TUNA ID551PN User manual

1
ID551PN WEIGHING CONTROLLER
OPERATION MANUAL
2017/03
Rev 1.00

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Contents
Chapter 1 Introduction......................................................................................................................................4
1.1 Overview.................................................................................................................4
Chapter 2 Keypad and Setup Menu............................................................................................................5
2.1 Keypad ...................................................................................................................5
2.2 Top Menu................................................................................................................6
2.3 Setup......................................................................................................................6
2.3.1 1#Channel Scale...............................................................................................6
2.3.2 2#Channel Scale...............................................................................................8
2.3.3 3#Channel Scale...............................................................................................9
2.3.4 4#Channel Scale.............................................................................................11
2.3.5 Serial Port.......................................................................................................12
2.3.6 Network Configuration .....................................................................................13
2.3.7 Maintenance ...................................................................................................14
Chapter 3 Serial Port Application..............................................................................................................15
3.1 Serial Port and Ethernet continuous output weight format.........................................15
3.2 Continuous output A/D Code format ........................................................................16
3.3 Demand Input / Output...........................................................................................16
3.4 MODBUS-RTU1 & MODBUS-TCP1 Data Format ....................................................18
3.5 MODBUS-RTU2 & MODBUS-TCP2 Data Format ....................................................22
3.6 PROFINET Data Format ........................................................................................24
Chapter 4 Hardware..........................................................................................................................................26
4.1 Interface Specification............................................................................................26
4.2 Housing Size.........................................................................................................27
Appendix 1 Calibration...................................................................................................................................28
Appendix 2 Display Message & Error Code..........................................................................................29

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Change Log
Version Change Date
V1.00 1
st
Version 2017/03

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Chapter 1 Introduction
1.1 Overview
Four analog load cell I/F, support up to eight 350 Ohm load cells
Up to 150,000 displayDivision
200Hz weight updating speed
6-bit LED segment display
One serialports
RS232 /RS485
100M LAN port
TCP, MODUS-TCP
Support PROFINET, Dual network, Switch function
Pushbutton Zero, Auto Zero
Pushbutton Tare
Motion Checki ng
Keyboard Lock / UnLock
MODBUS、PROFINET remote calibrationfunction
Calibration
2-point Calibration or Cal-Free Calibration
Local Calibration or Remote Calibration (via
MODBUS-RTU,MOUBUS-TCP, PROFINETPLC communication)
Support PC software and Andriod phone APP for parameters upload,
download and save, and calibrate scale, weight display.
Power In : 85-264VAC，49-61Hz
Operating Environment
Operating Temperature: -10℃∼40℃
Humidity: 10％RH∼95％RH,non-condensing

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Chapter 2 Keypad and Setup Menu
2.1 Keypad
Key
Operation Set Menu Key Operation Set Menu
Zero Go back to
the previous
menu and
exit
Clear Key Reduce key,
right key, and
select the last
parameter
Tare Add key, left
key, and
select the
next
parameter
Short press
switch display
channel, long
press enter
setting menu
Confirm input
value. Confirm
exit
Cursor indication
Functionality
PLC
Indicates the communication status of ModbusRTU、ModbusTCP、
Profinet
flicker：offline,
light：ModbusRTU、ModbusTCP、Profinet
. At least one communication
is normal
>0< Light：Scale in center ofzero(±1/4 division)
~ Light：Scale in motion mode
Net ON：Scale in Net Mode
1、2、3、4 The currentdisplay and indicator represent channel number
Not bright: no Bluetooth module installed
flicker: Bluetooth waiting for connection
light: Bluetooth Connected

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2.2 Top Menu
2.3 Setup
2.3.1 1#Channel Scale
[1.1 ] Increment Size
0 (0.001), 1 (0.002), 2 (0.005), 3(0.01),4(0.02), 5(0.05),
6 (0.1), 7 (0.2), 8 (0.5), 9(1), 10 (2), 11 (5),
12 (10), 13 (20), 14 (50), 15 (100)
[1.2 ] Capacity
Sets the maximum weighing of the scales,with default value 60
[1.3 ] Calibration Mode
2-P：two point calibration mode ,Only support [1.4 ] (Zero Point)& [1.6 ] (End
Point
[F1] 1#Scale Configuration
)
CALFr E：calibration without weighing added
[1.4 ] Zero Point Adjustment
See appendix1.
[1.6 ] End-Point Calibration
See appendix1.
[1.7] CalFree Block
[1.7.1] Load Cell Capacity
Input the load cell capacity
[1.7.2] Number of total load cells
Input total number of load cells in this scale
[Setup]
Menu
[F2] 2#Scale Configuration
[F3] 3#Scale Configuration
[F4] 4#Scale Configuration
[F10]Maintenance
Pre ss Print Key for 2 se conds
[F9]Network
[- - - -]
If have a
password,
please enter
password
[F6]Serial Port

