Page 1
BST100-E81 Weighing Controller
For: Ration Belt Weighfeeder
Operation Manual V3.6
Changsha Supmeter Technological Co.,Ltd.
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1
Preface
Thank you very much for your purchase !
This manual covers safety precaution, technical specification, operation interface, installation&
connection, function&operation and so on. In order to make the product running at its best, please read this
manual in advance, and reserve it for the future reading.
The continuous techno logy up dat e, function improvement and qua lit y enhancement may lead to some
differences between this manual and the physical product, please understand.
Without our autho rization, the contents of this manual are not allowed to be copied and reproduced.
Main Features:
Suitable for Ration Belt Weighfeeder with Ration Flow Feeding & Ration Weight Batch Control.
EMC design with high anti-jamming capability, suitable for industrial environment.
128×64 LCD display screen with 7 background colors for English/Chinese display.
Menu&Shortcut mode operation with key tone.
Optional English keypad, Simplified Chinese keypad a nd Complex Chinese keypad.
High-precision ∑-△A/D conversion technology and broad-range speed pulse input circuit.
Max. Connection Quantity: 8 Loadcells (350Ω).
Auto-locking, Key-locking, Key-unlocking, Digital Setting&Calibration and I/O Testing
functions available.
Auto Zero Tracking, Speed Calibration and Belt Length Calibration functions available.
One optional ‘Flow Setpoint’ analog signal input [AI: 4~20mA].
Max.3 definable ‘Flow/Control Current /…’ analog signal outputs [AO : 4~20mA].
Quick and steady PID for ration feeding control available.
3 Definable normally open switch inputs [DI] and 4 definable normally open relay switch
outputs [DO].
The feeder and belt weigher can be started and stopped by DI&DO signal.
1 ‘Totalized Weight High-speed Pulse’ output [PO].
2 Optional communication ports for linking to IPC/PLC, LED Remote Display, Serial Printer
and Wireless Module.
Weight Records per shift/day/month of a year can be queried and printed.
With the multitasking mode, the weighing&control process will not be interrupte d b y parameter
setting and the other operations.
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Contents
1. SAFETY PRECAUTION .................................................................................................................4
2. TECHNI CAL SPECIFICATION ....................................................................................................5
3. OPERATION INTERFACE ............................................................................................................7
3.1 OPERATION INTERFACE DIAGRAM ......................................................................................................... 7
3.2 KEYPAD OPERATION.............................................................................................................................. 8
3.3 STATE INDICATION ................................................................................................................................. 9
4. INSTALLATION&CONNECTION ..............................................................................................10
4.1 INSTALLATION ..................................................................................................................................... 10
4.2 TERMINAL ........................................................................................................................................... 11
5. OPERATION PROCEDURE ........................................................................................................15
6. FUNCTION&OPERATION ..........................................................................................................16
6.1 MAIN DISPLAY INTERFACE .................................................................................................................. 16
6.1.1 Totalized We ight, Flow & Belt Speed ....................................................................................... 16
6.1.2 Totalized We ight, Flow & Flow Setpoint .................................................................................. 16
6.1.3 Totalized We ight, Flow & Control Current ............................................................................... 17
6.1.4 Totalized Weight, Load & Load Setpoint .................................................................................. 17
6.1.5 T otaliz ed Weight, Date & Tim e ................................................................................................. 18
6.1.6 Totalized We ight, B a tc h Weight & Batch Weight Setpoint........................................................ 18
6.1.7 Alarm Items ............................................................................................................................... 19
6.1.8 DI&DO ...................................................................................................................................... 20
6.1.9 AI&AO ...................................................................................................................................... 20
6.1.10 AD Value, Totalized W eig ht Pulse, Total Weight o f Present Shift ........................................... 20
6.2 MAIN MENU ...................................................................................................................................... 21
6.3 F1 SETTING ......................................................................................................................................... 23
6.3.1 Basic Scale Parameters .............................................................................................................. 23
6.3.2 Extra Scale Parameters .............................................................................................................. 24
6.3.3 Basic Control Parameters .......................................................................................................... 25
6.3.4 Extra Control Parameters .......................................................................................................... 26
6.3.5 Flow Parameters ........................................................................................................................ 27
6.3.6 Speed Parameters ...................................................................................................................... 28
6.3.7 Load Parameters ........................................................................................................................ 29
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6.3.8 Weight Record Parameters ........................................................................................................ 29
6.3.9 Communication Parameters ....................................................................................................... 30
6.3.10 I/O Parameters ......................................................................................................................... 31
6.3.11 Display Parameters .................................................................................................................. 33
6.3.12 Date/Time Parameters ............................................................................................................. 33
6.3.13 A Sample of Parameter Setting ................................................................................................ 34
6.4 F2 SYSTEM CALIBRATION ................................................................................................................... 35
6.4.1 Zero Calibration ........................................................................................................................ 35
6.4.2 Dynamic Span Calibration ........................................................................................................ 36
6.4.3 Static Span Calibration with Chai n Weight ............................................................................... 37
6.4.4 Static Span Calibration with Han gin g Weight ........................................................................... 39
6.4.5 Segmenting S pan Correcti on ..................................................................................................... 41
6.4.6 Speed Calibration ...................................................................................................................... 43
6.4.7 Belt Length Calibration ............................................................................................................. 44
6.5 F3 WEIGHT RECORD FOR QUERYING&PRINTING ................................................................................ 45
6.6 F4 DATA CLEARING ............................................................................................................................. 46
6.7 F5 SECURITY ....................................................................................................................................... 47
6.7.1 Auto-locking .............................................................................................................................. 47
6.7.2 Key-locking ............................................................................................................................... 48
6.7.3 Key-unlocking ........................................................................................................................... 48
6.7.4 Password Set.............................................................................................................................. 49
6.7.5 RAM Reset ................................................................................................................................ 50
7. RA TION FLOW AUTO-FEEDING SYSTEM .............................................................................51
APPENDIX A. PRINT FORMATS ...................................................................................................52
APPENDIX B. COMMUNICATION PROTOCOLS ......................................................................53
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1. Safety Precaution
Lithium Battery Installation
A Lithium batter y should be equipped in the product. If it is not allowed to be transported
together with the product because of em bargo, please make a purchase according to the
model offered by us and install it by yourself.
Prohibit using the product under dangerous environment
Prohibit using the product under the dangerous environment with combustible gas and
explosive dust. If you have this need, please use our explosion-proof products.
Avoid using the product under overheated environment
Make sure that the produc t works under the environment with allowed tem perature range t o
get good performance and long working life.
Please keep the produc t awa y from dir ect sunli ght. If it is installed in a cabinet, pleas e install
cooling fans on the top of the cabinet.
Controller Grounding Protection
The product, as a low-voltage equipment, should be kept away from the high-voltage
equipments.
For avoiding bodily injury from electric shock accident and keeping the product separate from
strong interference, the shell of the product should be grounded directly and the ground
resistance should be less than 4Ω.
Scale Frame Grounding Protection
For avoiding bodil y injury from electric shock acc ident and keeping the loadcells and sp eed
sensor separate from strong interference, the scale frame should be connected with the
electronic scale grounding net and the ground resistance should be less than 4Ω.
Cable Laying
Weighing signal, speed signal, analog signal and communication signal cables should be laid
in pipes, and do not lay them together with power cables.
Power Supply
Please make sure that the inputted voltage is correct before power-on.
