PLEASE READ THIS MANUAL VERY CAREFULLY
WEIGHING INDICATOR
(BATCHING VERSION)
Specifications subject to change without prior notice
XK3190-C601
MANUAL
BEFORE OPERATING
Dec 2006
CONTENTS
1. GETTING STARTED
CAUTION
1. GETTING STARTED
2. TECHNICAL PARAMETERS AND SPECIFICATIONS
3. LAYOUT AT FRONT AND DESCRIPTION
4. Parameter Setting and Calibration
5. INSTRUCTION FOR OPERATION
6. OPERATION ERROR CODES
7. APPENDIX
• This is not a toy. Keep out of reach of children;
• This
• This
• Do not open this indicator, no user serviceable parts inside.
Always contact supplier for service.
indicator
indicator
is not an explosion proof device;
is not a water proof device;
1.1 Introduction
XK3190-C601 weighing indicator (batching version) adopts
MCS-51 SCM and high speed Σ – Δ A/D conversion method with
max.100 times/s conversion speed. It can make up batching scale
with load cell and other mechanical parts, applied in high speed
and high precision weighing control occasion.
1.2 Features
• Calibration and operation all by panel keys;
• With parallel printing interface connected to
stylus printer;
• Able to print out weighing records, accumulation
value and formula;
• Able to save/check/delete weighing records, data
protection at sudden power failure;
• With real clock, calendar;
• Able to set zero tracking range and auto/manual
zero range;
• Able to set A/D conversion speed and digital
1
filter intensity;
• With self-checking for input/output hardware
configuration and error code display function;
• With RS232 output(standard)or RS422 output
(optional),communicating with PC by continuously send mode
or command mode;
• With 20mA current loop output for connection of
scoreboard;
• With 4~20mA analog output(optional);
• With 6 inputs and 7 relay outputs to control max.
2 materials;
1.3 Connecting to Other Devices
1.3.1 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 pin assignment.
1
① ② ③ ④ ⑤
⑥ ⑦ ⑧ ⑨
PIN # ASSIGNMENT
1 E-
2 S-
5 SHIELD
6 E+
7 S+
8 IN-
9 IN+
1
Turn scale off and cut off power before making any connections or disconnections.
Short connect PIN 1 AND PIN 2, PIN 6 and PIN 7 when connected
to load cell with a 4-wire cable;
CAUTION
• Connection between load cell and indicator must be reliable;
shield-wire must be connected to ground reliably;
• Load cell and indicator are all
static-electricity-sensitive devices,measures must be
taken to ensure safety.
1.3.2 Connection to PC or SCOREBOARD or current display
(optional)
From the 15-pin interface located at the back, you could
• Connect indicator to computer via RS232 output or
RS422 output (optional);
• Connect indictor to scoreboard via 20mA current
loop output;
• Connect indicator to current display with 4~20mA
analog output.
.
15-pin connector
2
PIN # ASSIGNMENT PIN # ASSIGNMENT
s
G
1 RS422 OUTPUT+ 9 SCOREBOARD OUT+
2 RS422 OUTPUT- 10 SCOREBOARD OUT-
3 RS422 IN- 12 4~20mA I-
4 RS422 IN+ 13 4~20mA I+
6 RS232 RXD 14 CALIBRATION+
7 RS232 TXD 15 CALIBRATION-
8 GND
Note1: RS422 output is optional;
A. Continuously send
Data transmitted is tare weight or net weight from the display
of the indicator. Each time it sends one frame data to pc, one
frame consists of 9 groups while the data format of one group
is as listed above. Below is the content for one frame:
ROUP
NO.
CONTENT NOTES
1
＝
Note2: Function of short-connect pin 14 and pin 15 is as what
＋ OR －
the calibration head performs.
Calibration head is a 15-pin connector with pin
14 and pin 15
hort connected which is usually packed together
2
3 High digit
4 :
with the manual.
• Connect indicator to computer via RS232 output or
RS422 output (optional);
Data format for RS232 or RS422 is the same. Data is transmitted
in ASCII code. Data format is as listed below(one group):
1 2 3 4 5 6 7 8 9 10
START DATA STOP
There are two modes to communicate with PC:
• Continuously send, and
• Command mode.
