How it Works
PCE Instruments
Loading...
PCE-N45F
Users guide
42 pgs6.44 Mb0

PCE Instruments PCE-N45F Users guide

Download
Page 1
" !
WEIGHING CONTROLLER
Model: PCE-N45F
info@pce-americas.com
www.pce-instruments.com/english
www.pce-instruments.com
PCE Instruments UK Ltd.
Unit 11
Southpoint Business Park
Ensign way
Hampshire / Southampton
United Kingdom, SO31 4RF
From outside UK: +44
Tel: (0) 2380 98703 0 Fax: (0)
2380 98703 9
info@pce-instruments.co.uk
Force Indicator
Please read this manual carefully before operation
!
Page 2
1
CONTENTS
1. Main specifications ............................................................................... 2
2. Dimensions ........................................................................................... 3
3. Front Overlay and Keypad .................................................................... 4
4. Rear Back Interface ............................................................................... 5
5. Load Cell Interface ................................................................................ 6
6. Serial Interface ...................................................................................... 7
7. I/O ......................................................................................................... 7
8. Analog Quantity Output ....................................................................... 9
9. Parameter Set ..................................................................................... 10
9.1 Enter setting menu ........................................................................................ 10
9.2 Quit Setting .................................................................................................... 10
9.3 Main Set Menu .............................................................................................. 10
9.4 System Parameter Set ................................................................................... 10
9.4.1 Scale Set ................................................................................................................ 11
9.4.2 Operation Set ....................................................................................................... 14
9.4.3 Batching Set .......................................................................................................... 17
9.4.4 Communication protocol ...................................................................................... 23
9.4.5 Analog quantity output ........................................................................................ 25
9.4.6 Diagnosis and maintenance .................................................................................. 26
9.5 Recipes Parameters set ................................................................................. 31
9.6 Printing table format ..................................................................................... 35
9.7 System set ...................................................................................................... 35
10. Appendix: Communication Protocol ................................................. 36
10.1 Continuous transmitting format A .................................................. 36
10.1 Command transmitting Format A ............................................................. 36
10.2 Command transmitting format A ............................................................. 37
10.3 Continuous transmit format B .................................................................. 37
10.4 Command output format B ...................................................................... 37
10.5 MODBUS output format .............................................................................. 38
10.6 Multi materials jointed work with relay connected ................................. 41
Page 3
2
1. Main specifications
Specifications
Housing
Metal shielded housing, with OLED display
dimensions (w × h × d)
110mm×62mm×116mm
Protection
IP65 (front panel)
Operation Condition
Temperature：-10℃～40℃ (14°～104° F) Relative humidity：10%~95%，non-condensing
Power
+24VDC（±15%），Consumption <6W
Display
128×64 dot matrix、Yellow-Green OLED
Display resolution
Max.100,000
Platform
1 with analog load cell
Load cells
1～6 x 350 Ohm（Sensitivity is 2 or 3mV/V）
A/D Speed
200Hz (200times/s)
Excitation Voltage
5VDC
Min.Input sensitivity
0.6µV/d
Keypads
4 function keys
Basic
Serial Output： RS232 or RS485 I/O interface： 1xIn 4xOut
Optional
I/O interface：4xIn 8xOut
Analog signal 0～20mA、4～20mA、0～24mA 0～10V、0～5V、-5～+5V、-10～+10V
Page 4
3
2. Dimensions
Housing Dimensions
Installation dimensions
Installation hole size 92×45mm
Page 5
4
3. Front Overlay and Keypad
Status
Note
～
Stable, on for dynamic mode, off for static mode
B/G
Gross weight
Net
Net weight
Kg
Unit
Stop
Stop
Run
Run
M1～M4
Material 1-4
>>
Fast filling
>
Fine filling
Weight
Status
Percentage
Display
Signs
Page 6
5
4. Rear Back Interface
Keys
Menu
Parameter set
Parameter Input
Return
Return
Cancel and Quit
Up
Previous
Increase digits
Down
Next
Move right
Enter
Quit confirm
Quit confirm
Keys’ functions for parameter set or choose
PCE-N45F
Page 7
6
5. Load Cell Interface
PCE-N45F-IO
TSR =
Input resistance（Ω）
Load cell numbers
TSR （Ω）
24# cable (m)
20# cable (m)
16# cable (m)
350
243
610
1219
58（6-350 W）
40
122
224
Pins
Signal
Note
+EXC
+Excitation
4-wire load cells short connected
+SEN
+Sense
+SIG
+Signal
SHD
Shield
-SIG
-Signal
-SEN
-Sense
4-wire load cells short connected
-EXC
-Excitation
PCE-N45F-DA
It can be connected with 6x350Ω analog load cells (around 58Ω minimum resistance), to confirm the
range of the load cells, the total resistance (TSR) can be calculated with the formula as below:
Before connecting the load cells, make sure the TSR is above 58Ω, if it’s less, the indicator can’t work.