Environmental Protection
Before the Lithium battery equipped in the product being discarded, please insulate its
positive or negative pole, do not put it into fire.
Although the product is made of the lead-free components, after used in the industrial
environments, it’s possible to be polluted. So, while being discarded as worthless, the product
should be processed lawfully as leady industrial waste for environment protection.
Other Notes
The installation, wiring and maintenance should be operated by the engineers with the
relevant professional knowledge and safety operation ability. Although being not described in
this manual, the relevant safety operating procedures and standards should be followed.
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2. Technical Specification
Executing Stand ar d
CMC GB/T 7724-2008《Electronic W eighing Meter》PRC National Standard.
OMIL R50:1997《Continuous Totalizing Automatic Weighing Instruments》International
Recommendation.
Accuracy Grade: 0.5.
Display
128×64 LCD display screen with 7 background colors for English/Chinese display.
Display Refreshing Time: Setting Range 0.1~2.0s.
Kaypad
Optional 16-key English keypad, Simplified Chinese keypa d and Complex Chinese keypad.
Menu&Shortcut oper ation with key tone.
Loadcell Interface
Excitation Voltage/Max. Current: DC10V/250mA [8-350Ω loadcells].
Signal I nput Range: 0~25mV.
∑-△ADC: 24-bit, 100,000 internal code used.
Sampli ng Fr eq ue nc y: 200Hz.
Zero Drift: ±0.1μV/℃ RTI (Relative to Input).
Gain Drift: ±5ppm/℃.
Non-linearity: 0.005%FS.
Speed Sensor Interface
Output Voltage/Max. Cur rent: DC12V/100mA.
Speed Pulse Input Range: 0.5~3000Hz.
Switch Si gnal Interface
3 Normally Open Switch Inputs [DI].
4 Normally Open Relay S witch Outputs [DO]: AC250V/DC24V, 1 A.
1 ‘Totalized Weight High-speed Pulse’ Output [PO]: 100mA, DC5~24V; Weight per Pulse and
Pulse Width can be preset.
Analog Signal Interface
Max.3 Definable ‘Flow/Control Current /…’ Analog Signal Outputs [AO]: 4~20mA, Non-linearity:
0.05%FS; AO3 is optional.
1 Optional ‘Flow Setpoint’ Analog Signal Input [AI]: 4~20mA, Non-linearity: 0.05%FS.
Digital Communication Interf a c e
COM1: Optional RS232/RS485/RS422/Profibus-DP/Ethernet modules.
COM2: RS232.
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Connectable: IPC/PLC, LED Remote Display, Serial Printer and Wireless Module.
Report Print
Weight Records per shift/day/month of a year can be queried and printed.
Operating Specification
Operating Voltage: DC24±20%.
Max. Power Consumption: 10W.
Outline Size: 288×95×189mm [W×H×D].
Panel Cut-out Size: 281×88mm [W×H].
Operating Temperature: -20℃ to +40℃.
Storage T emperature: -30℃ to +60℃.
Relative Humidity: Max. 85%RH.
Protection Level of Front Panel: IP65.
Weight: Approx. 1.4kg.
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3. Operation Interface
3.1 Operation Interface Diagram
Flow: 19.9t/h
Speed: 0.35m/s
4800000kg
RUN
AUTO
EXT
ALARM
LOCK
1
SET 2 ADJ- 3 ADJ+ 4AUTO
F1 MENU
5
EXT 6ZERO 7 CAL
▲
LOCK
8
CLS 9 REC 0PRINT
▼
ENT
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3.2 Keypad Operation
If there is not any keypad operation in one minute and it’s not in the processes of ‘F 2 Calibration’ & ‘F6 Factor y
Adj.’, the controller will return to ‘Main Display Interface’ automatically.
Menu Operation
Key Name Description
【MENU】
(【ESC】)
Enter Main Menu.
Exit.
【ENT】 Enter/Save.
【▲】
Cursor shifts up or left.
Display the previous interface or option.
【▼】
Cursor shifts down or right.
Display the next interface or option.
【0~9】 Digit Input.
Quick Operation
【LOCK】
Key-locking.
Key-unlocking.
【F1】 Return to the initial display interface.
【SET】 Flow Set Value Setting.
【ADJ-】 Control Current -1mA.
【ADJ+】 Control Current +1mA.
【AUTO】 ‘Manual/Auto’ Control Mode Selection.
【EXT】 ‘Internal/External’ Flow Set Mode Selection.
【ZERO】 Zero Calibration.
【CAL】 Dynamic Sp a n Calibration.
【CLS】 Clear Screen: Clear display value of Totalized Weight.
【REC】 Query and print Weight Record .
【PRINT】 Print.
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3.3 State Indication
LED Lamp Description
[RUN]
ON: Weighing state.
OFF: Stopping state.
[AUTO]
Feeding control mode:
ON: Auto [PID].
OFF: Manual.
[EXT]
Flow Set Mode:
ON: External [AI: 4~20mA].
OFF: Internal.
[ALARM] Alarm.
[LOCK]
ON: Key-locked.
OFF: Key-unlocked.
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4. Installation&Connection
4.1 Installation
Outline Size
W×H×D[mm]
Front Panel Size
W×H[mm]
Box Body Size
W×H[mm]
Panel Cut-out Size
W×H[mm]
288×95×189 288×95 280×87 281×88
Installation Mode
Outline Size
189
Front Panel Size
288
95
(87)
(280)
Panel Cut-out Size
281
88
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4.2 Terminal
DO/DI
DO1+
DO1-
DO2+
DO2-
DO3+
DO3-
DO4+
DO4-
COM
DI1
DI2
DI3
1 2 3 4 5 6 7 8
9
10
11 12
POWER
SENSOR
SIG-
SIG+
EXC-
EXC+
SHD
VS-
SIN
DS+
SEN+
SEN-
B-/TXD-
A+/TXD+
RXD+
RXD-
GND
GND
RXD
TXD
+5V
AO/AI/PO
AO1+
AO1-
AO2+
AO2-
AO3+
AO3-
AI+
AI-
VIN
PO
DC-
DC+
COM1 COM2
1 2 1 2 3 4 5 6 7 8
9
10 1 2 3 4 5 6 7 8
9
1 2 3 4 5 6 7 8
9
10
ETHERNET
PROFIBUS-DP
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No. Pin Description
SENSOR Loadcell / Speed Sensor Por t
LOADCELL Loadcell
Connection Mo de 6-Wire
4-Wire
[Default Set]
1 SEN+ Feedback Voltage +.
2 SEN- Feedback Volt age -.
3 SIG- Weighing Signal [mV]Input -. Weighing Signal [mV]Input -.
4 SIG+ Weighing Signal [mV]Input +. Weighing Signal [mV]Input +.
5 EXC- Excitation Voltage -. Excitation Voltage -.
6 EXC+ Excitation Voltage + [DC10V]. Excitation Voltage + [DC10V].
7 SHD Shield Ground. Shield Ground.
SPEED
Speed Sensor
3-Wire
[NPN Open-collector Output Type]
2-Wire Tachogenerator
8 VS- Voltage Output -. Pulse Signal Input -.
9 SIN Pulse Signal Input. Pulse Signal Input +.
Sine Wave Signal Input
Terminal 1.
10 VS+ Voltage Output + [DC12V].
Sine Wave Signal Input
Terminal 2.
POWER DC24V[±20%] Power Input Port
1 DC- DC Input -.
2 DC+ DC Input +.
The shell should be grounded directly to avoid electric sho ck.
