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CONTENTS

PRECAUTIONS .................................................................4
INTRODUCTION ..............................................................6
THE FEATURES OF CI-170A SERIES ........................6
TECHNICAL SPECIFICATION ....................................7
MEASURE OF APPEARANCE .....................................9
FRONT PANEL ................................................................10
REAR PANEL ...................................................................12
INSTALLATION & CONNECTION ...........................13
DISPLAYING METHOD ...............................................14
TEST MODE .......................................................................15
CALIBRATION MODE ...................................................18
SET MODE ........................................................................26
WEIGHING MODE ........................................................52
COMMUNICATION PIN MAP ....................................58
APPENDIX ........................................................................60
ERROR MESSAGE .........................................................75

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4
5
INTRODUCTION
We greatly appreciate your purchase of the CI-170A series weighing indicator.
These goods perform excellently and exhibit splendid properties through strike tests.
CAS indicator (CI-series) is delicately designed to coincide with the special requirements of
several industrial fields and includes many functions and various external interfaces. Also, it is
programmed for the user's convenience and contains help display functions that are easily
accessible.
Before using CI-170A series, it is recommended that you read this manual carefully so you
may use this device to its full potential.

THE FEATURES OF CI-170A SERIES

(1) Features.
■ High quality, high accuracy
■ Panel-specific indicator (DIN SIZE : 96 * 48 mm)
■ Appropriate for weight and measurement system
■ Easy operation and various options
■ Display of 6 digit(7 segment)
■ RFI/EMI screened
■ Watchdog circuitry(System restoration).
■ Weight back-up(Memory the weight at sudden power failure)

(2) Main Function

■ Store date, time and calculated data at sudden power failure
■ Adjustable display rate(Digital filter function)
■ Tare weight setting with keys
■ Users can set maximum weight which users want to and division at one's disposal
■ Self test hardware function
■ Independent zero calibration
■ Serial printer connection
■ External input/output (option)
: 2 external input 4 external output(zero, 1 step, 2 step, final)
■ Print date and time by inner clock(option)
■ Analog out (option)

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TECHNICAL SPECIFICATION
Analog Part & A/D Conversion
Load cell excitation
DC 5 V
voltage
Zero adjust range 0.05 mV∼5 mV
0.2 uV/D (Non-certification)
Input sensitivity
0.36 uV/D (Certification)
Nonlinearity 0.01 % F.S.
A/D internal resolution 1/1,000,000
A/D external resolution 1/30,000(Max.)
A/D conversion speed 320 times/sec

Digital Part
Full Digital Calibration
Span calibration
(Single pass automatic span calibration)
Input noise below ±0.3μVpp
Input impedance over 10MΩ
Display 7 Segment(6 digit)
Maximum capacity 999999
Division ×2, ×5, ×10, ×20, ×50
Display below zero “-“ minus signal
Permitted limit tare Full capacity

Display Part Description

“STABLE” ■LAMP Weight is stable
“TARE” ■LAMP Tare is used
“NET” ■LAMP ON(NET weight), OFF(GROSS weight)
“HOLD” ■LAMP Hold in Weight
“ZERO” ■LAMP “0” kg
“kg” ■LAMP Use unit kg
“t” ■LAMP Use unit ton

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 General Specification
Power DC 9~24 V 1.25 A
Size 102.5(W)×100.8(D)×52.5(H)
Temperature -10℃∼＋40℃
Weight Approx 0.4 kg
Power Consumption Approx 2W

Option Part
Option-1 RS-485(Serial)
Option-2 Inner Clock
Option-3 Analog Out
Option-4 Relay (2 Input, 4 Output)

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MEASURE OF APPEARANCE

9
FRONT PANEL

(1) Display lamp(■)

■ ST lamp: turn on when the weight is stable.
■ TARE lamp: turn on when tare weight is stored.
■ NET lamp: turn on when the current weight is NET weight.
■ HOLD lamp: turn on when the weight is held while weighing moving or alive things.
■ ZERO lamp: turn on when the current weight is 0 kg.
■ KG lamp: turn on when the weight unit is kg.
■ TON lamp: turn on when the weight unit is ton.

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(2) Keyboard

■ Used to return the display to the 0.

■ User set the zero range within 4% or 10% of the maximum capacity(GEN.09).
■ Used to enter the TEST mode.

■ Used to weigh item by using the container.

■ When this key is pressed, the scale stores current weight as the tare weight.
■ If you press TARE key in unload condition, tare setting is released.
■ Used to enter the SET mode.

■ Use this key to switch from GROSS to NET weight.

■ The annunciators and display will alternate between GROSS and NET as well.
■ In case tare weight is REGISTERED, tare plus item's weight is GROSS
weight and only item's weight is NET weight.
■ When the lamp turning on, it means NET weight.
■ Used to enter the CAL mode.

■ When you press this key, the current designated printing form is printed.
■ Use this key when weighing data is printed.

■ Some functions can be defined to the needs.(GEN.20)

■ Press and hold SET key to enter the menu mode.

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REAR PANEL

■ POWER S/W : POWER ON/OFF

■ LOAD CELL : Port for connecting load cell
1 : EX+ 2 : EX- 3 : SIG+ 4 : SIG- 5 : GND
■ DC(POWER) : 9~24V 1.5A
■ SERIAL : RS-232C
■ SERIAL : RS-485C (option)
■ A-OUT : Analog Out port (V-Out : Voltage, I-Out : Current) (option)
■ EXT-IO : External input/output port (option)

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INSTALLATION & CONNECTION
(1) Load Cell Connection
Pin 1: Excitation voltage+
Pin 2: Excitation voltage-
Pin 3: Sense voltage+
Pin 4: Sense voltage-
Pin 5: Shield

■ Connecting method

▶Ref. Each L/C

manufacturer's or model's
wire color could be
different. In that case,
please note the following
diagram.

■ Manufacturer's wire colors

Connector Pin 1 Pin 2 Pin 3 Pin 4 Pin 5

Company (EX+) (EX-) (SIG+) (SIG-) (GND)
CAS RED WHITE GREEN BLUE CASE
KYOWA RED BLACK GREEN WHITE CASE
INTERFACE RED BLACK GREEN WHITE CASE
P.T RED BLACK GREEN WHITE CASE
BLS GREEN BLACK WHITE RED YELLOW
SHOWA RED BLUE WHITE BLACK CASE
SHINKOH RED BLACK GREEN WHITE CASE
TMI RED WHITE GREEN BLUE YELLOW
TML RED BLACK WHITE GREEN CASE
TFAC RED BLUE WHITE BLACK YELLOW
HUNTLEIGH GREEN BLACK RED WHITE CASE

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DISPLAYING METHOD
(1) Number
NUMBER DISPLAY NUMBER DISPLAY

0 5

1 6

2 7

3 8

4 9

(2) Alphabet
Alphabet DISPLAY Alphabet DISPLAY Alphabet DISPLAY Alphabet DISPLAY

A H O V

B I P W

C J Q X

D K R Y

E L S Z

F M T

G N U

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TEST MODE

(1) How to Enter

Turn on the power while pressing the "ZERO" key on the front of the indicator.
※When test is done, Press SET key.

(2) Available Keys

Set key: Used for moving to the next test menu.
Other keys: Used for changing the preset value.

(3) Test Menu(TEST 1 - TEST 8)

TEST 1 : Key test
TEST 2 : Display test
TEST 3 : Load cell test and A/D conversion test
TEST 4 : Serial interface test
TEST 5 : Printer test
TEST 6 : A-out test(OPTION)
TEST 7 : External input/output test(OPTION)
TEST 8 : RTC test(OPTION)

TEST 1
FUNCTION : Key test
KEY DISPLAY DESCRIPTION
Press the key to be test and the No of
Key number key mode should identify with code of
SET key : next menu
key as the follows.
Other keys: Perform
ex) In case of
test
Zero key 1 If you press Set key, it will be moved to
test 2.

<Key List>

Key name No
ZERO 1
TARE, ◀ 2
N/G, ▲ 3
PRINT, ▼ 4
SET 5

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TEST 2
FUNCTION : Display test
KEY DISPLAY DESCRIPTION
TEST 2 is performed.
SET key : next menu
If you press Set key, it will be moved to
test 3

TEST 3
FUNCTION : A/D converter test
KEY DISPLAY DESCRIPTION
Display digital value
Display digital value of current weight.
of current weight.
This value means converted digital value
ZERO key: Cancel
under actual condition.
SET key : next menu
If you press Set key, it will be moved to
ex)
test 4.

► Note 1. Check whether digital value is changing.

If the digital value is fixed or zero is displayed, please check the connection
of load cell.

TEST 4
FUNCTION : RS-232, RS-485 test with computer(Serial port)
KEY DISPLAY DESCRIPTION

▲ Key : Value change Waiting for transmission and reception

ZERO key: Cancel
SET key : next menu Received: none, Transmitted : 1

► Note 1. Do this test after the connection of serial port of computer and serial port of
indicator is done.
Note 2. Send no.1 in computer keyboard and check if indicator receives no.1
Send no.1 in indicator keyboard and check if computer receives no.1
Note 3. Do this test after baud rate is specified in SET mode (RS-232 : F2-03 and
RS-485 : F2-08).

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TEST 5
FUNCTION : Printer test(PRINTER)
KEY DISPLAY DESCRIPTION

No error in printer.
SET key : next menu
Do this test after connection serial printer.