Besides this, the cable distance must be considered, too, below is the maximum distance suggested:
Load cell interface definitions:
Page 8
7
6. Serial Interface
7. I/O
Pins
RS-232
RS-485
Bridge Joint
Pin signs
Rear
Front
Rear
Front
RD/A
RS-232 Receive
RS-485A
TD/B
RS-232 Transmit
RS-485B
COM
Ground
Blank
.
.
.
.
.
.
后盖板
.
.
.
.
.
.
后盖板
Pins
Signal
Note
OUT1
Output 1
Output properties:
AC：30～250VAC/1A
DC：5～30VDC/2A
OUT2
Output 2
OUT3
Output 3
OUT4
Output 4
OUT_COM
Output common port
IN1
Input 1
High level：10～24VDC
Low level：0～3VDC
IN_COM
Input common port
6-wire load cell or junction box 4-wire load cell or junction box
It has only one serial interface, to change it by switch for RS232 or RS485，method as below:
The basic type has one passive input and 4 relay open output
Basic type Pin’s definitions：
Page 9
8
I/O interface drawing
OM
O2O1O3
I0
I1
IM
O0
Output – OM/O0/O1/O2/O3
Input – IM/I0/I1
PCE-N45F-IO has 4 passive input and 8 relay open output
Page 10
9
8. Analog Quantity Output
Pins definitions：
Pin
Signal
Description
OUT5
Output 5
Output properties:
AC：30～250VAC/1A
DC：5～30VDC/2A
OUT6
Output 6
OUT7
Output 7
OUT8
Output 8
OUT9
Output 9
OUT10
Output 10
OUT11
Output 11
OUT12
Output 12
OUT_COM
Output common port
IN2
Input 2
High level：10～24VDC
Low level：0～3VDC
IN3
Input 3
IN3
Input 3
IN4
Input 4
IN_COM
Input common port
Pins
Signal
Note
VOUT
Voltage output
Output resistance 0～600Ω, output can be：
0～＋5V；0～＋10V；-5V～＋5V；-10V～＋10V;
GND
Voltage output
IOUT
Electric
current output
Output can be：
4mA～20mA；0mA～20mA；0mA～24mA
GND
Voltage output
GND
SHLD
Shield
PCE-N45F supply many types of analog signals which with proportional output according to the weight of the scale
Page 11
10
9. Parameter Set
Press key or key to select the
menu to be set, press key to enter
secondary menu, press key to quit the set
Press key or key to select the
menu to be set, press key to enter the chosen menu, press
key to return to previous step.
9.1 Enter setting menu
On weighing mode，keep pressing key to enter parameter setting mode.
9.2 Quit Setting
On any mode，continuous press key to return to previous step or quit the setting mode.
9.3 Main Set Menu
9.4 System Parameter Set
Page 12
11
Press key or key to select the
menu to be set, press key to enter the chosen menu, press
key to return to previous step.