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No. Pin Description
COM1/2 COM1/COM2 Digital Communication Port
COM2
[Wiring Terminal]
RS232 Digital Communication Port
1
2
3
4
5
6 GND Signal Ground / Shield Ground.
7 RXD Receive Data.
8 TXD Transmit Data.
9 +5V +5V/100mA Output.
COM1
RS232/RS485/RS422/Profibus-DP/Ethernet Digital Communication Port
[It's optional to configure one of them]
Wiring Terminal RS232 RS485 RS422
1 B- TXD2 RXD A+ TXD+
3 TXD RXD+
4 RXD5 GND GND GND
6
7
8
9
Profibus-DP
[DB9 Socket]
Profibus-DP
1 DP- [B-] Data -.
3 DP+ [A+] Dat a +.
RJ45[DCE] Socket
Ethernet
[T568B Wiring Mode ]
1 RXD+ Orange-white
2 RXD- Orange
3 TXD+ Green-white
4
Unused
Blue
5 Unused Blue-white
6 TXD- Green
7 Unused Brown-white
8 Unused Brown
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No. Pin Description
AO/AI/PO Analog Output / Analog Input / High-speed Pulse Output Port
AO Anal o g Output Port [Definable]
1 AO1+
4~20mA Output 1 [+/-].
2 AO13 AO2+
4~20mA Output 2 [+/-].
4 AO25 AO3+
4~20mA Output 3 [+/-].
[It's optional to configure it].
6 AO3-
AI Analog Input Port
7 AI+ 4~20mA Input +.
8 AI- 4~20mA Input -.
PO Totalized Weight High-speed Pulse Output Port
9 VIN DC5~24V Input.
10 PO Totalized Weight High-speed Puls e Output.
No. Pin Description
DO/DI Rel a y Switch Signal Output / Switch Signal Input Port
DO Relay Switch Signal Output [Definable]
1 DO1+
Normally Open Contact Output 1 [+/-].
2 DO13 DO2+
Normally Open Contact Output 2 [+/-].
4 DO25 DO3+
Normally Open Contact Output 3 [+/-].
6 DO37 DO4+
Normally Open Contact Output 4 [+/-].
8 DO4-
DI Switch Signal Input [Definable]
9 COM DI Common Terminal [GND].
10 DI1 S witch Signal Input 1.
11 DI2 Switch Signal Input 2.
12 DI3 S witch Signal Input 3.
Contact Capacity of Relay Switch: AC250V/DC24V, 1A.
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5. Operation Procedure
Connection & Power on
Zero Calibration
I/O Setting
Serial Port Setting
Control Setting
(Used for belt feeder)
Other Settings
‘Weighing Dead Band’ Setting
(Scale Setting)
Key-Locking
‘Speed Coeff.’ & ‘Belt Length’
Setting (Scale Setting)
Dynamic Span Calibration
Or Static Span Calibration
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6. Function&Operation
The follo wing display&operation interfaces are described with ‘kg’ as the Internal Scale Unit. If the
parameter ‘[P107] Internal Scale Unit’ is set to ‘g’, the actual Weight Display Unit will be different.
6.1 Main Display Interface
【▼】【 ▲】: Display the next/previous interface.
6.1.1 Totalized W eight, Flow & Belt Speed
Press【PRINT】key to print: 2009-05-20 23:59
4800000kg
6.1.2 Totalized W eight, Flow & Flow Setpoint
0020.00 [t/h]
R: 0.00-5000.00
P200 Flow Set
Flow[↑↓]: 19.9t/h
Set: 20.0t/h
4800000kg
【ENT】: Set ‘Flow Setpoint’ value
↑: Upper Limit
↓: Lower Limit
Flow[↑↓]: 19.9t/h
Speed[↑↓]: 0.35m/s
4800000kg
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6.1.3 Totalized W eight, Flow & Control Current
6.1.4 Totalized W eight, Load & Load Setpoint
Load=Flow / (3.6×Speed)
Load Setpoint=Flow Setpoint / (3.6×Speed)
Load: kg/m
Flow: t/h
Belt Speed: m/s
Load[↑↓]: 15.8kg/m
Set: 15.9kg/m
4800000kg
12.26 [mA]
R: 4.00-20.00
Control Current
Flow[↑↓]: 19.9t/h
Ctrl[↑↓]: 12.26mA
4800000kg
【ENT】: Set ‘Control Current’ value
【ADJ-】【 ADJ+】: Control Current ±1mA
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6.1.5 Totalized Weight, Date & Time
6.1.6 Totalized Weight, Batch Weight & Batch W eig ht Setpoint
2009-05-20
23:59:45 Wed.
4800000kg
Month-Day-Year
Hour: Minute: Second Week
Batch[↑]: 0kg
Set: 0kg
4800000kg
00000000 [kg]
R: 0-99999999
P217 Batch Set
【ENT】: Set ‘Batch W eight Setpoint’ value
↑: Batch
End (Totalized Weight
reaches to Batch Weight Setpoint)
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6.1.7 A la r m Ite ms
Alarm Item Alarm Condition
Flow Upper Limit Flow ≥ Flow Range × Flow Upper Limit(%)
Flow Low er Limit Flow ≤ Flow Range × Flow Lower Limit(%)
Load Upper Limit Load ≥ Load Range × Load Upper Limit(%)
Load Low er Limit Load ≤ Load Range × Load Lower Limit(%)
Speed Upper Limit Speed ≥ Speed Range × Speed Upper Limit(%)
Speed Lower Limit Speed ≤ Speed Range × Speed Lower Limit(%)
Control Current Upper Limit Control Current ≥ PID Control Curre nt Upper Limit
Control Current Lower Limit Control Current ≥ PID Control Curre nt Lower Limit
Flow Positive Deviation Limit Flow Deviation [E%] > Flow Positive Deviation Limit
Flow Negative Deviation Limit Flow Deviation [E%] < Flow Negative Deviation Limit
Flow Deviation Value [E%]
XXX.X%
Flow Deviation [E%] = ((Flow －Flow Setpoint) / Flow
Setpoint) × 100%
OK: Normal
HI: Upper Limit / Positive Deviation Limit
LO: Lower L imit / Negative Deviation Limit
Flow:OK Load:OK
Speed:OK Ctrl: OK
Dev:OK -0.5%
Alarm Items
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6.1.8 DI&DO
DI: Switch Input; DO: Switch Output
6.1.9 AI&AO
AI: Analog Input (4.00~20.00mA)
AO: Analog Output (4.00~20.00mA)
6.1.10 AD Value, Totalized Weigh t Pulse, Total Weigh t of Present Shift
LP－Totalized Weight Low-speed Pulse
HP－Totaliz ed Weight High-speed Pulse
Total－Totalized Weight of Present Shift
DI3: OFF
DO1:OFF DO2:OFF
DO3:OFF DO4:OFF
DI1: OFF DI2:OFF
AO1: 4.00mA
AO2: 4.00mA
AO3: 4.00mA
AI: 4.00mA
LP: 4800
HP: 48000
Total: 190150kg
AD: 25122
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6.2 Main MENU
Main Menu Second Menu Description
F1 Setting
1 Scale[Basic] Basic scale parameters setting.
1+Scale[Extra] Extra scale parameters setting.
2 Control[Basic] Basic feeding cont r ol parameters setting.
2+Control[Extra] Extra feeding and batching control parameters setting.
