Rice Lake SCT-4X Series User manual

SCT-4X Series
Firmware version 01.21.01
Fieldbus Protocol
PN 221630 Rev A
January 4, 2024

© Rice Lake Weighing Systems. All rights reserved.
Rice Lake Weighing Systems® is a registered trademark of
Rice Lake Weighing Systems.
All other brand or product names within this publication are trademarks or
registered trademarks of their respective companies.
All information contained within this publication is, to the best of our knowledge, complete and accurate at the
time of publication. Rice Lake Weighing Systems reserves the right to make changes to the technology, features,
specications and design of the equipment without notice.
The most current version of this publication, software, rmware and all other product
updates can be found on our website:
www.ricelake.com

© Rice Lake Weighing Systems • All Rights Reserved 3
Contents
Connection 4
Operation Mode 5
Fieldbus and Data Format Configuration 6
Data Reading (Input Area) 8
Weight Data and Alibi Memory "Page 1000" (0x03E8) 10
Extimated Gross Weight Channels "Page 2000" (0x07D0) 11
Tares, Net and Gross Weights "Page 2000 - 2001 - 2002" (0x07D0 - 0x07D1 - 0x07D2) 12
Net Weights and Tares "Page 2003" (0x07D3) 13
Load Distribution Percentage. "Page 2004" (0x07D4) 14
Weight Data and ADC Points of Each Channel "Page 3000" (0x0BB8) 15
Weight Data and Microvolt of Each Channel "Page 3001" (0x0BB9) 16
Calibration 0 - Scale Parameters "Page 5000" (0x1388) 17
Calibration 1 - Calibration Points Weights "Page 5001" (0x1389) 18
Calibration 2 - Calibration Points ADC "Page 5002" (0x138A) 19
Calibration 3 - Operative Mode "Page 5003" (0x138B) 20
Calibration 4 - Filter and Metrical Parameters (1/2) "Page 5004" (0x138C) 21
Calibration 5 - Metrical Parameters (2/2) "Page 5005" (0x138D) 22
Calibration 6 - Condensed Calibration "Page 5006" (0x138E) 23
Advanced Filters "Page 5007" (0x138F) 24
Anti-Peak Filter "Page 5008" (0x139A) 25
Tare Type "Page 5010" (0x1392) 26
Transmitter SN and Firmware "Page 5011" (0x1393) 27
Stored Dependent Channel Load Distribution "Page 5013" (0x1359) 28
Unit 2 (Function CONV) "Page 5015" (0x1397) 29
Fieldbus Configuration "Page 5030" (0x13A6) 30
Profinet Name (only for SCT-1SX-PRONET) "Page 5031" (0x13A7) 31
Inputs Configuration "Page 5100" (0x13EC) 32

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Outputs Configuration "Pages 5101 - 5106" (0x13ED - 13F2) 33
Setpoint Values (1/2) "Page 6100" (0x17D4) 34
Table 1 - Input Status Register 35
Table 2.1 - Output Status Register (multi-scale) 35
Table 2.2 - Output Status Register (Single Scale) 36
Table 3 - Command Status Register 36
Table 4 - Alibi Status Register 37
Table 5 - Channel Status Register 37
Command Sending (Output Area) 38
How to Send a Command 38
List of Available Commands 39
Transmitter Configuration via Fieldbus 41
Operating Mode 41
Calibration 42
Calibration Linearization 43
Theoretical Calibration 44
Filter / Metric Parameters 1 45
Metric Parameters 2 46
Digital Inputs 47
Digital Output 1 48
Digital Output 2 49
Profinet Name 50
Scale Zeroing via Fieldbus 51
Mechanical Tare Zeroing via Fieldbus 51
Setup Backup and Restore via Fieldbus 52
Backup 52
Restore 52
Diagnostic Messages 53