Range: 1～200000. Default：100.
Press key to move the cursor, press
to change the chosen digits, press
to save to return to previous step.
Press key to return to previous step without change
Division to be chosen：0.0001，0.0002，
0.0005，0.001，0.002，0.005，0.01，0.02，
0.05，0.1，0.2，0.5，1，2，5. Default: 0.001
Note: Only the below two conditions ok, the chosen division can be accepted:
1：1000 =< F.S./Division = < 20000. 2：F.S./Division = multiple of 100.
Press or key to change the
division, Press Enter to save and
return, press key to return without change
9.4.1 Scale Set
Max.capacity
Division
Calibration Unit
Page 13
12
Press or key to change the
division, Press Enter to save and
return, press key to return without change
Press key to return without change
Press or key to choose √ or X,
If √ chosen, press key to enter zero calibration, or return directly.
When there is nothing on the scale and it’s
stable, press key to start zero calibration.
The indicator is sampling the A/D data of
zero point, it ends when it became 0% from
100%.
Press key to return without change
Press or key to choose √ or X,
If √ chosen, press key to enter weight calibration, or return directly.
Zero Calibration
Weight Calibration
Page 14
13
Put the weight on the scale
Input the weight value the same as the
calibration weight
Press key to move the cursor.
Press key to change the digits.
Press key to save the change and start to calibrate.
Press key to cancel and return.
The indicator is sampling the A/D data of
calibration point, it ends when it became 0%
from 100%.
The weight value is too small. Trouble shooting：
1、 The weight is really too light.
2、Wrong connection of the signal
cable or excitation cable
Calibration done.
Full Calibration
This calibration is jointed the zero calibration and weight (capacity) calibration, prease refer to above steps.
Calibration parameters
Page 15
14
This parameter can be retrieved and can be modified, after tested well, please record those three parameters for use in future. When the data in EEPROM get problem, reload those three parameters, it doesn’t need to do calibration again. If the same model indicator to be changed and those three parameters reloaded, it doesn’t need to do calibration, either.
Input the weight value the same as the
calibration weight
Press key to move the cursor.
Press key to change the digits.
Press key to save the change and enter next parameter.
Press key to cancel and return.
Expansion Display
If 10 times resolution display needed, open the expand display:
Press key to cancel and return.
Press or key to chose √ or X
Press key to confirm and return.
Press key or key to choose the
menu to be set, press key to enter.
Press key to return the previous step.
9.4.2 Operation Set
Page 16
15
Tare Operation
Choices: Disable tare Enable tare
Press or key to change
Press key to save and return.
Press key to cancel and return.
Choices: 0%, 2%, 20%
Press or key to change
Press key to save and return.
Press key to cancel and return.
Choices: 0%, 2%, 20%
Press or key to change
Press key to save and return.
Press key to cancel and return.
0：None； 1：0.5d；
2： 1d； 3： 2d；
4： 3d； 5： 4d；
6： 5d；
Press or key to change
Press key to save and return.
Press key to cancel and return.
Zero upon Power on
Zero by Keypad
Zero Tracking
Vibration checking
Page 17
16
0：None 1：Vibration checking range = 1d； 2：Vibration checking range = 2d； 3：Vibration checking range = 3d； 4：Vibration checking range = 4d； 5：Vibration checking range = 5d；
Press or key to change
Press key to save and return.
Press key to cancel and return.
Digital filtering
Set range of 1-9, the more, the weight is more
stable and the longer time to be stable.
Normally, if the digital filtering number set to be higher, the advance volume should be bigger, so on the batching mode, the advance volume needs to be adjusted again after the filtering number changed.
Press or key to change
Press key to save and return.
Press key to cancel and return.
On or Off
Press or key to change
Press key to save and return.
Press key to cancel and return.