3 Flow Flow par amet ers setting.
4 Speed Speed parameters setting.
5 Load Load par ameters setting.
6 Save/Print Weight record parameters setting.
7 Comm. Port Communication port parameters setting.
8 I/O Input&output parameters setting.
9 Display Display and operation interface parameters setting.
10 Date/Time Date/Time parameters setting.
F2 Calibration
1 Zero Cal. Zero Calibration without loading for correcting Zero Value.
2 Span Cal. Dyn.
Dynamic Span Calibration with loading measured materials or Poise
Weights for correcting Span C oefficient.
3 Span Cal.Stat1
Static Span Calibration with a measured chain weight as a continuous
and steady load on the running belt weigher for correcting Span
Coefficient.
4 Span Cal.Stat2
Static Span Calibratio n with a measured Hanging Weight as a steady
load on the running belt weigher f or correcting Span Coefficient.
5 Span Cor. Seg.
Segmenting Span Correction.
After doing Dynamic or Static Span
Calibration, further corrections for 3 [AD Value: 0~60000] linear
segments are optional for correcting Correction Coefficient 1~3.
6 Speed Cal.
Speed Coefficient Calibration.
Keep the belt weigher running at a const ant speed. After the running
time of a revolution being measured with using a stopwatch, do this
operation for correcting Speed Coefficient.
7 Length Cal.
Belt Length Calibration.
Keep the belt weigher running at a constant speed . After the running
time of a revolution being measured with using a stopwatch, do this
operation for correcting Belt Length.
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Main Menu Second Menu Description
F3 W eight Record Query and pri nt Weight Records.
F4 Data Clearing
1 Clear Screen
Clear Totalized Weight and T otalized Weight Pulse Count.
But Totalized Weight of Current Shift will not be cleared, so this
operation has no effect on recording of weight per shift.
2 Clear Weight
Clear Totalized Weight, To talized Weight Pulse Count and Totalized
Weight of Current Shift.
The cleared value of Totalized Weight of Current Shift will not be
recorded.
3 Clear Records
Clear History Records of Totalized Weight.
But Current Totalized Weight, Totalized Weight Pulse Count and
Totalized Weight of Current Shift will not be cleared.
F5 Security
1 Auto-locking
If there is not any keypad operation in one minute and it’s not in the
processes of ‘F2 Calibration’ & ‘F6 Factory Adj.’, the controller will
lock the keypad and return to ‘Main Display Interface’ automatically.
2 Key-locking Locking keypad.
3 Key-unlocking Unlocking keypad.
4 Password Set Exfactory Password: 000001.
5 RAM Reset Restore to factory defaults.
F6 Factory Adj. Special for manufactur er.
F7 Product Info.
Only for query.
1 Version No. Version No.
2 Serial No. Serial No.
3 Exfactory Date Exfactory Date.
4 Audit Counter
Audit Trail Counter [0~99999999] for Scale parameter’s
modification.
5 Auth. Code Authorization Code.
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6.3 F1 Setting
6.3.1 Basic Scale Parameters
No. Parameter Range Default Set
P100
DispalyUnit
(Weight Display Unit)
0: kg
1: t
([P107] Scale Unit = kg)
0
0: g
1: kg
([P107] Scale Unit = g)
P101
Decimal
(Weight Decimal Point)
0: o
1: o.o
2: o.oo
When [P100]=1, it’s valid.
1
P102 Belt Length 0.01~5000.00m
10.00
[*]
P103
SpeedCoeff.
(Speed Coefficient)
1.0~99999.9pl/m (pulse/m)
100.0
[*]
P104 Zero Value 0~60000 (AD Value)
15000
[*]
P105
Span Coeff.
(Span Coefficient)
1~99999999
200000
[*]
P106
SL Deadband
(Weighing Daedband)
±(0.00~200.00) t/h
([P107] Scale Unit = kg)
If Flow < Deadband value, the variance of
Totalized Weight will be ignored.
±0.00
±(0.00~200.00) kg/h
([P107] Scale Unit = g)
P107
Scale Unit
(Internal Scale Unit)
0: kg
1: g
0/1
[*]
[*]: ‘RAM Reset’ operation has no effect on this parameter.
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6.3.2 Extra Scale Parameters
No.
Parameter
Range
Default
Set
P110
Cal. Revs
(Calibration Revolutions)
1~99R (1R=1 Belt Length) 3
P111 ChainWeight
0.1~1000.0kg/m
([P107] Scale Unit = kg)
Chain Weight for Span Calibration
10.0
0.1~1000.0g/m
([P107] Scale Unit = g)
P112 HangWeight
0.1~1000.0kg
([P107] Scale Unit = kg)
Hanging Weight for Span Calibration
10.0
0.1~1000.0g
([P107] Scale Unit = g)
P113
WeighLength
0.001~50.000m
1.000
P114 Cal.Current
4.00~20.00mA
Control Current for System Calibration
12.00
P115
Zero Track
(Zero Tracking Permission)
0: OFF; 1: ON 0
P116
Track Range
(Zero Tracking Range)
±(0~10%) × [P302] Flow Range ±5%
P117
Zero Adjust
(Zero Adjusting Range)
±(0~10%) × [P104] Zero Value ±5%
P118 ZeroRefresh
0: RAM (Only Refresh RAM Zero V alue)
1: FLASH/RAM (Refresh Original Zero V alue)
0
P119 Breakpoint1
0~[P120] (AD Value: 0~60000)
Breakpoint1 of Segmenting Span Correction
18000
P120 Breakpoint2
[P119]~Max. AD Value (60000)
Breakpoint2 of Segmenting Span C or r e c ti on
42000
P121 Cor. Coeff1
0.500~2.000; Span Correction Coeffici ent of AD
Value Linear Segment 1: 0~[P119]
1.000
P122 Cor. Coeff2
0.500~2.000; Span Correction Coefficie nt o f AD
Value Linear Segment 2: [P119]~[P120]
1.000
P123 Cor. Coeff3
0.500~2.000; Span Correction Coeffici ent of AD
Value Linear Segment 3: [P120~Max. AD Value
1.000
P124
Cal. Add (Totalizing While
Calibrating)
0: OFF
1: ON [In the process of ‘Load Calibration’,
the inputted actual weight valu e will be added to
Totalized Weight]
0
P125
Neg. Add
(Negative Totalizing)
0: OFF [The negative variance of Totalized
Weight will be ignored]
1: ON
1
Page 26
25
6.3.3 Basic Control Para meters
No. Parameter Range Default Set
P200 Flow Set[point]
0.00~5000.00t/h
([P107] Scale Unit = kg)
20.00
0.00~5000.00kg/h
([P107] Scale Unit = g)
P201 P Value
0.1~5000.0
A bigger P value indicates a higher-precision
feeding adjustment but a longer time for flow to
reach the target value [Flow Setpoint].
100.0
P202 I Value
0.1~9.9s
A smaller I value indicates a higher-frequency
feeding adjustment but a potential flow
over-adjustment.