© Rice Lake Weighing Systems • All Rights Reserved 5
+-
IN 2 IN 1 COM COM RL2 RL1
ETHERNET I/O PORT 1 ETHERNET I/O PORT 2
12 / 24 Vdc
6 7 83 4 51 2
33 3235 34 29 2831 30 25 2427 26 21 2023 22 19 18
LOAD CELL 4 LOAD CELL 3 LOAD CELL 2 LOAD CELL 1
RS485
16 17
B(-)
A(+)
i
Connection
SCT-4X-ETHIP, SCT-4X-PRONET, SCT-4X-MODTCP
The connection to the Fieldbus goes
through one of the two ETHERNET standard
connectors of the device. Either port can be
used to connect to the PLC or DCS system.
Thank you for purchasing this product.
This manual contains fieldbus information for the following SCT-4X digital weight transmitters:
• SCT-4X-PRONET
• SCT-4X-ETHIP
• SCT-4X-MODTCP
It is recommended that you carefully follow the instructions for programming the weight transmitter; performing actions not indicated in
this manual could compromise the functionality of the scale.
iManuals are available from Rice Lake Weighing Systems at www.ricelake.com/manuals
Warranty information is available at www.ricelake.com/warranties
Any problem with the product must be reported to the manufacturer or to the retailer where it was purchased.
Always TURN OFF THE POWER SUPPLY prior to installation or repair action.
Introduction

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Type
Chan
n.Chan
= dep.Ch
= 2to 4
Type
Chan
n.Chan
= ind.Ch
= 1to 4
= 1to 4
Operation Mode
MODE 1 “DEP.CH”
Allows you to connect the load cells directly, equalize them (if necessary) and transmit the data of each cell and the total weight via Fieldbus.
MODE 2 “IND.CH”
Allows you to manage up to 4 independent scales and transmit all the data of each scale via Fieldbus.
not visible

© Rice Lake Weighing Systems • All Rights Reserved 7
888888 TYPE
A
tim.out
endian
format
2
3
3
setup
CConfiG
1
fld.bus bus.typ
bus.typ
4 1
i
Profin aut.CfG
ip.add
net.msk
Gat.way
Fieldbus and Data Format Configuration
The Fieldbus can be set through the configuration menu, following the procedure below:
•Restart the device.
•Press the key when 888888 is displayed.
2. Scroll the menu with the key until setup is displayed and press .
3. Scroll the menu with the key until fld.bus is displayed and press .
4. Selected the fieldbus type used and configure its parameters.
Depending on the selected Fieldbus, set the appropriate configuration parameters:
1. Access to the configuration menu:
MENU OVERVIEW
For Profinet:
The name of the Profinet node to use in the
project linked to the network master node is
dini <IP4>, <IP4> being the last Byte of the IP
address incorporated in the device configuration,
also when dynamic IP is used.
Ex. IP - 192.168.1.10, the node name will be dini-010.
If AUT.CFG parameter = YES, the IP address and
Profinet name can be assigned directly from the
network.
Dynamic IP configuration.
Static IP address.
Subnet mask.
Gateway.

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Eth.ip
mb.tCp
tim.out
endian
aut.CfG
aut.CfG
no
biG
ip.add
ip.add
yes
little
net.msk
net.msk
Gat.way
Gat.way
tim.out endian format
format uns.int
float
siG.int
i
For Ethernet/IP:
For Modbus TCP:
MENU OVERVIEW
"Time out" error message displayed only once.
"Time out" error message repeated.
Big Endian.
Little Endian.
Dynamic IP configuration.
Dynamic IP configuration.
Static IP address.
Static IP address.
Subnet mask.
Subnet mask.
Gateway.
Gateway.
Unsigned integer (read the sign from Input status register).
Float.
Signed integer.
This parameter changes the order of the data sent to and received from the PLC. If data is available but does not relate to
data on the display, try changing this parameter.