5 :
WEIGHING
6 If decimal point is 3, then this group is “.”
7 If decimal point is 2, then this group is “.”
8 If decimal point is 1, then this group is “.”
9
For example,
Now the indicator displays 50.00KG, then the frame indicator
sends to PC is : =+0050.00;
If the indicator displays -0.040KG, then the frame indicator
sends to PC is : =-000.040;
B. Command mode
DATA
START SIGNAL
SIGN SINAL
Low digit
3
Indicator will act according to instruction from computer,
G
G
G
please refer to following notes and table:
AD: address of indicator (example A in ASCII code 41);
NN: address of memory pc wants to read/write;
C1: Content pc wants to read/write (000 digit);
C2: Content pc wants to read/write (00 digit);
C3: Content pc wants to read/writ (0 digit);
XH: Verify result for high 4 digits;
XL: Verify result for low 4 digits;
Notes:
• Address indicator could set is from 1~26, while
communication address is corresponding from A~Z;
• Instruction from A~Z is transferred in ASCII code;
but the example listed in table is in Hex. code. When
communicating with PC via the hyper terminal software(This
software is with windows operating system),you should
choose “transmit in hex format”, or else you must convert
the example to ASCII code;
• Instruction Q,R,S,T U is read/write operation for
data memory. There are many strings in data memory, but
one instruction from pc only triggers one operation, hence
several instructions should be sent from pc one by one
to do these operations
Instruction table is listed in appendix
• Connect indictor to scoreboard via 20mA current
loop output;
Data is transmitted serially in binary code with baud rate 600.
Data format is as listed below (one group):
0 1 2 3 4 5 6 7 8 9 10
START DATA(Low is prior to high) SIGN STOP
Indicator sends one frame data to scoreboard per 100ms, one
frame consists of 3 groups while the data format of one group
is as listed above. Below is the content for one frame:
0 1 2 3 4 5 6 7 8 9 10
roup
1
Start
D0 D1 D2 D3 D4 D5 D6 D7 SIGN STOP
X Y G16 G17 0 1
0 1 2 3 4 5 6 7 8 9 10
roup
2
Start
D0 D1 D2 D3 D4 D5 D6 D7 SIGN STOP
G8 G9 G10 G11 G12 G13 G14 G15 0 1
0 1 2 3 4 5 6 7 8 9 10
roup
3
Start
D0 D1 D2 D3 D4 D5 D6 D7 SIGN STOP
G0 G1 G2 G3 G4 G5 G6 G7 1 1
For group one, Sign bit is 0; X(D0,D1,D2)means decimal point
(0~3); Y（D3）means sign(1 for negative while 0 for positive);
Y (D4) means display weight type( 1 for net weight while 0 for
tare weight); G17 and G16 is binary code;
For group two, Sign bit is 0; G15~G8 is binary code;
4
For group three, Sign bit is 1; G7~G0 is binary code;
From G0~G17 consists of 18 bit binary code, low prior to high.
with content of weighing data
• Connect indicator to current display via 4~20mA
analog output (optional)
When indicator is at zero,then current display will show 0;
when indicator is at the weight corresponding to 20mA, then
current display will show 20mA. (Refer to parameter setting
for how to set the weight corresponding to 20mA).
1.3.3 Connection with printer
25-pin interface
Description for each pin is as listed in above table. After
connect to stylus printer, indicator could print out weighing
records, accumulation value and formula.