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[1.7.3] Number of working load cells
Input the number of working load cells inthis scale
[1.7.4 ] Load Cell Sensitivity
Input the sensitivity of load cell, in general, It is 2mV/V or 3mV/V
[1.7.5 ] Sensitivity calibration
Atest weight is loaded to calibrate thesensorsensitivity,and the method reference End Point
[1.8 ] Filter
0(lowest)，1，2，3，4，5，……18，19(Highest)
[1.9 ] Pushbutton Zero Range
0– Disable Pushbutton Zero
2，5，10，
20，30，40，50：zero scale range is 2%，5%，10%，20%，30%，
40%，50% of capacity
[1.10 ] Motion Check
[1.A ]
[1.A.1 ] : View zero adjustmentADC code
[1.A.2 ] : View span adjustment ADC code
[1.A.3 ] : Viewspan adjustment weight value
[1.A.4 ] : Change or Enter zero adjustmentADC code
[1.A.5 ] : Change or Enter span adjustmentADC code
[1.A.6 ] : Change or Enter zero adjustment weight value
[3.0d]
0–Disable motion check 0.1~9.9 –Enable motion check
[1.11 ] Auto Zero Range
0–Disable Auto Zero
0.1~9.9 - 0.1d - 9.9d, Enable
When set to >0, the auto zero tracking is within ±10d
[1.12 ] Auto Zero Speed
0– Disable Auto Zero
0.1~9.9 - Enable Auto Zero, Speed is(0.1~9.9)d/second
[1.13 ] Tare
0– Disable Tare
1–Enable Tare
[1.14 ] Application Mode
0– Weight mode
1–Dynamometry mode

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2.3.2 2#Channel Scale
[2.1 ] Increment Size
0 (0.001), 1 (0.002), 2 (0.005), 3(0.01),4(0.02), 5(0.05),
6 (0.1), 7 (0.2), 8 (0.5), 9(1), 10 (2), 11 (5),
12 (10), 13 (20), 14 (50), 15 (100)
[2.2 ] Capacity
Sets the maximum weighing of the scales,with default value 60
[2.3 ] Calibration Mode
2-P：two point calibration mode ,Only support [2.4 ] (Zero Point)& [2.6 ] (End
Point)
CALFr E：calibration without weighing added
[2.4 ] Zero Point Adjustment
See appendix1.
[2.6 ] End-Point Calibration
See appendix1.
[2.7 ] CalFree Block
[2.7.1 ] Load Cell Capacity
Input the load cell capacity
[2.7.2 ] Number of total load cells
Input total number of load cells in this scale
[2.7.3 ] Number of working load cells
Input the number of working load cells inthis scale
[2.7.4 ] Load Cell Sensitivity
Input the sensitivity of load cell, in general, It is 2mV/V or 3mV/V
[2.7.5 ] Sensitivity calibration
Atest weight is loaded to calibrate thesensorsensitivity,and the method reference End Point
[2.8 ] Filter
0(lowest)，1，2，3，4，5，……18，19(Highest)
[2.9 ] Pushbutton Zero Range
0– Disable Pushbutton Zero
2，5，10，
20，30，40，50：zero scale range is 2%，5%，10%，20%，30%，
40%，50% of capacity
.
[2.10 ] Motion Check [3.0d]
0–Disable motion check 0.1~9.9 –Enable motion check