© Rice Lake Weighing Systems • All Rights Reserved 9
...
Byte 0
Byte 15
Byte 16
Byte 31
Byte 0
Byte 15
Byte 16
Byte 31
Byte 0
Byte 15
Byte 16
Byte 31
Data Reading (Input Area)
• The available data depends on the selected operating mode (see page 5).
• The available data is divided into pages.
• Depending on the Fieldbus, the data area size can be up to 128 Bytes.
• The size of each SCT-4X page is 32 Bytes (even if the page size is 64 or 128 Bytes, only the first 32 available Bytes are used).
• The first 16 Bytes of each page always include the data concerning weight and weighing system status.
• Bytes 16 to 31 contain additional information, depending on the selected page (setup data, alibi memory etc.)
• The page selected by default is:
- 3001 (0x0BB9) for MODE 1 "DEP.CH" and MODE 2 "IND.CH" (single scale).
- 2000 (0x07D0) for MODE 2 "IND.CH" (multi-scale).
• In factory configuration the data format is Big Endian. To change the format, follow the procedure at page 7.
• Weight data are expressed with positive integers. (Ex. 12,345 0x3039).
• V and ADC points are expressed with positive and negative integers. (Ex. -12,345 0xCFC7).
Model of the pages in the Input Area:
Page 1000 Page 3000 Page 3001
Alibi
memory
Weight data
+
System status
diagnostics
ADC points
of each channel
Weight data
+
System status
diagnostics
V value
of each channel
Weight data
+
System status
diagnostics

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Page selected by default at power-up:
• 2000 for mode IND.CH
• 3001 for mode DEP.CH
Avaliable Pages
Page
Mode
Name Description Access
DEP.CH IND.CH
1000 (0x03E8) Alibi memory See page 39 R
2000 (0x03E8) Extimated gross weight channels See page 11 R
2000 (0x07D0) Gross weights See page 12 R
2001 (0x07D1) Net weights See page 12 R
2002 (0x07D2) Tare weights See page 12 R
2003 (0x07D3) Net + tare weights See page 13 R
2004 (0x07D4) Load distribution percentages See page 14 R
2013 (0x07DD) Channel status See page 15 R
3000 (0x0BB8) ADC values See page 16 R
3001 (0x0BB9) µV values (*) See page 16 R/W
5000 (0x1388) Calibration 0 - Scale parameters See page 17 R/W
5001 (0x1389) Calibration 1 - Calibration points weight See page 18 R/W
5002 (0x138A) Calibration 2 - Calibration points ADC value See page 19 R/W
5003 (0x138B) Calibration 3 - Operative mode See page 20 R/W
5004 (0x138C) Calibration 4 - Filter and metrical parameters (1/2) See page 21 R/W
5005 (0x138D) Calibration 5 - Metrical parameters (2/2) See page 22 R/W
5006 (0x138E) Calibration 6 - Quick calibration See page 23 R/W
5007 (0x138F) Advanced filters See page 24 R/W
5008 (0x1390) Anti-peak filter See page 25 R/W
5010 (0x1392) Tare type See page 26 R/W
5011 (0x1393) SN and firmware version See page 27 R
5012 (0x1394) Unbalancing parameters See page 40 R/W
5013 (0x1395) Stored unbalancing percentages See page 28 R
5015 (0x1397) Unit 2 See page 29 R/W
5030 (0x13A6) Fieldbus configuration See page 30 R/W
5031 (0x13A7) Equalization coecients See page 31 R/W
5050 (0x13BA) Profinet name (only for SCT-4X-PRONET) See page 31 R/W
5100 (0x13EC) Inputs configuration See page 32 R/W
5101 (0x13ED)
5106 (0x13F2) Outputs configuration See page 33 R/W
6100 (0x17D4) Setpoint values See page 34 R