Buzzer Set
Page 18
17
9.4.3 Batching Set
Press or key to chose the menu to be set.
Press key to enter.
Press key to return previous step.
Choices：4 materials batching
Single material weight lose Free setpoint.
Press or key to change
Press key to save and return.
Press key to cancel and return.
Batching mode:
Material quantity
Page 19
18
If there is no I/O board, it can be set to be 1 only. If there is the I/O board, it can be set from 1-4.
Press or key to change
Press key to save and return.
Press key to cancel and return.
Feeding door
1：single door single speed 2：double doors double speed
If there is no I/O board, only M1 can be set
Press key to move cursor.
Press key to modify the chosen digits.
Press key to save and return to previous step.
Press key to cancel and return to previous step.
This parameter only valid for double doors and double speed All open: On fast feeding, open two doors at the same time. One open: On fast feeding, open fast feeding door.
Press or key to change
Press key to save change and return.
Press key to cancel and return.
Choice：Auto or manual
Press or key to change
Press key to save change and return.
Press key to cancel and return.
Feeding mode
Feeding action
Page 20
19
Discharge mode
Choice：Auto or manual
Press or key to change
Press key to save change and return.
Press key to cancel and return.
Choice：0%～9.9%×F.S
Only the weight on the scale is less than this range and the cursor and output is effective, otherwise it’s taken as not empty.
Press key to move cursor.
Press key to modify the chosen digits.
Press key to save and return to previous step.
Press key to cancel and return to previous step.
Choice：0～9 When it set to be 0, it means no adjust
Press or key to change
Press key to save change and return.
Press key to cancel and return.
Press key or key to choose the
menu to be set, press key to enter.
Press key to return the previous step.
Empty scale range
Frequency Adjust
Time Parameter
Delay start time
Page 21
20
Choice：0.0～9.9 seconds
After batching start, after the delay time, it can start to tare, open the door and start to feed.
Press key to move cursor.
Press key to modify the chosen digits.
Press key to save and return to previous step.
Press key to cancel and return to previous step.
Choice：0.0～9.9 seconds
The comparing time of fast and fine
feeding both to be set in this menu.
Press key to move cursor.
Press key to modify the chosen digits.
Press key to save and return to previous step.
Press key to cancel and return to previous step.
Press key or key to choose
Choice：0.0～9.9 seconds, the stabling time after batching finish of material 1
Comparing time forbidden
Delay checking time
Page 22
21
Choice：0.0～9.9 seconds.
When it reach to the range of empty scale, it will close the door after this time, to make sure full discharge.
Press key to move cursor.
Press key to modify the chosen digits.
Press key to save and return to previous step.
Press key to cancel and return to previous step.
the menu to be set, press key to enter.
Press key to return the previous step.
Choice：0.0～9.9 seconds, the stabling time after batching finish of material 2
Choice：0.0～9.9 seconds, the stabling time after batching finish of material 3
Choice：0.0～9.9 seconds, the stabling time after batching finish of material 4
Delay time of discharge
Tolerance checking frequency
Page 23
22
Choice：0～99
Checking tolerance after the times of batching, if it was set of 0, it will not check.
Press or key to change
Press key to save change and return.
Press key to cancel and return.
Tolerance range set
Choice：0%～9.9%×Target weight
When it checking, if value of the actual weight minus the target weight is less than this value, it will be taken as ok, if not, it’s out of tolerance range.
Press key to move cursor.
Press key to modify the chosen digits.
Press key to save and return to previous step.
Press key to cancel and return to previous step.
×：The first material doesn't need tare √：The first material need tare
Press or key to change
Press key to save change and return.
Press key to cancel and return.
It will stop after this cycle times.
Press or key to change
Press key to save change and return.
Press key to cancel and return.
First material tare
Cycle times of batching
Adjust range
Page 24
23
Choice：0%～9.9%×Target weight Only the value of actual weight minus target weight is less this range, it goes to adjust, when it’s set to be 0, this function off.
