Pro XK3190-A9+ User manual

XK3190-A9+
Weighing Indicator
USER’ S MANUAL

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Content
Chapter One Technical Parameter…………………………………………………….3
Chapter Two Installation…………………………………………………………………..5
I. Indicator front and back scheme……………………………………….5
II. Connection between Load cell and Indicator……………………..5
III. Connection between Printer and Indicator…………………………6
IV. Connection between Scoreboard and Indicator………………….7
V. Connection between Serial communication interface and
indicator……………………………………………………………………………..9
Chapter Three Operation…………………………………………………………………….12
I. Start and Start with Auto-zero……………………………………………12
II. Manual zero (semi auto zero)…………………………………………….12
III. Tare
function………………………………………………………………………12
IV. Setting and operation of Date and Time…………………………….13
V. Battery application…………………………………………………………….13
VI. Inner code
display………………………………………………………………13
VII. Saving for Data
record………………………………………………………..14
VIII. Printing
operation………………………………………………………………16
IX. Report
printing…………………………………………………………………..19
X. Delete of Data
record…………………………………………………………20
XI. How to input memorized TARE weight………………………………20
XII. Power saving…………………………………………………………………….21
XIII. Check the software version………………………………………………..21
Chapter Four Maintenance and Cautions……………………………………………21
Chapter Five Information Indication…………………………………………………..23
Appendix……………………………………………………………………………………..…………25
DEAR USERS:
PLEASE READ THIS USER’S MANUAL CAREFULLY BEFORE USING
THE INDICATOR

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Chapter One Technical Parameter
Model XK3190-A9+
Accuracy Class III, n=3000
Conversion Δ－Σ type of A/D
Input signal range -16 mV～ 18 mV
Conversion speed 10 times/second
A/D resolution code 1 million code
Calibration All operation made by keys
Excitation power DC, 5V, able to connect with 8pcs of 350Ω load cells or
16pcs of 700Ωload cells
Load cell connection
method
6 wire method, long wire auto compensation
Display 7 LED digit, 7 status indicating lights, 3 battery
indicating lights.
Display circulation 100ms
Division 1/2/5/10/20/50/100 optional
Clock Can display year/month/day, hour/minute/second,
auto reap year and moth
Number keys 0~9
Function keys 15 (10 of them are share with number keys for
combine application)
Material for keys Light touch type of pellicle
Scoreboard connection
interface
Serial output
Transmission method Current loop/ RS232 signal
Transmission data type 11 bytes
Baud rate 600
Transmission distance ≤30m
Serial communication interface
Transmission method RS232C/RS422(optional)/ RS485(optional)
Baud rate Baud rate option 600/1200/2400/4800/9600

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Transmission data format 10 bytes: 1 byte is start, 8 data bytes (ASC II code), 1
byte is stop.
Transmission distance RS232：≤30m
RS422/RS485：≤1200m
Standard parallel output
interface
To connect with TpuP 16 micro printer; wide line
printer like M800、KX－P1121、KX－P1131、LQ300K
＋、LQ1600K; POS58, T58D thermal micro printer.
Built-in printer (for A9+P) Printing system: dot-matrix (96 dots each line), adopts
M-150 II printing head or TpuP-16B printing head.
Printing paper: standard blank paper, width:
44.5±0.5mm, thickness: 0.07mm, paper roll external
diameter less then 50mm
Life span for Printing head: 0.5×106 lines
Printing ribbon: blue ribbon are installed in the
removable ribbon box, its life span is 1×106 lines
Data saving 1000 units of truck No. and tare, 201 unit of cargo,
1001 unit of weighing record
AC power AC 220V（-15%~+10%）；50Hz（-2%~+2%）
DC power Adopts 6V/10AH battery (external)
Battery application About 24h (fully charge without using the built-in
printer)
Battery charging About 30h
AC fuse 500mA
Application temperature 0℃ -- 40℃
Storage temperature －25℃ -- 55℃
Relative humidity ≤85％RH
Pre-heat time 15 min
Appearance 310×195×186 (mm)
Weight About 2.5kg

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Chapter Two Installation
I. Indicator front and back scheme
(Graph 2-1) Front View
(Graph 2-2) Back View
II. Connection between Load cell and Indicator
1. The 9-pin socket is used for connection with load cell, which foot definition is