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[2.11 ] Auto Zero Range
0–Disable Auto Zero
0.1~9.9 - 0.1d - 9.9d, Enable
When set to >0, the auto zero tracking is within ±10d
[2.12 ] Auto Zero Speed
0–Disable Auto Zero
0.1~9.9 - Enable Auto Zero, Speed is(0.1~9.9)d/second
[2.13 ] Tare
0– Disable Tare
1–Enable Tare
[2.14 ] Application Mode
0– Weight mode
1–Dynamometry mode
[2.A ]
[2.A.1 ] : View zero adjustmentADC code
[2.A.2 ] : Viewspan adjustmentADC code
[2.A.3 ] : Viewspan adjustment weight value
[2.A.4 ] : Change or Enter zero adjustmentADC code
[2.A.5 ] : Change or Enter span adjustmentADC code
[2.A.6 ] : Change or Enter zero adjustment weight value
2.3.3 3#Channel Scale
[3.1 ] Increment Size
0 (0.001), 1 (0.002), 2 (0.005), 3(0.01),4(0.02), 5(0.05),
6 (0.1), 7 (0.2), 8 (0.5), 9(1), 10 (2), 11 (5),
12 (10), 13 (20), 14 (50), 15 (100)
[3.2 ] Capacity
Sets the maximum weighing of the scales,with default value 60
[3.3 ] Calibration Mode
2-P：two point calibration mode ,Only support [3.4 ] (Zero Point)& [3.6 ] (End
Point )
CALFr E：calibration without weighing added
[3.4 ] Zero Point Adjustment
See appendix1.
[3.6 ] End-Point Calibration
See appendix1.

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[3.7 ] CalFree Block
[3.7.1 ] Load Cell Capacity
Input the load cell capacity
[3.7.2 ] Number of total load cells
Input total number of load cells in this scale
[3.7.3 ] Number of working load cells
Input the number of working load cells inthis scale
[3.7.4 ] Load Cell Sensitivity
Input the sensitivity of load cell, in general, It is 2mV/V or 3mV/V
[3.7.5 ] Sensitivity calibration
Atest weight is loaded to calibrate thesensorsensitivity,and the method reference End Point。
[3.8 ] Filter
0(lowest)，1，2，3，4，5，……18，19(Highest)
[3.9 ] Pushbutton Zero Range
0– Disable Pushbutton Zero
2，5，10，
20，30，40，50：zero scale range is 2%，5%，10%，20%，30%，
40%，50% of capacity
[3.10 ] Motion Check [3.0d]
0–Disable motion check 0.1~9.9 –Enable motion check
[3.11 ] Auto Zero Range
0–Disable Auto Zero
0.1~9.9 - 0.1d - 9.9d, Enable
When set to >0, the auto zero tracking is within ±10d
[3.12 ] Auto Zero Speed
0–Disable Auto Zero
0.1~9.9 - Enable Auto Zero, Speed is(0.1~9.9)d/second
[3.13 ] Tare
0– Disable Tare
1–Enable Tare
[3.14 ] Application Mode
0– Weight mode
1–Dynamometry mode
[3.A ]
[3.A.1 ] : View zero adjustmentADC code
[3.A.2 ] : Viewspan adjustmentADC code
[3.A.3 ] : Viewspan adjustment weight value

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[3.A.4 ] : Change or Enter zero adjustmentADC code
[3.A.5 ] : Change or Enter span adjustmentADC code
[3.A.6 ] : Change or Enter zero adjustment weight value
2.3.4 4#Channel Scale
[4.1 ] Increment Size
0 (0.001), 1 (0.002), 2 (0.005), 3(0.01),4(0.02), 5(0.05),
6 (0.1), 7 (0.2), 8 (0.5), 9(1), 10 (2), 11 (5),
12 (10), 13 (20), 14 (50), 15 (100)
[4.2 ] Capacity
Sets the maximum weighing of the scales,with default value 60
[4.3 ] Calibration Mode
2-P：two point calibration mode ,Only support [4.4 ] (Zero Point)& [4.6 ] (End
Point)
CALFr E：calibration without weighing added
[4.4 ] Zero Point Adjustment
See appendix1.
[4.6 ] End-Point Calibration
See appendix1.
[4.7 ] CalFree Block
[4.7.1 ] Load Cell Capacity
Input the load cell capacity
[4.7.2 ] Number of total load cells
Input total number of load cells in this scale
[4.7.3 ] Number of working load cells
Input the number of working load cells inthis scale
[4.7.4 ] Load Cell Sensitivity
Input the sensitivity of load cell, in general, It is 2mV/V or 3mV/V
[4.7.5 ] Sensitivity calibration
Atest weight is loaded to calibrate thesensorsensitivity,and the method reference End Point
[4.8 ] Filter
0(lowest)，1，2，3，4，5，……18，19(Highest)
[4.9 ] Pushbutton Zero Range
0– Disable Pushbutton Zero
2，5，10，
20
[4.10 ] Motion Check
，30，40，50：zero scale range is 2%，5%，10%，20%，30%，
40%，50% of capacity
[3.0d]