Press key to move cursor.
Press key to modify the chosen digits.
Press key to save and return to previous step.
Press key to cancel and return to previous step.
9.4.4 Communication protocol
Press key or key to choose the
menu to be set, press key to enter.
Press key to return the previous step.
No output Continuous output format A Command output format A Continuous output format B Command output format B MODBUS RTU output
Press or key to change
Press key to save change and return.
Press key to cancel and return.
Output mode
Baud rate
Page 25
24
Choice:300 bit/s； 600 bit/s；
1200 bit/s； 2400 bit/s；
4800 bit/s； 9600 bit/s； 19200 bit/s； 38400 bit/s； 57600 bit/s； 115200 bit/s；
Press or key to change
Press key to save change and return.
Press key to cancel and return.
Parity check
Choice: 8 digits no parity check
7 digits even parity check 7 digits odd parity check 8 digits even parity check 8 digits odd parity check
Press or key to change
Press key to save change and return.
Press key to cancel and return.
Choice: No transmitting Transmitting
Press or key to change
Press key to save change and return.
Press key to cancel and return.
Choice: 1—64 Keep the uniqueness of address in the same network
Press key to move cursor.
Press key to modify the chosen digits.
Press key to save and return to previous step.
Checksum
Indicator address
Page 26
25
Press key to cancel and return to previous step.
9.4.5 Analog quantity output
Press key or key to choose the
menu to be set, press key to enter.
Press key to return the previous step.
Choice：0～＋5V； 0～＋10V；
－5V～＋5V； －10V～＋10V； 4mA～20mA； 0mA～20mA； 0mA～24mA；
Press or key to change
Press key to save change and return.
Press key to cancel and return.
Press key or key to choose the menu to be set, press
key to enter.
Press key to return the previous step.
Output type choose
Zero calibration (coarse-small-fine)
Page 27
26
Press key or key to choose the menu to be set, press
key to enter.
Press key to return the previous step.
Press key or key to choose the
menu to be set, press key to enter.
Press key to return the previous step.
Full scale calibration (coarse-small-fine)
9.4.6 Diagnosis and maintenance
Page 28
27
Reload
Choose √ to reload the default parameters Reloading…
Choose √ to enter
Menus
Press key or key to choose
the menu to be set, press key to enter.
Press key to return the previous step.
Input the full capacity of load cells
Press key to move cursor.
Press key to modify the chosen digits.
Press key to save and return to previous step.
Press key to cancel and return to previous step.
Free calibration
Page 29
28
Input the sensitivity of load cells
Press or key to change
Press key to save change and return.
Press key to cancel and return.
Zero calibration
Adjust the present weight manually
Press key to move cursor.
Press key to modify the chosen digits.
Press key to save and return to previous step.
Press key to cancel and return to previous step.
Input interface test
Choose √ to enter test menu
Page 30
29
Input test interface
Output interface test
Choose √ to enter test menu Output test interface
Choose √ to backup parameters
Input the password
Backup parameters
Page 31
30
Password wrong
Backup
Retrieve the backup parameters
Choose √ to retrieve the backup parameters
Indicates that there is no backup parameters
Retrieving…
Choices: Tolerance output, fast feeding output, fine feeding output, discharging output. If the original output interface broken or with problem, you can mapping that interface to this alternate one by changing the cables.
Press or key to change
Alternate output mapping
Page 32
31
Press key to save change and return.
Press key to cancel and return.
9.5 Recipes Parameters set
Basic + 4 materials type
Press key or key to choose the
menu to be set, press key to enter.
Press key to return the previous step.
IO + 4 materials type
Press key or key to choose the
menu to be set, press key to enter.
Press key to return the previous step.
Basic + 1 material weight losing
Press key or key to choose the
menu to be set, press key to enter.
Press key to return the previous step.