0.5
P203 PID Upper
[P204]~20.00mA
Auto[PID]/Manual Control Current Upper Limit
20.00
P204 PID Lower
4.00~[P203]mA
Auto[PID]/Manual Control Current Lower Limit
5.00
P205
CtrL. Ratio
(PID Control Ratio)
1~500%
The 2nd&3rd Control Current=Control Ratio×(The
1st Control Current-4.00)+4.00 [m A]
100%
P206 [Flow] PositiveDev
(0.5~100.0)%
Flow Positive Deviation Limit
10.0%
P207 [Flow] NegativeDev
-(0.5~100.0)%
Flow Negative Deviation Limit
-10.0%
P208
Ctrl. Mode
(Feeding Contr ol Mode)
0: Auto[PID]
1: Manual
2: Comm. (Communication)
1
P209 FlowSetMode
0: Int./Comm. (Internal/Communication)
1: Ext. AI (External AI: 4~20mA)
0
Page 27
26
6.3.4 Extra Control Parameters
No. Parameter Range Default Set
P210 InIHoldTime
0.0-999.9s
PID Initial Current Hold Time
2.0
P211
PID Ini.Cur
(PID Initial Current)
0: Present (Present Current V alue)
1: Fuzzy (Fuzzy Current Value)
2: Set [P219] (Set Value of [P219])
0
P212
Fuzzy Equ.
(Fuzzy Equivalent)
0.01~100.00 [t/h]/mA
([P107] Scale Unit = kg)
Flow Increment
per Increasing 1mA Adjusting
Current.
2.50
0.01~100.00 [kg/h]/mA
([P107] Scale Unit = g)
P213
ST/SP Delay
(Start/Stop Delay Time)
0.0~999.9s
Delay Time of Feeder Starting
Delay Time of Scale Stopping
0.0
P214
BatchPermit
(Batch Permission)
0: OFF; 1: ON 0
P215
Batch Loop
(Batch Loop Mode)
0: Manual Mode; 1: Auto Mode 0
P216
Batch Int.
(Batch Interval)
0.0~9999.9s 60.0
P217
Batch Set
(Batch Weight Setpoint)
0~99999999kg
([P107] Scale Unit = kg)
0
0~99999999g
([P107] Scale Unit = g)
P218 BatchPreact
0~[P217] kg
([P107] Scale Unit = kg)
Batch Preact Weight
0
0~[P217] g
([P107] Scale Unit = g)
P219 Set Current
4.00~20.00mA
Set V alue of PID Initial Current
12.00
Note:
[P213] Start/Stop Delay:
1. Delay Time of Feeder Starting: When there is a “DI.Start” pulse signal input, ‘DO. S cale Start&Stop Control’ will
turn on to start the belt weigher, and after delaying th is time, ‘DO. Feeder Start&Stop Control’ will turn on to start the
feeder.
2. Del ay Time of Scale Stopping: When there is a “DI.Stop” pulse signal input, ‘DO. Feeder Start&Stop Control’ will
turn off to stop the feeder, and after delaying this time, ‘DO. Scal e Start&Stop Control’ will turn off to stop the belt
weigher.
Page 28
27
6.3.5 Flow Parameters
No. Parameter Range Default Set
P300
DisplayUnit
(Flow Display Unit)
0: t/h
1: kg/min
2: kg/h
([P107] Scale Unit = kg)
0
0: kg/h
1: g/min
2: g/h
([P107] Scale Unit = g)
P301
Decimal
(Flow Decimal Point)
0: o
1: o.o
2: o.oo
1
P302 Flow Range
0.01~5000.00t/h
([P107] Scale Un it = kg)
100.00
0.01~5000.00kg/h
([P107] Scale Unit = g)
P303
Flow Upper
(Flow Upper Limit)
(0.0~100.0)% Flow Range 100.0%
P304
Flow Lower
(Flow Low er Limit)
(0.0~100.0)% Flow Range 0.0%
P305 Flow Filter 1~200 10
P306 FlowFilter2
1~100
The secondary filter for flow display.
1
P307 Filter2 Dev
±(0~20)%
Flow Deviation Range for Flow Filter2
When Flow Deviation [E%] is within this range, the
secondary filter will work.
±2%
Page 29
28
6.3.6 Speed Parameters
No. Parameter Range Default Set
P400
Decimal
(Speed Decimal Point)
0: o
1: o.o
2: o.oo
3: o.ooo
2
P401 Speed Range 0.100~5.000m/s 3.000
P402
Speed Upper
(Speed Upper Limit)
(0.0~100.0)% Speed Range 100.0%
P403
Speed Lower
(Speed Lower Limit)
(0.0~100.0)% Speed Range 0.0%
P404 SpeedFilter 1~200 10
P405 SpeedSource
0: Ext. Speed (Weighing by the external speed)
1: Int. Speed1 (Weighing by the internal speed)
2: Int. Speed2 (Connect a normally open switch
related to the running state of the weighing belt
between the terminals ‘SIN’ and ‘VS-’. Switch ON
with Belt’s Running: Weighing by the internal speed;
Switch OFF with Belt’s Stopping: Stop weighing)
3: Int. Speed3 (Weighing by the internal speed while
the external speed pulse inputting)
Note: If a DI signal is defined as ‘1: Weighing’, then
o
nly when this DI turns on, the weighing process is
allowed.
0
P406
Int. Speed
(Internal Speed)
0.001~5.000m/s 0.500
P407 Pulse Upper
0.1~3.0kHz
Speed Pulse Frequency Upper Limit: if the frequency
of speed pulse exceeds this set value, the speed pulse
will be invalid.
1.0
Page 30
29
6.3.7 Load Parameters
No. Parameter Range Default Set
P500
Decimal
(LoadDecimal Point )
0: o
1: o.o
2: o.oo
1
P501 Load Range
0.01~5000.00kg/m
([P107] Scale Unit = kg)
100.00
0.01~5000.00g/m
([P107] Scale Unit = g)
P502
Load Upper
(Load Upper Limit)
(0.0~100.0)% Load Range 100.0%
P503
Load Lower
(Load Low er Limit)
(0.0~100.0)% Load Range 0.0%
P504 Load Filter 1~20 10
P505 Calc. Speed
0.000 (Use external speed for Load calculation)
0.001~5.000m/s (Used for Load calculation)
0.000
6.3.8 Weight Record Parameters
No. Parameter Range Default Set
P600
Shifts/Day
(Shifts per Day)
1: One Shift; 2: Two Shifts;
3: Three Shifts; 4: Four Shifts
3
P601 Shift1 Time 00:00~23:59 07:59
P602 Shift2 Time 00:00~23:59 15:59
P603 Shift3 Time 00:00~23:59 23:59
P604 Shift4 Time 00:00~23:59 23:59
P605 Auto-print 0: OFF; 1: Per Hour; 2: Per Shif t; 3 : Per Day 0
P606
Auto-clear
(Auto Clear Screen)
0: OFF; 1: Per Shift; 2: Per Day; 3: Per Month
‘Auto-clear’ has no effect on recording of weight per
shift.