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0–Disable motion check 0.1~9.9 –Enable motion check
[4.11 ] Auto Zero Range
0–Disable Auto Zero
0.1~9.9 - 0.1d - 9.9d, Enable
When set to >0, the auto zero tracking is within ±10d
[4.12 ] Auto Zero Speed
0–Disable Auto Zero
0.1~9.9 - Enable Auto Zero, Speed is(0.1~9.9)d/second
[4.13 ] Tare
0– Disable Tare
1–Enable Tare
[4.14 ] Application Mode
0– Weight mode
1–Dynamometry mode
[4.A ]
[4.A.1 ] : View zero adjustmentADC code
[4.A.2 ] : Viewspan adjustmentADC code
[4.A.3 ] : Viewspan adjustment weight value
[4.A.4 ] : Change or Enter zero adjustmentADC code
[4.A.5 ] : Change or Enter span adjustmentADC code
[4.A.6 ] : Change or Enter zero adjustment weight value
2.3.5 Serial Port
[6.1 ] Node Address
The input range is 1 ~ 99, applyto MODBUS-RTU
MODBUS-RTU support 1 ~ 99
[6.2 ] Baud Rate
0– Baud rate is 1200,1– Baud rate is 2400,
2- Baud rate is 4800,3- Baud rate is 9600,
4- Baud rate is 19200,5- Baud rate is 38400,
6- Baud rate is 57600,7-Baud rate is 115200
[6.3] Data Size & Parity
0 - 8,N,1，
[6.4] Assignment
8 data bit, no parity. DFT
1 – 7,O,1，7data bit, Even parity
2 – 7,E,1，7 data bit, Odd parity

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0-nonE–None
1-rtu1
3-cnt Continuous Output Weight/support command C、T、Z
4-Acnt Continuous output filter code
[6.5] COM Type
MODBUS-RTU1 Communication format
2-rtu2MODBUS-RTU2Communication format
0 – RS232
1 – RS485
[ 6.6 ] Modbus RTU Floating Format decoding order
0-3412
2.3.6 Network Configuration
，word swap
1-1234，normal order
[ F 9.1 ] IPAddress
Default: 192.168.18.1 as below configured
[9.1.1 ] : 192 [9.1.2 ]: 168 [9.1.3 ]: 1[9.1.4 ]: 10
[ F 9.2 ] Submask
Default: 255.255.255.255 as below configured
[9.2.1 ] : 255 [9.2.2 ]: 255 [9.2.3 ]: 255 [9.2.4 ]: 0
[ F 9.3 ] Gateway
Default: 192.168.0.1 as below configured
[9.3.1 ] : 192 [9.3.2 ]: 168 [9.3.3 ]: 1[9.3.4 ]: 1
[ F 9.4 ] LAN
0– Disable
1 – TCP 1025 port continuous output
2 – TCP 1025 port continuous output，support command C、T、Z
[ F 9.5] MODBUS-TCP
0–Disable
1– MODBUS-TCP1
2 – MODBUS-TCP2
[ F 9.5.1 ] Modbus TCP Floating Format decoding order
0-3412，word swap
1-1234，normal order
[9.6] TCP/UDP Continue output frequence
Default : 20，Range: 1 -100，if set to 100，100 times output per second.

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[9.7 ] Profinet IPAddress Clear
0– After the power is restarted, the IP address is not cleared
1– After the power is restarted, the IP address is 0.0.0.0
2.3.7 Maintenance
[ F 10.1 ] The first channel code
[ F 10.2 ] The second channel code
[ F 10.3 ] The three channel code
[ F 10.4 ] The four channel code
[ F 10.5 ] Clear Profinet station name
Display ”CLr N?” Indicates that not clear station name, press the key to switch ”1-CLY?”
or ”0-CLY?”
Display ”1-CLY?”, Indicates that the station name exists, then restart.
Display ”0-CLY?”, Indicates that the station name does not exists, no need to clear
[F10.F]
[F10.F.1] Password
Default: 0000, no password ,If not 0000, you need to enter a password
[F10.F.2] Keyboard Lock
0– Keyboard not locked
1 –Lock Keyboard
Under the keyboard lock state, only the Switch key is useful, Clear, Tare and Zero
keys are useless
[F10.F.3] Display Lock
0– Normal display
1 –Lock display
Under the Display lock state，Show no weight, show 2 horizontal lines
[F10.F.4] Display Switch Mode
0–Manual Switch Channel
1 –Auto Switch Channel