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shown in graph 2-3.
2. If 4-core shielded cable is used, +S must be short connected with +E, so did -S and
-E.
3. ▲！Indicator must be reliably connecting to Load cell and shielded-cable of load
cell must be reliably connected to underground. If indicator is powered on,
the user should not plug or unplug in order to protect the indicator and load
cell.
4. ▲！Load cell and indicator are static sensitive devices; you must adopt anti-static
measures. In order to protect the operator, indicator, and relevant devices,
you should install lightning rod in the thunderstorm frequently happening
area
Graph 2-3: Connection of the load cell
III. Connection between Printer and Indicator
1. The printing interface adopts the standard parallel interface. The 25-pin RS232
socket is illustrated below:
5 Shield
8 -IN
9 +IN
1 -E
2 -S
7 +S
6 +E +
_
Terminal of Indicator Terminal of Sensor
Bridge of Power Supply
Signal Output
12 3 4 5
6789
-E -S Shield
+E +S -IN +IN

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2. Caution for Printing
▲！Printing function must be set in indicator before using it.
▲！Printer and Indicator’s interface must be connected by professional printer
connection wire. If the connection of each foot is wrong, it will damage indicator’s
output interface or printer’s input interface, or worse will be damage of indicator or
printer.
▲！When you use printer, you must make sure each pin of the interface is correctly
connected, then turn on the indicator, and turn on the printer at last. When you stop
using the printer, you must turn off the printer first, then off the power of indicator,
and then disconnect the wires. If the order is wrong, it may damage the indicator and
printer. Please NOTICE THAT!
▲！Due to the various type of printer exists in the market which has different
function and capability, please use the printer with the model which we recommended.
▲！Printer must connect with GND reliably. Otherwise, it may interfere the normal
function of indicator or damage the indicator and printer.
IV. Connection between Scoreboard and Indicator
▲！Interface of indicator for scoreboard’s and scoreboard’s connection must be
correct, if there is any mistake on that, it will damager the indicator interface and
scoreboard’s input interface, or even worse, the indicator and scoreboard will be
damaged. The wire for connection must be assorted professional connection wire.
1. Scoreboard adopts 15 core RS232 socket (share with serial communication interface),
the definition of foot 9 and 10 is as follow graph (2-5).

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(Graph 2-5 ) serial communication and scoreboard output interface
2. Scoreboard adopts current loop or RS232 by ACII code serial output, baud rate is 600.
Each frame has 11 bytes of data, 1 start bit (0), 8 data bit (lower bit is in the front), 1 stop
bit (1).
3. Every unit of data is send out in every 100ms, each unit of data contains 3 frames data,
its definition is as follow (2-6):
First frame:
(Graph 2-6.1) first frame wave graph
Second frame：
(Graph 2-6.2) second frame wave graph
Third frame：
(Graph 2-6.3 ) third frame wave graph

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First frame data：mark bit is 0
X : D0、D1、D2 – is the location of decimal ( 0～4 )
Y : D3 — is weight symbol ( 1－negative、0－positive )
D4 — back up
G 18～G16: Weight (N.W.) data
Second frame：mark bit is 0
G15～G8: Weight (N.W.) data
Third frame：mark bit is 1
G7～G0 ： Weight data
G0～G18：19 digits ACII code of weight (N.W.) consist by the digits from low to high
V. Connection between Serial communication interface and indicator
▲！communication interface output line should connect with computer correctly, if
there is any mistake on that, it will damage indicator output interface or computer
communication input interface or even damage indicator and computer and its
external devices.
▲！For computer communication, it requires knowing computer technology and
programming ability. Unprofessional people, please don’t connect it at your will.
XK3190-A9+ has RS232/RS422 (optional)/RS485 (optional) serial communication
interface, can communicate with computer.
1. Communication interface adopts 15-core RS232 socket (share with scoreboard), its
definition of foot is shown in Graph 2-5 (foot 6.7,8) RS232 or foot 1, 2, 3, 4, 8
(RS422/RS485)
2. All data is of ASCII, every unit of data consist of 10 bytes, first bit is start bit, 10th
bit is stop bit, 8 bit in the middle is data bit, communication method divided as
follow:
(1) Continuous method (Tf=0):
The sending data is the current weight (G.W or N.W). each frame of data
consist of 12 unit of data. Format as follow:
X
th
bit Content and note
1 02(XON) start
2 + or - symbol bit
3 Weighing data high bit
： Weighing data ：
： Weighing data ：
8 Weighing data low bit
9 Decimal No. from right to left（0～4）
X
th
bit Content and note
10 XOR checking 4 bit in high bit
11 XOR checking 4 bit in low bit
12 03(XOFF) end
XOR＝2 3 ……8 9⊕ ⊕ ⊕
(2). Order method (tF=1):