Basic + setpoints
Press key or key to choose the
menu to be set, press key to enter.
Press key to return the previous step.
Page 33
32
M1 recipe set
Press key or key to choose
the menu to be set, press key to enter.
Press key to return the previous step.
Target weight：
The final weight filled in the
tank/container, etc.
Press key to move cursor.
Press key to modify the chosen digits.
Press key to save and return to previous step.
Press key to cancel and return to previous step.
Page 34
33
Fine weight:
The relative weight between TARGET and
FAST (when it finish the fast filling and
change to fine filling), it’s the relative value
but not actual value.
Press key to move cursor.
Press key to modify the chosen digits.
Press key to save and return to previous step.
Press key to cancel and return to previous step.
PREACT: Decide the weight of end of the fine feeding (TARGET － PREACT).
Press key to move cursor.
Press key to modify the chosen digits.
Press key to save and return to previous step.
Press key to cancel and return to previous step.
M2、M3、M4 recipes the same as M1
One number can preset of 3 recipes
If a new recipe, you need to set the recipe
number, if it’s the recipe already in the
indicator, you can modify it directly.
Press or key to change
Press key to save change and return.
Press key to cancel and return.
Recipe numbers set
Upper and lower weight limitations
Page 35
34
It needed to be set when it using for losing
weight filling
Lower limitation: the minimum remaining
after the end of discharging.
Upper limitation: the approximated
maximum weight it can reach.
During feeding, if the weight <(target + lower
limitation), the indicator will open the
supplement feeding valve until the weight
reach to upper limitation and then start to
discharge.
Note: If the target weight < (Upper limitation
– Lower limitation), every start will end after
once time discharge.
If the target weight > (Upper limitation –
Lower limitation), it will discharge more
times until it reach to the target value.
Press key to move cursor.
Press key to modify the chosen digits.
Press key to save and return to previous step.
Press key to cancel and return to previous step.
Press key to move cursor.
Press key to modify the chosen digits.
Press key to save and return to previous step.
Press key to cancel and return to previous step.
Setpoint 1
Setpoint 2 and setpoint 3 the same as above set.
Page 36
35
Press key to move cursor.
Press key to modify the chosen digits.
Press key to save and return to previous step.
Press key to cancel and return to previous step.
Press key or key to choose
the menu to be set, press key to enter.
Press key to return the previous step.
Press key or key to choose
the menu to be set, press key to enter.
Press key to return the previous step.
Language set
Press key or key to choose
the menu to be set, press key to enter.
Press key to return the previous step.
Preaction 1 set
Preaction 2 and preaction 3 the same set as above
9.6 Printing table format
9.7 System set
Page 37
36
10. Appendix: Communication Protocol
Screensaver time set
If it’s set to be 0, the function off
Press key or key to choose
the menu to be set, press key to enter.
Press key to return the previous step.
Screen contrast adjust, the bigger number,
the more bright the screen.
Press or key to change
Press key to save change and return.
Press key to cancel and return.
Data format（18 bytes）
STX A B C X X X X X X X X X X X X CR
CKS
I
Ⅱ
Ⅲ
Ⅳ
Ⅴ
Ⅵ
BIT
Status A
Status B
Status C
Bit0
Decimal point position： 001:XXXXX0 010:XXXXXX 011:XXXXX.X 100:XXXX.XX 101:XXX.XXX
0=Current value is gross 1=Current value is net
000：Stop 001：Material 1 feed 010：Material 2 feed 011：Material 3 feed 100：Material 4 feed 101：Discharging 110：Batching Suspense 111：Batching run
Bit1
0=Display value is positive 1=Display value is negative
Bit2
0=Within display range 1=Out of display range
Bit3
Fast feed output 0=Off 1=On
0=Current weighing stable 1=Current weighing unstable
Always 0
Bit4
Fine feed output 0=Off 1=On
Always 1
0：stand display 1：×10 display
10.1 Continuous transmitting format A
10.1 Command transmitting Format A
Ⅰ、<STX>ASCII start sign (02H)。 Ⅱ、status A、B、C，refer to below table Ⅲ、Weight value, gross weight or net weight, 6 ASCII digits without sign and decimal point. Ⅳ、Tare value，6 ASCII digits without sign and decimal point. Ⅴ、<CR>ASCII Enter sign (ODH)。 Ⅵ、<CKS> checksum
Page 38
37
Bit5
Always 1
Always 1
Bit6
Always 0
Always 0
Bit7
Always 0
Always 0
10.2 Command transmitting format A
No.