TEST 6 (OPTION)
FUNCTION : A-OUT test
KEY DISPLAY DESCRIPTION

▲ Key : Value change The output level of Aout is raised by 25%

ZERO key : Cancel 25 P each time the ▲ key is pushed.
SET key : next menu

TEST 7 (OPTION)
FUNCTION : External Input / Output test
KEY DISPLAY DESCRIPTION
Displayed in the external input section
I-XO-X when there is an external input.
▲ Key : Value change
Push ▲ key to execute weighing
ZERO key : Cancel ---------- external output
SET key : next menu I-2O–4
input : 2, output : 4

TEST 8 (OPTION)
FUNCTION : RTC test
KEY DISPLAY DESCRIPTION

XX : Displaying the progress of seconds

SET key : next menu SEC XX (SEC)

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CALIBRATION MODE
(1) How to Enter
Turn on the power while pressing “NET/GROSS” key on the front of the indicator.

(2) Calibration Menu(CAL 1 - CAL 9)

CAL 1: Maximum capacity set
CAL 2: Minimum division set
CAL 3: Zero & Span calibration
CAL 5: Direct calibration
CAL 6: Zero adjustment
CAL 7: Factor calibration
CAL 8: Gravity adjustment
CAL 9: Setting dual range

CAL 1
CAL 1-1
FUNCTION : Set Unit
Set Unit : kg, ton
KEY DISPLAY DESCRIPTION
▲, ▼ Key : Value change kg Unit : kg
ZERO Key : Cancel
SET Key : Save and next menu ton Unit : ton

CAL 1-2
FUNCTION : Setting Maximum Value
Range of set value : 1 ~ 99,999
KEY DISPLAY DESCRIPTION

▲ Key : Value change

Max value = 5000 kg
◀ Key : Digit change
ZERO Key : Cancel
SET Key : Save and next menu Max value = 20000 kg

► Note 1. It means the maximum weight value to be weighed by the scale.

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CAL 2
FUNCTION : Minimum division and decimal position setting
Range of set value : 0.001 ~ 50
KEY DISPLAY DESCRIPTION
1 kg

▲, ▼ Key : Value change 0.2 kg

ZERO Key : Cancel
SET Key : Save and next menu 0.05 kg
0.001 kg

► Note 1. To end CAL2, press CANCEL key when a decimal point is set.
Note 2. Set the external resolution within 1/30,000 as the value by dividing the maximum
weight by the minimum division.
If the external resolution is 1/30,000 or more, Err 21 is shown.
Note 3. The position of a decimal point is decided by the position of a decimal point for the
minimum division set in CAL2.

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CAL 3
CAL 3-1
Function : Setting Multi Calibration Step
Range of set value : 1 ~ 5
KEY DISPLAY DESCRIPTION
▲, ▼ Key : Value change Setting multi calibration for step 1
ZERO Key : Cancel
STEP- 1 (CAL3-3 and CAL 3-4 are carried out once)
SET Key : Save and next Setting multi calibration for step 5
menu STEP- 5 (CAL3-3 and CAL 3-4 are carried out five times.)

► Note 1. A function to use, when the output of load cell is corrected by setting multiple
points in some sections because the actual curve of load cell is not a straight line.

CAL 3-2
Function: Zero Calibration
KEY DISPLAY DESCRIPTION
UnLoAd Empty the load tray and press the setup key.
ZERO Key : Cancel
SET Key : Save and next The current weight value is displayed.
menu
1234 Confirm 'Stable' and press the setup key.
--- Zeroing in progress...

► Note 1. If zeroing finished with no error, it moves to Setting Weight (CAL 3-3) although
no key is pressed.

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CAL 3-3
Function: Setting Weight
Range of set value: 1 ~ 99,999
KEY DISPLAY DESCRIPTION
It means the weight setting mode.
▲ Key : Value change
LOAD 1 (Number = multi calibration number)
◀ Key : Digit change
ZERO Key : Cancel W=100.00 100.00 (unit: Kg or Ton)
SET Key : Save and next
menu
W= 0.10 0.10 (unit: Kg or Ton)

► Note 1. Set the weight within a range of 10% ~ 100%.

CAL 3-4
Function: Weight Calibration
KEY DISPLAY DESCRIPTION
Load the weight set in CAL 3-3 and press the
ZERO Key : Cancel
LoAd setup key.
SET Key : Save and next The current weight value is displayed.
menu
12345 Confirm 'Stable' and press the setup key.
--- Span adjustment in progress...

► Note 1. CAL 3-3 and CAL 3-4 are repeated as many as STEP is set in CAL 3-1.
At this time, the weight value should be set to a value greater than the previous one.
Note 2. Move to CAL-3 if the span adjustment is over with no error.

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CAL 5 (Direct Calibration)
CAL 5-1
Function: Direct input about the zero value of loadcell
Range of set value: 1 ~ 99,999
KEY DISPLAY DESCRIPTION

▲ Key : Value change

ZE-CAL Direct zero input mode

◀ Key : Digit change

ZERO Key : Cancel 0.0000 Loadcell zero = 0.0000 mV/V
SET Key : Save and next
menu
0.1000 Loadcell zero = 0.1000 mV/V

CAL 5-2
Function: Direct input about the span value of loadcell
Range of set value: 1 ~ 99,999
KEY DISPLAY DESCRIPTION

▲ Key : Value change

SP-CAL Direct span input mode

◀ Key : Digit change

ZERO Key : Cancel 1.2000 Loadcell span = 1.2000 mV/V
SET Key : Save and next
menu
2.0000 Loadcell span = 2.0000 mV/V

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CAL 6
Function: Zero adjustment - calibration when any zeroing error occurs.
KEY DISPLAY DESCRIPTION

Z-CAL Empty the load tray and press the setup key.
ZERO Key : Cancel
SET Key : Save and next The current weight value is displayed.
menu 1234 Confirm 'Stable' and press the setup key.
--- Zero adjustment in progress...

Note 1. Use this function when zeroing is not passed for any shock to the load cell.
The range of zero adjustment is 0 ~ 2mV/V.

CAL 7
Function: Factor Calibration
KEY DISPLAY DESCRIPTION
This function cannot be used because of multi
▲ Key : Value change NOTUSE calibration.
◀ Key : Digit change
ZERO Key : Cancel
SET Key : Save and next FACtor It means you entered the factor correction mode.
menu
12345 The current factor is displayed.

Note 1. As this is a menu to set the weight setup with no weight, general users have no need to
use it.
Note 2. This can be used only when the range of multi calibration in CAL 3-1 is set to 1.
"NOT USE" is displayed when the range of CAL 3-1 is set to 2 or larger.
Note 3. Enter a password to enter the factor correction mode.

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CAL 8
Function: Gravity Adjustment
KEY DISPLAY DESCRIPTION
It means you accessed to the menu for the
G-CAL gravity adjustment.
▲ Key : Value change
◀ Key : Digit change Gr-CAL
ZERO Key: Cancel Set the gravity for the production place.
SET Key: Save and next 9.XXXX
menu Gr-SET Set the gravity for the place to use the product.
9.XXXX
Note 1. If the gravity of the indicator production place is different from that of the place to
use, the gravity adjustment can be done using this function.

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CAL 9
CAL 9-1
Function: Setting Dual Range
Range of set value: 0 ~ 1
KEY DISPLAY DESCRIPTION

▲ Key : Value change DUAL- 0 Dual range function is not used.

ZERO Key: Cancel
SET Key: Save and next
menu
DUAL- 1 Dual range function is used.

Note 1. If the resolution capability is 1/10,000 or higher, "OVER" message is displayed

and return to the CAL menu mode.

CAL 9-2
Function: Setting the applied section for the Dual Range
Range of set value: 0 ~ 99999
KEY DISPLAY DESCRIPTION

▲ Key : Value change

M 1000 Dual range is applied to less than 1000kg.
◀ Key : Digit change
ZERO Key: Cancel M 5000 Dual range is applied to less than 5,000kg.
SET Key: Save and next
menu
M 10000 Dual range is applied to less than 10,000kg.

Note 1. If the input value is greater than the maximum value, "ERR SET" message is
displayed and returned to the CAL menu mode.

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SET MODE
(1) How to Enter
Turn on the power while pressing the "TARE" key on the front of the indicator.

(2) Available Keys

Used to save inputted value and exit to menu selection.

Used to set the current value to zero.

Used to set the current value ×10.

Used to set the current value +1.

Used to set the current value -1.