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Indicator output corresponding data according to upper monitor’s order. Each
order each frame of data. Upper monitor sending order as follow:
X
th
bit Content and note
1 02(XON) start
2 A～Z address S/N
3
A～F order A：handclasp
order B：read G.W.
Order C：read TARE
Order D：read N.W
Order E：read truck No.
Order F：read cargo No.
4 XOR checking 4 bits of high bit
5 XOR checking 4 bits of high bit
6 03(XOFF) end
XOR＝2 3⊕
Indicator output content：
X
th
bit Content and note
1 02(XON) start
2 A～Z address S/N
3
A～F Order A：handclasp
Order B：send G.W.
Order C：send TARE
Order D：send N.W
Order E：send truck No.
Order F：send cargo No.
4 Output corresponding data according to order
： Output corresponding data according to order
n-1 Output corresponding data according to order
n Output corresponding data according to order
n+1 XOR checking 4 bits of high bit
n+2 XOR checking 4 bits of low bit
n+3 03(XOFF)
XOR＝2 3 ……⊕ ⊕ ( n-1 ) n⊕
Indicator output 4~n data content as follow:
Order A No Data 6 units of data for each
frame
Order B
G.W，format： 14 units of data for each
frame
a： symbol (+ or -)
b： G.W. ( 6 bits）
： (from high to low)
g
h： decimal from right to left ( 0～4）

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Order C
Tare，format： 14 units of data for each
frame
a： symbol (+ or -)
b： Tare ( 6 bits）
： (from high to low)
g
h： decimal from right to left ( 0～4）
Order D
N.W，format： 14 units of data for each
frame
a： symbol (+ or -)
b： N.W ( 6 bits ）
： (from high to low)
g
h： decimal from right to left ( 0～4）
Order E
Truck No.，format： 11 units of data for each
frame
a： highest bit of Truck No.
b： second bit of Truck No.
： (from high to low)
e: lowest bit of Truck No.
Order F
Cargo No.，format： 14 units of data for each
frame
a： highest bit of Cargo No.
b： second bit of Cargo No.
c： third bit of Cargo No.
Note 1: confirmation of XOR checking 4 bits of High and low: if it is ≤9, then to plus 30h,
and being ASCII to send. For example: if it is 6, plus 30h, then it equals 36h that is 6 in ASC
II code to send out; if it is ＞9, then plus 37h that will become a letter of ASCII to send
out. For example: it is B, plus 37h equals 42h that is B in ASCII to send out.
3. Upper monitor sending order list (set indicator communication address as 01):
Order type
Order definition Upper monitor sending order (in hex)
A order Handclasp 02 41 41 30 30 03
B order Read G.W 02 41 42 30 33 03
C order Read TARE 02 41 43 30 32 03
D order Read N.W. 02 41 44 30 35 03
E order Read N.W. 02 41 45 30 34 03
F order Read N.W. 02 41 46 30 37 03
4. Setting of indicator communication parameter:
(1). Communication parameter
Communication parameter consists of communication address, baud rate, and
communication method.
(2) Communication parameter setting procedure:
Step Operation display Note:
1 Press [Print
setting]
In weighing mode

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2
Press[9][8]
Press[Input]
[ P 00 ]
[ P 98 ]
Input setting password“98”
3
Press[1]
Press
[
Input
]
[ Ad r ** ]
[ Ad r 01]
Communication address ( 01～26 )
For example：1
4
Press [1]
Press [Input]
[ b t * ]
[ b t 1]
Serial communication baud rate
definition of 0~4:
Baud Rate：600、1200、2400、
4800、9600
5
Input[0]
Press[Input]
[ t F * ]
[ t F 0 ]
Serial communication method:
0—continuous method, no receiving
1—order answer method
2—old D2+ continuous communication
method, each frame 8 bits
3--- new D2+ continuous D2+
communication method, each frame
9 bits (Note: 2)
For example：0
6 Weighing mode End of communication parameter
setting.
Note 2: old D2+ continuous communication method output data in ASCII, each frame with
8 bits (include decimal). Data transmit from low to high, each frame divided by “=”.
Sending data is N.W (the displaying weight on indicator), if current display weight is 70.15,
then indicator continuously sending like this 51.07000＝51.07000＝51.07000……
Chapter Three Operation
I. Start and Start with Auto-zero
1. Connect AC or external battery, and turn on the indicator, it will perform
“999999-000000” self checking, then it will enter weighing mode.
2. The self checking can be stopped by pushing any key.
3. While indicator is on, if loading weight on the scale deviates from the zero point, but
still within zero set range, the indicator will set zero automatically. Start Zero range
selecting, setting method, please refer to relative chapters.
While normal operation, the calibration switch should be on the
spot of calibration forbidden (Left).
II. Manual zero (semi auto zero)
1. Press [ZERO] key to make indicator zero and the zero indicating light will be on.