0
Page 31
30
6.3.9 Communication Parameters
No. Parameter Range Default Set
P700
Address
[Communication Address]
00~99 01
P701
P702
COM1 Baud [Rate]
COM2 Baud [Rate]
0: 1200bps; 1: 2400bps; 2: 4800bps
3: 9600bps; 4: 19200bps; 5: 115200bps
3
3
P703
P704
COM1 Parity [Check]
COM2 Parity [Check]
0: None
1: Even
2: Odd
0
0
P705
COM1 Mode
[Communication Mode]
0: Host-slave ASC (Modbus ASCII)
1: Continuous ASC (Continuous Sending ASCII)
2: DP-Modicon (Unused)
3: DP-Siemens (Unused)
4: Print[A]
5: Print[B]
6: Host-slave RTU (Modbus RTU)
7: Continuous RTU (Continuous Sending RTU)
8: TCP
9: User1
0
P706
COM2 Mode
[Communication Mode]
0: Host-slave ASC (Modbus ASCII)
1: Continuous ASC (Continuous Sending ASCII)
2: Unused
3: Unused
4: Print[A]
5: Print[B]
6: Host-slave RTU (Modbus RTU)
7: Continuous RTU (Continuous Sending RTU)
8: TCP
9: User1
0
P707 [Modbus] Data Format
Reading&Writing Order of 4-Byte Registers:
0: 4321 [HB4 HB3 LB2 LB1]
1: 3412 [HB3 HB4 LB1 LB2]
2: 1234 [LB1 LB2 HB3 HB4]
3: 2143 [LB2 LB1 HB4 HB3]
The HEX byte order of float and long int registers
in the weighing controller is ‘HB4 HB3 LB2 LB1’.
0
Page 32
31
6.3.10 I/O Parameters
No. Parameter Range Default Set
P800
P801
P802
AO1 Signal
AO2 Signal
AO3 Signal
0: None
1: Flow
2: Ctrl. Current (Control Current)
3: Load
4: Speed
5: From AI [4~20mA]
6: From Comm. (Communication Port)
7: HighPulse (Totalized Weight High-speed Pulse, 4mA→
20mA→4mA)
8: LowPulse (Totalized Weight Low-speed Pulse, 4mA→
20mA→4mA)
9: Batch Weight (Output
Capacity: [P217] ‘Bat ch Weight
Setpoint’)
1
2
0
P803
P804
P805
P806
DO1 Signal
DO2 Signal
DO3 Signal
DO4 Signal
0: None
1: Flow Upper (Limit Alarm)
2: Flow Lower (Limit Alarm)
3: Load Upper (Limit Alarm)
4: Load Lower (Limit Alarm)
5: Speed Upper (Limit Alarm)
6: Speed Lower (Limit Alarm)
7: PID Upper (Limit Alarm)
8: PID Lower (Limit Alarm)
9: PositiveDev (Flow Positive Deviation Limit Alarm)
10: NegativeDev (Flow Negative Deviation Limit Alarm)
11: LowPulse (Totalized Weight Low-speed Pulse)
12: Auto Control (Auto Feeding Control Mode)
13: Calibrating (State)
14: Running (State)
15: From DI1
16: From DI2
17: From DI3
18: From Comm. (Communicati on Por t)
19: Feeder Ctrl. (Feeder Start&Stop Control)
20: Scale Ctrl. (Belt Weigher Start&Stop Control)
21: Batch
End[ON] (Totalized Weight reaches to Batch
Weight Setpoint)
22: Batch
End[OFF] (Totalized Weight reaches to Batch
Weight Setpoint)
0
0
0
0
Page 33
32
No. Parameter Range Default Set
P807
P808
P809
DI1 Signal
DI2 Signal
DI3 Signal
0: None
1: Weighing (ON: Weighing; OFF: No Weighing)
2: PID Start (ON: Start PID; OFF: Stop PID)
3: Sys. Ready (ON: System Ready, DI.Start Signal is valid)
4: Zero Cal. (Z ero Calibration, OFF→ON→OFF)
5: Clear Screen (OFF→ON→OFF)
6: Start (OFF→ON→OFF)
7: Stop (OFF→ON→OFF)
8: (Feeding) Ctrl. Mode (ON: Auto Control; OFF: Manual
Control)
9: Flow Set Mode (ON: Internal; OFF: External)
10: Clear Batch (OFF→ON→OFF, Clear Batch Weight)
11: Batch Permit (ON: Batch Control)
12: End Batch (OFF→ON→OFF)
0
0
0
P810 Alarm Sound
0: OFF
1: ON
0
P811 Alarm Delay
0.0~9.9s
Alarm Delay Time
1.0
P812 HP Weight
1~1000kg
([P107] Scale Unit = kg)
Weight value per high-speed pulse outputting from PO/AO
port
100
1~1000g
([P107] Scale Unit =kg)
P813 HP Width
50~500ms
Width of high-speed pulse
100
P814 LP Weight
10~10000kg
([P107] Scale Unit = kg)
Weight value per low-speed pulse outputting from DO/AO
port
1000
10~10000g
([P107] Scale Unit = g)
P815 LP Width
50~1000ms
Width of low-speed pulse
200
Page 34
33
6.3.11 Display Parameter s
No. Parameter Range Default Set
P900 Language
0: Chinese
1: English
0/1
[*]
P901 RefreshTime 0.1~2.0s 0.5
P902
P903
LED1 Data
LED2 Data
0: Flow
1: Flow Set[point]
2: Speed
3: Load
4: Load Set[point]
Used for the controller with LED display
screen.
0
1
P904
LED/VFD Lum
(LED/VFD Brightness)
5~15
Used for the controller with LED/VFD
display screen.
10
[*]
P905
P906
LCDRunColor
(LCD Background Color in
Running State)
LCDStpColor
(LCD Background Color in
Stop State)
0: None; 1: Orange; 2: Green; 3: Yellow
4: Blue; 5: Purple; 6: Light Blue
7: White
Used for the controller with LCD display
screen.
2
2
P907 LCDContrast
5~20
Used for the controller with LCD display
screen.
12
[*]
P908
Ini.Display
(Initial Display Interface)
1~6[#] 1
P909
DisplayItem
(Displayable Inter faces)
0: Six
1: ALL
1
P910 [Cooling] Fan Running
0: OFF
1: ON
1
[*]: ‘RAM Reset’ operation has no effect on this parameter.
6.3.12 Date/Time Para met ers
No. Parameter Range Default Set
P998
20YY-MM-DD
HH: MM: SS Week
Local
Time
Page 35
34
6.3.13 A Sample of Parameter Setting
Modify the parameter ‘[P103] Speed Coefficient’.
【▲】【 ▼】: Moving cursor.
【0~9】: Digit input.
Main Display Interface
【MENU】+【▲】【 ▼】: F1 Setting
【ENT】
【ENT】+【▲】【 ▼】
【ENT】
1+Scale[Extra]
2 Control[Basic]
F1Setting
1 Scale[Basic]
P102 Belt Length
P103 SpeedCoeff.
1 Scale[Basic]
P101 Decimal
【MENU】: Exit 【ENT】: Save
M
0100.00
R: 1.0-99999.9
P103 SpeedCoeff.
M
Page 36
35
6.4 F2 System Calibration
6.4.1 Zero Calibration
Keep the belt weigher running without load for correcting Zero Value.
【MENU】: Exit 【ENT】: Save
M
New Zero: 14400
E%: -1.00%
1 Zero Cal.
Old Zero: 15000
05[R]
R: 1-99
P110 Cal. Revs
Remainder length of a revolution
【▲】【 ▼】:
Display Flow, Load or AD V alue
Main Display Interface
【MENU】+【▲】【 ▼】: F2 Calibration
【ENT】+【▲】【 ▼】: 1 Zero Cal.
【ENT】
M
【ENT】
Flow: 0.0t/h
01R 10.00m
1 Zero Cal.
Zero: 14400
Revolution Count
After running Calibration Revolutions:
E% = (ER / Max. AD Value) × 100%
ER = New Zero V alue - Old Zero Value
Max. AD Value = 60000
Page 37
36
6.4.2 Dynamic Span Calibration
Let the belt weigher run with loading measured materials or Poise Weights for correcting Span
Coefficient.