1.4 Layout at the back of various interfaces
2. TECHNICAL PARAMETERS AND SPECIFICATIONS
• Accuracy: Class III,N=3000
PIN # ASSIGNMENT PIN # ASSIGNMENT
1 ST 7 D5
2 D0 8 D6
3 D1 9 D7
4 D2 11 BUSY
5 D3 25 GND
6 D4
• A/D Conversion Method:
• Input Signal Range: 0mV ~ 15mV
• Net input signal range: 3mV ~ 15mV
• Nonlinearity: ≦0.01%FS
• Temperature rate at FS: ≦8PPM/℃
• Load Cell Excitation: DC5V, I ＝ 350mA
Σ – Δ
5
• Load cell connection mode: 6-wire mode, auto compensation
at long distance
• Display Digits: 6 x numeric bits and 1 sign bit with 0.5
inch character height plus 18 status indicators
• Division: 1/2/5/10/20/50
• Clock display: time and date display
• Key: 8 press keys with soft-touching PVC material
• Built-in 20mA current loop output for connection of
scoreboard
• Built-in RS232C output(standard) or RS422
output(optional) for connection of pc with selectable
baud rate and communication mode
• Built-in parallel printing interface for connection of
stylus printer
• Relay output: touching capacity at AC 220V,0.5A
• Input: Switch touching point (close effective)
• Operation Environment: 0
• Power Source: AC220V(-15%~+10%);50HZ(-2%~+2%)
o
~40oC Non-condensed. R.H.≦ 90%
3. LAYOUT AT FRONT AND DESCRIPTION
Key board:
[START] key
Press this key, then indicator start working in automatic
control status;
[STOP] key
Press this key, then indicator stop working in automatic control
status;
[ESC] key
Press this key to return to weighing status from parameter
setting status;
key
Press this key to
• enter into date/time setting mode or
• printing setting mode or
• accumulation value check mode or
• accumulation value clear mode or
shift to left digit when setting parameter value
key
Press this key to
• enter into calibration mode;
• shift to right digit when setting parameter value
6
key
Press this key to
• tare off the weight of a container when weighing display
is positive and stable;
• increase value at a digit when setting parameter value
key
Press this key to
• set weight displayed to zero;
• decrease value at a digit when setting parameter value
[ENTER] key
Press this key to confirm the current input by key;
INDICATORS AND PANEL
I1 INDICATOR
This is an input indicator. It will be on when [START] key is
pressed or when there is a short connect between pin 1 and pin
2 of control socket as listed in below table;
This is an input indicator. It will be on when [STOP] key is
pressed or when there is a short connect between pin 1 and pin
3 of control socket as listed in below table;
I3 INDICATOR
This is an input indicator. It will be on when there is a short
connect between pin 1 and pin 4 of control
socket as listed in below table. This input is usually given
when weighing indicator works in manual control mode to start
the charge control process.
I4 INDICATOR
This is an input indicator. It will be on when there is a short
connect between pin 1 and pin 5 of control socket as listed
in below table. This input is usually given when weighing
indicator works in manual control mode to start the discharge
control process.
I5 INDICATOR
This is an input indicator. It will be on when there is a short
connect between pin 1 and pin 6 of control socket as listed
in below table. This input is usually given when weighing
indicator works in manual control mode and after I3 input has
been given. Or it is usually given when weighing indicator works
in automatic control mode and after I1 input has been given,
I2 INDICATOR
7
be sure to keep this input always when working in automatic
O4 INDICATOR
mode and there is no required condition for charge material.
I6 INDICATOR
This is an input indicator. It will be on when there is a short
connect between pin 1 and pin 7 of control socket as listed
in below table. This input is usually given when weighing
indicator works in manual control mode and after I4 input has
been given. Or it is usually given when weighing indicator works
in automatic control mode and after o6 output has been given,
be sure to keep this input always when working in automatic
mode and there is no required condition for discharge material.
O1 INDICATOR
This is an output indicator. It will be on when weighing
indicator is at the process of fast feeding for the first
material.
O2 INDICATOR
This is an output indicator. It will be on when weighing
indicator is at the process of slow feeding for the first
material.
This is an output indicator. It will be on when weighing
indicator is at the process of slow feeding for the second
material.
O5 INDICATOR
This is an output indicator. It will be on when weighing
indicator is at the process of discharging material.
O6 INDICATOR
This is an output indicator. It will be on when the weighed
material just reaches the OK range.
2
O7 INDICATOR
This is an output indicator. It will be on when the weighed
material reaches out of the OK range. Usually under this
condition, customers should do something until it gives O6
output.
AUTO INDICATOR
O3 INDICATOR
This is an output indicator. It will be on when weighing
indicator is at the process of fast feeding for the second
material.
2
OK range is a weight range that customers could accept. Suppose the set
point for one material is A, minus or plus for this mate rial customers could acce pt
is Q, then weight from A-Q to A+Q is OK range.
8
This is an indicator to indicate which working mode the weighing
I6 I5 I4 I3 I2 I1
indicator is at, if it’s auto mode, then auto indicator will
be on.