(3) Set Value Conversion Menu

Classification Menu SubMenu Initial Value
1. General Setting GEN.01 Set AD speed 1
(1. GEN) GEN.02 Set average Filter Buffer 10
GEN.03 Set digital filter buffer 0
GEN.04 Set use key lock 0
GEN.05 Set Key Operating Conditions 1
GEN.06 Set stable range 1
Set Automatic Zero Tracking
GEN.07 1
Compensation
GEN.08 Set Weight Back-up 0
GEN.09 Set Zero range 10
GEN.10 Set Tare range 100
GEN.11 Set Init Zero 10
GEN.12 Set Overload range 9
GEN.13 Set Hold Type 0
GEN.14 Set Hold Canceling Conditions 0
GEN.15 Set average hold time 30
GEN.16 Set Auto Hold Range 10
GEN.17 Set Auto Hold Canceling Range 10
GEN.18 Set the use of Set key 0
GEN.19 Set the use of Print key 6
GEN.20 Set Near Zero(Print, Relay) 0
GEN.21 Initializing of set values 0

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Classification Menu SubMenu Initial Value
2. Communication COMM.01 Set Device ID 0
Setting COMM.02 Set RS232 Port 0
(2. COMM) COMM.03 Set RS232 Baud Rate 3
COMM.04 Set RS232 Out Data 0
COMM.05 Set RS232 Output Format 0
COMM.06 Set RS232 Output mode 0
COMM.07 Set RS485 Port 0
COMM.08 Set RS485 Baud Rate 3
COMM.09 Set RS485 Out Data 0
COMM.10 Set RS485 Output Format 0
COMM.11 Set RS485 Output mode 0
3. Print Setting PRT.01 Print use setting 0
(3. PRT) PRT.02 Print Form 0
PRT.03 Print Line Feed 1
PRT.04 Set Print Condition 0
PRT.05 Set Print Out Condition 0
4. RTC Setting RTC.01 Set Date -
(4. RTC)
RTC.02 Set Time -
(OPTION)
5. A-OUT Setting AOUT.01 A-out Range 0
(5. AOUT) AOUT.02 V-out Range 2
(OPTION) AOUT.03 I-out Range 3
AOUT.04 Dual output mode 1
AOUT.05 Minimum weight of A-out 0
AOUT.06 Maximum weight of A-out Max weight
AOUT.07 Adjust zero of A-out 4000
AOUT.08 Adjust span of A-out 20000
AOUT.08 Set A-out Output Type 0
6. Relay Setting EXIO.01 Relay Out mode 0
(6. EXIO) EXIO.02 Ext input 1 0
(OPTION) EXIO.03 Ext input 2 1
EXIO.04 Relay Reverse On/Off 0
Set Start Delay Time for
EXIO.05 10
completed Relay(T1)
Set Operating Duration Time for
EXIO.06 10
completed Relay(T2)
Set Start Delay Time for
EXIO.07 10
judgement Relay(T3)
Set Operating Duration Time for
EXIO.08 10
judgement Relay(T4)
EXIO.09 Relay Display On/Off 0

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1. General Function

Menu-GEN.01: Set AD Speed

Function AD Speed Setting
Display Part Meaning
ADC. 0 Converting speed 5 times per second
ADC. 1 Converting speed 10 times per second
Set Range ADC. 2 Converting speed 20 times per second
(0 ~ 6) ADC. 3 Converting speed 40 times per second
ADC. 4 Converting speed 100 times per second
ADC. 5 Converting speed 160 times per second
ADC. 6 Converting speed 320 times per second
Note 1. After changing the AD speed, press ‘Set' key to display the weight using the altered value.
(Press ‘Set' after checking the changed value to return to the previous mode)

Menu-GEN.02: Set average filter

Function Average filter Setting
Display Part Meaning
Set Range
Fil. XX
(1 ~ 50) Setting the number of buffers in the average filter
Initial Value : 10
Note 1. Set based on the environment. (The rate of change of weight may slow)

Menu-GEN.03: Set digital filter

Function Average filter Setting
Display Part Meaning
Set Range
IIR. XX 0 : Filter not use
(0 ~ 5)
Initial Value : 0 1 ~ 5 : Filter intensity
Note 1. Set based on the environment. (The rate of change of weight may slow)

Menu-GEN.04: Set use key lock

Function Set use key lock
Display Part Meaning
Set Range
LOCK. 0 Unlock front key
(0 ~ 1)
LOCK. 1 Lock front key

Menu-GEN.05: Set Key Operating Conditions

Function Key Operating Conditions(Zero, Tare) Setting
Display Part Meaning
Set Range
K-ST. 0 Always in operation
(0, 1)
K-ST. 1 Operates only if the weight is stable

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Menu-GEN.06: Set Stable Weight Range
Function Stable Weight Range Setting
Display Part Meaning
Set Range STAB XX
Stability lamp is turned ON when weight change is such that the width
(0 ~99) Initial Value :
of change in a given time is within the set value x 0.5 division
1x 0.5 division
Note 1. This function verifies the stable status when the weight fluctuation does not exceed 0.5x the
readability setting within the set time.
Note 2. The number should be made large and small for high-vibration and low-vibration environments
respectively to quickly stabilize the weighing status.

Menu-GEN.07: Set Automatic Zero-set Range

Function Automatic Zero-set Range Setting
Display Part Meaning
Set Range ZTR. XX Stability lamp is turned ON when weight change is such that the
(1 ~ 99) Initial Value : width of change in a given time is within the set value x 0.5
1x 0.5 division division
Note 1. This function automatically corrects the zero-set if the weight does not exceed a set readability
range within a set time when at zero-set state.
Ex) If the MENU [GEN-07] is set to "1" when the maximum labeled increment is 120.0kg and the value
of a single increment is 0.2kg

Menu-GEN.08: Set Weight Back-up

Function Weight Back-up Setting
Display Part Meaning
Set Range
WBUP. 0 Weight back up function is not used
(0, 1)
WBUP. 1 Weight back up is used (based on operation)

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Menu-GEN.09: Set Zero Key Range
Function Zero Key Range Setting
Display Part Meaning
Set Range ZKR. XX
(1 ~ 99) Initial Value : Zero operates up to within +/- ㅇㅇ% of the maximum weight
10 %

Menu-GEN.10: Set Tare Key Range

Function Tare Key Range Setting
Display Part Meaning
Set Range TKR. XX
(1 ~ 100) Initial Value : Tare operates up to within +/-ㅇㅇ% of the maximum weight
100 %

Menu-GEN.11: Set Initial Zero Range

Function Initial Zero Range Setting
Display Part Meaning
Set Range ZIR. XX
(1 ~ 99) Initial Value : Initial zero operates within +/-ㅇㅇ% of the Gross Weight
10%

Menu-GEN.12: Set Overload Range

Function Overload Range Setting
Display Part Meaning
Set Range OVRD. XX
(1 ~ 99) Initial Value : Overweight from the next to 0 x 1 Digit of the maximum weight
9 x 1 Digit

Menu-GEN.13: Set Hold Type

Function Hold Type Setting
Display Part Meaning
HOLD.00 Average Value Hold
Set Range
HOLD.01 Peak Hold
(0 ~ 3)
HOLD.02 Sampling Hold
HOLD.03 Automatic Hold

Menu-GEN.14: Set Hold Canceling Conditions

Function Hold Canceling Conditions Setting
Display Part Meaning
Set Range HD-C.00 Hold is canceled when it becomes zero
(0 ~ 2) HD-C.01 Hold is canceled when Hold key is entered
HD-C.02 Hold is canceled when Hold less key entered

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Menu-GEN.15: Set average hold time
Function Set average hold time
Display Part Meaning
Set Range HD-T. XX
(1 ~ 99) When the weight change width changes within the automatic hold
Initial Value :
range setting value, auto hold operation after set value x 0.1 second.
30 x 0.1 sec

Menu-GEN.16: Set Auto Hold Range

Function Set auto hold range
Display Part Meaning
Set Range AH-S. XX
(5 ~ 50) Auto hold operation when weight change width is less than
Initial Value :
set value. x 1 digit.
10 x 1 Digit

Menu-GEN.17: Set Auto Hold Canceling Range

Function Set auto hold canceling range
Display Part Meaning
Set Range AH-R. XX
(2 ~ 99) Auto hold cancel when weight change width is larger than
Initial Value :
set value
10 %

Menu-GEN.18: Set the use of set key.

Function Set the use of set key
Display Part Meaning
FKEY.00 Set key used as the hold key.
FKEY.01 Set key used as the total print key.
Set Range FKEY.02 Set key used as the start key.
(0 ~ 6) FKEY.03 Set key used as the tare clear key.
FKEY.04 Set key used as the hold clear key.
FKEY.05 Set key used as the Set Point key.
FKEY.06 Set key used as the Print key.

Menu-GEN.19: Set the use of print key.

Function Set the use of print key
Display Part Meaning
PKEY.00 Set key used as the hold key.
Set Range PKEY.01 Set key used as the total print key.
(0 ~ 6) PKEY.02 Set key used as the start key.
PKEY.03 Set key used as the tare clear key.
PKEY.04 Set key used as the hold clear key.
PKEY.05 Set key used as the Set Point key.
PKEY.06 Set key used as the Print key.

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Menu-GEN.20: Set Near Zero(Print, Relay)
Function Set Near Zero Range
Display Part Meaning
Set Range EZR. XX
(0 ~ 99) Initial Value : Up to the set value * 1 Digit is allowed as the zero
0 x 1 Digit

Menu-GEN.21: Initializing of set values

Function Initializing of set values
Display Part Meaning
Set Range
INIT. 0 No set values of the product are initialized to factory shipping state
(0, 1)
INIT. 1 All set values of the product are initialized to factory shipping state

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2. Communication Setting

Menu-COMM.01: Equipment Number

Function Equipment Number
Display Part Meaning
Set Range
D-ID. XX
(0 ~ 99) Desired device ID may be entered.
Initial Value : 0
Note 1. This function can be used as the indicator unique ID when using COMMAND mode.