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2. when display weight deviate from ZERO, but in the range of ZERO, [ZERO] key valid,
otherwise [ZERO] will be invalid, the parameter setting and setting method of ZERO
range refers to calibration user’s manual.
3. Only when STABLE light is on, ZERO is allowed to operate.
III. Tare function
1. Normal Tare :
When Indicator at weighing status and displaying positive weight stably,
press [Tare] key, indicator will deduct the displayed weight value as tare weight, and now
indicator shows N.W is 0, TARE light is on.
2. Preset tare:
When Indicator at weighing status, press [Pre Tare] key, and indicator will display
[P *****], now indicator shows the original TARE weight. If a new TARE weight needs to
be set, please input it by Numeric keys, press [Input] to confirm it.
3. Call Tare by truck No.
In weighing mode, press [Truck No.] key, indicator will display [o *****], input
correct truck No., then press [Tare], indicator will find the corresponding Tare
weight from the RAM.
In weighing mode, continuous TARE is allowed. When tare weight is zero, TARE indicating
light is off, when indicator matches the condition of ZERO, press [ZERO] to make TARE as
0, TARE light will be off.
IV. Setting and operation of Date and Time
1. In weighing mode, press [date] to display current date and the date light will be
on. If it is correct, press [input] or [weigh] to exit, if the time is wrong, then input
the right time by numeric keys then press [input] to confirm.
2. In weighing mode, press [time], time light is on and indicator shows current time
and running automatically. If the time is right, press [input] or [weigh] to exit, if it
is wrong, input right time by numeric keys, then press [input] to confirm.
V. Battery application
1. When only use battery as power, battery indicting light will tell the volume of
battery on the left of display. When battery is full, 3 indicating lights will be on,
when voltage is almost full, the 2 indicating lights will be only, when only 1 light is
on, that means the battery is low. Then you need to charge the battery, when
voltage is around 5.5V, indicator will cut power to protect the battery
automatically.
2. connect battery to indicator, then connect the AC power, indicator will charge the
battery automatically (fully charge need about 30 hours)
3. The battery should be fully charged for first time running.
4. battery connection line marks red socket is positive (+) connects with battery’s

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positive pole, black line is negative (-) is to connect with battery negative pole.
5. if positive and negative pole is connected reversely, it will make fuse broken to
protect the battery. Now, connect two poles correctly, and restart the indicator,
it will work normally again.
Battery is consuming products, not in the range of guarantee.
VI. Inner code display
1. In weighing mode, press [print set], then input [2], [8], indicator will enter into
inner code display mode, and inner code light is ON. Press [print set], input [2], [8],
indicator will exit inner code display mode; inner code light will be off.
2. In inner code display mode, only [ZERO], [Print set] key is available, other keys are
all unavailable.
3. 20 inner code equals 1 division, E.g. while n=3000, the full scale’s inner code is
60000 code.
VII. Saving for Data record
1. Indicator regulates that truck No. should be 5 digits, cargo No. is 3 digits. The
maximum storage is 1000pcs of truck No., 201pcs of cargo No.
2. Every complete unit of weighing record is stored; indicator will print out this unit
of data. (if printing setting is valid)
3. Data storage has follow 3 methods:
(1) Store empty truck, then full truck store; or store full truck store then empty
truck store. That is to say, twice storage consists of a complete unit of record.
(2) Full truck for weighing and TARE has been obtained, one time storage will
form a unit of complete record.
(3) The weight object is a kind of cargo, not a truck, then one time storage will
form a unit of complete record for always.
In order to automatically recognize the above three types of storage, XK3190-A9+
makes following special agreement.
▲！Truck No. must be any number from 00001~99999, that is 00000 can not be a
real truck number. If truck No. has been set as 00000, that means it is not a truck but a