© Rice Lake Weighing Systems • All Rights Reserved 11
Byte Modbus TCP
Register Big Endian Data Little Endian
030001 B3 H
Gross weight.
B0
L
1B2 B1
230002 B1 L
B2
H
3B0 B3
430003 B3 H
Net weight.
B0
L
5B2 B1
630004 B1 L
B2
H
7B0 B3
830005 B1 - Input Status Register (see Table 1 page 35).
B1
-
9B0 B0
10 30006 B1 - Command Status Register (see Table 3 page 36).
B0
-
11 B0 B1
12 30007 B1 - Output Status Register (see Table 2 page 35).
B0
-
13 B0 B1
14 30008 B1 -Selected page - Data format
(bit 0 to 13) (bit 14 to 15)
0 = uns. integer 01 = sig. integer B0
-
15 B0 10 = float B1
16 30009 B3 H
Gross weight of the requested alibi ID with command 30 (0x1E)
"ALIBI MEMORY READING".
B0
L
17 B2 B1
18 30010 B1 L
B2
H
19 B0 B3
20 30011 B3 H
Tare weight of the requested alibi ID.
B0
L
21 B2 B1
22 30012 B1 L
B2
H
23 B0 B3
24 30013 B3 H
Alibi ID.
B0
L
25 B2 B1
26 30014 B1 L
B2
H
27 B0 B3
28 30015 B1 - Alibi Status Register (see Table 4 page 19).
B0
-
29 B0 B1
30 - - - Not used. - -
31
Weight Data and Alibi Memory "Page 1000" (0x03E8)

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Byte Modbus TCP
Register Big Endian Data Little Endian
030001 B1 - Status Register Scale 1 (see Table 5 page 37).
B0
-
1B0 B1
230002 B1 - Status Register Scale 2 (see Table 5 page 37).
B0
-
3B0 B1
430003 B1 - Status Register Scale 3 (see Table 5 page 37).
B0
-
5B0 B1
630004 B1 - Status Register Scale 4 (see Table 5 page 37).
B0
-
7B0 B1
830005 B1 - Input Status Register (see Table 1 page 35).
B1
-
9B0 B0
10 30006 B1 - Command Status Register (see Table 3 page 36).
B0
-
11 B0 B1
12 30007 B1 - Output Status Register (see Table 2 page 35).
B0
-
13 B0 B1
14 30008 B1 -Selected page - Data format
(bit 0 to 13) (bit 14 to 15)
0 = uns. integer 01 = sig. integer B0
-
15 B0 10 = float B1
16 30009 B3 H
Extimated gross weight value channel 1.
B0
L
17 B2 B1
18 30010 B1 L
B2
H
19 B0 B3
20 30011 B3 H
Extimated gross weight value channel 2.
B0
L
21 B2 B1
22 30012 B1 L
B2
H
23 B0 B3
24 30013 B3 H
Extimated gross weight value channel 3.
B0
L
25 B2 B1
26 30014 B1 L
B2
H
27 B0 B3
28 30015 B3 H
Extimated gross weight value channel 4.
B0
L
29 B2 B1
30 30016 B1 L
B2
H
31 B0 B3
Extimated Gross Weight Channels "Page 2000" (0x07D0)
dep.CHdep.CH

© Rice Lake Weighing Systems • All Rights Reserved 13
Byte Modbus TCP
Register Big Endian Data Little Endian
030001 B1 - Status Register Scale 1 (see Table 5 page 37).
B0
-
1B0 B1
230002 B1 - Status Register Scale 2 (see Table 5 page 37).
B0
-
3B0 B1
430003 B1 - Status Register Scale 3 (see Table 5 page 37).
B0
-
5B0 B1
630004 B1 - Status Register Scale 4 (see Table 5 page 37).
B0
-
7B0 B1
830005 B1 - Input Status Register (see Table 1 page 35).
B1
-
9B0 B0
10 30006 B1 - Command Status Register (see Table 3 page 36).
B0
-
11 B0 B1
12 30007 B1 - Output Status Register (see Table 2 page 35).
B0
-
13 B0 B1
14
30008
B1
-Selected page - Data format
(bit 0 to 13) (bit 14 to 15)
0 = uns. integer 01 = sig. integer B0
-
15 B0 10 = float B1
Page 2000
(0x07D0)
Page 2001
(0x07D1)
Page 2002
(0x07D2)
16 30009 B3 H
Gross weight scale 1. Net weight scale 1. Tare scale 1.
B0
L
17 B2 B1
18 30010 B1 L
B2
H
19 B0 B3
20 30011 B3 H
Gross weight scale 2. Net weight scale 2. Tare scale 2.
B0
L
21 B2 B1
22 30012 B1 L
B2
H
23 B0 B3
24 30013 B3 H
Gross weight scale 3. Net weight scale 3. Tare scale 3.
B0
L
25 B2 B1
26 30014 B1 L
B2
H
27 B0 B3
28 30015 B3 H
Gross weight scale 4. Net weight scale 4. Tare scale 4.
B0
L
29 B2 B1
30 30016 B1 L
B2
H
31 B0 B3
Tares, Net and Gross Weights "Page 2000 - 2001 - 2002" (0x07D0 - 0x07D1 - 0x07D2)
IND.CHIND.CH