Menu-COMM.02: Set RS232 Port

Function RS232 Port Setting (Parity-RS232)
Display Part Meaning
CPR1. 0 Data Bit 8, Stop Bit 1, Parity Bit : None
CPR1. 1 Data Bit 7, Stop Bit 1, Parity Bit: Even
Set Range
CPR1. 2 Data Bit 7, Stop Bit 1, Parity Bit: Odd
( 0 ~ 5)
CPR1. 3 Data Bit 7, Stop Bit 2, Parity Bit: Odd
CPR1. 4 Data Bit 8, Stop Bit 1, Parity Bit: Even
CPR1. 5 Data Bit 8, Stop Bit 1, Parity Bit: Odd

Menu-COMM.03: Set RS-232C Baud Rate

Function RS232 Baud Rate Setting
Display Part Meaning
CBR1. 0 1,200 bps
CBR1. 1 2,400 bps
CBR1. 2 4,800 bps
Set Range
CBR1. 3 9,600 bps
(0 ~ 7)
CBR1. 4 19,200 bps
CBR1. 5 38,400 bps
CBR1. 6 57,600 bps
CBR1. 7 115,200 bps

Menu-COMM.04: Set RS232 Out Data

Function RS232 Out Data Setting
Display Part Meaning
Set Range CWT1. 0 Displayed value is transmitted
(0 ~ 2) CWT1. 1 Gross Weight is transmitted
CWT1. 2 Net weight is transmitted

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Menu-COMM.05: RS232 Output Format
Function RS232 Output Format
Display Part Meaning
CFM1. 0 22 byte of CAS
Set Range
CFM1. 1 10 byte of CAS
(0 ~ 3)
CFM1. 2 18 byte Format(AND, FINE)
CFM1. 3 18 byte of MIGUN
Note 1. Refer to <Appendix 1> for the communication format

Menu-COMM.07: RS232 Communication Method

Function RS232 Communication Method (Output mode)
Display Part Meaning
CMD1. 0 Data is not transmitted
CMD1. 1 Transmitted only if the print key is pushed
Transmitted in both stable/unstable cases
CMD1. 2
Set Range (Stream Mode)
(0 ~ 7) CMD1. 3 Transmitted only if the weight is stable
CMD1. 4 Command Type 1
CMD1. 5 Command Type 3
CMD1. 6 Modbus protocol
CMD1. 7 MIGUN protocol
Note 1. Refer to Appendix 2, 3 for command types.
Note 2. Refer to Appendix 5 for MIGUN protocol.

Menu-COMM.07: Set RS485 Port

Function RS485 Port Setting (Parity Bit – RS485)
Display Part Meaning
CPR2. 0 Data Bit 8, Stop Bit 1, Parity Bit : None
CPR2. 1 Data Bit 7, Stop Bit 1, Parity Bit: Even
Set Range
CPR2. 2 Data Bit 7, Stop Bit 1, Parity Bit: Odd
( 0 ~ 5)
CPR2. 3 Data Bit 7, Stop Bit 2, Parity Bit: Odd
CPR2. 4 Data Bit 8, Stop Bit 1, Parity Bit: Even
CPR2. 5 Data Bit 8, Stop Bit 1, Parity Bit: Odd

34
Menu-COMM.08: Set RS-485 Baud Rate
Function RS485 Baud Rate Setting
Display Part Meaning
CBR2. 0 1,200 bps
CBR2. 1 2,400 bps
CBR2. 2 4,800 bps
Set Range
CBR2. 3 9,600 bps
(0 ~ 7)
CBR2. 4 19,200 bps
CBR2. 5 38,400 bps
CBR2. 6 57,600 bps
CBR2. 7 115,200 bps

Menu-COMM.09: Set RS485 Out Data

Function RS485 Out Data Setting
Display Part Meaning
Set Range CWT2. 0 Displayed value is transmitted
(0 ~ 2) CWT2. 1 Gross Weight is transmitted
CWT2. 2 Net weight is transmitted

Menu-COMM.10: RS485 Output Format

Function RS485 Output Format
Display Part Meaning
CFM2. 0 22 byte of CAS
Set Range
CFM2. 1 10 byte of CAS
(0 ~ 3)
CFM2. 2 18 byte Format(AND, FINE)
CFM2. 3 18 byte of MIGUN
Note 1. Refer to <Appendix 1> for the communication format

Menu-COMM.11: RS485 Communication Method

Function RS485 Communication Method (Output mode)
Display Part Meaning
CMD2. 0 Data is not transmitted
CMD2. 1 Transmitted only if the print key is pushed
CMD2. 2 Transmitted in both stable/unstable cases (Stream Mode)
Set Range CMD2. 3 Transmitted only if the weight is stable
(0 ~ 7)
CMD2. 4 Command Type 1
CMD2. 5 Command Type 3
CMD2. 6 Modbus protocol
CMD2. 7 MIGUN protocol
Note 1. Refer to Appendix 2, 3 for command types.
Note 2. Refer to Appendix 5 for MIGUN protocol.

35
3. Print Function Setting
Menu-PRT.01: Print use Setting
Function Print use Setting
Display Part Meaning
PTYP. 0 Printer is not used
Set Range
PTYP. 1 CAS DEP Ticket Print Standard Type
(0 ~ 3)
PTYP. 2 CAS DLP Label Print Standard Type
PTYP. 3 CAS BP Label Printer

Menu-PRT.02: Print Form

Function Set Print Form
Display Part Meaning
Print Form 1 (Date, Time, Weighing No., Net Weight)
PFOM. 0
BP Print Form 1(FORM1)
Set Range Print Form 2 (Date, Time, Gross Weight, Tare, Net Weight)
PFOM. 1
(0 ~ 3) BP Print Form 2(FORM2)
Print Form 3 (Date, Time, Net Weight)
PFOM. 2
BP Print Form 3(FORM3)
Print Form 4 (Date, Time, Serial No., Net Weight)
PFOM. 3
BP Print Form 4(FORM4)

【 Form 1 】 【 Form 2 】 【 Form 3 】

Date, Time, Date, Time, Date, Time,
Weighing No., Net Weight Gross Weight, Tare, Time, Net Weight
Net Weight
2016.07.07 12:30:46 2016.07.07 12:30:46 2016.07.07 12:30:46
No. 1 50.0kg Gross : 1000.0 kg 10:10:30 Net : 50.0 kg
No. 2 100.0 kg Tare : 0.0kg 11:00:32 Net : 100.0 kg
No. 3 200.5 kg Net : 1000.0 kg 12:30:34 Net : 200.5 kg
Gross : 2000.0 kg
Tare : 500.0 kg
Net : 1500.0 kg

【 Form 4 】
Date, Time,
Serial No., Net Weight
2016.07.07 12:30:46
1, 1000.0 kg
2, 200.5 kg

36
 CAS DLP Protocol
Parameter Description Data Length
V00 Gross Weight 7 byte
V01 Tare Value 7 byte
V02 Net Weight 7 byte
V03 Barcode (net weight) 6 byte
V04 Item Number 2 byte
V06 Print count 2 byte
V07 Date 10 byte
V08 Time 8 byte

 CAS BP Series Printer Protocol

.Parameter Description Data Length

V00 Gross Weight 7 byte
V01 Tare Value 7 byte
V02 Net Weight 7 byte
V03 Net (‘.’ omit) : for bar code 6 byte
V04 Item Number 2 byte
V05 Print count 3 byte
V06 Date 10 byte
V07 Time 8 byte
V08 Unit(kg) 2 byte
V09 Total Net (‘.’ include) 9 byte

37
Menu-PRT.03: Set Print Line feed
Function Set Print Line feed
Display Part Meaning
Set Range
PLFD. 1
(0 ~ 9) Set a spacing between lines as the set value upon printing
Initial Value: 1

Menu-PRT.04: Set Print Condition

Function Set Print Condition
Display Part Meaning
Set Range PRAN. 0 Print out only if the weight value is +
(0 ~ 2) PRAN. 1 Print out only if the weight value is -
PRAN. 2 Print out regardless of whether the weight value is +/-

Menu-PRT.04: Set Print Out Condition

Function Set Print Out Condition (Printing condition)
Display Part Meaning
Manual Print
PRCS. 0
(Printed only if the print key is pushed)
Set Range
Automatic Print
(0 ~ 2) PRCS. 1
(Printed automatically if the weight value is stabilized)
Finish Print
PRCS. 2
(Printed automatically if the finish signal out in relay operation)

38
4. RTC Setting (Option)
Menu-RTC.01: Set Date
Function Set Date
Number Key Display Part Meaning
: Data Designation 10.08.17 August 17th, 2010

Menu-RTC.02: Set Time

Function Set Time
Number Key Display Part Meaning
: Data Designation 11.30.10 30 minutes and 10seconds past 11 o'clock

39
5. Analogue Output Setting (Option)
Menu-AOUT.01: A-out activation range setting
Function Set A-Out range
Display Part Meaning
Set Range AOBI. 0 Unipolar(operating in +weight)
(0, 1)
AOBI. 1 Bipolar(operating in ±weight)

Menu-AOUT.02: V-out range setting

Function V-out range
Display Part Meaning
VRAN. 0 V-out is closed
Set Range VRAN. 1 0V ~ 5 V
(0 ~ 4) VRAN. 2 0V ~ 10 V
VRAN. 3 ±5 V
VRAN. 4 ±10 V
Note 1. Simultaneous output is not used. Therefore the V-out output range settings are applied with priority
during setting.
Note 2. When only using I-out, the V-out output range must be set to 0.

Menu-AOUT.03: I-out range setting

Function I-out range
Display Part Meaning
IRAN 0 I-out is closed
Set Range
IRAN. 1 4 mA ~ 20 mA
(0 ~ 3)
IRAN. 2 0 mA ~ 20 mA
IRAN. 3 0 mA ~ 24 mA

Menu-AOUT.04: Dual output(V-out & I-out)

Function Dual output(V-out & I-out)
Display Part Meaning
Set Range DUON. 0 Dual output disabled
(0, 1)
DUON. 1 Dual output enabled

Menu-AOUT.05: Minimum weight of A-out

Function Minimum Output Weight Value upon Using Analog Out option
Display Part Meaning
Set Range 1000
Minimum output at 1000 kg
(0 ~ Max weight) 2000
Minimum output at 2000 kg
Initial value : 0

40
Menu-AOUT.06: Maximum weight of A-out
Function Maximum Output Weight Value upon Using Analog Out option
Display Part Meaning
Set Range 1000
Maximum output at 1000 kg
(0 ~ Max weight) 2000
Maximum output at 2000 kg
Initial value : Max weight

Menu-AOUT.07: Adjust zero of A-out

Function Adjust the Zero Output upon Using Analog Out option
Display Part Meaning
Set Range 0000 0.000mA, 0V output
(0 ~ 24000) 4000 4.000mA, 2V output
4015 4.015mA, 2.007V output
Note 1. The example is based on settings of 0~10V, 0~24mA.
Note 2. The Micro-adjustment function does not work during simultaneous output of V-out and I-out.

