 1 resolution
1034
FULLSCALE2
UINT32
IAD2,
<
value
>
;
IAD?2;
2,
<
value
>
Range 2 full scale
1036
RESOLUTION2
UINT16
IAD2,,,
<
value
>
;
IAD?2;
2,,,
<
value
>
Range 2 resolution
1041
SET LIN1
UINT32
LIC1,
<
value
>
;
Set linearisation point 1
1043
SET LIN2
UINT32
LIC2,
<
value
>
;
Set linearisation point 2
1045
SET LIN3
UINT32
LIC3,
<
value
>
;
Set linearisation point 3
1047
SET LIN4
UINT32
LIC4,
<
value
>
;
Set linearisation point 4
1049
SET LIN5
UINT32
LIC5,
<
value
>
;
Set linearisation point 5
1051
CLR LIN1
UINT16
LIC1;
Clear linearisation point 1 (write
any value will clear)
1052
CLR LIN2
UINT16
LIC2;
Clear linearisation point 2 (write
any value will clear)
1053
CLR LIN3
UINT16
LIC3;
Clear linearisation point 3 (write
any value will clear)
1054
CLR LIN4
UINT16
LIC4;
Clear linearisation point 4 (write
any value will clear)
1055
CLR LIN5
UINT16
LIC5;
Clear linearisation point 5 (write
any value will clear)
1061
LIN1 PERCENT
UINT16
LIC?1;
<
value
>
Linearisation point 1 percent of
fullscale value
1062
LIN1 CORRECTION
SINT32
LIC?1;
,
<
value
>
Linearisation point 1 correction
value
1064
LIN2 PERCENT
UINT16
LIC?2;
<
value
>
Linearisation point 2 percent of
fullscale value
1065
LIN2 CORRECTION
SINT32
LIC?2;
,
<
value
>
Linearisation point 2 correction
value
1067
LIN3 PERCENT
UINT16
LIC?3;
<
value
>
Linearisation point 3 percent of
fullscale value
1068
LIN3 CORRECTION
SINT32
LIC?3;
,
<
value
>
Linearisation point 3 correction
value
1070
LIN4 PERCENT
UINT16
LIC?4;
<
value
>
Linearisation point 4 percent of
fullscale value
1071
LIN4 CORRECTION
SINT32
LIC?4;
,
<
value
>
Linearisation point 4 correction
value
1073
LIN5 PERCENT
UINT16
LIC?5;
<
value
>
Linearisation point 5 percent of
fullscale value
1074
LIN5 CORRECTION
SINT32
LIC?5;
,
<
value
>
Linearisation point 5 correction
value
1101
ANALOG OUT TYPE
UINT16
AOC
<
value
>
;
AOC?;
<
value
>
Analog output type
1102
ANALOG OUT SOURCE
UINT16
AOC,
<
value
>
;
AOC?;
,
<
value
>
Analog output source
1103
ANALOG OUT ZERO ADJ
SINT32
AOC,,
<
value
>
;
AOC?;
,,
<
value
>
Analog output zero adjustment
1105
ANALOG OUT SPAN ADJ
SINT32
AOC,,,
<
value
>
;
AOC?;
,,,
<
value
>
Analog output span adjustment
1107
ANALOG OUT FORCE
UINT16
AOC,,,,
<
value
>
;
AOC?;
,,,,
<
value
>
Analog output force output
1108
ANALOG OUT ABSOLUTE
UINT16
AOC,,,,,
<
value
>
;
AOC?;
,,,,,
<
value
>
Analog output absolute
1109
ANALOG OUT CLIP
UINT16
AOC,,,,,,
<
value
>
;
AOC?;
,,,,,,
<
value
>
Analog output clip
96
C500-600-2.0.3
Содержание C500 series
Страница 1: ...C500 Series Digital Indicator Reference Manual ...
Страница 54: ...8 3 Custom Format Tokens 8 3 1 Formatting 49 C500 600 2 0 3 ...
Страница 56: ...230 Send time in format hh mm ss 231 Send Date in format dd mm yyyy 51 C500 600 2 0 3 ...
Страница 120: ...Select C500 and click create Enter the module name description and IP address then click change 115 C500 600 2 0 3 ...
Страница 123: ...118 C500 600 2 0 3 ...
Страница 182: ...177 C500 600 2 0 3 ...