After running the last revolution:
End 5R
[ENT]: Input…
2 Span Cal. Dyn.
W: 499.2kg
【ENT】
Flow: 12.6t/h
Wait… 1.00m
2 Span Cal. Dyn.
W: 489.2kg
Main Display Interface
【MENU】+【▲】【 ▼】: F2 Calibration
【ENT】+【▲】【 ▼】: 2 Span Ca l . Dyn.
【ENT】& Start loading
M
Remainder length of a revolution
Flow: 12.6t/h
01R 10.00m
2 Span Cal. Dyn.
W: 1.0kg
Revolution Count
【▲】【 ▼】:
Display Flow, Load , AD Value
Stop loading &【ENT】
0000500.0[kg]
R:0.1-9999999.9
Input Weight
Page 38
37
6.4.3 Static Span Calibration with Chain W eight
Keep the belt weigher running with loading a chain we ight for correcting Span Coefficient.
Put a measured chain wei ght as a continuous and steady load on the belt weigher and then start the
belt weigher.
05[R]
R: 1-99
P110 Cal. Revs
Main Display Interface
【MENU】+【▲】【 ▼】: F2 Calibration
【ENT】+【▲】【 ▼】：3 Span Cal.Stat1
【ENT】
M
【ENT】
R: 0.1-1000.0
P111 ChainWeight
010.0[kg/m]
【MENU】: Exit 【ENT】: Save
【ENT】
M
NewSpan: 200320
E%: -0.16%
2 Span Cal. Dyn.
OldSpan: 200000
E% = (Display Weight – Input Weight) /
Input Weight × 100%
Page 39
38
Remainder length of a revolution
Load: 9.98kg/m
01R 10.00m
3 Span Cal.Stat1
W: 1.0kg
Revolution Count
【▲】【 ▼】:
Display Flow, Load , AD Value
【ENT】
After running Calibration Revolutions:
End 5R
[ENT]: Input…
3 Span Cal.Stat1
W: 499.2kg
【ENT】
0000500.0[kg]
R:0.1-9999999.9
Input Weight
【MENU】: Exit 【ENT】: Save
【ENT】
M
NewSpan: 200320
E%: -0.20%
3 Span Cal.Stat.
OldSpan: 200000
Input Calibrating Weight = Cal. Rev.s ×
Belt Length × Chain Weight
Page 40
39
6.4.4 Static Span Calibration with Hanging Weight
Keep the belt weigher running with loading hanging weights for correcting Span Coefficient.
Put a measured hanging weight as a steady load on the belt weigher and then start belt weigher.
05[R]
R: 1-99
P110 Cal. Revs
Main Display Interface
【MENU】+【▲】【 ▼】: F2 Calibration
【ENT】+【▲】【 ▼】：4 Span Cal.Stat2
【ENT】
M
【ENT】
0010.0[kg]
R: 0.1-1000.0
P112 HangWeight
【ENT】
01.000 [m]
R: 0.001-50.000
P113 WeighLength
【ENT】
Page 41
40
0000500.0[kg]
R:0.1-9999999.9
Input Weight
【MENU】: Exit 【ENT】: Save
【ENT】
M
NewSpan: 200320
E%: -0.16%
4 Span Cal.Stat2
OldSpan: 200000
Input Calibrating Weight = Cal. Rev.s ×
Belt
Length × Chain We ight / Weigh Length
Remainder length of a revolution
Load: 9.98kg/m
01R 10.00m
4 Span Cal.Stat2
W: 1.0kg
Revolution Count
【▲】【 ▼】:
Display Flow, Load , AD Value
After running Calibration Revolutions:
End 5R
[ENT]: Input…
4 Span Cal.Stat2
W: 499.2kg
【ENT】
Page 42
41
6.4.5 Segmenting Span Correction
After doing Dynamic or Static Span Ca libratio n, further co rrections for 3 [AD Value: 0~60000] linear
segments are optional for correcting Correction Coefficient 1~3.
【ENT】& Start loading
Remainder length of a revolution
AD: 26080
01R 9.90m
5 Span Cor. Seg.
W: 1.0kg
Revolution Count
【▲】【 ▼】:
Display Flow , Load or AD V alue
0: SEG1
R: 0-2
Linear Segment
AD Value Linear Segment 1~3
SEG1: 0~[P119]
SEG2: [P119]~[P120]
SEG3: [P120]~Max. AD V alue
AD: 26080
Wait… 1.00m
5 Span Cor. Seg.
W: 245.0kg
Stop loading &【ENT】
After running the last revolution:
Main Display Interface
【MENU】+【▲】【 ▼】: F2 Calibration
【ENT】+【▲】【 ▼】：5 Span Cor . Seg.
【ENT】
M
End 5R
[ENT]: Input…
5 Span Cor. Seg.
W: 249.5kg
Page 43
42
New COR1: 1.002
E%: -0.20%
5 Span Cor. Seg.
Old COR1: 1.000
【ENT】
【ENT】
000250.0[kg]
R: 0.1-9999999.9
Input Weight
[P121]/[P122]/[P123] Span Correction
Coefficient: 0.500~2.000
【MENU】: Exit 【ENT】: Save
M
Page 44
43
6.4.6 Speed Calibration
Keep the belt weigher running at a constant speed. After the belt running time of a revolution being
measured by stopwatch, do this operation for correcting Speed Coefficient.
0010.00 [m]
R: 0.01-5000.00
P102 Belt Length
Main Display Interface
【MENU】+【▲】【 ▼】: F2 Calibration
【ENT】+【▲】【 ▼】: 6 Speed Cal.
【ENT】
M
Run-timer over
New: 100.0pl/m
Pulse: 980
6 Speed Cal.
Old: 100.0pl/m
【MENU】: Exit 【ENT】: Save
M
[P103]: Speed Cofficient [pulse/m]
【ENT】
0028.0 [s]
R: 1.0-9999.9
Run-timer
Length: 10.00m
Timer: 27.0s
6 Speed Cal.
Pulse: 35
【ENT】
Pulse Count
Belt Length Set value
Page 45
44
6.4.7 Belt Length Calibration
Keep the belt weigher running at a constant speed. After the belt running time of a revolution being
measured by stopwatch, do this operation for correcting Belt Length.
New LEN: 9.80m
Pulse: 980
7 Length Cal.
Old LEN: 10.00m
【ENT】
[P102]: Belt Length [m]
Main Display Interface
【MENU】+【▲】【 ▼】: F2 Calibration
【ENT】+【▲】【 ▼】: 7 Length Cal.
【ENT】
M
Pulse: 35
Timer: 27.0s
7 Length Cal.
Length: 0.35m
0028.0 [s]
R: 1.0-9999.9
Run-timer
Run-timer over or【ENT】
【MENU】: Exit 【ENT】: Save
M
Page 46
45
6.5 F3 Weight Record for Querying&Printing
Weight records per shift/day/month of a year can be queried and printed.