STABLE INDICATOR
This is an indicator to indicate a stable weight is being
displayed.
TARE INDICATOR
This is an indicator to indicate tare function is in operation
and net weight value being displayed;
ZERO INDICATOR
This is an indicator to indicate a net zero weight status.
TIME INDICATOR
This is an indicator to indicate current time is being
displayed.
Note: at back of the indicator, there is a 15-pin control socket
for input or output control
Pin 1 to Pin 7 is for input description:
Pin 7 Pin 6 Pin 5 Pin 4 Pin 3 Pin 2 Pin 1
When any of the pin from 2 to 7 is short connected to pin 1,
it just gives indicator one kind of input, corresponding input
I indicator will be on;
Pin 8 to Pin 15 is for output description:
Pin 15 Pin 14 Pin 13 Pin 12 Pin 11 Pin 10 Pin 9 Pin 8
12V NOT OK OK Discharge Slow 2 Fast 2 Slow 1 Fast 1
O7 O6 O5 O4 O3 O2 O1
When indicator is at the process of one of the statement,
corresponding output O indicator will be on.
There is a connection between this 15-pin control socket and
relay box with a cable offered by the supplier, when O indicator
is on, corresponding relay will work.
4.Parameter Setting and Calibration
4.1 Parameter setting3
There are three types of parameter to be set, they are:
[SET—0]: Parameter for check
[SET—1]: Parameter for configuration and function
Discharge
Permitted
Charge
Permitted
Discharge Charge Stop Start Public
3
Calibration head must be put on to set parameter for [set-1] and [set-2], or else,
parameter value can’t be saved;
9
[SET—2]: Parameter for control
O
Key function description at parameter setting status as
followed:
• [↑][↓][←][→]:Shift between digits or increase value at
digit
• [STOP]: Return to last parameter setting
• [ESC]: Return to weighing status
[SET-0]:
Press [SET] key, it will display [set-0], then press [ENTER]
key, operate step by step refer to following table:
Item
Display Parameter
Remark
description
1 [d**.**.**] Current date set Could set
2 [t**.**.**] Current time set Could set
3 [n ****] Accumulation time Check only
4 [A ******] Accumulation value Check only
5
[De1 0] Clear accumulation
4
value or not
Press[ENTER],
finish
5
0-No need for these connection; 1-need for these connection
6
[SET-1]:
Parameter B: 1~8
Press [SET] key, it will display [set-0], press [↑] key until
it shows [set-1], then press [ENTER] key, operate step by step
refer to following table:
Item Display Parameter description Remark
[H ABCD] Hardware configuration
A- PC connection
5
For example:
[H 1111]
B- Scoreboard connection
1
C- Printer connection
D- Analog output
[n ABCD] Zero parameter
A-
utside code or inner
6
For example:
[n 0222]
code display
B- Zero tracking range
2
C- Manual zero range
D- Auto zero range
Parameter A : 0-outside code display; 1-inner code display
B 1 2 3 4 5 6 7 8
(e) 0.5 1 1.5 2 2.5 3 3.5 4
Parameter C,D:0~5
C,D 0 1 2 3 4 5
4
0-not clear; 1-clear
F.S% 0 2 4 10 20 100
10
3
2
T
4
5
6
7
7
[FLt EF] E-AD parameter setting
E- AD sampling speed
F- AD filter intensity
8
[Adr **] Address for indicator
(1~26)
[bt *] Baud rate(0~4)
0-600;1-1200;2-2400;3-48
00;4-9600
[tod *] Communication mode
0- Continuously send
1- Command mode
[Pt *]
For example:
[FLt 22]
[PL *] Printing language:
8
0- English
1- Chinese
[AtP *] Auto printing:
9
0- No auto printing
1- Auto printing
[A******]
10
0mA analog output weight
value set
9
11
[Prt *]
o print above parameter set
value or not
0- No
1- Yes
[SET-2]:
Press [SET] key, it will display [set-0], press [↑] key until
it shows [set-2], then press [ENTER] key, operate step by step
refer to following table:
7
E:
E 0 1 2 3
Times/s 12.5 25 50 100
The higher E is, the faster speed and less stability it will be
F:
F 0 1 2 3 4
Intensity Weaker weak Middle Strong Stronger
The higher F is, the more stability and more delay it will be
8
When A of parameter H set as 0, parameter Adr,bt,tod is disabled;
