Xk3190-d2+ 511r33
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XK3190-D2+ WEIGHING INDICATOR
MANUAL
PLEASE READ THIS MANUAL VERY CAREFULLY BEFORE USE
Dec 2006 Specifications subject to change without prior notice
CONTENTS
1. GETTING STARTED CAUTION
1. GETTING STARTED 2. TECHNICAL PARAMETERS AND SPECIFICATIONS 3. LAYOUT AT FRONT AND BACK
•
This is not a toy. Keep out of reach of children;
•
This indicator is not an explosion proof device;
•
This indicator is not a water proof device;
•
Do not open this indicator, no serviceable parts inside. Always supplier for service.
4. Connecting to Other Devices 1.1 Introduction
5. Calibration Weighing indicator XK3190-D2+ adopts double integral A/D
6. Operation 7. CODE DISPLAY
conversion
technology
with
multi-functions
and
strong
adaptability, widely applied in electronic floor scale 、 electronic truck scale、static railroad track scale and so on
8. APPENDIX
alike static weighing system equipped with 1~8 load cell。
1.2 Features •
High precision A/D conversion with readability 30000
•
Able to setup zero-tracking range, zero(auto/manual)
range •
Able to setup print function for auto/manual; no
condition/under condition; daily/sorted statistics report printing •
Able to setup print function for fast filled weighing bill
•
Able to save 255 vehicle ID and corresponding tare 1
weight、100 cargo ID、512 weighing records
Serial sending signal by current loop with baud rate 600.
•
Weighing data save/check/delete/ protection in case of
Transmission distance: Current loop≤2000 meters;
•
power off
•
•
Linearity correction by manual calibration
optional)
•
Max. 5-point nonlinearity correction manually
Serial communication interface, with selectable baud rate by
•
Standard RS232 communication interface with selectable
continuous sending method or on command method
•
baud rate and communication method
Communication interface( RS232 C standard; RS422
Transmission distance: RS232C≤30 meters; RS422≤1200 meters
•
Standard scoreboard interface with 20mA current loop
•
•
Standard parallel print interface, able to connect with
Parallel sending, able to connect with wide-line printer model
Print interface (Standard)
9-pin or 24-pin wide-line printer
TM800、KX-P1121、KX-P1131、LQ300K、LQ1600K;
•
•
Power supply: AC 187~242V,49~51HZ;
•
Fuse for AC:200mA;
XK3190-D2+P with built in micro printer
2.TECHNICAL PARAMETERS AND SPECIFICATIONS •
Model:XK3190-D2+
•
Accuracy: Class III,N=3000
•
A/D Conversion Method: Double integral
•
Input Signal Range: 0mV ~ 30mV
3. LAYOUT AT FRONT AND BACK 3.1 Front view of the indicator 3
1
2
GOODS
TRUCK
NO.
NO.
4
5
6
CALIBRATE
•
Max.net input signal range: 30mV
•
A/D conversion speed: 50 times/sec.
•
Nonlinearity: ＜0.01%FS
SAVE
SUPPL
FORM
•
Load Cell Excitation: DC15V; I:350mA
PRINT
PRINT
PRINT
•
Max. connection number of load cell: 8 at 350 ohm
7
8
9
•
Load cell connection mode: 6 wire, auto compensation for
TOTAL
PRINT
TARE
PRINT
SET
DELETE
0
long distance≤50 meters •
Display: 6 bits VFD, 6 status indications
•
Division: 1/2/5/10/20/50/100 optional
•
Clock: real clock without effect on power off
•
Scoreboard interface (Standard)
UNIT: KG
AUTO DATE TIME
STABLE TARE ZERO
TIME
INPUT
WEIGH
PRESET TARE
F1 DATE
CHECK
ZERO SET
SAVE
ON/OFF
TARE 2
3.2 Back view of the indicator
① 25 pin socket
15 pin socket
② ③ ④ ⑤ ⑥ ⑦ ⑧ ⑨
9 pin socket
Nameplate
Power
PIN #
ASSIGNMENT
1
E-
2
S-
5
SHIELD
6
E+
7
S+
8
IN-
9
IN+
Fuse
Short connect PIN 1 AND PIN 2, PIN 6 and PIN 7 when connected to load cell with a 4-wire cable;
4. Connecting to Other Devices 1 through various CAUTION
interfaces
•
Connection between load cell and indicator must be reliable; shield-wire must be connected to ground reliably;
4.1 Connection to load cell Connect this indicator to load cell through the 9-pin load cell connector located at the back. Refer to the below table for
•
Load cell and indicator are all
static-electricity-sensitive devices, measures must be taken to ensure safety.
load cell pin assignment. 4.2 Connection to PC or SCOREBOARD
From the 15-pin interface located at the back, you could •
Connect indicator to computer via RS232 output or
RS422 output (optional);
1
• Connect indictor to scoreboard via 20mA current loop output; Turn scale off and cut off power before making any connections or disconnections. 3
There are two modes to communicate with PC: •
Continuously send, and
•
Command mode.
15-pin connector A. Continuously send
PIN #
ASSIGNMENT
PIN #
ASSIGNMENT
1
RS422 OUTPUT+
9
SCOREBOARD OUT+
Data transmitted is tare weight from the display of the
2
RS422 OUTPUT-
10
SCOREBOARD OUT-
indicator. Each time it sends one frame data to pc, one frame
3
RS422 IN+
consists of 9 groups while the data format of one group is as
4
RS422 IN-
listed above. Below is the content for one frame:
6
RS232 RXD
7
RS232 TXD
8
GND
For example,
GROUP CONTENT
Note1: RS422 output is optional;
NOTES
NO. 1
＝
2 4.2.1 Connect to PC
START SIGNAL High digit
3
Data format for RS232 or RS422 is the same. Data is transmitted in ASCII code. Data format is as listed below(one group):
4
:
5
Low digit WEIGHING
1 START
2
3
4
5
6 DATA
7
8
9
10 STOP
6 DATA 7
If decimal point is 3, then this group is “.”
8
If decimal point is 2, then this group is “.”
9
If decimal point is 1, then this group is “.”
4
Now the indicator displays 70.15KG, then the frame indicator
◆Format of data from indicator is as followed:
sends to PC is : =51.07000 GROUP NO. B. Command mode Indicator will act according to instruction from PC, one instruction from PC will trigger one act from indicator.
1
START XON (02)
2
ADDRESS：A~Z
3
◆Format of instruction from PC is as followed: GROUP NO.
CONTENT
NOTES
A:TO SHARKE A~D
NOTE
B:To send GROSS W C:To send TARE W
1
02(XON)
START
2
ADDRESS
From A~Z
3
COMMAND
A:For SHARKE
E:TO send TRUCK NO.
(FROM A~I)
B:For GROSS W
F:To send CARGO NO.
C:For TARE W
G:No data
D:For NET W
H:No data
E:FOR TRUCK NO.
I:No data
4
5 6
03(XOFF)
NOTE: XOR=2⊕3
D:To send NET W
F:FOR CARGO NO.
4
G:FOR DELETE ALL RECORDS
…
H:FOR ZERO
N-1
I:FOR TARE
N
COORESPONDING DATA ACCORDING TO COMMAND
XOR HIGHT 4 BITS
N+1
HIGH 4 BITS OF XOR
XOR LOW 4 BITS
N+2
LOW 4 BITS OF XOR
STOP
N+3
03(XOFF) STOP
XOR=＝2⊕3⊕……( n-1 ) ⊕n 5
Content of 4~N is as followed table according to different
C. Parameter setting at indicator for communication with PC
command:
There are mainly three parameters to be set for communication with PC, they are address, baud rate and communication
COMMAND A
NO DATA
ONE FRAME (6 GROUPS)
COMMAND B A: Sign bit(+/-)
ONE FRAME (14 GROUPS)
:TO SEND
method.Refer to parameter setting for how to set these parameters.
B: Highest bit (6 BITS)
GROSS
…(from high to low)
4.2.2 Connect to Scoreboard
WEIGHT
G:
Data is transmitted serially in binary code with baud rate 600.