Menu-AOUT.08: Adjust Span of A-out

Function Adjust the Maximum Output upon Using Analog Out option
Display Part Meaning
Set Range 10000 10.000 mA, 4.16 V output
(0 ~ 24000) 20000 20.000 mA, 8.33 V output
24000 24.000 mA, 10.0 V output
Note 1. The example is based on settings of 0~10V, 0~24mA.
Note 2. The Micro-adjustment function does not work during simultaneous output of V-out and I-out.

Menu-AOUT.09: Set A-out Output Type

Function Set A-out Output Type
Display Part Meaning
Set Range ATYP. 0 Displayed value output
(0 ~ 2) ATYP. 1 Gross Weight output
ATYP. 2 Net weight output

41
6. Relay Setting (Option)

Menu-EXIO.01: Set Relay mode

Function Set Relay mode
Display Part Meaning
EXMD. 0 Limit Mode
EXMD. 1 Limit type Checker Mode
Set Range EXMD. 2 Checker Mode
(0 ~ 4) EXMD. 3 Programmable Mode
EXMD. 4 Packer Mode
EXMD. 5 Checker Mode 2 (Timer)
EXMD. 6 Limit type Checker Mode 2 (Stable)
※ Set the SP(Set Point) in the SET MODE
※ W = Weight

<Limit Mode>

Note.
1. Set value input requirement: SP2 > SP1
2. Relay Output
Step 1 : W ≥ SP1  ON
Step 2 : W ≥ SP2  ON
Finish : W ≥ SP2 & Stable  ON
Near zero : Set value ≥ 0 range output

42
<Limit type Checker Mode>

Note.
1. Set value input requirement: SP2 > SP1
2. Relay Output
LOW : SP1 ≥ W  ON
HIGH : W ≥ SP2  ON
Finish(OK) : SP1 < W < SP2  ON
Near zero: Set value ≥ 0 range output

43
<Checker Mode>

Note.
1. Set value input requirement: SP2 > SP 1
2. Relay Output
LOW : SP1 ≥ W  ON
HIGH : W ≥ SP2  ON
Finish(OK) : SP1 < W < SP2  ON
Near zero: Set value ≥ 0 range output
3. Whenever stable, each output set.
4. No change the status until come back to the Zero Band

44
<Programmable Mode>

Note.
1. Set value input requirement: SP4 > SP3 > SP2 > SP1, SP5 > SP6 > SP7 > SP8
2. Relay Output
Step 1 : W ≥ SP1  ON, W ≤ SP8  OFF
Step 2 : W ≥ SP2  ON, W ≤ SP7  OFF
Step 3 : W ≥ SP3  ON, W ≤ SP6  OFF
Step 4 : W ≥ SP4  ON, W ≤ SP5  OFF
3. When it increases, External output ON. When it decreases, External output OFF

45
<Packer Mode>

Note.
1. Set value input requirement: SP2 > SP1
2. T1 : Start Delay Time for completed Relay
T2 : Operating Duration Time for completed Relay
EXT IN : Set the Start key
3. Relay Output
Step 1 : Start  ON, (W ≥ SP1 – SP3)  OFF
Step 2 : Start  ON, (W ≥ SP2 – SP4)  OFF
Finish : After Step2 and T1, ON for T2
Near zero: Set value ≥ 0 range output

46
<Checker Mode 2>

Note.
1. Set value input requirement: SP2 > SP 1
2. Near Zero Set refer to GEN.20
3. T3 : Refer to EXIO-07 (Delay time of judgment-relay output)
4. T4 : Refer to EXIO-08 (Operation Time of Judgment-relay output)
5. Relay Output
LOW : SP1 ≥ W  ON
HIGH : W ≥ SP2  ON
Finish(OK) : SP1 < W < SP2  ON
Near zero: Set value ≥ 0 range output
6. Whenever stable, each output set.
7. No change the status until come back to the Zero Band

47
Note.
1. Set value input requirement: SP2 > SP1
2. Relay Output
LOW : SP1 ≥ W  ON
HIGH : W ≥ SP2  ON
Finish(OK) : SP1 < W < SP2  Stable  ON
Near zero: Set value ≥ 0 range output
3. Stabilize and maintain the previous output until the weight is determined.

48
 Weighing Output Information per Mode
Relay Mode OUT 1 OUT 2 OUT 3 OUT 4

Step 1 Step 2
ㅁ 1_Limit Mode Zero Finish(Stable)
SP1 ≤ W SP2 ≤ W

LOW HIGH Finish(OK)

ㅁ 2_Limit type Checker Mode Zero
W ≤ SP1 SP2 ≤ W SP1< W<SP2

LOW HIGH Finish(OK)

ㅁ 3_Checker Mode Zero
W ≤SP1 SP2 ≤W SP1< W <SP2

Step 1 Step 2 Step 3 Step 4

ㅁ 4_Programmable Mode SP1≤W (ON) SP2≤W (ON) SP3≤W (ON) SP4≤W (ON)
W≤SP8 (OFF) W≤SP7 (OFF) W≤SP6 (OFF) W≤SP5 (OFF)

Step 1 Step 2
ㅁ 5_Packer Mode Zero Finish
W ≤ SP1-SP3 W ≤ SP2-SP4

LOW HIGH Finish(OK)

ㅁ 6_Checker Mode 2 Zero
W ≤SP1 SP2 ≤W SP1< W <SP2

LOW HIGH Finish(OK)

ㅁ 7_Limit type Checker Mode 2 Zero
W ≤ SP1 SP2 ≤ W SP1< W<SP2

49
Menu-EXIO.02: Set Ext Input 1
Function Set Ext Input 1
Display Part Meaning
EIN1. 00 External In1 is zero key
EIN1. 01 External In1 is tare/tareless key
Set Range
(0 ~ 5) EIN1. 02 External In1 is print key
EIN1. 03 External In1 is hold keyy
EIN1. 04 External In1 is hold clear key
EIN1. 05 External In1 is start key

Menu-EXIO.03: Set Ext Input 2

Function Set Ext Input 2
Display Part Meaning
EIN2. 00 External In2 is zero key
EIN2. 01 External In2 is tare/tareless key
Set Range
(0 ~ 5) EIN2. 02 External In2 is print key
EIN2. 03 External In2 is hold key
EIN2. 04 External In2 is hold clear key
EIN2. 05 External In2 is start key

Menu-EXIO.04: Relay Reverse On/Off

Function Relay Reverse On/Off
Display Part Meaning
Set Range EREV. 00 Relay Reverse OFF
(0, 1)
EREV. 01 Relay Reverse ON

Menu-EXIO.05: Set Start Delay Time for completed Relay

Function Set Start Delay Time for completed Relay(T1)
Display Part Meaning
Set Range
(0 ~ 99) ERST. 10 Delayed by 00 x 0.1 Sec

Menu-EXIO.06: Set Operating Duration Time for completed Relay

Function Set Operating Duration Time for completed Relay(T2)
Display Part Meaning
Set Range
(0 ~ 99) EROT. 10 Delayed by 00 x 0.1 Sec

50
Menu-EXIO.07: Set Start Delay Time for Judgement Relay
Function Set Start Delay Time for judgement Relay(T3)
Display Part Meaning
Set Range
(0 ~ 99) ECST. 10 Delayed by 00 x 0.1 Sec

Menu-EXIO.08: Set Operating Duration Time for Judgement Relay

Function Set Operating Duration Time for judgenent Relay(T4)
Display Part Meaning
Set Range
(0 ~ 99) ECOT. 10 Delayed by 00 x 0.1 Sec

Menu-EXIO.09: Relay Display On/Off

Function Relay Display On/Off
Display Part Meaning
Set Range ELED. 00 Relay Display OFF
(0, 1)
ELED. 01 Relay Display ON

51
Weighing Mode
(1) How to Enter
Turn ON/OFF switch on and you will enter the Weighing Mode.

(2) Key Usage in Weighing Mode

Return the display to the ZERO.

Used to subtract the weight of container placed on the platform.

When this key is pressed, the scale stores current weight as the tare weight. If you
press "TARE" key in unload condition, tare setting is released.

Toggle key between GROSS weight and NET weight. The annunciators and
display will alternate between GROSS and NET as well.
In case tare weight is registered, tare and item's total weight is G. weight and only
item's weight is N. weight.

Used to print the print FORM you've chosen in SET mode.

Some functions can be defined to the needs. (GEN.20)

52
(3) Main Usage of CI-170A (Example 1 - Example 5)
■ Example 1. Zero Compensation

Display & Key On platform Description

Step 1 Empty Zero point drift.

Step 2 ☞ ZERO Press ZERO key when

the weight is stable.

ZERO compensation:
The present value is
Step 3 Empty
returned
the display to the ZERO.

► Note 1. It shall be in zero range to 4% or 10% of maximum capacity in Set menu of

GEN.09.
Note 2. Non-ability in HOLD state of the weight.
Note 3. Non-ability in setting tare.