Item Display Parameter description Remark
For example:
[C 0101]
1
[C ABCD] Control parameter
10
setting
9
When D of parameter H set as 0, parameter A****** is disable d; If D of H is set
as 1, then indicator will output 20mA analog signal when it reaches the value
A****** set
11
11
A
A
2 [Pt 0] Cycle times
3 [t0 **]12 Delay time before charge
4 [t1 **] Delay time at fast feed finish
5 [t2 **] Delay time at slow feed finish
6 [t3 **]13 Output time for dot-makeup
[t4 **] Output time for interval of dot-
7
makeup
8 [t5 **] Output time for OK range
9 [t6 **] Delay time at discharge finish
10 [t7 **] Delay time when next cycle begins
11 [L******] Zero range
14
12 [A******] Set point for material 1
[b******] Ahead value for fast feed of material
13
[C******]
14
1
head value for slow feed of material 1
[d******] Q of ok range for material 1 Refer
15
to
Footno
te2
16 [P******] Set point for material 2
[q******] Ahead value for fast feed of material
17
2
10
A: Plus or minus scale selection, 0-plus scale;1-minus scale
B: Ahead value auto correction selection,0-no correction;1-correction
C: Not OK range deal selection:0-not deal, continue cycle;1-wait until it
reaches ok range
D:Dot-makeup or not when it’s lack of weight,0-no;1-yes
[r******]
18
[t******] Q of ok range for material 2 Refer to
19
[Prt *] To print above parameter set value or
20
head value for slow feed of material 2
not
Footnote2
0- NO
1- Yes
Note: After calibration and these three-group parameters are
set, indicator could work properly.
4.2 Calibration
15
Press [Calib] key, indicator will display [CALIb],it indicates
that it’s at calibration status. Press [ENTER] key, then
calibrate step by step as followed table:
11
One cycle is from charge to discharge, times is from 0~99 while 0 means
times is limitless
12
From t0 to t7, value set is from 0.0~9.9 seconds; always leave these
parameter as default setting, they are time to control the total process
more precisely
13
When D of C parameter set as 0, parameter t3 and t4 are disabled
14
Indicator will treat as discharge finish when tare weight is less than zero range
Print and accumulation will only function when tare weig ht is more than zero
range
15
Calibration head must be put on to save calibration data
12
I
I
P
w
I
P
Item Display Parameter description Remark
1
2
3
4
5 [noLoAd] Zero confirmation
6
7
8
[dC *] Decimal point(0~3) Press[ENTER]
after input
[E *] Division:1/2/5/10/20/
50
[F******] Full range Press[ENTER]
[r 0] Keep former zero
0- Reconfirm current
zero
1- Skip zero
confirmation
16
[AdLoAd] Load weight
[000000]
[******] Display current
nput loaded weight
value
weight value
Press[ENTER]
after input
after input
nput 0,then go
to step
5(recommended)
nput 1, then go
to step 6
ress [ENTER]
hen stable
indicator is on
ress [ENTER]
after input
Exit calibration
status
5.INSTRUCTION FOR OPERATION
16
Ensure there is no load and stable indicator is on
5.1 Turning on
When indicator is powered on, it will display 0~9, then it comes
to weighing status. If the unloaded scale divates from zero
point but still within auto zero range, then indicator will
come to zero automatically;
Before Weighing
Make sure that:
a. The load cell signal cable is connected and properly
secured.
b. The scale is turned on.
5.2 Zero manually
If the unloaded scale divates from zero after auto zero when
turned on, but it’s still within manual zero range and the stable
indicator is on, press [ZERO] key, then indicator will come
to zero and zero indicator will be on;
5.3 Tare
At weighing status, when the current display is positive and
stable, press [TARE] key will tare off the current weight and
indicator will display 0, zero indicator is on
5.4 Date/time set
Press[SET] key, and then press [ENTER] key and set date, then
press [ENTER] key and set time.