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Chapter 3 Serial Port Application
3.1 Serial Port and Ethernetcontinuous output weight format
Output
Data
Start 1# Data 2# Data 3# Data 4# Data END
Byte 0x02 15 bytes 15 bytes 15 bytes 15 bytes 0x0D
Data SWA SWB SWC XXXXXX XXXXXX
Notice A B C D E
Byte 1byte 1byte 1byte 6bytes 6bytes
Notice:
A – SWA: S ta tus A B – SWB : Sta tus B C – SWC: S ta tus C
D –DisplayWeight , 6 digits without decimal E –Tare Weight,6digits withoutdecimal
SWA: S ta tus A
Bit
0
Bit2 Bit1 Bit0 DecimalPoint Location
0 0 1 XXXXX0
0 1 0 XXXXXX
0 1 1 XXXXX.X
1 0 0 XXXX.XX
1 0 1 XXX.XXX
1 1 0 XX.XXXX
1
2
3
Bi t4 Bi t3 Build Code
0 1 X1
1 0 X2
1 1 X5
4
5 A l wa ys 1
6 A l wa ys 0
7 EVEN/ODD Paritybit
SWB: S tat us B
Bit
0 0 –Gross, 1 –Ne t

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1 Sign, Positive = 0, Negative = 1
2 Out of Range = 1 (Over capacity or U nder Zero)
3 Motion = 1, Stable = 0
4 A l wa ys 1
5 A l wa ys 1
6 A l wa ys 0
7 EVEN/ODD Paritybit
SWC: S ta tus C
Bit
0 A l wa ys 0
1 A l wa ys 0
2 A l wa ys 0
3 A l wa ys 0
4 A l wa ys 0
5 A l wa ys 1
6 A l wa ys 0
7 EVEN/ODD Paritybit
3.2 Continuous outputA/D Code format
Output
Data
Start 1# A/D
Code
Separator 2# A/D
Code
Separator 3# A/D
Code
Separator
4# A/D
Code
END
Data 0x02 7 bytes comma 7 bytes comma 7 bytes comma 7 bytes 0x0D
Notice:
A/D Code is 7 bits AS C I I Co d e ，less than 7 bits, fill 0, the Se pa ra t o r i s co mma (0x2C)
3.3 Demand Input / Output
Both Serial Port & Ethernet can be configured demand input/output, below commands are
supported.
Demand Input
Demand character(2) Description
NT Tare Scale

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NC Clear Tare
NZ Zero Scale
Description: The above N=1, 2, 3, 4 co rrespond to 1, 2, 3, 4 Scale.For example, "1T" is
sent,1# Scale perform Tare operations。

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3.4 MODBUS-RTU1 & MODBUS-TCP1 Data Format
MODBUS-RTU1 & MODBUS-TCP1 – 1# Scale
Register Description Operation
40001/2 1# Scale：Floating point display weight R
40003/4 1# Scale：Gross Weight R
40005 1#Scale Status
Bit 0 – 0(Two point calibration mode) 1
（
CalFree
）
Bit1 - 0
（
Disable Tare
）
1
（
Enable Tare
）
Bit 7 – 1…….. CalFree Error
Bit 8 – In Center of Zero Bit 9 –Under Zero
Bit 10 –Over Capacity Bit 11 –Net
Bit 12 –Motion Bit 13 –Power Up Zero OK
Bit 14 – Setup Mode Bit 15 –Weight Data OK
R
40006
1#Scale Demand
：
Bit 0 – 0-Disable 1-Enable MODBUS remote calibration
Bit 1 -0
（
Unlock Keypad
）
1(Lock Keypad)
Bit 11 –0->1 Trigger Pushbutton Zero
Bit 12 –0->1 Trigger Pushbutton Ta re
Bit 13 –0->1 Trigger Pushbutton Clear
Bit 14 –
Bit 15 –0->1 Trigger Scale Re-Init All
R/W
40007 1#Scale Calibration Demand: 01
Trigger Zero Point
Calibration，03 Trigger End Point Calibration
Notice : Only on 2 point calibration mode, support End Point
Calibration
R/W
40008 1#Scale Capacity,only input integer weights R/W
40009 1#Scale Increment Size Index: 0 (0.001), 1 (0.002), 2 (0.005),
3(0.01), 4(0.02), 5(0.05), 6 (0.1),7 (0.2),8 (0.5), 9(1),
10 (2), 11 (5), 12 (10), 13 (20), 14 (50), 15 (100)
R/W
40010 1# Scale : Calibration Weight，only input integer weights R/W