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Net Weights and Tares "Page 2003" (0x07D3)
Byte Modbus TCP
Register Big Endian Data Little Endian
030001 B1 - Status Register Scale 1 (see Table 5 page 37).
B0
-
1B0 B1
230002 B1 - Status Register Scale 2 (see Table 5 page 37).
B0
-
3B0 B1
430003 B1 - Status Register Scale 3 (see Table 5 page 37).
B0
-
5B0 B1
630004 B1 - Status Register Scale 4 (see Table 5 page 37).
B0
-
7B0 B1
830005 B1 - Input Status Register (see Table 1 page 35).
B1
-
9B0 B0
10 30006 B1 - Command Status Register (see Table 3 page 36).
B0
-
11 B0 B1
12 30007 B1 - Output Status Register (see Table 2 page 35).
B0
-
13 B0 B1
14
30008
B1
-Selected page - Data format
(bit 0 to 13) (bit 14 to 15)
0 = uns. integer 01 = sig. integer B0
-
15 B0 10 = float B1
16 30009 B3 H
Net weight scale 1.
B0
L
17 B2 B1
18 30010 B1 L Tare scale 1.
B2
H
19 B0 B3
20 30011 B3 H
Net weight scale 2.
B0
L
21 B2 B1
22 30012 B1 L
Tare scale 2.
B2
H
23 B0 B3
24 30013 B3 H
Net weight scale 3.
B0
L
25 B2 B1
26 30014 B1 L
Tare scale 3.
B2
H
27 B0 B3
28 30015 B3 H
Net weight scale 4.
B0
L
29 B2 B1
30 30016 B1 L
Tare scale 4.
B2
H
31 B0 B3

© Rice Lake Weighing Systems • All Rights Reserved 15
i
Load Distribution Percentage. "Page 2004" (0x07D4)
Byte Modbus TCP
Register Big Endian Data Little Endian
030001 B3 H
Gross weight.
B0
L
1B2 B1
230002 B1 L
B2
H
3B0 B3
430003 B3 H
Net weight.
B0
L
5B2 B1
630004 B1 L
B2
H
7B0 B3
830005 B1 - Input Status Register (see Table 1 page 35).
B1
-
9B0 B0
10 30006 B1 - Command Status Register (see Table 3 page 36).
B0
-
11 B0 B1
12 30007 B1 - Output Status Register (see Table 2 page 35).
B0
-
13 B0 B1
14
30008
B1
-Selected page - Data format
(bit 0 to 13) (bit 14 to 15)
0 = uns. integer 01 = sig. integer B0
-
15 B0 10 = float B1
16 30009 B1 - Channel 1 load percentage.
B0
L
17 B0 B1
18 30010 B1 - Channel 2 load percentage.
B0
H
19 B0 B1
20 30011 B1 - Channel 3 load percentage.
B0
L
21 B0 B1
22 30012 B1 - Channel 4 load percentage.
B0
H
23 B0 B1
24 30013 -.
Not used.
-
-
25 --
26 30014 -.
-
-
27 .-
28 30015 .-
-
-
29 .-
30 30016 - - - -
31
In this page, data are expressed as integer values with 2 decimals (from -327.68% to +327.67%)
EXAMPLES:
The value -100.00% is visualized as 0xD8F0.
The value 50.00% is visualized as 0x1388.

