FG-CWP/FG-ACWP
SeriesWaterproof Digital Platform Scale
FG-30KCMWP/FG-30KACMWP
FG-60KCLWP/FG-60KACLWP
FG-150KCLWP/FG-150KACLWP

1WMPD4004367C

Warning definition
The warning definition described in this manual has the following meaning:
DANGERAN imminently hazardous situation which, if not
avoided, will result in death or serious injury.

© 2022 A&D Company Ltd. All rights reserved.
No part of this publication may be reproduced, transmitted, transcribed, or translated into
any language in any form by any means without the written permission of A&D Company
Ltd.

The contents of this manual and the specifications of the instrument covered by this manualare subject to change for improvement without notice.

Windows, Word and Excel are registered trademarks of the Microsoft Corporation.

Contents
1.

Compliance .......................................................................................................................................... 5
1.1.

Compliance with FCC rules ........................................................................................................... 5

1.2.

Classification of Protection Provided by Enclosures ..................................................................... 52.

Introduction .......................................................................................................................................... 6

3.

Outline and Features ........................................................................................................................... 6

4.

Cautions ............................................................................................................................................... 7
4.1.

Precautions for Installing the Scale ............................................................................................... 7

4.2.

Precautions for Weighing............................................................................................................... 8

4.3.

Precautions for Storing .................................................................................................................. 8

5.

Items Included ..................................................................................................................................... 96.

Part Names ......................................................................................................................................... 10

7.

8.

6.1.

Display and Symbols ................................................................................................................... 11

6.2.

Operation Keys ............................................................................................................................ 12

Setup ................................................................................................................................................... 14
7.1.

Attaching Pole to Base ................................................................................................................ 14

7.2.

Installation .................................................................................................................................... 14

Basic Operation ................................................................................................................................. 15
8.1.

Turning Power On and Off ........................................................................................................... 15

8.1.1.

9.

Mobile Battery (FG-CWP series (USB power model) ............................................................... 16

8.2.

Basic Operation ........................................................................................................................... 16

8.3.

Readability ................................................................................................................................... 17Counting Function............................................................................................................................. 17

10. Comparator Function ........................................................................................................................ 18
10.1. How to Operate............................................................................................................................ 19
10.2. Selecting the Memory Number .................................................................................................... 19
10.3. Checking the HI/LO Value ........................................................................................................... 20
10.4. Setting HI/LO value...................................................................................................................... 21
11. Display Hold Function....................................................................................................................... 22
12. Impact Shock Detection Function (ISD) .......................................................................................... 22
13. Auto-Tare Function ............................................................................................................................ 23
14. Sensitivity Adjustment ...................................................................................................................... 24
14.1. Sensitivity Adjustment Items ........................................................................................................ 24
14.2. Sensitivity Adjustment Using a Weight ........................................................................................ 26
14.3. Correcting for Gravitational Acceleration ..................................................................................... 27
14.4. Restoring Sensitivity Adjustment Value to Factory Default .......................................................... 28
15. Function Table ................................................................................................................................... 29
15.1. Parameter Setting Procedure ...................................................................................................... 29
15.2. func setting ................................................................................................................................. 293

15.2.1.

Setting Example ................................................................................................................... 30

15.3.

id setting ..................................................................................................................................... 30

15.4.

pa55wd setting ............................................................................................................................. 30

15.5. Restoring Function Tables to Factory Default.............................................................................. 31
15.6. Parameter List ............................................................................................................................. 32
16. Communication ................................................................................................................................. 36
16.1. USB Interface (FG-CWP series (USB powermodel) only ) ...................................................... 36

16.2. Data Format ................................................................................................................................. 38
17. Options ............................................................................................................................................... 44
17.1. Option List .................................................................................................................................... 44
18. ID Number and GMP, GLP ................................................................................................................. 45
18.1. ID Number Setting Procedure ..................................................................................................... 45
18.2. GMP, GLP Report ........................................................................................................................ 46
19. Password Lock Function .................................................................................................................. 50
19.1. Setting Procedure ........................................................................................................................ 50
19.2.

To Changing the Function Table After setting lock 1 or 2.............................................................. 51

19.2.1.

To Changing the Function Table in admin ............................................................................ 51

19.2.2.

To Changing the Function Table in gUe5t ........................................................................... 52

19.2.3.

List of Parameters that can be Changed in gue5t .................................................................... 52

19.2.4.

Forgotten Password ............................................................................................................. 53

20. Legal-for-Trade mode instructions .................................................................................................. 54
21. Maintenance ....................................................................................................................................... 56
21.1. Repair .......................................................................................................................................... 56
21.2. Error display ................................................................................................................................. 56
21.3. Error Code Table .......................................................................................................................... 57
22. Specifications .................................................................................................................................... 58
22.1. Specifications List ........................................................................................................................ 58
22.2. Dimensions .................................................................................................................................. 59
Gravity Acceleration Map ........................................................................................................................ 60

4

1. Compliance1.1. Compliance with FCC rules□ Please note that this equipment generates, uses and can radiate radio frequency energy.
This equipment has been tested and has been found to comply with the limits of Class A
digital devices pursuant to Part 15 of FCC rules. These rules are designed to provide
reasonable protection against interference when equipment is operated in a commercial
environment. If this unit is operated in a residential area, it may cause some interference andunder these circumstances the user would be required to take, at his own expense, whatevermeasures are necessary to eliminate the interference.
(FCC = Federal Communications Commission in the U.S.A.)