H:DECIMAL POINT(0~4) COMMAND C A: Sign bit(+/-) :TO SEND
Data format is as listed below (one group): ONE FRAME (14 GROUPS)
B: Highest bit (6 BITS)
0
TARE WEIGHT …(from high to low)
1
2
START
3
4
5
6
7
8
DATA(Low is prior to high)
9
10
SIGN
STOP
G: Indicator sends one frame data to scoreboard per 100ms, one
H:DECIMAL POINT(0~4) COMMAND D A: Sign bit(+/-) :TO SEND
ONE FRAME (14 GROUPS)
frame consists of 3 groups while the data format of one group is as listed above. Below is the content for one frame:
B: Highest bit for g.w
NET WEIGHT …(from high to low) 0
G:
1
2
3
4
5
6
7
8
9
10
D0
D1
D2
D3
D4
D5
D6
D7
SIGN
STOP
0
1
Group
H:DECIMAL POINT(0~4)
1
X
COMMAND G NO DATA
ONE FRAME (6 GROUPS)
COMMAND H NO DATA
ONE FRAME (6 GROUPS)
Group
COMMAND I NO DATA
ONE FRAME (6 GROUPS)
2
0
Note: For of XOR Group
or low 4 bits of XOR is ≦9, then add 30h and transmit in ASCII
3
Y
G16 G17 G18
1
2
3
4
5
6
7
8
9
10
D0
D1
D2
D3
D4
D5
D6
D7
SIGN
STOP
G8
G9
G10 G11 G12 G13 G14 G15
0
1
1
2
3
4
5
6
7
8
9
10
D0
D1
D2
D3
D4
D5
D6
D7
SIGN
STOP
G0
G1
G2
G3
G4
G5
G6
G7
1
1
Start 0
High 4 bits and low 4 bits of XOR is defined: if high 4 bits code; if high 4 bits or low 4 bits of XOR is >9, hen add 37h
Start
Start
and transmit in ASCII code For group one, Sign bit is 0; X(D0,D1,D2)means decimal point (0~4); Y（D3）means sign(1 for negative while 0 for positive); 6
Y (D4) for weight type(1 for net weight and 0 for gross
Step
Operation
Display
Note
1
Press [print
[P 00]
Input 97
For group two, Sign bit is 0; G15~G8 is binary code;
set]
[P 97]
For group three, Sign bit is 1; G7~G0 is binary code;
Press [9] [7]
weight);D5 for weight unit(0 for ton and 1 for kg) G18,G17 and G16 is binary code;
Press [Input] From G0~G18 consists of 19 bit binary code, low prior to high. with content of weighing data 2 4.3 Connection to Printer
Press [1]
[Auto *]
Press [Input]
[Auto 1]
Select Auto/Manual Print 0- Manual 1- Auto
3
Press [3]
[Type *]
Select printer type:
Press [Input]
[Type 3]
0-Print invalid 1-TPup16(micro-printer]
25-pin interface
2-TM800 printer
PIN #
ASSIGNMENT
PIN #
ASSIGNMENT
1
ST
7
D5
4-Epson LQ-1600K
2
D0
8
D6
5-Built in printer(For
3
D1
9
D7
4
D2
11
BUSY
5
D3
25
GND
6
D4
3-Panasonic KX-P1121
A9P) 4
Press [3]
[Arr *]
Select Print format:
Press [Input]
[Arr 3]
Arr= 0: record format
Description for each pin is as listed in above table. Before print operation, first set up parameter for print function,
1: 1-page linked format
then connect indicator to printer with printer cable. Please
2: 2-page linked format
refer to followed table for parameter setting:
3: 3-page linked format 7
5
Press [1] [0]
[L *****]
Set min. weight for auto
is needed;
[0]
[L001.00]
print function
Note 4, For print format example, please refer to appendix;
It must be lager than 10d
Note 5,If print parameter set is valid, press [save print] could
for example: 1.00
both trigger save and print operation, that is to say, save one
Rows for printer(0~30)
weighing record while print;
Press [Input]
6
7
Press [0][5]
[b
**]
Press [Input]
[b
05]
Press [5] [0]
[HL **]
Press [Input]
8
9
10
[HL 50]
Note 6, If a weighing record isn’t printed out due to problem Print only when:
of printer or other, press [Suppl print] could print out the
00-Back to zero
last saved weighing record after problem is solved.
25-Back to <25% F.S.
Note 7,Print [Total print], then accumulation for weighing
50- Back to <50% F.S.
records within a period could be printed out;
75- Back to <75% F.S.
Note 8,Press [Form print],indicator could print out weighing
99- Even it’s F.S.
records group by date, truck no. and cargo no. and records for
Press [1]
[Ode *]
Select filled-in print:
truck no. and corresponding tare weight, and parameter value
Press [Input]
[Ode *]
0-Not select
and calibration value(See below table for operation)
1-Select
Note 9,If indicator is set as two times weighing mode, no matter
Press [1]
[Dct *]
Select discount rate at
first loaded, then unloaded or first unloaded then loaded,for
Press [Input]
[Dct 1]
filled-in print form:
the first time save, indicator just display [LoAd] for 1.5
0-Not use discount rate
seconds to indicator operator due to uncomplete weighing
1-Use discount rate
data,but not print. But press [Suppl print] could print out the
Finish
uncomplete weighing record as followed:
Note 1: For D2+ model, printer type could only be type 1,2,3,4; Note 2:Step 8,9 is only valid when printer type is 2,3; Note 3:Only when the print format is filled-in, discount rate
1,Serial no.:blank; 2,Gross W, net W:0 3,Tare W: Current display 8
Instruction for Form print:
step 1
Operation
Display
Note
press [ Calib] [c00000] 888888 is for press[888888] [888888] calibration,you could change
Step
Operation
Display
Note
1
Press[Form print]
[d **·**]
Display current date, you could input the date for form you want:
[d 08.25] Input date(Note1)
press [input] 2
[d *** ] Enter division: press [5]
3
2
[Print]
begin to print form for 08-25
3
[d**·**]
Print finish, press [weigh] to exit, or operate as above for more form print
[d 005 ] 1/2/5/10/20/50/100
press [Input ]
Example:08-25
Press [INPUT]
refer to followed table
press [ 2 ]
Example: 5 [ dc
* ] Enter decimal point (0-4)
[ dc
0 ] Example: without Decimal point
press [Input ] 4
2 [F
F value is full capacity plus 9d
press [ 6 ] [ 0 ] ***.** ] If need calibration, enter F
For format of the form, please refer to Appendix
[ 4 ] [5 ]
value, then press [ Input ]; [ F
Directly to step 7 if press
060.45 ] [ Input ];back to weighing status if press[weigh ]
5. Calibration
5
press [ Input ] [ noLoad Zero point calibration, press n]
[input] when the stable light is
[----]
on and assure it’s
First connect indicator to load cell properly so that indicator unloaded,wait for 5~10 seconds
will work properly. Then open the calibration board at the back of indicator, you will see the calibration switch, turn the switch to right, then you could calibrate as followed table:
6
press [6] [ 0 ] [ Aload1 Load the weight, no less than [ 0 ] [0 ] ]
50% Max,the closer to F.S, the 9
11
press [ Input ] [ 0060.0 better it is. Press [input] for
7
0]
confirm when stable light is on.
[----]
For example:20000
[Flt * ] Flt for filter intensity(0~5)
Press [input] [Flt 0]
serious the weighing environment it is, the bigger
…
value it should be
…
parameters are calibration rate. Press [weigh] to exit
12
calibration status or continue
8
[ponXYZ
X: Zero track range (0~9)
[ 2 ]
Y:Manual zero range(1~5)
press [Input ] 122 ] press [0][1]
13
Press [input] [b00000] Compensation calibration
Enter Parameters value:2
press [ 1 ] [ 2 ] ] [pon
Press [1] [1] [y*****] Parameter Y3 Press [input] [y00011]
set for other parameter
[b00000] 13
Weigh
Calibration over
status
Note: Turn the calibration
Z:Auto zero range(1~5)
switch to left to forbidden
[ Adr ** ] Communication Address (01-26)
calibration,then indicator
press [ Input ] [ Adr 01] for example 01 10
Normally, choose 0, more
press [ Input ] [ tt*** ] Calibration finish here.Left
press [ Input ] [h4***]
9
Press [0]
press [ 3 ]
could work in weighing status.