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MODBUS-RTU1 & MODBUS-TCP1 – 2 # Scale
Register Description Operation
40011/12 2# Scale：Floating point display weight R
40013/14 2# Scale：Gross Weight R
40015 2#Scale Status
Bit 0 – 0(Two point calibration mode)1
（
CalFree
）
Bit1 -0
（
Disable Tare
）
1
（
Enable Tare
）
Bit 7 –CalFree Error
Bit 8 – In Center of Zero Bit 9 –Under Zero
Bit 10 –Over Capacity Bit 11 –Net
Bit 12 –Motion Bit 13 –Power Up Zero OK
Bit 14 – Setup Mode Bit 15 –Weight Data OK
R
40016
2#Scale Demand
：
Bit 0 – 0-Disable 1-Enable MODBUS remote calibration
Bit 1 -0
（
Unlock Keypad
）
1(Lock Keypad)
Bit 11 –0->1 Trigger Pushbutton Zero
Bit 12 –0->1 Trigger Pushbutton Ta re
Bit 13 –0->1 Trigger Pushbutton Clear
Bit 14 –
Bit 15 –0->1 Trigger Scale Re-Init All
R/W
40017 2#Scale Calibration Demand: 01
Trigger Zero Point
Calibration，03 Trigger End Point Calibration
Notice : Only on 2 point calibration mode, support End Point
Calibration
R/W
40018 2#Scale Capacity,only input integer weights R/W
40019 2# Scale Increment Size Index:0 (0.001), 1 (0.002), 2 (0.005),
3(0.01), 4(0.02), 5(0.05), 6 (0.1),7 (0.2),8 (0.5), 9(1),
10 (2), 11 (5), 12 (10), 13 (20), 14 (50), 15 (100)
R/W
40020 2# Scale : Calibration Weight，only input integer weights R/W

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MODBUS-RTU1 & MODBUS-TCP1 – 3 # Scale
Register Description Operation
40021/22 3# Scale：Floating point display weight R
40023/24 3# Scale：Gross Weight R
40025 3#Scale Status
Bit 0 – 0(Two point calibration mode)1
（
CalFree
）
Bit1 -0
（
Disable Tare
）
1
（
Enable Tare
）
Bit 7 – CalFree Error
Bit 8 – In Center of Zero Bit 9 –Under Zero
Bit 10 –Over Capacity Bit 11 –Net
Bit 12 –Motion Bit 13 –Power Up Zero OK
Bit 14 – Setup Mode Bit 15 –Weight Data OK
R
40026
3#Scale Demand
：
Bit 0 – 0-Disable 1-Enable MODBUS remote calibration
Bit 1 -0
（
Unlock Keypad
）
1(Lock Keypad)
Bit 11 –0->1 Trigger Pushbutton Zero
Bit 12 –0->1 Trigger Pushbutton Ta re
Bit 13 –0->1 Trigger Pushbutton Clear
Bit 14 –
Bit 15
–0->1 Trigger Scale Re-Init All
R/W
40027 3#Scale Calibration Demand: 01
Trigger Zero Point
Calibration，03 Trigger End Point Calibration
Notice : Only on 2 point calibration mode, support End Point
Calibration
R/W
40028 3#Scale Capacity,only input integer weights R/W
40029 3# Scale Increment Size Index:0 (0.001), 1 (0.002), 2 (0.005),
3(0.01), 4(0.02), 5(0.05), 6 (0.1),7 (0.2),8 (0.5), 9(1),
10 (2), 11 (5), 12 (10), 13 (20), 14 (50), 15 (100)
R/W
40030 3# Scale : Calibration Weight，only input integer weights R/W