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Byte Modbus TCP
Register Big Endian Data Little Endian
030001 B3 H
Gross weight.
B0
L
1B2 B1
230002 B1 L
B2
H
3B0 B3
430003 B3 H
Net weight.
B0
L
5B2 B1
630004 B1 L
B2
H
7B0 B3
830005 B1 - Input Status Register (see Table 1 page 35).
B1
-
9B0 B0
10 30006 B1 - Command Status Register (see Table 3 page 36).
B0
-
11 B0 B1
12 30007 B1 - Output Status Register (see Table 2 page 35).
B0
-
13 B0 B1
14
30008
B1
-Selected page - Data format
(bit 0 to 13) (bit 14 to 15)
0 = uns. integer 01 = sig. integer B0
-
15 B0 10 = float B1
16 30009 B3 H
ADC points of Channel 1.
B0
L
17 B2 B1
18 30010 B1 L
B2
H
19 B0 B3
20 30011 B3 H
ADC points of Channel 2.
B0
L
21 B2 B1
22 30012 B1 L
B2
H
23 B0 B3
24 30013 B3 H
ADC points of Channel 3.
B0
L
25 B2 B1
26 30014 B1 L
B2
H
27 B0 B3
28 30015 B3 H
ADC points of Channel 4.
B0
L
29 B2 B1
30 30016 B1 L
B2
H
31 B0 B3
Weight Data and ADC Points of Each Channel "Page 3000" (0x0BB8)

© Rice Lake Weighing Systems • All Rights Reserved 17
Weight Data and Microvolt of Each Channel "Page 3001" (0x0BB9)
Byte Modbus TCP
Register Big Endian Data Little Endian
030001 B3 H
Gross weight.
B0
L
1B2 B1
230002 B1 L
B2
H
3B0 B3
430003 B3 H
Net weight.
B0
L
5B2 B1
630004 B1 L
B2
H
7B0 B3
830005 B1 - Input Status Register (see Table 1 page 35).
B1
-
9B0 B0
10 30006 B1 - Command Status Register (see Table 3 page 36).
B0
-
11 B0 B1
12 30007 B1 - Output Status Register (see Table 2 page 35).
B0
-
13 B0 B1
14
30008
B1
-Selected page - Data format
(bit 0 to 13) (bit 14 to 15)
0 = uns. integer 01 = sig. integer B0
-
15 B0 10 = float B1
16 30009 B1 - µV Channel 1.
B0
-
17 B0 B1
18 30010 B1 - µV Channel 2.
B0
-
19 B0 B1
20 30011 B1 - µV Channel 3.
B0
-
21 B0 B1
22 30012 B1 - µV Channel 4.
B0
-
23 B0 B1
24 30013 --
Not used.
-
-
25 --
26 30014 --
-
-
27 --
28 30015 --
-
-
29 --
30 30016 --
-
-
31 --

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Calibration 0 - Scale Parameters "Page 5000" (0x1388)
Byte Modbus TCP
Register Big Endian Dato Little Endian
030001 B3 H
Gross weight.
B0
L
1B2 B1
230002 B1 L
B2
H
3B0 B3
430003 B3 H
Net weight.
B0
L
5B2 B1
630004 B1 L
B2
H
7B0 B3
830005 B1 - Input Status Register (see Table 1 page 35).
B1
-
9B0 B0
10 30006 B1 - Command Status Register (see Table 3 page 36).
B0
-
11 B0 B1
12 30007 B1 - Output Status Register (see Table 2 page 35).
B0
-
13 B0 B1
14 30008 B1 -Selected page - Data format
(bit 0 to 13) (bit 14 to 15)
0 = uns. integer 01 = sig. integer B0
-
15 B0 10 = float B1
16 30009 B3 - Unit of measure 0 = g 1 = kg B0
L
17 B2 2 = t 3 = lb B1
18 30010 B1 - Range 1 division
B2
H
19 B0 B3
20 30011 B3 - Range 2 division
B0
L
21 B2 B1
22 30012 B1 - Decimals
B2
H
23 B0 B3
24 30013 B3 H
Range 1
B0
L
25 B2 B1
26 30014 B1 L
B2
H
27 B0 B3
28 30015 B3 H
Range 2
B0
L
29 B2 B1
30 30016 B1 L
B2
H
31 B0 B3
To set the data, write the same positions in the output area and use command 36 (0x24) "DATA WRITING AND STORAGE" with
PARAMETER 1 equals to 5000.
To make the changes permanent, use the command 36 (0x24) "DATA WRITING AND STORAGE" with parameter 1 equal to 0.