[bt * ] Band rate : (0-5) in for
press [ Input ] [bt 3 ] 300,600,900,1200,2400,4800, For example: 3 for 1200 3
For parameter Y, there are 5 bits, from left to right, it corresponds 1~5, definition for each
bit is as followed: 2
X
1
2
3
4
5
6
7
0.5e
1.0e
1.5e
2.0e
2.5e
3.0e
3.5e
Y,Z
1
2
3
4
≥5
F.S
2%
4%
10%
20%
100%
Bit 1 for communication mode: 0 on command; 1 continuously sending Bit 2 for display type for scoreboard: 0 gross weight; 1 net weight Bit 3 for weight unit: 0 KG; 1 Ton Bit 4 for choice for cargo no.: 0 not use; 1 use Bit 5 for choice for truck no.: 0 not use; 1 use 10
indicator will display “C 03190”, press INPUT again.
Note: 1,The method of compensated calibration
-Now it will display “y *****”. The “*****” is the original
This method applies to scale calibration with small load. It’s
value of y, Which can be modified by digit keys. Finally press
specially designed for modification when error occurs in the
INPUT to end.
course of MAX weighing. For example, a set of scale with 80
4,If the overload alarm limit is more than 65535, the division
tons is calibrated only with 20 tons of weight. It’s found that the linearity from 0 to 30 ton is excellent and the tolerance is just within the limit. However, the scale would
must be set not less than 5. Otherwise, the indicator will select 5 automatically as the division.
display “50.10” when you load 50 tons of goods. You could compensate in this way. Detailed procedures. When displaying
Operation for change calibration :
“b 00000”, you can input the actual value i.e. “b 50.00” then press INPUT. The indicator will display 50.00. Now the
step
Operation
Display
Note
tolerance of the weighing range has disappeared, the linear setup code from 0 to 20 is still the same. If it’s not required
1
Press [ cali]
2
Press[3][1][9][0] Press [input]
3
Press […] Press [input]
4
Press […] Press [input]
to calibrate, you can press INPUT to exit while displaying “b 00000”. 2,The method of nonlinear modification -In
step
5
of
calibration
mentioned
above,
nonlinear
modification can be obtained through several additions to the load. -After each addition, input the additional value with digit keys then press CHECK key. After the last addition, press INPUT instead. -Five addition points ate allowed at most. 3,All the parameters can’t be checked or modified before it enters into calibration mode except the last parameter Y, it
5
Turn calibration switch to right [ c00000] Input [003190] for change calibration [0p0000] Input old [ *****] calibration [np0000] Input new calibration Change finish [d***] Weighing status
could be modified as followed: -In the weighing display mode, press and hold CALIBTATE about 2 seconds.
◆Be sure to keep the calibration you set. Lost of
-Input 03190 when displaying “C *****”. Then the
calibration will lend no way to calibrate. 11
6. Operation
to set new tare weight, just input by numeric key, press [input] to confirm.
6.1 Power on and auto zero A,Turn on , indicator will perform “999999-000000” self check Method 3,Call tare weight according to truck no. and come into weighing status. Press [truck no.] at weighing status,indicator display [0 B,Whe power on, if weighs on platform deviates from zero point *****], input truck no. by numeric key, press [tare] key, then but within auto zero range, indicator will perform auto zero. indicator will find the corresponding tare weight of the truck no. for use. 6.2 Manually zero A,Press [Zero], indicator will be back to zero, and zero light Pres [tare] to switch between gross weight display mode and will be on; net display mode. B,Zero key will only be valid when weighs on platform is within manual zero range; 6.4 Set for date and time C,Zero operation is valid only when stable light is on A,Indicator displays the present date and “date” light is on if you push [Date ] key at weighing status. 6.3 Tare operation If the date is correct,you can exit by pressing There are three methods to tare: [Input]or [weigh ] key. If the date is not correct, Method 1,Normal tare Input the correct date by numerical key, then press Press [tare] key when weighing data is positive and stable, [Input ] key for confirm. the displayed weighing data will be regarded as tare weight, B, Indicator displays the present time and “time” then indicator will display 0 and tare light is on light is on if you push [time ] key at weighing status. Method 2,Pre-tare If the time is correct, you can exit by pressing Press [Pre tare] key at weighing status, indicator will display [Input ]or [weigh ] key. If the time is not correct, [P *****],the displayed data is the former tare weight. If need 12
Input the correct time by numerical key, then press
D,Save operation is as followed table:
[Input] key for confirm. step 6.5 Save operation A,For truck no.,it’s 5-bit number while for cargo no.,it’s 2-bit number. Max. truck no. is 255 while max. cargo no. is 100 B,Each time one weighing record is saved, then indicator will print out one weighing record(when print set up is valid) C,Three are three methods to save
-Method 1,two times weighing to consist of one weighing record - Method 2,one time weighing to consist of one weighing record
Operation
Display
Note
1
Press [save Weighing status print] 2 Input truck no. [ o *****] Input truck no.：03217 Press [input] [ o 03217] [hn **] Input cargo no.：35 3 Input cargo no. [hn 35] Press [input] [BFL **] Input discount rate 4 [BFL 10] in pertentage:10% Input [10] Press [input] Save finish Note1: When weighing data is unstable, or gross weight is ≤0 or net weight is ≤0, data can’t be saved Note2,When truck no. is more than 255, indictor will display [err10]
when tare weight is known - Method 3,what weighs is just cargo,then one time weighing
6.6 Delete operation
consist of one weighing record.
A,There are following methods for delete: - Method 1,delete all records(include truck no. and tare weight)
Rule for differ for above 3 methods is as followed:
- Method 2,delete one truck no. and corresponding tare weight, and all weighing records related to this truck no.
--When truck no. is 00000, then save method is 3
-Method 3,Delete the last saved records
--When tare light is on,then save method is 2
-Method 4,Delete records related to a certain date
--When truck no. is any no. except 00000 and tare weight is
-Method 5, Delete weighing records related to one certain truck
off, then save method is 1
no.,but save record for truck no. and tare weight of it
13
-Method 6, Delete weighing records related to one certain cargo no. Method 7,Delete any record
-Method 1, Check by date step
Operation
[rEAd 1] Weighing status rEAd=check records 1,for one date 2,for one truck no. 3,For one cargo no. 4,for truck no. Example:1 [ d **.**] Date for 08-25 [ d 08.25]
Press [check] Press [1] Press [check]
2
Input date Press [check]
3
Press Press Press Press Press Press Press
[check] [check] [check] [check] [check] [check] [check]
[ no 001] [t-**.**] [o*****] [hn **] [A*****] [t*****] [n*****]
First record: Serial no. time truck no. cargo no. gross w tare w net w
4
Press Press Press Press Press Press
[check] [check] [check] [check] [check] [check]
[ no 002] [t-**.**] [o*****] [hn **] [A*****] [t*****] [n*****]
Second record: Serial no. time truck no. cargo no. gross w … Finish
-Press [delete] at weighing status,it directs to method 1 for delete; -Press [Truck no.],input the truck no. at weighing status, press
-Press [F1] at weighing status,it directs to method 3 for delete; -Operation for other method, refer to followed in Date Check section
During the course of delete, indicator will display [sure 0] to indicate operator whether to delete or not, press any key except 0 and [input] for confirm, press 0 and [input] to exit
6.8 Check operation
Press [check] to view various saved date, detailed operation is as followed:
Note
1
B, Operation
[delete],it directs method 2 to delete;
Display
… Press [check]
Note1,At step 2,press [delete] key,it directs to method 4 for delete as listed above 14
Note2,At step 3 or after step 3,press [delete] key,it directs to method 7 for delete as listed above -Method 2, Check by truck no. step 1
Operation
Display
Press [check]
[rEAd 1]
Weighing status
Press [2]
[rEAd 2]
rEAd=check records
Press [check]
Note
Note1,At step 2,press [delete] key,it directs to method 5 for delete as listed above Note2,At step 4 or after step 4,press [delete] key,it directs to method 7 for delete as listed above -Method 3, Check by cargo no. step 1
Operation
Display
Press [check]
[rEAd 1]
Weighing status
1,for one date
Press [3]
[rEAd 3]
rEAd=check records
2,for one truck no.
Press [check]
Input truck no. Press [check]
2,for one truck no.
4,for truck no.
3,For one cargo no.