5.5 Start/Stop
13
Press [START] key or short connect Pin 1 and Pin 2 as listed
above, indicator will enter into automatic control status;
press [STOP] key or short connect Pin 1 and Pin 3 as listed
above, indicator will exit automatic control status;
5.6 Manual work mode
When scale is ready for weighing, short connect Pin 1 and Pin
4 of control socket(Indicator I3 will be on),then short connect
Pin 1 and Pin 6 of control socket, (Indicator I5 will be on),then
it will start charge material. When the loaded material reaches
OK range, then short connect Pin 1 and Pin 5 of control
socket(Indicator I4 will be on),then short connect Pin 1 and
Pin 7 of control socket, (Indicator I6 will be on),then it will
start discharge material. This is one cycle in manual work mode.
5.7 Automatic work mode
When scale is ready for weighing, press [START] key or short
connect pin 1 and pin 2 of control socket to enter into automatic
control mode. Always short connect Pin 1 and Pin 6 of control
socket(Indicator I5 will be always on) if there is no required
for charge material, and indicator will begin charge
automatically. Always
short connect pin 1 and pin 7 of control socket(Indicator I6
will be always on)if there is no required for discharge material
only when O6 is on. Then after o6 is on, indicator will begin
discharge automatically. When indicator check that rest
material in the hooper is within zero range, it will begin the
next cycle automatically.
5.7 Input/Output hardware check
At inner code display status, user can check whether the
hardware of input/output connectors are good or not. When there
is input for I1, then O1 will be on; when there is input for
I2, then O2 will be on….when there is input for I6, then O1~O7
will be on. If O indicator is not on, then it’s not good.
6. OPERATION ERROR CODES
Err 1 Can’t meet requirement of tare
Err 2 Can’t meet requirement of zero
Err 3 Incorrect input for date/time
Err 4 EEPROM chip is damaged
Err P
Printing cable is not connected or printer
error, print any key to exit
7. Appendix
Command Note Format Example
PC send handshake 02 AD 41 XH XL 03 02 41 41 30 30 03
A
Indicator
handshake
send
B
PC send To read
02 AD 41 XH XL 03 02 41 41 30 30 03
02 AD 42 XH XL 03 02 41 42 30 33 03
14
gross
S
0
3
e
3
3
0
3
Indicator
send
PC send
C
Indicator
send
PC send
D
Indicator
send
weight
end gross
weight
To r
ad net
weight
Send net
weight
To read
tare eight
Send tare
weight
02 AD 42 ** ** **
** ** ** ** ** XH
XL 03
2 41 42 2B 30 30
0 2E 30 30 30 30
36 03
02 AD 43 XH XL 03 02 41 43 30 32 03
02 AD 43 ** ** **
** ** ** ** ** XH
XL 03
02 41 4
2B 30 30
0 2E 30 30 30 30
37 03
02 AD 44 XH XL 03 02 41 44 30 35 03
02 AD 44 ** ** **
** ** ** ** ** XH
XL 03
2 41 44 2B 30 30
0 2E 30 30 30 30
30 03
PC send To start 02 AD 47 XH XL 03 02 41 47 30 36 03
G
Indicator
02 AD 47 XH XL 03 02 41 47 30 36 03
start
send
PC send To stop 02 AD 48 XH XL 03 02 41 48 30 39 03
H
Indicator
02 AD 48 XH XL 03 02 41 48 30 39 03
Stop
send `
PC send To charge 02 AD 49 XH XL 03 02 41 49 30 38 03
02 AD 49 XH XL 03 02 41 49 30 38 03