1.2. Classification of Protection Provided by Enclosures□ This equipment complies with the IP Code IEC 60529.
The meaning of the IP67 code is as follows:
IP :International Protection.
6 :Protection against ingress of dust and airborne particles.
7 :Protection against water and liquids, up to and included submersion of up to one meter.

52. Introduction
Thank you for purchasing this A&D Water proof digital platform scale. This manual describes
how the FG-CWP/FG-ACWP Series Water proof digital platform Scales work and how to
maximize their performance. Please read this manual completely before using the scale.

3. Outline and Features
The FG-CWP/FG-ACWP series has the following features.
□ The scale is made of all stainless steel and has waterproof/dustproof performance compliant
with IP67.
(Intrusion of water into the device is prevented even when submerged to a depth of 1 m for
30 minutes.)□ The FG-CWP/FG-ACWP series has four display resolutions: 1/3,000, 1/6,000 (1/7,500 withsome models), 1/12,000 (1/15,000 with some models), and 1/30,000. Resolution can beswitched as needed for the usage. (Resolution = Readability / Weighing capacity)
Note: The display resolution of the Legal for Trade models is fixed. The selection in thefunction setting is not available.
□ The FG-CWP/FG-ACWP series has two sizes of weighing pans: M size for FG-30KCMWP/
FG-30KACMWP and L size for FG-60KCLWP/FG-60KACLWP/FG-150KCLWP/FG150KACLWP.
□ The scales use a backlit liquid crystal display to enable viewing in dim light.
□ For the FG-CWP series (USB power model), power is supplied via USB. You can use an AC
adapter or a mobile battery. You can also send weighing data to a PC using a USB cable.
□ Weighing data can be transmitted to a PC using the FG-27CWP option.(AD-8541-PC isrequired separately).
□ 9.Counting Function determines the number of objects based on the mass value (total
weight) when each item has the same mass value.
□ 10.Comparator Function compares the displayed value (measured value) with the previously
set comparator values and indicates the results on the large and bright LED display.
□ Up to 10 comparator value settings can be stored in memory.
□ 11.Display hold function fixes display the weighed value in place to facilitate reading.
□ 12.Impact shock detection function (ISD) displays the shock level applied to the mass sensor
section.
□ 13.Auto-tare function, used with comparator mode, automatically tares and displays “OK” fora certain amount of sample and repeats this process for the next weighing.
□ The following parameters are stored in the scale even if the power is turned off.
Unit weight of counting function
HI/LO values of comparator function
Sensitivity adjustment data
Parameters of the function table6

4. Cautions
4.1. Precautions for Installing the Scale
DANGER□ Ground the scale, so that the user will not be subjected to an electric shock.
□ To prevent electric shock, do not handle the USB cable / AC cable with wet hands.
□ The USB plug is not water-resistant. Use a USB outlet located at a place where the plug
will not get wet. (For FG-CWP series (USB power model))□ The AC plug is not water-resistant. Use an electrical outlet located at a place where the plug
will not get wet. (For FG-ACWP series (AC power model))□ Do not install the scale where flammable or corrosive gas is present.
□ Do not put excessive force on cables.
□ The scale is heavy. Use caution, as lifting may cause it to fall over.

Consider the following installation conditions to get the greatest
performance from your scale.
□ Install the scale in an indoor location out of direct sunlight with stable temperature andhumidity that is free of drafts and vibrations, on a solid and level surface and with a stable
power supply.
□ Do not install on a soft floor or where there is vibration.
□ Do not install where there is wind or large fluctuations in temperature.
□ Avoid locations in direct sunlight.
□ Do not install in locations with strong magnetic fields or strong radio signals.
□ Do not install where static electricity is likely to occur. When humidity is 45% R.H. or less,plastic and insulating materials are apt to be charged with static electricity due to friction,etc.
□ In general, insulating materials such as plastics tend to become electrostatically charged
when the humidity is 45% RH or less, and errors due to static electricity may occur during
weighing. Take the following actions as necessary. Also, ground the scale using the groundterminal.
・Increase the relative humidity of the installation site.
・Weigh the object by placing it in a conductive metal container.
・Wipe charged objects such as plastics with a damp cloth to reduce static electricity.
・Use a static eliminator (sold separately: AD-1683A, etc.) to directly remove static
electricity from the object weighed.
□ Unstable AC power supply may cause malfunctions.
□ Remove the protective film from the weighing pan before use.
□ This device is for indoor use only. When used outdoors, lightning surges that exceed thedischarge capacity of this device may be received. In that case, this device will not be able towithstand the lightning energy and may be damaged.

□ Sensitivity adjustment should be performed for more accurate weighing when the scale isfirst installed or when it is moved far. Refer to “14. Sensitivity Adjustment” for details.