3
Press [check] Press [check]
[ o **.**] Truck no.:12345 [ o12345] [ no 001] [t-**.**] [o*****] [hn **] [A*****] [t*****] [n*****]
First record:
2
Input cargo no. Press [check]
3
Press [check]
4,for truck no. [ hn **.**] Cargo no.:23 [ hn0023] [ no 001] [t-**.**] [o*****] [hn **] [A*****] [t*****] [n*****]
First record:
Serial no.
Press [check]
time
Press [check]
truck no.
Press [check]
cargo no.
Press [check]
Press [check]
gross w
Press [check]
gross w
Press [check]
tare w
Press [check]
tare w
Press [check] Press [check] Press [check]
net w 4
1,for one date
3,For one cargo no.
Example:2 2
Note
Press [check] Press [check] Press [check] Press [check] Press [check]
[ no 002] Second record: [t-**.**] [o*****] S [hn **] [A*****] [t*****] [n*****]
Press [check] Press [check]
time truck no. cargo no.
net w 4
Press [check] Press [check] Press [check] Press [check]
Press [check] …
Press [check]
Serial no.
[ no 002] Second record: [t-**.**] [o*****] [hn **] [A*****] [t*****] [n*****] … … Finish
… Finish 15
Note1,At step 2,press [delete] key,it directs to method 6 for delete as listed above Note2,At step 3 or after step 3,press [delete] key,it directs to method 7 for delete as listed above
-Method 4,check truck no. step 1
Operation
Display
Press [check]
[rEAd 1]
Weighing status
Press [4]
[rEAd 4]
rEAd=check records
Press [check]
6.9 Save tare weight A, There are three methods for save tare weight: -Method 1 step
Operation
1
Press [ truck no.] Input truck no. Press [input] Input tare weight Press [input]
Note 2 3
1,for one date 2,for one truck no.
2
Press [check]. Press [check]
3
Press [check]. Press [check] …
N
[ no 002] Second record for truck no. [o*****]
Press [check]
Weighing status [ [ [ [
o o p p
*****] Example: 35790 35790] *****] Example: 1000 01000]
-Method 2,Press [tare save] when unloaded truck is on and stable light is on, input truck no. then press [input] to save tare weight
…
-Method 3,When save a weighing record,if the tare weight for
[no nnn]
the truck no. isn’t saved before, then regard tare weight at
Press [check]. Press [check]
Note
Save finish
3,For one cargo no. 4,for truck no. [ no 001] First record for truck no. [o*****]
Display
Last record for truck no.
this record as the tare weight of the truck.
[o*****] Finish
Note1,At above step when it displays truck no.,press [delete] key,it directs to method 2 for delete as listed above
7. Code display 7.1 Normal information -…… Wait a moment, and this is a normal display;
16
- Prnt
- Err
17
Wait a moment, data transmitted between indicator and printer
Without limit for the value
- LoAd Storing data
7.3 Code for wrong set up
- no - Err
12
No related data - End
Arr set wrong,corret it
Finish sign in data check status - Err
13
7.2 Error code display
Print type set wrong, corret it
- Err
- Err
02
14
Indicator hasn’t been calibrated Division set wrong, correct it - Err
03
Overload warning - Err
- Err
15
08 Value for DC should be less than 5, correct it
Operation error - Err
09
Not exit this truck no. - Err
16
Overload warning set wrong, reset it
10
Truck no. number more than 255 - Err
- Err
11
7.3 Code for wrong connection - Err
P
Can’t be saved due to zero or negative data 17
Printer has trouble or is wrongly connected,press any
-Sure
key to exit
Confirm or not during delete mode
- Err
01
Load cell connection or load cell signal has problem
8. Appendix(For printer type 2,3)
- Err
-Linked format(3 page)
06
Load cell connection or load cell signal exceeds A/D range NO.
001
NO.
001
NO.
001
Date
1999-07-28
Date
1999-07-28
Date
1999-07-28
Time
12.02.31
Time
12.02.31
Time
12.02.31
Tr no
12345
Tr no
12345
Tr no
12345
Ca no
022
Ca no
022
Ca no
022
Key board has problems
Gross
2.000(kg)
Gross
2.000(kg)
Gross
2.000(kg)
Err 20
Tare
0.3000(kg)
Tare
0.3000(kg)
Tare
0.3000(kg)
Net
1.7000(kg)
Net
1.7000(kg)
Net
1.7000(kg)
7.4 Code for components error Err 18
Data partly lost in RAM - Err
21 -Record format
Calibrating data lost in RAM and EPROM Weighing bill - Err
EPROM has been damaged - Err
23
RAM has been damaged - Err
Date:1999-07-28
22
25
NO.
Time
Truck no.
Cago no. Gro W(kg) Ta W(kg)
Net W(kg)
0002
12.03.24
12345
033
2.000
0.300
1.700
0003
12.03.24
00888
033
2.000
0.300
1.700
0004
12.04.11
00888
022
2.000
0.300
1.700
Accum: Gross W:8.000(kg) Net W: 6.800(kg)
Illegal software, or E2PROM was damaged
7.5 Code for others 18
-Filled-in format
Report 1(by time)
Date:1999-07-28
NO.
Time
Truck no.
WEIGHT BILL
0001
12.02.24
12222
022
2.000
0.300
1.700
Fist bill for operator
0002
12.03.24
12345
033
2.000
0.300
1.700
0003
12.03.24
00888
033
2.000
0.300
1.700
0004
12.04.11
00888
022
2.000
0.300
1.700
SERIAL No.
123
DATE
1999-07-28
TIME
12.35.28
Cago no. Gro W(kg) Ta W(kg)
Net W(kg)
Accum: Gross W:8.000(kg) Net W: 6.800(kg) VEHICLE No. CARGO No. GROSS
1580
kg
TARE
80
kg
DISCOUNT
10
%
NET
1350
kg
Report 2(by truck no.)
Date:1999-07-28
NO.
Truck no.
Ta W(kg)
Time
Gro W(kg) Net W(kg)
0001
12222
0.300
0002
4.000
3.400
0002
12345
0.300
0002
4.000
3.400
0003
00888
0.300
0002
4.000
3.400
REMARK
-Report print (only for one certain date,three copies group by time, truck no. and cargo no.)
Report 3(by cargo no.)
Date:1999-07-28
NO.
Cargo no.
Time
Net W(kg)
A,Press [form print],indicator display [d** **] to show current
0002
022
0002
3.400
date, press [input] and indicator show [prnt] to print 3 kinds
0003
033
0002
3.400
of report,report date is current date of indicator. To print report for other date, just input the date you want. The three
-General report print (for all records in memory, four copies
reports are as followed:
group by date, truck no.
cargo no. and the other just for truck
no. and its tare weight) B,Report
A,Press [form print],indicator display [d** **] to show current date, press[1] and [input],indicator show [d0001] and [prnt] 19
to print out general report 1. If press [2] and [input], indicator show [d0002] and [prnt] to print out general report 2. If press [3] and [input], indicator show [d0003] and [prnt]
General Report 4(Turck no.) NO.
Truck no.
Net W(kg)
0001
12345
3.400
0002
00888
3.400
to print out general report 3. If press [4] and [input], indicator show [d0004] and [prnt] to print out general report -Linked-in format(1 page, only for printer type 5) 4. No.:0001 B,General Report Date:02-03-14 General Report 1(by date) NO.
Date
Gro W(kg) Ta W(kg) Net W(kg)
Time:10.57.27
Time
Truck
Cago
0001 1999-05-28
12.02.24
12222
022
2.000
0.300
1.700
Truck no:00001
0002 1999-06-28
12.03.24
12345
033
2.000
0.300
1.700
Cargo no:001
0003 1999-07-28
12.03.24
00888
033
2.000
0.300
1.700
Gross W:10.00kg
0004 1999-08-28
12.04.11
00888
022
2.000
0.300
1.700
Tare W:1.00kg
Accum: Gross W:8.000(kg) Net W:7.800(kg)
Net W:9.00kg -------------General Report 2(by truck no.) -------------NO.
Truck no.
Ta W(kg)
Time
Gro W(kg) Net W(kg)
0001
12345
0.300
0002
4.000
3.400
0002
00888
0.300
0002
4.000
3.400
Tot G.W: 10.00kg Tot N.W:
General Report 3(by cargo no.) NO.
Cargo no.