2005－05－20
Input Date
F3 Weight Record
【PRINT】
: Print weight records from the first day
of this month to this day. See Appendix A.Table 3
Day: 470030kg
Mon: 8080030kg
2009-05-20Record
3rd: 190150kg
【PRINT】: Print weight records of this day
See Appendix A.Table 2
【ENT】
3rd: 190150kg
Day: 470030kg
2009-05-20Record
2nd: 169900kg
2nd: 169900kg
3rd: 190150kg
2009-05-20Record
1st: 109980kg
【▲】【 ▼】: Previous/next record
【ADJ-】【 ADJ+】: Previous/next day
【PRINT】: Print weight record of this shift
See Appendix A.Table 1
Main Display Interface
【MENU】+【▲】【 ▼】: F3 Weight Record
【ENT】
M
M
【MENU】
Page 47
46
6.6 F4 Data Clearing
Data Clearing Mode D escription:
Manual Clearing Mode
1 Clear Screen: Clear Totalized Weight and Totalized Weight Pulse Count. But Totalized Weight of Current
Shift will not be cleared, so this operation has no effect on recording of weight per shift.
2 Clear Weight: Clear Totalized Weight, Totalized Weight Pulse Count and Totalized Weight of Current
Shift. The cleared value of Totalized Weight of Current Shift will not be recorded.
3 Clear Records: Clear History Records of Totalized Weight. But Current Totalized Weight, Totalized
Weight Pulse Count and Totalized Weight of Current Shift will not be cleared.
Timing Auto Clearing Mode
The parameter ‘[P 606] Au to-clear’ can be set to ‘0: OFF / 1: Per Shi ft / 2: P er Day / 3: Per Month’, and its
default value is ‘0: OFF’.
‘T im ing Auto Clearing’ has no effect on recording of weight per shift.
[P606]=‘1: Per Shift’: After recording Totalized Weight per Shift, do operation ‘Clear Screen’ automatically.
[P606]=‘2: Per Day’: After recording Totalized Weight of the last Shift per Day, do operation ‘Clear Screen’
automatically.
[P606]=‘3: Per Month’: After recording Totalized Weight of the last Shift per Month, do operation ‘Clear
Screen’ automatically.
Auto Clearing Before Overflowing Mode
When Totalized Weigh t value reaches to the maximum value 2×10
9
[Scale Unit], do operation ‘Clear Screen’
automatically.
‘Auto-clear Before Over flowing’ has no effect on recording of weight per shift.
YES NO
[MENU]: Exit
1 Clear Screen
Main Display Interface
【MENU】+【▲】【 ▼】: F4 Data Clearing
【ENT】+【▲】【 ▼】: 1 Clear Screen
【ENT】
M
【MENU】: Exit 【ENT】: Enter
M
1 Clear Screen
2 Clear W eight
3 Clear Records
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47
6.7 F5 Security
6.7.1 Auto-locking
Auto-locking: If there is not any keypad operation in one minute and it’s not in the processes of ‘F2 Calibration’ &
‘F6 Factory Adj.’, the controller will lock the keypad and return to ‘Main Display Interface’ automatically.
[000000]
Input Password
1 Auto-locking
Main Display Interface
【MENU】+【▲】【 ▼】: F5 Security
【ENT】+【▲】【 ▼】: 1 Auto-locking
【ENT】
M
【MENU】: Exit 【ENT】: Enter
M
【▲】【 ▼】：Select ON/OFF
【ENT】
0: OFF
R：0-1
1 Auto-locking
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48
6.7.2 Key-locking
6.7.3 Key-unlocking
[000000]
Input Password
3 Key-unlocking
Main Display Interface
【MENU】+【▲】【 ▼】: F5 Security
【ENT】+【▲】【 ▼】: 3 Key-unlocking
【ENT】
M
【MENU】: Exit 【ENT】: Enter
M
[000000]
Input Password
2 Key-locking
Main Display Interface
【MENU】+【▲】【 ▼】: F5 Security
【ENT】+【▲】【 ▼】: 2 Key-locking
【ENT】
M
【MENU】: Exit 【ENT】: Enter
M
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49
6.7.4 Password Set
Please remember it.
[000000]
Old Password
4 Password Set
Main Display Interface
【MENU】+【▲】【 ▼】: F5 Security
【ENT】+【▲】【 ▼】: 4 Password Set
【ENT】
M
【MENU】: Exit 【ENT】: Save
M
[000000]
New Password
4 Password Set
【ENT】
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50
6.7.5 RAM Reset
YES NO
[MENU]: Exit
5 RAM Reset
Main Display Interface
【MENU】+【▲】【 ▼】: F5 Security
【ENT】+【▲】【 ▼】: 5 RAM Reset
【ENT】
M
【MENU】: Exit 【ENT】: Enter
M
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51
7. Ration Flow Auto-Feeding System
AI.Flow Setpoint
Frequency Convertor
& Relays
AO.Corntrol Current
IPC/ PLC
RS485/RS232/RS422
AO.Corntrol Current
DO.Feeder Control
DO.Belt Weigher Control
AO.Flow
PLC/IPC
DI/DO/AO: Definable.
AO3: If you need it, inform us in your order.
Belt W eigher
Speed Sensor
Feeder
Loadcell
Weighing Sig na l
Speed Signal
Summing Box
DI. Start
COM
DI. System Ready
DI. Stop
Diverter Switch
Reset Button
DO.Alarm
Controller
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52
Appendix A. Print Formats
Print Format A:
Table 1. Weight Record For A Shift (SW)
WEIGHT RECORD
-------------------------DATE: 2009-05-20
NAME: SW
TW: 109980kg
-------------------------2009-05-20 23:59
Table 2. Weight Record For A Day (DW)
WEIGHT RECORD
-------------------------DATE: 2009-05-20
NAME: 1W
TW: 109980kg
DATE: 2009-05-20
NAME: 2W
TW: 169900kg
DATE: 2009-05-20
NAME: 3W
TW: 190150kg
DATE: 2009-05-20
NAME: DW
TW: 470030kg
-------------------------2009-05-20 23:59
Table 3. Weight Record For A M onth (MW)
WEIGHT RECORD
-------------------------DATE: 2009-05-01
NAME: DW
TW: 387090kg
DATE: 2009-05-02
NAME: DW
TW: 568800kg
。。。 。。。
DATE: 2009-05-20
NAME: DW
TW: 470030kg
DATE: 2009-05-20
NAME: MW
TW: 8080030kg
-------------------------2009-05-20 23:59
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Print Format B:
Table 1. Weight Record For A Shift (SW)
WEIGHT RECORD
-------------------------------------------------DATE NAME WEIGHT
2009-05-20 SW 109980kg
-------------------------------------------------2009-05-20 23:59
`
Table 2. Weight Record For A Day (DW)
WEIGHT RECORD
--------------------------------------------------
DATE NAME WEIGHT
2009-05-20 1W 109980kg
2009-05-20 2W 169900kg
2009-05-20 3W 190150kg
2009-05-20 DW 470030kg
--------------------------------------------------
2009-05-20 23:59
Table 3. Weight Record For A Month (MW)
WEIGHT RECORD
--------------------------------------------------
DATE NAME WEIGHT
2009-05-01 DW 387090kg
2009-05-02 DW 568800kg
2009-05-03 DW 190150kg
。。。 。。。 。。。
2009-05-20 DW 470030kg
2009-05-20 MW 8080030kg
--------------------------------------------------
2009-05-20 23:59
Appendix B. Communication Protocols
If you need the communication protocols, please contact us.
Page 55
Changsha Supmeter Technological Co.,Ltd.
Address: Building A6, Lugu International Industrial Park,
Changsha, 410205, China
Tel: +86 731 85115100
Fax: +86 73 1 85158100
Website: www.supmeter.com.cn
E-mail: [email protected]
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