I
Indicator
send
Begin
charge
To
02 AD 4A XH XL 03 02 41 4A 30 42 03
PC send
discharge
J
Indicator
send
Begin
discharge
02 AD 4A XH XL 03 02 41 4A 30 42 03
PC send To tare 02 AD 45 XH XL 03 02 41 45 30 34 03
E
Indicator
02 AD 45 XH XL 03 02 41 45 30 34 03
PC send
To
Pause/Cont
02 AD 4B XH XL 03 02 41 4B 30 41 03
Tare
send
PC send To zero 02 AD 46 XH XL 03 02 41 46 30 37 03
K
Indicator
inue
Pause/Cont
02 AD 4B XH XL 03 02 41 4B 30 41 03
F
Indicator Zero 02 AD 46 XH XL 03 02 41 46 30 37 03
send
inue
15
PC send
c
c
0
0
L
Indicator
send
To
accumulate
Accumulate
02 AD 4C XH XL 03 02 41 4C 30 44 03
02 AD 4C XH XL 03 02 41 4C 30 44 03
Indicator
send
Print
calibratio
n rate
To read
02 AD 50 XH XL 03 02 41 50 31 31 03
PC send To print 02 AD 4D XH XL 03 02 41 4D 30 43 03
M
Indicator
02 AD 4D XH XL 03 02 41 4D 30 43 03
Print
send
02 AD 4E XH XL 03 02 41 4E 30 46 03
PC send
To print
accumulati
on value
N
Print
02 AD 4E XH XL 03 02 41 4E 30 46 03
Indicator
accumulati
send
on value
To print
02 AD 4F XH XL 03 02 41 4F 30 45 03
PC send
formula
O
Indicator
send
Print
formula
02 AD 4F XH XL 03 02 41 4F 30 45 03
PC send
Q
Indicator
send
PC send
R
Indicator
ontent of
calibratio
n rate
Send
ontent of
calibratio
n rate
To read
parameter
for
batching
Send
parameter
02 AD 51 NN XH XL 03 02 41 51 30 32 30
03
02 AD 52 NN XH XL 03 02 41 52 30 32 33
03
2 AD 52 NN C1 C2 C3
XH XL 03
2 41 52 30 30 30
30 31 33 03
for
batching
02 AD 53 NN XH XL 03 02 41 53 30 32 32
P
PC send
To print
calibratio
n rate
02 AD 50 XH XL 03 02 41 50 31 31 03
send
S
PC send To read
16
accumulati
0
c
c
0
c
c
0
0
0
0
0
3
0
0
03
Indicator
send
PC send
T
Indicator
send
PC send
on value
Send
accumulati
on value
To write
ontent of
calibratio
n rate
Write
ontent of
calibratio
n rate
To write
ontent of
calibratio
02 AD 53 NN C1 C2 C3
XH XL 03
02 AD 54 NN C1 C2 C3
XH XL 03
02 AD 54 NN C1 C2 C3
XH XL 03
02 AD 55 NN C1 C2 C3
XH XL 03
2 41 53 30 30 30
30 31 32 03
02 41 54 30 30 30
32 31 37 03
2 41 54 30 30 30
32 31 37 03
02 41 55 30 32 35
35 31 36 03
PC send
V
Indicator
send
PC send
W
Indicator
send
PC send
X
Indicator
send
To clear
accumulati
on value
Clear
accumulati
on value
To read
date
Send date
To read
time
Send time
02 AD 56 XH XL 03 02 41 56 31 37 03
02 AD 56 XH XL 03 02 41 56 31 37 03
2 AD 54 NN C1 C2 C3
XH XL 03
2 AD 54 NN C1 C2 C3
XH XL 03
02 AD 58 XH XL 03 02 41 58 31 39 03
02 AD 58 C1 C2 C3 C4
C5 C6 C7 C8 XH XL 03
02 41 54 30 30 30
32 31 37 03
2 41 54 30 30 30
32 31 37 03
2 41 58 30 34 3A
1 35 3A 32 36 31
44 03
U
n rate
2 AD 59 C1 C2 C3 C4
02 41 59 30 35 2D
To write
Indicator
Write
ontent of
02 AD 55 NN C1 C2 C3
XH XL 03
2 41 55 30 32 35
35 31 36 03
PC send
Y
date
C5 C6 C7 C8 XH XL 03
30 37 2D 32 36 31
45 03
send
calibratio
Indicator Write date
2 AD 59 C1 C2 C3 C4 02 41 59 30 35 2D
17
send
0
3
PC send
Z
Indicator
send
To write
time
Write
time
C5 C6 C7 C8 XH XL 0330 37 2D 32 36 31
45 03
02 AD 5A C1 C2 C3
C4 C5 C6 C7 C8 XH
XL 03
02 AD 5A C1 C2 C3
C4 C5 C6 C7 C8 XH
XL 03
2 41 5A 30 39 3A
4 30 3A 32 36 31
32 03
18
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