Time
Net W(kg)
0001
022
0002
3.400
0002
033
0002
3.400
9.00kg
20
MANUAL
PLEASE READ THIS MANUAL VERY CAREFULLY BEFORE USE
Dec 2006 Specifications subject to change without prior notice
CONTENTS
1. GETTING STARTED CAUTION
1. GETTING STARTED 2. TECHNICAL PARAMETERS AND SPECIFICATIONS 3. LAYOUT AT FRONT AND BACK
•
This is not a toy. Keep out of reach of children;
•
This indicator is not an explosion proof device;
•
This indicator is not a water proof device;
•
Do not open this indicator, no serviceable parts inside. Always supplier for service.
4. Connecting to Other Devices 1.1 Introduction
5. Calibration Weighing indicator XK3190-D2+ adopts double integral A/D
6. Operation 7. CODE DISPLAY
conversion
technology
with
multi-functions
and
strong
adaptability, widely applied in electronic floor scale 、 electronic truck scale、static railroad track scale and so on
8. APPENDIX
alike static weighing system equipped with 1~8 load cell。
1.2 Features •
High precision A/D conversion with readability 30000
•
Able to setup zero-tracking range, zero(auto/manual)
range •
Able to setup print function for auto/manual; no
condition/under condition; daily/sorted statistics report printing •
Able to setup print function for fast filled weighing bill
•
Able to save 255 vehicle ID and corresponding tare 1
weight、100 cargo ID、512 weighing records
Serial sending signal by current loop with baud rate 600.
•
Weighing data save/check/delete/ protection in case of
Transmission distance: Current loop≤2000 meters;
•
power off
•
•
Linearity correction by manual calibration
optional)
•
Max. 5-point nonlinearity correction manually
Serial communication interface, with selectable baud rate by
•
Standard RS232 communication interface with selectable
continuous sending method or on command method
•
baud rate and communication method
Communication interface( RS232 C standard; RS422
Transmission distance: RS232C≤30 meters; RS422≤1200 meters
•
Standard scoreboard interface with 20mA current loop
•
•
Standard parallel print interface, able to connect with
Parallel sending, able to connect with wide-line printer model
Print interface (Standard)
9-pin or 24-pin wide-line printer
TM800、KX-P1121、KX-P1131、LQ300K、LQ1600K;
•
•
Power supply: AC 187~242V,49~51HZ;
•
Fuse for AC:200mA;
XK3190-D2+P with built in micro printer
2.TECHNICAL PARAMETERS AND SPECIFICATIONS •
Model:XK3190-D2+
•
Accuracy: Class III,N=3000
•
A/D Conversion Method: Double integral
•
Input Signal Range: 0mV ~ 30mV
3. LAYOUT AT FRONT AND BACK 3.1 Front view of the indicator 3
1
2
GOODS
TRUCK
NO.
NO.
4
5
6
CALIBRATE
•
Max.net input signal range: 30mV
•
A/D conversion speed: 50 times/sec.
•
Nonlinearity: ＜0.01%FS
SAVE
SUPPL
FORM
•
Load Cell Excitation: DC15V; I:350mA
•
Max. connection number of load cell: 8 at 350 ohm
7
8
9
•
Load cell connection mode: 6 wire, auto compensation for
TOTAL
TARE
SET
DELETE
0
long distance≤50 meters •
Display: 6 bits VFD, 6 status indications
•
Division: 1/2/5/10/20/50/100 optional
•
Clock: real clock without effect on power off
•
Scoreboard interface (Standard)
UNIT: KG
AUTO DATE TIME
STABLE TARE ZERO
TIME
INPUT
WEIGH
PRESET TARE
F1 DATE
CHECK
ZERO SET
SAVE
ON/OFF
TARE 2
3.2 Back view of the indicator
① 25 pin socket
15 pin socket
② ③ ④ ⑤ ⑥ ⑦ ⑧ ⑨
9 pin socket
Nameplate
Power
PIN #
ASSIGNMENT
1
E-
2
S-
5
SHIELD
6
E+
7
S+
8
IN-
9
IN+
Fuse
Short connect PIN 1 AND PIN 2, PIN 6 and PIN 7 when connected to load cell with a 4-wire cable;
4. Connecting to Other Devices 1 through various CAUTION
interfaces
•
Connection between load cell and indicator must be reliable; shield-wire must be connected to ground reliably;
4.1 Connection to load cell Connect this indicator to load cell through the 9-pin load cell connector located at the back. Refer to the below table for
•
Load cell and indicator are all
static-electricity-sensitive devices, measures must be taken to ensure safety.
load cell pin assignment. 4.2 Connection to PC or SCOREBOARD
From the 15-pin interface located at the back, you could •
Connect indicator to computer via RS232 output or
RS422 output (optional);
1
• Connect indictor to scoreboard via 20mA current loop output; Turn scale off and cut off power before making any connections or disconnections. 3
There are two modes to communicate with PC: •
Continuously send, and
•
Command mode.
15-pin connector A. Continuously send
PIN #
ASSIGNMENT
PIN #
ASSIGNMENT
1
RS422 OUTPUT+
9
SCOREBOARD OUT+
Data transmitted is tare weight from the display of the
2
RS422 OUTPUT-
10
SCOREBOARD OUT-
indicator. Each time it sends one frame data to pc, one frame
3
RS422 IN+
consists of 9 groups while the data format of one group is as
4
RS422 IN-
listed above. Below is the content for one frame:
6
RS232 RXD
7
RS232 TXD
8
GND
For example,
GROUP CONTENT
Note1: RS422 output is optional;
NOTES
NO. 1
＝
2 4.2.1 Connect to PC
START SIGNAL High digit
3
Data format for RS232 or RS422 is the same. Data is transmitted in ASCII code. Data format is as listed below(one group):
4
:
5
Low digit WEIGHING
1 START
2
3
4
5
6 DATA
7
8
9
10 STOP
6 DATA 7
If decimal point is 3, then this group is “.”
8
If decimal point is 2, then this group is “.”
9
If decimal point is 1, then this group is “.”
4
Now the indicator displays 70.15KG, then the frame indicator
◆Format of data from indicator is as followed:
sends to PC is : =51.07000 GROUP NO. B. Command mode Indicator will act according to instruction from PC, one instruction from PC will trigger one act from indicator.
1
START XON (02)
2
ADDRESS：A~Z
3
◆Format of instruction from PC is as followed: GROUP NO.
CONTENT
NOTES
A:TO SHARKE A~D
NOTE
B:To send GROSS W C:To send TARE W
1
02(XON)
START
2
ADDRESS
From A~Z
3
COMMAND
A:For SHARKE
E:TO send TRUCK NO.
(FROM A~I)
B:For GROSS W
F:To send CARGO NO.
C:For TARE W
G:No data
D:For NET W
H:No data
E:FOR TRUCK NO.
I:No data
4
5 6
03(XOFF)
NOTE: XOR=2⊕3
D:To send NET W
F:FOR CARGO NO.
4
G:FOR DELETE ALL RECORDS
…
H:FOR ZERO
N-1
I:FOR TARE
N
COORESPONDING DATA ACCORDING TO COMMAND
XOR HIGHT 4 BITS
N+1
HIGH 4 BITS OF XOR
XOR LOW 4 BITS
N+2
LOW 4 BITS OF XOR
STOP
N+3
03(XOFF) STOP
XOR=＝2⊕3⊕……( n-1 ) ⊕n 5
Content of 4~N is as followed table according to different
C. Parameter setting at indicator for communication with PC
command:
There are mainly three parameters to be set for communication with PC, they are address, baud rate and communication
COMMAND A
NO DATA
ONE FRAME (6 GROUPS)
COMMAND B A: Sign bit(+/-)
ONE FRAME (14 GROUPS)
:TO SEND
method.Refer to parameter setting for how to set these parameters.
B: Highest bit (6 BITS)
GROSS
…(from high to low)
4.2.2 Connect to Scoreboard
WEIGHT
G:
Data is transmitted serially in binary code with baud rate 600.