53
 ■ Example 2. Tare Function Usage

Display & Key On platform Description

Step 1 Container Tare weight: 200kg

Step 2 ☞ TARE Container

Store current weight as
the tare weight.

To be turned on tare
lamp means that tare is
Step 3 Container registered in.
Net weight is on the
display.
Gross: 700kg
Container+ Net: 500kg
Step 4
Content TARE and NET key is
turned on.

Gross: 0.0kg
Net: -200.0kg
Step 5 Unload
Tare function is turned
on.

If you press TARE key in

Step 6 ☞ TARE Unload unload condition, tare
setting is released.

Gross: 0.0kg
Net: 0.0kg
Step 7 Unload
Tare function is turned
off.

► Note. TARE Range <‗ maximum capacity.

Press TARE key when the weight is stable.

※If you press TARE key in unload condition, tare setting is released.

54
■ Example 3. To display NET or GROSS weight.

Display & Key On platform Description

Article weight: 10.00kg
Container
Tare weight: 5.00kg
Step 1 And Content
Net weight is on the
(Article)
display now.

Step 2 ☞ NET/GROSS
Container
Gross weight is on the
Step 3 and Content
display now.
(Article)

Step 4 ☞ NET/GROSS
Container
Net weight is on the
Step 5 and Content
display now.
(Article)

► Note. GROSS annunciator appears when gross weight is on the display.

GROSS annunciator disappears when net weight is on the display.

55
■ Example 4. Set point changing

(1) How to Enter

In weighing mode, press and hold SET key, then move to menu mode.
In the menu, use ▲ key and SET key, move to 3. SP menu.

Display & Key On platform Description

SP-1
Displayed current setpoint
Step 1
number

Step 2
01.000 Change the set point value

☞ ◀ ▲ ▼

Step 3 ☞ SET Set point is saved

Repeat setp1~3 until end

Step 4
point of max set point

56
■ Example 5. Print weighing data

Display & Key On platform Description

Step 1 Article

Step 2 ☞ PRINT Press PRINT key.

Step 3 Weighing data is printed.

57
RS232 Communication Pin Map

Note. BP-DT4 pin map is twisted Rx(2), Tx(3).

RS485 Communication Pin Map (Option)

RS-485 transmit signals with the voltage difference, which are more stable for electric
noises than other communication methods.
In addition, the AC Power Cable or other electric wires should be placed separately, and the
shield cable (0.5Φ or more) dedicated to communications should be applied.
The recommended use distance is within 1.2km.

Computer Indicator

P RS-485 (TRX+)

N RS-485 (TRX-)

58
EXT Input / Output Connection (Option)

※ If 5 to 24 voltage applies to input terminals, a signal inputs to each of terminal.

59
Appendix 1> Data format

* 22 Bytes for CAS

. . Data .(8 bytes) CR LF
└──┘ └──┘ │ └───────┐ │ └──┘
US (Unstable) GS (Gross weight) Device ID Lamp Status byte Empty Unit (kg/t)
ST (Stable) NT (Net weight)
OL (Overload)

▣ Device ID: Send ing1 byte of device ID to selectively receive the information from the
indicator to the receiver. (Device ID is set in COMM.01.)

▣ Lamp Status Byte

Bt2 Bt0
Bt7 Bt6 Bt5 Bt4 Bt3 Bt1
Gross Zero
1 Stable 1 Hold Printer Tare
Weight Point

* 10 Bytes for CAS

Data (8bytes) CR LF

* 18 Bytes for AND

. . Data (8 bytes) CR LF
└──┘ └──┘ └──┘
US (Unstable) GS (Gross Weight) Unit (kg/t)
ST (Stable) NT (Net Weight)
OL (Overload)

* 22 Bytes for CAS (Relay status)

. . . Data (8 bytes) CR LF
└──┘ └──┘ │ │ │ └──┘
US (Unstable) GS (Gross Weight) Device ID Lamp Status byte relay Unit (kg/t)
ST (Stable) NT (Net Weight)
OL (Overload)

- Relay status bytes

Bt7 Bt6 Bt5 Bt4 Bt3 Bt2 Bt1 Bt0
Out8 Out7 Out6 Out5 Out4 Out3 Out2 Out 1

60
* 18 Bytes for MIGUN
. . Data (8 bytes) CR LF
└──┘ └──┘ └──┘
US (Unstable) GS (Gross Weight) Unit (kg/t)
ST (Stable) NT (Net Weight)
OL (Overload)

* Weight Date (8 byte)

Example Byte No
weight 1 2 3 4 5 6 7 8
13.5kg ‘‘ ‘‘ ‘‘ ‘ ‘ ‘1’ ‘3’ ‘.’ ‘5’
135kg ‘‘ ‘‘ ‘‘ ‘‘ ‘1’ ‘3’ ‘5’ ‘‘
-135kg ‘-‘ ‘‘ ‘‘ ‘‘ ‘1’ ‘3’ ‘5’ ‘‘

* MIGUN Weight Date (8 byte)

Example Byte No
weight 1 2 3 4 5 6 7 8
13.5kg ‘+‘ ‘0‘ ‘0‘ ‘0‘ ‘1’ ‘3’ ‘.’ ‘5’

135kg ‘+‘ ‘0‘ ‘0‘ ‘0‘ ‘0‘ ‘1’ ‘3’ ‘5’

-135kg ‘-‘ ‘0‘ ‘0‘ ‘0‘ ‘0‘ ‘1’ ‘3’ ‘5’

61
Appendix 2> Command Mode 1 Description
CAS <NT-500 Command>

Indicator Reception Function Indicator Response

dd RW CR LF Request for Weight Data Transmit the data in the set format upon command input
Execute the zero and retransmit dd MZ CR LF to PC
dd MZ CR LF Same as Zero Key
upon command input
Execute tare and retransmit dd MT CR LF to PC upon
dd MT CR LF Same as Tare Key
command input
Change the item no. and retransmit dd PN 00
dd PN 00 CR LF Input Item No.(00~50)
CR LF to PC upon command input.
Execute the start and retransmit dd OP CR LF
dd OP CR LF Same as Start Key
to PC upon command input

* dd : Device ID. (ASCII Code : 0×30 (hex), 0×31(hex if the Device ID is “01”)
* 00000,00 : Set value for upper limit/lower limit/upper limit fall/lower limit fall
(ASCII Code : 0x30(hex), 0x30(hex), 0x33(hex), 0x34(hex),
0x35(hex) if the set value is “00345”)
* When it fails to execute the command : ! CR LF is transmitted to the computer.
* When there is an error in the command : ? CR LF is transmitted to the computer.

62
Appendix 3> Command mode 3 Description
CI-5000 : Transmission only if data is requested ( 1 byte communication)

Appenix 5> ASCII Table

CHA CODE CHA CODE CHA CODE CHA CODE CHA CODE CHA CODE
Space 32 0 48 @ 64 P 80 ` 96 p 112
! 33 1 49 A 65 Q 81 a 97 q 113
“ 34 2 50 B 66 R 82 b 98 r 114
# 35 3 51 C 67 S 83 c 99 s 115
$ 36 4 52 D 68 T 84 d 100 t 116
% 37 5 53 E 69 U 85 e 101 u 117
& 38 6 54 F 70 V 86 f 102 v 118
‘ 39 7 55 G 71 W 87 g 103 w 119
( 40 8 56 H 72 X 88 h 104 x 120
) 41 9 57 I 73 Y 89 i 105 y 121
* 42 : 58 J 74 Z 90 j 106 z 122
+ 43 ; 59 K 75 [ 91 k 107 { 123
, 44 < 60 L 76 \ 92 l 108 | 124
- 45 = 61 M 77 ] 93 m 109 } 125
. 46 > 62 N 78 ^ 94 n 110 ~ 126
/ 47 ? 63 O 79 _ 95 o 111 End 0

63
Appendix 4>MODBUS-RTU PROTOCOL

The registry read and write shown below of MODBUS-RTU protocol can be managed
based on the requirements included in the reference document regarding the Modicon
PI-MBUS-300 standard.
For selection of communication with Modbus-RTU, the serial communication settings
paragraph has been included.
If specific data has been recorded directly in EEPROM type memory, it is
recommended that unnecessary work at the aforementioned position be avoided as the
memory is limited in its write activation (100,000).
The below number is, when coming after 0x, is described in a decimal or a
hexadecimal method.

MODBUS-RTU DATA FORMAT

Data transferred by the Modbus-RTU protocol has the following characteristics.
- Start bit 1
- Data bit 8 (smallest bit sent first)
- Parity bit setting (instrument setting)
- Stop bit setting (instrument setting)

MODBUS SUPPORTED FUNCTIONS

From the commands capable of being used in the Modbus-RTU protocol, only the following
are used in communication management with the instrument. Other commands may not be
accurately interpreted and may cause error or shutdown the system.

Function Explanation

03(0x03) READ HOLDING REGISTER

16(0x10) PRESET MULTIPLE REGISTERS

The request cycle is integrated with the preset communication speed. (The instrument requires
a transfer delay of at least 3 bytes to reply to the request)
Delay parameters exist in the serial communication setting, and directly affect the number of
request possible in a unit time by additionally delaying the reply from the instrument.
For additional information about this protocol, refer to the PI_MBUS_300 normal technical
specifications.
Typically, the request and reply for the slave instrument is composed as follows.

64
FUNCTION 3: Read holding registers

Request

Register1
Address Funcion No. register 2 bytes
Address

A 0x03 0x0000 0x0002 CRC

Total. bytes = 8

Reply

Address Funcion No.bytes Register1 Register2 2 bytes

A 0x03 0x04 0x0064 0x00C8 CRC

Total. bytes = 3 + 2*No. register + 2

-number of register = number of modbus register to be read, start at address 1 register.