Command sign
Note
1
“C” or “c”
Clear tare
2
“P” or “p”
Print gross tare net
3
“T” or “t”
Tare
4
“Z” or “z”
Zero
No.
Command letter
Indicator response
1
READ+ENTER NEWLINE
Refer to <Indicator weight reading and status>
2
TARE+ ENTER NEWLINE
Refer to <Tare weight reading and status>
3
TARE ON+ ENTER NEWLINE
Tare operation Works： return YES+ ENTER NEWLINE No work：return NO？+ ENTER NEWLINE
4
TARE OFF+ ENTER NEWLINE
Clear tare Works：return YES+ ENTER NEWLINE No work：return NO？+ ENTER NEWLINE
5
ZERO ON+ ENTER NEWLINE
Zero operation Works：return YES+ ENTER NEWLINE No work：return NO？+ ENTER NEWLINE
6
CAL XXXXXX+ ENTER NEWLINE
XXXXXX is loading weight value, W, without decimal point If W=0，zero calibration.
If W≠0，loading weight calibration. Indicator response：
Zero calibration done:
ZERO YES+ ENTER NEWLINE
Zero calibration vibrate：
ZERO E1+ ENTER NEWLINE
Loading weight calibration done
SPAN YES+ ENTER NEWLINE
Loading weight calibration vibrate:
10.3 Continuous transmit format B
10.4 Command output format B
Page 39
38
SPAN E1+ ENTER NEWLINE
Input data is too small：
SPAN E2+ ENTER NEWLINE
Input data is too big:
SPAN E3+ ENTER NEWLINE
Loading weight is too big：
SPAN E4+ ENTER NEWLINE
Indicator weight reading and status, the indicator response format:
Address
Digits
Note (read only)
40001
Current gross weight value
40002
Current display weight value
40003
.0
1=material 1 in fast feeding
.1
1=material 1 in fine feeding
.2
1=scale is empty
.3
1=reach to setpoint 1 （setpoint type）
.4
1=material 2 in fast feeding
.5
1=material 2 in fine feeding
.6
1=reach to setpoint 2 （setpoint type）
.7
1=reach to setpoint 3 （setpoint type）
.8
1=material 3 in fast feeding
.9
1=material 3 in fine feeding
.10
1=supplement feeding (single material losing weight mode)
.11
1=Indicator above tolerance or lower than tolerance
.12
1=material 4 in fast feeding
Tare weight reading and status, the indicator response:
10.5 MODBUS output format
MODBUS is the master-slave type network communication protocol, this indicator acts as the subordinate in the network for called by the host system, the format is RTU and support 03 and 06 functions. The parameter needs to be set as F4.1=5 and the address of Modbus to set in F4.5, the mapping address definitions as the below table:
Page 40
39
.13
1=material 4 in fine feeding
40004
.0
01～11：current recipe numbers（1～3）
.1
.2
.3
.4
1=batching run
.5
1=batching suspense
.6
1=discharging
.7
1=feeding finish, waiting for discharging
.8
0000=0.001；0011=0.01；0110=0.1；1001=1； 0001=0.002；0100=0.02；0111=0.2；1010=2； 0010=0.005；0101=0.05；1000=0.5；1011=5； 1100=10；1101=20；1110=50； current division.