H:DECIMAL POINT(0~4) COMMAND C A: Sign bit(+/-) :TO SEND
Data format is as listed below (one group): ONE FRAME (14 GROUPS)
B: Highest bit (6 BITS)
0
TARE WEIGHT …(from high to low)
1
2
START
3
4
5
6
7
8
DATA(Low is prior to high)
9
10
SIGN
STOP
G: Indicator sends one frame data to scoreboard per 100ms, one
H:DECIMAL POINT(0~4) COMMAND D A: Sign bit(+/-) :TO SEND
ONE FRAME (14 GROUPS)
frame consists of 3 groups while the data format of one group is as listed above. Below is the content for one frame:
B: Highest bit for g.w
NET WEIGHT …(from high to low) 0
G:
1
2
3
4
5
6
7
8
9
10
D0
D1
D2
D3
D4
D5
D6
D7
SIGN
STOP
0
1
Group
H:DECIMAL POINT(0~4)
1
X
COMMAND G NO DATA
ONE FRAME (6 GROUPS)
COMMAND H NO DATA
ONE FRAME (6 GROUPS)
Group
COMMAND I NO DATA
ONE FRAME (6 GROUPS)
2
0
Note: For of XOR Group
or low 4 bits of XOR is ≦9, then add 30h and transmit in ASCII
3
Y
G16 G17 G18
1
2
3
4
5
6
7
8
9
10
D0
D1
D2
D3
D4
D5
D6
D7
SIGN
STOP
G8
G9
G10 G11 G12 G13 G14 G15
0
1
1
2
3
4
5
6
7
8
9
10
D0
D1
D2
D3
D4
D5
D6
D7
SIGN
STOP
G0
G1
G2
G3
G4
G5
G6
G7
1
1
Start 0
High 4 bits and low 4 bits of XOR is defined: if high 4 bits code; if high 4 bits or low 4 bits of XOR is >9, hen add 37h
Start
Start
and transmit in ASCII code For group one, Sign bit is 0; X(D0,D1,D2)means decimal point (0~4); Y（D3）means sign(1 for negative while 0 for positive); 6
Y (D4) for weight type(1 for net weight and 0 for gross
Step
Operation
Display
Note
1
Press [print
[P 00]
Input 97
For group two, Sign bit is 0; G15~G8 is binary code;
set]
[P 97]
For group three, Sign bit is 1; G7~G0 is binary code;
Press [9] [7]
weight);D5 for weight unit(0 for ton and 1 for kg) G18,G17 and G16 is binary code;
Press [Input] From G0~G18 consists of 19 bit binary code, low prior to high. with content of weighing data 2 4.3 Connection to Printer
Press [1]
[Auto *]
Press [Input]
[Auto 1]
Select Auto/Manual Print 0- Manual 1- Auto
3
Press [3]
[Type *]
Select printer type:
Press [Input]
[Type 3]
0-Print invalid 1-TPup16(micro-printer]
25-pin interface
2-TM800 printer
PIN #
ASSIGNMENT
PIN #
ASSIGNMENT
1
ST
7
D5
4-Epson LQ-1600K
2
D0
8
D6
5-Built in printer(For
3
D1
9
D7
4
D2
11
BUSY
5
D3
25
GND
6
D4
3-Panasonic KX-P1121
A9P) 4
Press [3]
[Arr *]
Select Print format:
Press [Input]
[Arr 3]
Arr= 0: record format
Description for each pin is as listed in above table. Before print operation, first set up parameter for print function,
1: 1-page linked format
then connect indicator to printer with printer cable. Please
2: 2-page linked format
refer to followed table for parameter setting:
3: 3-page linked format 7
5
Press [1] [0]
[L *****]
Set min. weight for auto
is needed;
[0]
[L001.00]
print function
Note 4, For print format example, please refer to appendix;
It must be lager than 10d
Note 5,If print parameter set is valid, press [save print] could
for example: 1.00
both trigger save and print operation, that is to say, save one
Rows for printer(0~30)
weighing record while print;
Press [Input]
6
7
Press [0][5]
[b
**]
Press [Input]
[b
05]
Press [5] [0]
[HL **]
Press [Input]
8
9
10
[HL 50]
Note 6, If a weighing record isn’t printed out due to problem Print only when:
of printer or other, press [Suppl print] could print out the
00-Back to zero
last saved weighing record after problem is solved.
25-Back to <25% F.S.
Note 7,Print [Total print], then accumulation for weighing
50- Back to <50% F.S.
records within a period could be printed out;
75- Back to <75% F.S.
Note 8,Press [Form print],indicator could print out weighing
99- Even it’s F.S.
records group by date, truck no. and cargo no. and records for
Press [1]
[Ode *]
Select filled-in print:
truck no. and corresponding tare weight, and parameter value
Press [Input]
[Ode *]
0-Not select
and calibration value(See below table for operation)
1-Select
Note 9,If indicator is set as two times weighing mode, no matter
Press [1]
[Dct *]
Select discount rate at
first loaded, then unloaded or first unloaded then loaded,for
Press [Input]
[Dct 1]
filled-in print form:
the first time save, indicator just display [LoAd] for 1.5
0-Not use discount rate
seconds to indicator operator due to uncomplete weighing
1-Use discount rate
data,but not print. But press [Suppl print] could print out the
Finish
uncomplete weighing record as followed:
Note 1: For D2+ model, printer type could only be type 1,2,3,4; Note 2:Step 8,9 is only valid when printer type is 2,3; Note 3:Only when the print format is filled-in, discount rate
1,Serial no.:blank; 2,Gross W, net W:0 3,Tare W: Current display 8
Instruction for Form print:
step 1
Operation
Display
Note
press [ Calib] [c00000] 888888 is for press[888888] [888888] calibration,you could change
Step
Operation
Display
Note
1
Press[Form print]
[d **·**]
Display current date, you could input the date for form you want:
[d 08.25] Input date(Note1)
press [input] 2
[d *** ] Enter division: press [5]
3
2
[Print]
begin to print form for 08-25
3
[d**·**]
Print finish, press [weigh] to exit, or operate as above for more form print
[d 005 ] 1/2/5/10/20/50/100
press [Input ]
Example:08-25
Press [INPUT]
refer to followed table
press [ 2 ]
Example: 5 [ dc
* ] Enter decimal point (0-4)
[ dc
0 ] Example: without Decimal point
press [Input ] 4
2 [F
F value is full capacity plus 9d
press [ 6 ] [ 0 ] ***.** ] If need calibration, enter F
For format of the form, please refer to Appendix
[ 4 ] [5 ]
value, then press [ Input ]; [ F
Directly to step 7 if press
060.45 ] [ Input ];back to weighing status if press[weigh ]
5. Calibration
5
press [ Input ] [ noLoad Zero point calibration, press n]
[input] when the stable light is
[----]
on and assure it’s
First connect indicator to load cell properly so that indicator unloaded,wait for 5~10 seconds
will work properly. Then open the calibration board at the back of indicator, you will see the calibration switch, turn the switch to right, then you could calibrate as followed table:
6
press [6] [ 0 ] [ Aload1 Load the weight, no less than [ 0 ] [0 ] ]
50% Max,the closer to F.S, the 9
11
press [ Input ] [ 0060.0 better it is. Press [input] for
7
0]
confirm when stable light is on.
[----]
For example:20000
[Flt * ] Flt for filter intensity(0~5)
Press [input] [Flt 0]
serious the weighing environment it is, the bigger
…
value it should be
…
parameters are calibration rate. Press [weigh] to exit
12
calibration status or continue
8
[ponXYZ
X: Zero track range (0~9)
[ 2 ]
Y:Manual zero range(1~5)
press [Input ] 122 ] press [0][1]
13
Press [input] [b00000] Compensation calibration
Enter Parameters value:2
press [ 1 ] [ 2 ] ] [pon
Press [1] [1] [y*****] Parameter Y3 Press [input] [y00011]
set for other parameter
[b00000] 13
Weigh
Calibration over
status
Note: Turn the calibration
Z:Auto zero range(1~5)
switch to left to forbidden
[ Adr ** ] Communication Address (01-26)
calibration,then indicator
press [ Input ] [ Adr 01] for example 01 10
Normally, choose 0, more
press [ Input ] [ tt*** ] Calibration finish here.Left
press [ Input ] [h4***]
9
Press [0]
press [ 3 ]
could work in weighing status.