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cargo.
▲！Cargo No. must be any number from 000~200.
▲！If the TARE light is on, that means TARE weight is obtained, so one time
storage will form a complete record.
▲！If the truck No. has been set as any 5-digit number over the range of 00000,
and the TARE light is OFF (G.W weighing mode), then twice storage will form a
complete unit of record.
4. Storage operation method (Table 3-1）
Step Operation Display Note
1 Press [Print] In weighing mode
2 Press numeric keys
to input truck No.
Press [Input]
[ o *****]
[ o 03217]
Input Truck No.
E.g.: 03217
3 Input cargo No.
Press [input]
[hn ***]
[hn 035]
Input cargo No.
E.g.: 35
4 Press [10]
Press [input]
[BFL **]
[BFL 10]
Input percentage
of deduction
ratio
E.g. 10
End of storage
Indicator’s data storage can be set as truck No. type or non truck No. type, see
chapter of Printing. If set non truck No. type, all operation or printing content related
to truck No. will not be existed. Also, indicator’s data storage can be set according to
cargo No. or non cargo No. details see Chapter of printing setting.
▲！ When Data is not stable or G.W. ≤0 or N.W. ≤0, the data can not be saved.
5. About auto storage or printing.
(1) auto storage printing setting refers to printing setting chapter
(2) auto storage of printing does not contains for twice storage method

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(3) Stored truck No. and cargo No is the truck No. and cargo No. which has been
stored before.
(4) Auto storage TARE can be divided as follow three types:
1).when TARE light is on, current TARE weight will be saved to this unit of
record.
2).when TARE light is off, indicator will find TARE weight under this truck, and
take this TARE weight to save in this unit of data.
3).when TARE light is off, and there is no such TARE in RAM, then it will save
0 as TARE weight to this unit of record.
6. If truck No. is over 1000, indicator will show [Err 10], then you can refer to
Chapter 7 to clear one truck No. or all truck No.
VIII. Printing operation
1. Printing set (Table 3-2)
Step Operation Display Note
1 Press [print set]
Press [9] [7]
Press [Input]
[P 00]
[P 97]
Input 97
2 Press [1]
Press [Input]
[Auto *]
[Auto 1]
Selecting Auto/Manual Printing
0- Manual
1- Auto
3 Press [3]
Press [Input]
Auto indicating
light is on
[Type *]
[Type 3]
Selecting printer:
0-invalid printing
1-TPup16 micro-printer[English ]
2-TM800 printer
3-Panasonic KX-P1121 Printer
4-Epson CQ-1600K,
LQ-300K+,Panasonic KX1131
5-Built-in micro-printer (only for
A9+P)
6-External thermal printer POS58,
T58D etc.

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4 Press [5] [0]
Press [Input]
[HL **]
[HL 50]
Selecting Printing Restriction
00-print only when display
returns zero
25-print only when display <25%
F.S.
50- Print only when display <50%
F.S.
75- Print only when display <75%
F.S.
99 Print even when it is at F.S.
5 Press [3]
Press [Input]
[Arr *]
[Arr 3]
Selecting Printing format:
Arr=0: record format
1: 1-page format
2: 2-page format
3: 3-page format
6 Press [1] [0] [0] [L *****]
[L001.00]
Setting the minimum auto
printing weight, L must be larger
than 10 divisions.
E.g. 1.00
7 Press [0] [5]
Press [Input]
[b **]
[b 05]
Setting paper rolling lines (0~30)
E.g. :05
8 Press [1]
Press [Input]
[Ode *]
[Ode *]
Selecting blank- filling print
format:
0-blank-filling print not selected
1-blank filling print selected
2-apply horizontal page print
9 Press [1]
Press [Input]
[Dct *]
[Dct 1]
Selecting the deduction rate at
blank-filling print form:
0-deduction invalid
1-deduction valid
10 Press [0] [1] [1]
Press [Input]
[Y ***]
[Y 00011]
Y’s definition refers not Note 4.
(non “0” number will be all
considered as “1”)
11 Press [8]
Press [Input]
[teln *]
[teln 8]
Select Tel. No digits (0~8)
0: no print Tel. No.
1~8: print Tel. No. in continuous