-number of byte = number of bytes in the following data

FUNCTION 16: Preset multiple registers

Request

Add. Val. Reg. Val. Reg.

Addr Funcion No.reg. No. bytes 2 bytes
Reg.1 1 2

A 0x10 0x0000 0x0002 0x4 0x0000 0x0000 CRC

Total. bytes = 7 + 2*No. register + 2

Reply

Address Funcion Add.Reg.1 No.reg. 2 bytes

A 0x10 0x0000 0x0002 CRC

Total. bytes = 8

-No. registers = number of modbus register to be read, start at address 1 register

-No. bytes = Number of following data bytes
-Val.reg.1 = Content of starting register
In the reply, the number of converted redcodes starting from address 1 is included.

65
Appendix 5. <How-to-Use the MIGUN protocol>
1. BCC (Check sum) auto used
When you send a command to an indicator, you receive data with BCC if the data includes
BCC, and when you send a command that does not contain BCC, you receive data except
BCC.

TO →
Command Description Indicator Response
INDICATOR
STX ID. NO. WZER ACK BCC ETX
STX ID. NO. WZER
Command to set “ZERO” or
BCC ETX
STX ID. NO. WZER NAK BCC ETX

▶ Format when Commanded by PC (Includes BCC)

STX(1) ID.NO.(2) COMMAND(4) BCC(2) ETX(1)

STX ID.NO WZER A9 (BCC) ETX
02H 30H 31H 57H 5AH 45H 52H 41H 39H 03H

※ Calculation on the Check-Sum computes the total sum of values from “STX” to prior to
“BCC,” and only transmits single digit and double digit numbers in the range of 10’s.
For example, if the calculated Check-Sum value is “1A9,” then the last two characters
“A” and “9” will be converted to ASCII and be transmitted as “41H” and “39H.”

▶ Format when Commanded by PC (Excepts BCC)

STX(1) ID.NO.(2) COMMAND(4) ETX(1)
STX ID.NO. WZER ETX
2H 30H 31H 57H 5AH 45H 52H 03H
● ID.NO. : F20 Set Device Number = 01(30H 31H)

(Recommended) To prevent DATA ERROR, BCC is recommended for use.

66
▶ Indicator Data Transmission Format (Includes BCC)

STX(1) ID.NO.(2) COMMAND(4) ACK(1) BCC(2) ETX(1)

STX ID.NO. WZER ACK AF(BCC) ETX
2H 30H 31H 57H 5AH 45H 52H 06H 41H 46H 03H
● ACK :06H = Transmission Complete (Normal Operation) , NAK : 15H Transmission
Unsuccessful (Re-transmit)
● BCC : 30H + 31H + 57H + 5AH + 45H + 52H + 06H= 1AFH
▶ Indicator Data Transmission Format (Excepts BCC)
STX(1) ID.NO.(2) COMMAND(4) ACK(1) ETX(1)
STX ID.NO. WZER ACK ETX
2H 30H 31H 57H 5AH 45H 52H 06H 03H
● ACK : 06H = Transmission Complete (Normal Operation) , NAK : 15H Transmission
Unsuccessful (Re-transmit)

STX ID.NO COMMAND DATA BCC ETX

(1) (2) (4) (16) (2) (1)

Header1
,(1) Header2 (2) ,(1) DATA (8) UNIT (2)
(2)

※ DATA1 (16)

1. Header1
ST = Stable, US = Unstable, OL = Over Load

2. Header2
NT = Net Weight , GS = Gross Weight

3. DATA
Weight including code and decimals

4. UNIT
Kg = kg, Ton = t.

67
▶ COMMAND MODE ( READ COMMAND )

TO →
Command Description Indicator Response
INDICATOR
STX ID. NO. RTIM Command to transmit the Transmit TIME DATA (6)
BCC(9D) ETX Indicator’s TIME DATA - STX ID.NO. RTIM 000000 BCC ETX
STX ID. NO. RDAT Command to transmit the Transmit DATE DATA (6)
BCC(8C) ETX Indicator’s DATE DATA - STX ID. NO. RDAT 000000 BCC ETX
STX ID. NO. RCNO Command to transmit the Code Transmit Code Number (6)
BCC(93) ETX Number - STX ID. NO. RCNO 000000 BCC ETX
STX ID. NO. RPNO Command to transmit the Part Transmit P/N (2)
BCC(A0) ETX Number - STX ID. NO. RPNO 00 BCC ETX
STX ID. NO. RTAR Command to transmit the weight Transmit KEY Tare (6)
BCC(9A) ETX value of “KEY Tare” - STX ID. NO. RTAR 000000 BCC ETX
STX ID. NO. RCWT Command to transmit the “Current Transmit the “Current Weight Value”
BCC(A1) ETX Weight Value” - STX ID. NO. RCWT DATA1 BCC ETX
- STX ID. NO. RSUB P/N(2) CODE(6)
STX ID. NO. RSUB Command to transmit the “Sub-
COUNT(6) S.T.W(8) BCC ETX
BCC(9D) ETX total”
No Decimal Place
- STX ID.NO. RGRD P/N(2) CODE(6)
STX ID. NO. RGRD Command to transmit the “Grand-
T_COUNT(6) G.T.W(10) BCC ETX
BCC(90) ETX Total”
No Decimal Place
STX ID. NO. Command to transmit the DATA of the Transmit the Step 1 DATA (6)
RSP1 BCC ETX Step 1 - STX ID.NO. RSP1 000000 BCC ETX
STX ID. NO. Command to transmit the DATA of the Transmit the Step 2 DATA (6)
RSP2 BCC ETX Step 2 - STX ID.NO. RSP2 000000 BCC ETX
STX ID. NO. Command to transmit the DATA of the Transmit the Step 3 DATA (6)
RSP3 BCC ETX Step 3 - STX ID.NO. RSP3 000000 BCC ETX
STX ID. NO. Command to transmit the DATA of the Transmit the Step 4 DATA (6)
RSP4 BCC ETX Step 4 - STX ID.NO. RSP4 000000 BCC ETX
STX ID. NO. Command to transmit the DATA of the Transmit the Step 5 DATA (6)
RSP5 BCC ETX Step 5 - STX ID.NO. RSP5 000000 BCC ETX
STX ID. NO. Command to transmit the DATA of the Transmit the Step 6 DATA (6)
RSP6 BCC ETX Step 6 - STX ID.NO. RSP6 000000 BCC ETX

68
▶ COMMAND MODE ( WRITE COMMAND)

PC → INDICATOR Command Description Indicator Response

STX ID. NO. WTAR ACK BCC ETX
STX ID. NO. WTAR BCC(9F)
Command to set “TARE” or
ETX
STX ID. NO. WTAR NAK BCC ETX
STX ID. NO. WTRS ACK BCC ETX
STX ID. NO. WTRS BCC(B1)
Command for “TARE RESET” or
ETX
STX ID. NO. WTRS NAK BCC ETX
STX ID. NO. WZER ACK BCC ETX
STX ID. NO. WZER BCC(A9)
Command to set “ZERO” or
ETX
STX ID. NO. WZER NAK BCC ETX
STX ID. NO. WPRT ACK BCC ETX
STX ID. NO. WPRT BCC(AE)
Command to run “PRINT” or
ETX
STX ID. NO. WPRT NAK BCC ETX
STX ID. NO. WGPR ACK BCC ETX
STX ID. NO. WGPR BCC(A1) Command to run “GRAND-
or
ETX PRINT”
STX ID. NO. WGPR NAK BCC ETX
STX ID. NO. WDAT DATE
Command to convert the date of STX ID. NO. WDAT ACK BCC ETX
BCC(C6) ETX
the TIMER stored in the Indicator or
ex) STX ID.NO WDAT 090903
to 2009. Sept. 3rd. STX ID. NO. WDAT NAK BCC ETX
C6 ETX
STX ID. NO. WTIM TIME
Command to convert the time of STX ID. NO. WTIM WCK BCC ETX
BCC(D7) ETX
the TIMER stored in the Indicator or
ex) STX 01 WTIM 123456 D7
to 12: 34: 56. STX ID. NO. WTIM NAK BCC ETX
ETX
STX ID.NO. WPNO P/N(2)
Command to change the “PART STX ID. NO. WPNO ACK BCC ETX
BCC(06) ETX
NUMBER” to 01 value that is or
ex) STX 01 WPNO 01 06
being sent. STX ID. NO. WPNO NAK BCC ETX
ETX

STX ID. NO. WCNO C/N(6)

Command to change the STX ID. NO. WCNO ACK BCC ETX
BCC(CD) ETX
“CODE” to the 123456 value that or
ex) STX 01 WCNO 123456 CD
is being sent. STX ID. NO. WCNO NAK BCC ETX
ETX
STX ID. NO. WHOL ACK BCC ETX
STX ID. NO. WHOL BCC(9B)
Command to set “HOLD” or
ETX
STX ID. NO. WHOL NAK BCC ETX
STX ID. NO. WHRS ACK BCC ETX
STX ID. NO. WHRS BCC(A5)
or
ETX Command for “HOLD RESET”
STX ID. NO. WHRS NAK BCC ETX
STX ID. NO. WSTR ACK BCC ETX
STX ID. NO. WSTR
Command for “START” or
BCC ETX
STX ID. NO. WSTR NAK BCC ETX
STX ID. NO. WSTO ACK BCC ETX
STX ID. NO. WSTO
Command for “STOP” or
BCC ETX
STX ID. NO. WSTO NAK BCC ETX
STX ID. NO. WGRO ACK BCC ETX
STX ID. NO. WGRO
Command for “Gross / Net” or
BCC ETX
STX ID. NO. WGRO NAK BCC ETX
STX ID. NO. WTNO
STX ID. NO. WTNO ACK BCC ETX
K / T(6) BCC ETX Command to change “Key Tare” to
or
ex) STX ID.NO WTNO 000000 the DATA value that is being sent
STX ID. NO. WTNO NAK BCC ETX
BCC ETX