[bt * ] Band rate : (0-5) in for
press [ Input ] [bt 3 ] 300,600,900,1200,2400,4800, For example: 3 for 1200 3
For parameter Y, there are 5 bits, from left to right, it corresponds 1~5, definition for each
bit is as followed: 2
X
1
2
3
4
5
6
7
0.5e
1.0e
1.5e
2.0e
2.5e
3.0e
3.5e
Y,Z
1
2
3
4
≥5
F.S
2%
4%
10%
20%
100%
Bit 1 for communication mode: 0 on command; 1 continuously sending Bit 2 for display type for scoreboard: 0 gross weight; 1 net weight Bit 3 for weight unit: 0 KG; 1 Ton Bit 4 for choice for cargo no.: 0 not use; 1 use Bit 5 for choice for truck no.: 0 not use; 1 use 10
indicator will display “C 03190”, press INPUT again.
Note: 1,The method of compensated calibration
-Now it will display “y *****”. The “*****” is the original
This method applies to scale calibration with small load. It’s
value of y, Which can be modified by digit keys. Finally press
specially designed for modification when error occurs in the
INPUT to end.
course of MAX weighing. For example, a set of scale with 80
4,If the overload alarm limit is more than 65535, the division
tons is calibrated only with 20 tons of weight. It’s found that the linearity from 0 to 30 ton is excellent and the tolerance is just within the limit. However, the scale would
must be set not less than 5. Otherwise, the indicator will select 5 automatically as the division.
display “50.10” when you load 50 tons of goods. You could compensate in this way. Detailed procedures. When displaying
Operation for change calibration :
“b 00000”, you can input the actual value i.e. “b 50.00” then press INPUT. The indicator will display 50.00. Now the
step
Operation
Display
Note
tolerance of the weighing range has disappeared, the linear setup code from 0 to 20 is still the same. If it’s not required
1
Press [ cali]
2
Press[3][1][9][0] Press [input]
3
Press […] Press [input]
4
Press […] Press [input]
to calibrate, you can press INPUT to exit while displaying “b 00000”. 2,The method of nonlinear modification -In
step
5
of
calibration
mentioned
above,
nonlinear
modification can be obtained through several additions to the load. -After each addition, input the additional value with digit keys then press CHECK key. After the last addition, press INPUT instead. -Five addition points ate allowed at most. 3,All the parameters can’t be checked or modified before it enters into calibration mode except the last parameter Y, it
5
Turn calibration switch to right [ c00000] Input [003190] for change calibration [0p0000] Input old [ *****] calibration [np0000] Input new calibration Change finish [d***] Weighing status
could be modified as followed: -In the weighing display mode, press and hold CALIBTATE about 2 seconds.
◆Be sure to keep the calibration you set. Lost of
-Input 03190 when displaying “C *****”. Then the
calibration will lend no way to calibrate. 11
6. Operation
to set new tare weight, just input by numeric key, press [input] to confirm.
6.1 Power on and auto zero A,Turn on , indicator will perform “999999-000000” self check Method 3,Call tare weight according to truck no. and come into weighing status. Press [truck no.] at weighing status,indicator display [0 B,Whe power on, if weighs on platform deviates from zero point *****], input truck no. by numeric key, press [tare] key, then but within auto zero range, indicator will perform auto zero. indicator will find the corresponding tare weight of the truck no. for use. 6.2 Manually zero A,Press [Zero], indicator will be back to zero, and zero light Pres [tare] to switch between gross weight display mode and will be on; net display mode. B,Zero key will only be valid when weighs on platform is within manual zero range; 6.4 Set for date and time C,Zero operation is valid only when stable light is on A,Indicator displays the present date and “date” light is on if you push [Date ] key at weighing status. 6.3 Tare operation If the date is correct,you can exit by pressing There are three methods to tare: [Input]or [weigh ] key. If the date is not correct, Method 1,Normal tare Input the correct date by numerical key, then press Press [tare] key when weighing data is positive and stable, [Input ] key for confirm. the displayed weighing data will be regarded as tare weight, B, Indicator displays the present time and “time” then indicator will display 0 and tare light is on light is on if you push [time ] key at weighing status. Method 2,Pre-tare If the time is correct, you can exit by pressing Press [Pre tare] key at weighing status, indicator will display [Input ]or [weigh ] key. If the time is not correct, [P *****],the displayed data is the former tare weight. If need 12
Input the correct time by numerical key, then press
D,Save operation is as followed table:
[Input] key for confirm. step 6.5 Save operation A,For truck no.,it’s 5-bit number while for cargo no.,it’s 2-bit number. Max. truck no. is 255 while max. cargo no. is 100 B,Each time one weighing record is saved, then indicator will print out one weighing record(when print set up is valid) C,Three are three methods to save
-Method 1,two times weighing to consist of one weighing record - Method 2,one time weighing to consist of one weighing record
Operation
Display
Note
1
Press [save Weighing status print] 2 Input truck no. [ o *****] Input truck no.：03217 Press [input] [ o 03217] [hn **] Input cargo no.：35 3 Input cargo no. [hn 35] Press [input] [BFL **] Input discount rate 4 [BFL 10] in pertentage:10% Input [10] Press [input] Save finish Note1: When weighing data is unstable, or gross weight is ≤0 or net weight is ≤0, data can’t be saved Note2,When truck no. is more than 255, indictor will display [err10]
when tare weight is known - Method 3,what weighs is just cargo,then one time weighing
6.6 Delete operation
consist of one weighing record.
A,There are following methods for delete: - Method 1,delete all records(include truck no. and tare weight)
Rule for differ for above 3 methods is as followed:
- Method 2,delete one truck no. and corresponding tare weight, and all weighing records related to this truck no.
--When truck no. is 00000, then save method is 3
-Method 3,Delete the last saved records
--When tare light is on,then save method is 2
-Method 4,Delete records related to a certain date
--When truck no. is any no. except 00000 and tare weight is
-Method 5, Delete weighing records related to one certain truck
off, then save method is 1
no.,but save record for truck no. and tare weight of it
13
-Method 6, Delete weighing records related to one certain cargo no. Method 7,Delete any record
-Method 1, Check by date step
Operation
[rEAd 1] Weighing status rEAd=check records 1,for one date 2,for one truck no. 3,For one cargo no. 4,for truck no. Example:1 [ d **.**] Date for 08-25 [ d 08.25]
Press [check] Press [1] Press [check]
2
Input date Press [check]
3
Press Press Press Press Press Press Press
[check] [check] [check] [check] [check] [check] [check]
[ no 001] [t-**.**] [o*****] [hn **] [A*****] [t*****] [n*****]
First record: Serial no. time truck no. cargo no. gross w tare w net w
4
Press Press Press Press Press Press
[check] [check] [check] [check] [check] [check]
[ no 002] [t-**.**] [o*****] [hn **] [A*****] [t*****] [n*****]
Second record: Serial no. time truck no. cargo no. gross w … Finish
-Press [delete] at weighing status,it directs to method 1 for delete; -Press [Truck no.],input the truck no. at weighing status, press
-Press [F1] at weighing status,it directs to method 3 for delete; -Operation for other method, refer to followed in Date Check section
During the course of delete, indicator will display [sure 0] to indicate operator whether to delete or not, press any key except 0 and [input] for confirm, press 0 and [input] to exit
6.8 Check operation
Press [check] to view various saved date, detailed operation is as followed:
Note
1
B, Operation
[delete],it directs method 2 to delete;
Display
… Press [check]
Note1,At step 2,press [delete] key,it directs to method 4 for delete as listed above 14
Note2,At step 3 or after step 3,press [delete] key,it directs to method 7 for delete as listed above -Method 2, Check by truck no. step 1
Operation
Display
Press [check]
[rEAd 1]
Weighing status
Press [2]
[rEAd 2]
rEAd=check records
Press [check]
Note
Note1,At step 2,press [delete] key,it directs to method 5 for delete as listed above Note2,At step 4 or after step 4,press [delete] key,it directs to method 7 for delete as listed above -Method 3, Check by cargo no. step 1
Operation
Display
Press [check]
[rEAd 1]
Weighing status
1,for one date
Press [3]
[rEAd 3]
rEAd=check records
2,for one truck no.
Press [check]
Input truck no. Press [check]
2,for one truck no.
4,for truck no.
3,For one cargo no.