© Rice Lake Weighing Systems • All Rights Reserved 19
Calibration 1 - Calibration Points Weights "Page 5001" (0x1389)
Byte Modbus TCP
Register Big Endian Dato Little Endian
030001 B3 H
Gross weight.
B0
L
1B2 B1
230002 B1 L
B2
H
3B0 B3
430003 B3 H
Net weight.
B0
L
5B2 B1
630004 B1 L
B2
H
7B0 B3
830005 B1 - Input Status Register (see Table 1 page 35).
B1
-
9B0 B0
10 30006 B1 - Command Status Register (see Table 3 page 36).
B0
-
11 B0 B1
12 30007 B1 - Output Status Register (see Table 2 page 35).
B0
-
13 B0 B1
14 30008 B1 -Selected page - Data format
(bit 0 to 13) (bit 14 to 15)
0 = uns. integer 01 = sig. integer B0
-
15 B0 10 = float B1
16 30009 B1 - Number of calibration points.
B0
-
17 B0 B1
18 30010 B1 -
Sample weight 1.
B0
L
19 B0 B1
20 30011 B1 -
B2
H
21 B0 B3
22 30012 B1 -
Sample weight 2.
B0
L
23 B0 B1
24 30013 B1 -
B2
H
25 B0 B3
26 30014 B1 -
Sample weight 3.
B0
L
27 B0 B1
28 30015 B1 -
B2
H
29 B0 B3
30 30016 B1 - Calibration state (same as page 5006, only reading)
B0
-
31 B0 B1
To set the data, write the same positions in the output area and use command 36 (0x24) "DATA WRITING AND STORAGE" with
PARAMETER 1 equals to 5001.
To make the changes permanent, use the command 36 (0x24) "DATA WRITING AND STORAGE" with parameter 1 equal to 0.

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Calibration 2 - Calibration Points ADC "Page 5002" (0x138A)
Byte Modbus TCP
Register Big Endian Dato Little Endian
030001 B3 H
Gross weight.
B0
L
1B2 B1
230002 B1 L
B2
H
3B0 B3
430003 B3 H
Net weight.
B0
L
5B2 B1
630004 B1 L
B2
H
7B0 B3
830005 B1 - Input Status Register (see Table 1 page 35).
B1
-
9B0 B0
10 30006 B1 - Command Status Register (see Table 3 page 36).
B0
-
11 B0 B1
12 30007 B1 - Output Status Register (see Table 2 page 35).
B0
-
13 B0 B1
14 30008 B1 -Selected page - Data format
(bit 0 to 13) (bit 14 to 15)
0 = uns. integer 01 = sig. integer B0
-
15 B0 10 = float B1
16 30009 B3 H
ADC value of the zero point.
B0
L
17 B2 B1
18 30010 B1 L
B2
H
19 B0 B3
20 30011 B3 H
ADC value of the point 1.
B0
L
21 B2 B1
22 30012 B1 L
B2
H
23 B0 B3
24 30013 B3 H
ADC value of the point 2.
B0
L
25 B2 B1
26 30014 B1 L
B2
H
27 B0 B3
28 30015 B3 H
ADC value of the point 3.
B0
L
29 B2 B1
30 30016 B1 L
B2
H
31 B0 B3
To set the data, write the same positions in the output area and use command 36 (0x24) "DATA WRITING AND STORAGE" with
PARAMETER 1 equals to 5002.
To make the changes permanent, use the command 36 (0x24) "DATA WRITING AND STORAGE" with parameter 1 equal to 0.