.9
.10
.11 .12
1=batching tolerance
.13
1=scale vibrate
.14
1=manual feeding mode
.15
1=manual discharging mode
40005
1～4 material batching mode: actual batched weight of current material 1. Single material losing weight mode: the current batched value of this filling. (the batching value kept till start of next cycle).
40006
1～4 material batching mode: actual batched weight of current material 2. Single material losing weight mode: the current accumulated value of this
filling.
(the batching value kept till start of next cycle).
40007
actual batched weight of current material 3. (the batching value kept till start
of next cycle).
40008
actual batched weight of current material 4. (the batching value kept till start
of next cycle).
Address
Mapping（read and write）
40009
Tare value
40010
Target value of material 1
40011
Target value of material 2
40012
Target value of material 3
40013
Target value of material 4
40014
Fast feeding value of material 1
40015
Fast feeding value of material 2
40016
Fast feeding value of material 3
40017
Fast feeding value of material 4
40018
Preaction quantity of material 1
40019
Preaction quantity of material 2
40020
Preaction quantity of material 3
40021
Preaction quantity of material 4
40022
Range of empty scale
40023
Preaction adjust frequency
40024
Start delay time
40025
Discharge delay time
40026
Forbid comparing time
40027
Delay check time of material 1
40028
Delay check time of material 2
40029
Delay check time of material 3
40030
Delay check time of material 4
40031
Lower tank weight
40032
Upper tank weight
40033
Weight value of setpoint 1
40034
Weight value of setpoint 2
40035
Weight value of setpoint 3
40036
Preaction quantity of setpoint 1
Page 41
40
40037
Preaction quantity of setpoint 2
40038
Preaction quantity of setpoint 3
40039
Quantity used of material 1 (higher digits)
40040
Quantity used of material 1 (lower digits)
40041
Quantity used of material 2 (higher digits)
40042
Quantity used of material 2 (lower digits)
40043
Quantity used of material 3 (higher digits)
40044
Quantity used of material 3 (lower digits)
40045
Quantity used of material 4 (higher digits)
40046
Quantity used of material 4 (lower digits)
40047
0
1=Zero calibration done
1
1=Loading weight calibration done
2
1=Writing value less than 1% during loading weight calibration
3
1=Writing value more than full scale during loading weight calibration
4
1=Loading weight is not enough during loading weight calibration
5
1=running, calibration not allowed
40048
Floating number of current weight
40049
Address 位 Mapping（Write only）
40101
.0
0001～0100：appoint the material number to be operated
.1
.2
.3
.4
Start manual feeding, material bits 0-3 given：
（Eg: If 0001: material 1 batching,
If 0010: material 2 batching, If 0011: material 3 batching, If 0100: material 4 batching)
.5 / .6
/
.7 / .8
Start auto feeding
.9
Suspend batching or discharging
.10
Stop emergency
.11
Start discharge（after feeding end and discharging type is manual）
.12
Tare（not batching, not vibrate and tare allowed）
.13
Clear tare（not batching, not vibrate and tare allowed）
.14
Zero（not batching, not vibrate）
.15
Continue batching or discharging
40102
.0
0001～0011：Choose working recipe number
.1
.2
.3
.4
10：Chose manual batching during all cycles. 11：Chose auto batching during all cycles.
.5
.6
10：Chose manual discharging during all cycles. 11：Chose auto discharging during all cycles.
.7
40103
Scale calibration： 0：Zero calibration XXXXX：loading weight calibration（XXXXX is the value of the loading weight）
Page 42
41
10.6 Multi materials jointed work with relay connected
The below chart is for connecting of 4 materials batching, the input and output can be connected
as common source or common grounded, for single material, connect the three relay to the connecting terminals of fast feeding, fine feeding and discharging.
Loading...
Buy Points How it Works FAQ Contact Us Questions and Suggestions Privacy Policy Cookie Policy Terms of Use