3
Press [check] Press [check]
[ o **.**] Truck no.:12345 [ o12345] [ no 001] [t-**.**] [o*****] [hn **] [A*****] [t*****] [n*****]
First record:
2
Input cargo no. Press [check]
3
Press [check]
4,for truck no. [ hn **.**] Cargo no.:23 [ hn0023] [ no 001] [t-**.**] [o*****] [hn **] [A*****] [t*****] [n*****]
First record:
Serial no.
Press [check]
time
Press [check]
truck no.
Press [check]
cargo no.
Press [check]
Press [check]
gross w
Press [check]
gross w
Press [check]
tare w
Press [check]
tare w
Press [check] Press [check] Press [check]
net w 4
1,for one date
3,For one cargo no.
Example:2 2
Note
Press [check] Press [check] Press [check] Press [check] Press [check]
[ no 002] Second record: [t-**.**] [o*****] S [hn **] [A*****] [t*****] [n*****]
Press [check] Press [check]
time truck no. cargo no.
net w 4
Press [check] Press [check] Press [check] Press [check]
Press [check] …
Press [check]
Serial no.
[ no 002] Second record: [t-**.**] [o*****] [hn **] [A*****] [t*****] [n*****] … … Finish
… Finish 15
Note1,At step 2,press [delete] key,it directs to method 6 for delete as listed above Note2,At step 3 or after step 3,press [delete] key,it directs to method 7 for delete as listed above
-Method 4,check truck no. step 1
Operation
Display
Press [check]
[rEAd 1]
Weighing status
Press [4]
[rEAd 4]
rEAd=check records
Press [check]
6.9 Save tare weight A, There are three methods for save tare weight: -Method 1 step
Operation
1
Press [ truck no.] Input truck no. Press [input] Input tare weight Press [input]
Note 2 3
1,for one date 2,for one truck no.
2
Press [check]. Press [check]
3
Press [check]. Press [check] …
N
[ no 002] Second record for truck no. [o*****]
Press [check]
Weighing status [ [ [ [
o o p p
*****] Example: 35790 35790] *****] Example: 1000 01000]
-Method 2,Press [tare save] when unloaded truck is on and stable light is on, input truck no. then press [input] to save tare weight
…
-Method 3,When save a weighing record,if the tare weight for
[no nnn]
the truck no. isn’t saved before, then regard tare weight at
Press [check]. Press [check]
Note
Save finish
3,For one cargo no. 4,for truck no. [ no 001] First record for truck no. [o*****]
Display
Last record for truck no.
this record as the tare weight of the truck.
[o*****] Finish
Note1,At above step when it displays truck no.,press [delete] key,it directs to method 2 for delete as listed above
7. Code display 7.1 Normal information -…… Wait a moment, and this is a normal display;
16
- Prnt
- Err
17
Wait a moment, data transmitted between indicator and printer
Without limit for the value
- LoAd Storing data
7.3 Code for wrong set up
- no - Err
12
No related data - End
Arr set wrong,corret it
Finish sign in data check status - Err
13
7.2 Error code display
Print type set wrong, corret it
- Err
- Err
02
14
Indicator hasn’t been calibrated Division set wrong, correct it - Err
03
Overload warning - Err
- Err
15
08 Value for DC should be less than 5, correct it
Operation error - Err
09
Not exit this truck no. - Err
16
Overload warning set wrong, reset it
10
Truck no. number more than 255 - Err
- Err
11
7.3 Code for wrong connection - Err
P
Can’t be saved due to zero or negative data 17
Printer has trouble or is wrongly connected,press any
-Sure
key to exit
Confirm or not during delete mode
- Err
01
Load cell connection or load cell signal has problem
8. Appendix(For printer type 2,3)
- Err
-Linked format(3 page)
06
Load cell connection or load cell signal exceeds A/D range NO.
001
NO.
001
NO.
001
Date
1999-07-28
Date
1999-07-28
Date
1999-07-28
Time
12.02.31
Time
12.02.31
Time
12.02.31
Tr no
12345
Tr no
12345
Tr no
12345
Ca no
022
Ca no
022
Ca no
022
Key board has problems
Gross
2.000(kg)
Gross
2.000(kg)
Gross
2.000(kg)
Err 20
Tare
0.3000(kg)
Tare
0.3000(kg)
Tare
0.3000(kg)
Net
1.7000(kg)
Net
1.7000(kg)
Net
1.7000(kg)
7.4 Code for components error Err 18
Data partly lost in RAM - Err
21 -Record format
Calibrating data lost in RAM and EPROM Weighing bill - Err
EPROM has been damaged - Err
23
RAM has been damaged - Err
Date:1999-07-28
22
25
NO.
Time
Truck no.
Cago no. Gro W(kg) Ta W(kg)
Net W(kg)
0002
12.03.24
12345
033
2.000
0.300
1.700
0003
12.03.24
00888
033
2.000
0.300
1.700
0004
12.04.11
00888
022
2.000
0.300
1.700
Accum: Gross W:8.000(kg) Net W: 6.800(kg)
Illegal software, or E2PROM was damaged
7.5 Code for others 18
-Filled-in format
Report 1(by time)
Date:1999-07-28
NO.
Time
Truck no.
WEIGHT BILL
0001
12.02.24
12222
022
2.000
0.300
1.700
Fist bill for operator
0002
12.03.24
12345
033
2.000
0.300
1.700
0003
12.03.24
00888
033
2.000
0.300
1.700
0004
12.04.11
00888
022
2.000
0.300
1.700
SERIAL No.
123
DATE
1999-07-28
TIME
12.35.28
Cago no. Gro W(kg) Ta W(kg)
Net W(kg)
Accum: Gross W:8.000(kg) Net W: 6.800(kg) VEHICLE No. CARGO No. GROSS
1580
kg
TARE
80
kg
DISCOUNT
10
%
NET
1350
kg
Report 2(by truck no.)
Date:1999-07-28
NO.
Truck no.
Ta W(kg)
Time
Gro W(kg) Net W(kg)
0001
12222
0.300
0002
4.000
3.400
0002
12345
0.300
0002
4.000
3.400
0003
00888
0.300
0002
4.000
3.400
REMARK
-Report print (only for one certain date,three copies group by time, truck no. and cargo no.)
Report 3(by cargo no.)
Date:1999-07-28
NO.
Cargo no.
Time
Net W(kg)
A,Press [form print],indicator display [d** **] to show current
0002
022
0002
3.400
date, press [input] and indicator show [prnt] to print 3 kinds
0003
033
0002
3.400
of report,report date is current date of indicator. To print report for other date, just input the date you want. The three
-General report print (for all records in memory, four copies
reports are as followed:
group by date, truck no.
cargo no. and the other just for truck
no. and its tare weight) B,Report
A,Press [form print],indicator display [d** **] to show current date, press[1] and [input],indicator show [d0001] and [prnt] 19
to print out general report 1. If press [2] and [input], indicator show [d0002] and [prnt] to print out general report 2. If press [3] and [input], indicator show [d0003] and [prnt]
General Report 4(Turck no.) NO.
Truck no.
Net W(kg)
0001
12345
3.400
0002
00888
3.400
to print out general report 3. If press [4] and [input], indicator show [d0004] and [prnt] to print out general report -Linked-in format(1 page, only for printer type 5) 4. No.:0001 B,General Report Date:02-03-14 General Report 1(by date) NO.
Date
Gro W(kg) Ta W(kg) Net W(kg)
Time:10.57.27
Time
Truck
Cago
0001 1999-05-28
12.02.24
12222
022
2.000
0.300
1.700
Truck no:00001
0002 1999-06-28
12.03.24
12345
033
2.000
0.300
1.700
Cargo no:001
0003 1999-07-28
12.03.24
00888
033
2.000
0.300
1.700
Gross W:10.00kg
0004 1999-08-28
12.04.11
00888
022
2.000
0.300
1.700
Tare W:1.00kg
Accum: Gross W:8.000(kg) Net W:7.800(kg)
Net W:9.00kg -------------General Report 2(by truck no.) -------------NO.
Truck no.
Ta W(kg)
Time
Gro W(kg) Net W(kg)
0001
12345
0.300
0002
4.000
3.400
0002
00888
0.300
0002
4.000
3.400
Tot G.W: 10.00kg Tot N.W:
General Report 3(by cargo no.) NO.
Cargo no.
Time
Net W(kg)
0001
022
0002
3.400
0002
033
0002
3.400
9.00kg
20
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