69
 STX ID. NO. WSP1
STX ID. NO. WSP1 ACK BCC ETX
SP1(6) BCC ETX Command to change “Step 1” to the
or
ex) STX ID.NO WSP1 000000 DATA value that is being sent
STX ID. NO. WSP1 NAK BCC ETX
BCC ETX
STX ID. NO. WSP2
STX ID. NO. WSP2 ACK BCC ETX
SP2(6) BCC ETX Command to change “Step 2” to the
or
ex) STX ID.NO WSP2 000000 DATA value that is being sent
STX ID. NO. WSP2 NAK BCC ETX
BCC ETX
STX ID. NO. WSP3
STX ID. NO. WSP3 ACK BCC ETX
SP3(6) BCC ETX Command to change “Step 3” to the
or
ex) STX ID.NO WSP3 000000 DATA value that is being sent
STX ID. NO. WSP3 NAK BCC ETX
BCC ETX
STX ID. NO. WSP4
STX ID. NO. WSP4 ACK BCC ETX
SP4(6) BCC ETX Command to change “Step 4” to the
or
ex) STX ID.NO WSP4 000000 DATA value that is being sent
STX ID. NO. WSP4 NAK BCC ETX
BCC ETX
STX ID. NO. WSP5
STX ID. NO. WSP5 ACK BCC ETX
SP5(6) BCC ETX Command to change “Step 5” to the
or
ex) STX ID.NO WSP5 000000 DATA value that is being sent
STX ID. NO. WSP5 NAK BCC ETX
BCC ETX
STX ID. NO. WSP6
STX ID. NO. WSP6 ACK BCC ETX
SP6(6) BCC ETX Command to change “Step 6” to the
or
ex) STX ID.NO WSP6 000000 DATA value that is being sent
STX ID. NO. WSP6 NAK BCC ETX
BCC ETX

※ACK = Transmission Complete (Normal Operation) , NAK = Transmission

Unsuccessful (Re-transmit)

※ BCC(XX) = XX is the BCC value when ID. NO. is set as 01.

70
Communication Error Management

The management of communication data error must be controlled by CRC (cycle redundancy

check).

If a communication error occurs, the slave does not reply to any request.

The master must consider the time-out before receiving the reply. If no reply is received, it

can be inferred that a communication error has occurred.

If the data strings have been accurately received but cannot be executed, an exceptional

response is required. The contents are as follows.

Exceptional response

Address Function Code 2bytes

A Funct + 0x80 CRC

CODE DESCRIPTION

1 Invalid or unsupported function (ILLEGAL FUNCTION)

2 When the stated data address cannot be used (ILLEGAL DATA ADDRESS)

3 When the received data value is invalid (ILLEGAL DATA VALUE )

4 Error in the CRC code (CRC Error)

71
Register List

The Modbus-RTU protocol registers capable of being executed in this instrument are as
follows.

R = Register that can be used as read-only

W= Register that can be used as write-only
R/W = Register that can be used as for both read and write
H = Higher word of the Double word composing the register
L = Lower word of the Double word composing the register

Saving to
REGISTER DESCRIPTION Input value ACCESS
EEPROM

40002 Type of instrument - - R

40008 GROSS WEIGHT H - - R

40009 GROSS WEIGHT L - - R

40010 NET WEIGHT H - - R

40011 NET WEIGHT L - - R

40014 Raw AD Data_H - - R

40015 Raw AD Data_L - - R

40017 Set point 1 H 0~99999 Y R/W

40018 Set point 1 L 0~99999 Y R/W

40019 Set point 2 H 0~99999 Y R/W

40020 Set point 2 L 0~99999 Y R/W

40021 Set point 3 H 0~99999 Y R/W

40022 Set point 3 L 0~99999 Y R/W

40023 Set point 4 H 0~99999 Y R/W

40024 Set point 4 L 0~99999 Y R/W

40037 Ext_Input - - R/W

72
40038 Ext_Output - - R/W

40042 Analog out Span Weight H 0~99999 Y R/W

40043 Analog out Span Weight L 0~99999 Y R/W

40044 Analog out Zero Adjust H 0~99999 Y R/W

40045 Analog out Zero Adjust L 0~99999 Y R/W

40046 Analog out Span Adjust H 0~99999 Y R/W

40047 Analog out Span Adjust L 0~99999 Y R/W

Analog Out V-Out range
40050 0~99999
Setting
Analog Out I-Out range
40051 0~99999
Setting
Analog Out Dual-Out
40052 0~99999
range Setting
40060 ADC Speed 0~99999 Y R/W

40062 AD Filter Size 0~99999 Y R/W

40069
~ Reserved - -
40080
40053 Ext_Input Y R/W

40060 Ext_Output Y R/W

40062 Analog out Span Weight H Y R/W

40063 ADC reserved - -

40064 ADC reserved - -

40065 ADC reserved - -

40066 ADC reserved - -

40067 ADC reserved - -

40068 ADC reserved - -

40081 Stable range 0~99 Y R/W

40082 Zero tracking range 0~9 Y R/W

0 : OFF
40083 Weight back up Y R/W
1: ON

73
40084 Zero key range 0~99 Y R/W

40085 Tare key range 0~99 Y R/W

40086 Initial zero range 0~99 Y R/W

40087 Overload range 0~9 Y R/W

40088 reserved - -
1 : Zero
2 : Tare
Zero, Tare, Gross/Net,
3 : Gross/Net
40089 Hold, Tare Clear, Hold Y W
4 : Hold
Clear
5: Tare Clear
6: Hold Clear
40090 reserved - -

40151 Device Number Y R/W

40152 Comm transmit time Y R/W

40153 RS232 parity bit Y R/W

40154 RS232 Baudrate Y R/W

RS232 output
40155 Y R/W
data(Gross/Net)
40156 RS232 output format Y R/W

40157 RS232 output mode Y R/W

40158
~ reserved - -
40170
40171 Set Year Y R/W

40172 Set Month Y R/W

40173 Set Date Y R/W

40174 Set Hour Y R/W

40175 Set Minute Y R/W

40176 Set Second Y R/W

40178
~ reserved - -
40199

74
Error Message

1. Errors that can occur in weight calibration mode

Error Cause Solution

Lower resolution.
Resolution = maximum allowed weight/value of 1 increment.
The set resolution has exceeded the
Err 20 Adjust maximum allowed weight in CAL1 of weight calibration
allowance limit of 1/30,000. mode or adjust the value of 1 increment in CAL3 of weight
calibration mode to adjust to below 1/30,000.

The counterweight for span

adjustment has been set to less than Set the counterweight weight as greater than 10% of the maximum
Err 22 scale capacity (set in CAL1) in CAL4 of weight calibration mode.
10% of maximum weighing scale
capacity.
The counterweight for span
adjustment has been set to exceed Set the counterweight weight to within the maximum weighing
Err 23 scale capacity (set in CAL1) in CAL4 of weight calibration mode.
100% of the weighing scale
capacity.
Setting the present resolution is not possible as there is an issue with
the load cell or the load cell output is too small. Reset the weight
Err 24 Span is too low. calibration by reducing the resolution.
PCS, PERCENT Sample weight is too small
There is an issue with the load cell or the load cell output is too high.
Err 25 Span is too high. Redo steps from weight setting CAL 4 zero-set adjustment.
PCS, PERCENT Sample weight is too great.

Check if the load plate of the weighing scale is clear.

Err 26 Zero-set is too high. After verifying in Test Mode 3, redo the weight calibration.

After checking the force applied to the weighing scale load plate in
Err 27 Zero-set is too low. Test Mode 3, redo the weight calibration.

Err 28 Weight is unstable. Check if the load cell connector is properly connected.

75
2. Errors that can occur in weighing mode

Error Cause Solution

Due to unstable load the weighing scale cannot Move the weighing scale to a flat, vibration-free
Err 01
be reset. surface and turn on the power.

Load cell is not properly connected or there is a Check if the main body and the load plate are
Err 02
problem with the A/D convertor. connected properly.

In F22 of the Conversion Mode, set the zero-set key,

The zero-set key, container key and start key are
Err 08 container key and start key activation conditions
set not to function when the load is unstable.
based on the environment of use.

In F09 of Conversion Mode set the activation range

Err 09 The current weight exceeds the zero-set range.
to within 2% or 10% of the maximum capacity.

The weight of the container being designated

Set the container weight to be less than the maximum
Err 10 exceeds the maximum capacity of the weighing
capacity.
scale.

When calibrating the weight the set zero-set has Check the status of the load plate and redo the weight
Err 13
been exceeded. calibrations.

In Command Mode, the Item Code has

Err 15 Check the Item Code range
exceeded the set range.

Err 82 There is a problem with the A/D convertor. Please contact the A/S center.
Do not place weight exceeding the capacity limit on
The current load on the load plate is too heavy,
OVER the weighing scale. If the load cell is damaged, it
and exceeds the allowance limit.
must be replaced.

76
MEMO

77
MEMO

78
MEMO

79
80