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sheet form.
12 Press [5] [8] [8] [6]
Press [Input]
[tH ****]
[tH 5886]
High 4 bits of Tel. setting
E.g. 5886
13 Press [0] [0] [0] [3]
Press [Input]
[tl ****]
[tl 0003]
Low 4 bits of Tel. setting
E.g. 0003
End of operation
Note1:
（1） when you use A9+P’s built-printer, the parameter of Printer type
must be selected “5” to ensure the normal work.
（2） Step 8 and 9 only valid for Printer model 2.3.4, invalid for other
model.
（3） Tel. No. only can print out when built-in printer is applied, and it
is printed at bottom of the weighing bill. Therefore, step 11, 12,
13 is only for printer model is 5 (these steps will be invalid when
you select other models.)
① Tel numbers are 7 digits, then tH input 3 digits, and tl input 4 digits.
② Tel numbers are 3 digits, then tl input 3 digits, step 12 will be
skipped.
③ Tel numbers are 0 digits, and then step 12 and 13 are skipped.
Note 2:
Y parameter has 5 digits, from left to right is 1—5, each digit’s definition is as follow:
1st: 0 twice weighing printing mode, 1 once weighing printing mode.
2nd: 0 invalid power saving, 1 valid power saving
3rd: 0 Kg as weighing unit, 1 T as weighing unit
4th: 0 weighing record has no cargo NO., 1 weighing record has cargo No.
5th: 0 weighing record has no truck NO., 1 weighing record has truck No.
Note 3:
1. Only when filling printing type selected, deduction ratio can be
applied.

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★ Printing format refers to appendix
★ Filling printing type can use specialized non-carbon copy and printing paper to
fast print in triplicate. Or specialized normal printing paper to fast print in one
copy.
★ Users may need specialized format of filling printing, please contact Dealers.
2. Indicator’s data storage and printing is simultaneous, use [print] key store a unit
of complete data, meanwhile, it is printed out. (if printing setting is valid.)
3. if there is any reason like printer false which leads incomplete printing, after false
is gone, press [supply print] to supplement print the current saved data.
4. after a series of weighing is done, press [accu print] to print the accumulative
weighing result of this group of record.
5. when twice printing mode is set, use empty to loaded truck or loaded to empty
truck, after first storage, indicator only shows [LoAd ] about 1.5 seconds to hint
the operator without any printing, because this group of data is incomplete.
But, if you print [supply print] can still print out this incomplete data.
Print result will be always: ① serial number is blank.
② G.W and N.W. is 0
③ Tare weight is current displayed weight.
(Twice printing mode’s setting; please refer to Y parameter of printing setting.)
6. When one time weighing mode is applied, each weighing will be considered as a
complete record to store and print. If the indicator is in the TARE mode, then
current TARE weight will be considered as record TARE weight. If indicator is not
in TARE mode, then it will call the corresponding TARE weight of such truck No. as
recorded TARE weight (if there is not memorized TARE weight, then this record’s
TARE weight will be 0). One time printing mode setting refers to Y parameter of
printing setting.
7. When built-in printer is applied (printer model=5) and it is in the weighing mode,
[weighing] key will be performs as paper rolling.

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IX. Report printing
1. Press [print set], then press [1], press [input] to print sorted statistic daily report
of current date. (That is current date’s statistic report by time order, report by
truck No., report by cargo No.). if you want to print previous daily report, please
change system’s data to the day you need, then followed the above steps to print
it. After printing and change the date back to current data.
2. Press [print setting], press [2], press [input] to printer report 1 (by time order)
3. Press [print setting], press [3], press [input] to printer report 2 (by truck No.)
4. Press [print setting], press [4], press [input] to printer report 3 (by cargo No.)
5. Press [print setting], press [5], press [input] to printer report 4 ( all truck No. and
its memorized TARE weight statistic report.)
X. Delete of Data record
1. this indicator allows methods of deleting data as follow:
① Delete all record. (Include all truck No. and memorized tare weight.)
② Delete one truck No., this truck No.’s memorized TARE weight and
corresponding weighing results.
2. When use any method to delete record, indicator will show [Sure 0], please
choose YES or NO to confirm. When [sure]= not O, press [input] to confirm. If you
want to deny it, let [Sure]=0, then press [input] or [weigh] to exit.
3. operation method:
(1) [Method ①]: in weighing mode and calibration switch is on the forbidden
spot (left side), press [Func] to delete all weighing record.
(2) [method ②]: in weighing mode, press [truck No.], and input one truck No.
then press [ZERO] can delete this truck number and its corresponding
memorized TARE weight and corresponding record.
▲ ！Data can’t be recovered after delete. Be Cautious on this operation to prevent