74.2. Precautions for Weighing□ Do not place loads on the weighing pan that exceed the weighing capacity.
□ Periodic sensitivity adjustment is recommended in order to maintain accurate weighing.
(Refer to “14. Sensitivity Adjustment”)□ Do not apply shock to or drop anything on the weighing pan.
□ Do not use a sharp instrument such as a pencil or pen to press keys or switches.
□ Press the ZERO key before each weighing to reduce the chance of error.
□ Do not weigh when the scale is immersed in water.
□ Periodically confirm that weighed values are correct.
□ The panel on the rear of the display unit should be kept closed during use to ensure it isdustproof and water proof.

4.3. Precautions for Storing□ Do not disassemble the scale.
□ If the scale becomes dirty, wipe it with a soft cloth slightly moistened with a mild detergent
or a rubbing alcohol (70% or less). Do not use organic solvents.
□ Do not scrub with a brush or the like.
□ Do not spray with strong jets of water.

8

5. Items Included
The following items are packed.
<FG-CWP series (USB power model)>● Main Unit
FG-30KCMWP● Quick Start Guide
FG-60KCLWP
FG-150KCLWP● USB cable(Approx. 3m)● AC Adapter(Image diagram)<FG-ACWP series (AC power model)>● Main Unit
FG-30KACMWP● Quick Start Guide
FG-60KACLWP
FG-150KACLWP● AC cable(Approx. 3m)

96. Part Names<FG-CWP series (USB power model)>Display unit (SUS304)
Rating Label
Serial Number

USB Cable（Approx. 3m）
USB Plug

Pole（SUS304）

Weighing Pan（SUS304）

Load Cell
Cable

Base Unit（SUS304）

Knob for Angle
Adjustment

BubbleSprit Level

Rear of Display Unit
OK

Leveling FeetNG

<FG-ACWP series (AC power model)>Rating Label
Serial Number

Knob for Angle
Adjustment

Display unit (SUS304)
AC Cable（Approx. 3m）
Pole（SUS304）

AC Plug

AC Cable（Approx. 3m）

Weighing Pan（SUS304）

Load Cell
Cable

Base Unit（SUS304）

Load Cell Panel
BubbleSprit Level

Earth
Terminal
Earth

Rear of Display Unit
OK
Leveling Feet

10NG

6.1. Display and Symbols
Display Unit

Weighing
Condition
Comparator LED
Conditions for
Each Function

Weighing Units

Display/symbol
STABLE 〇Description
This is lit when the weighed value is stable, indicating that the scale is in
the proper condition for reading weighed values.

NET

This is lit when weight of the container (tare) is subtracted.

ZERO

This is lit when the scale is at the zero point (reference point for weighing).

Weighing Units“kg”, “g” ,“pcs” ,“oz” and “lb” is lit.

Note: “g” is only used with the FG-30KCMWP/FG-30KACMWP.
This is lit when the display is held.
This is a function to detect impact to the mass sensor section and to
display the impact level.
Lights up when successfully connected to the optional FG-27CWP(Bluetooth communication interface).
While the comparator function is being used, the weighed value iscompared using the preset threshold values and the indicator displays theresult.
Alternating current.

Earth (ground) Terminal.

11

6.2. Operation Keys
Operation key

Description
ON/OFF Key
Shows or hides the display.
Note: When the power plug of the scale is connected, power is supplied
to the electric circuits inside the scale.
SAMPLE Key
Selecting “pcs” as the unit activates individual weight setting mode.
Pressing and holding (for about 2 seconds) activates comparator
threshold setting mode.
PRINT Key
Outputs the weighed value as data.
Increases the value of the digit flashing when setting.
MODE Key
Switches the weighing unit.
Shifts to the right the digit flashing when making settings.
ZERO Key
Performs zeroing operation. (See below.)
TARE Key
Performs tare operation. (See below.)
Saves the set value and proceeds to the next item when setting.

Zeroing operation
With the zero point gained when turning on the display (power on zero function) as reference,pressing the ZERO key when the weighed value is stable within ±2% of the weighing
capacity sets the zero point there and the zero point indicator ◄ is lit when zero is displayed.
If tare function is in use, the net is deleted.
Tare function
Pressing the TARE key when the weighed value is a stable positive value subtracts theweight of the item on the weighing pan as the weight of the container (tare) weight. The
displayed value becomes zero value and both the zero point indicator ◄ and net indicator ◄are lit.
If the container (tare) is removed from the weighing pan while the tare function is in use andthe value returns to the zero point, net is displayed as a negative value.
Note: The weighing range is reduced by the amount of the tare mass.
Power on Zero Function
Power on zero is a function that displays zero along with the zero point indicator ◄ when thedisplay is turned on by the ON/OFF key with nothing on the weighing pan.
The power on zero function can be used within a range ±50% (±10% for the Legal for Trademodels) of weighing capacity from zero during sensitivity adjustment.

12Power on Tare Function
Power on Tare is a functions where, when the power is turned on by pressing the ON/OFF key whilesomething is placed on the weighing pan, taring is performed, the zero point indicator ◄ and the net
indicator ◄ light up, and zero is displayed. The range in which power on tare is executed is +50% (+10%for the Legal for Trade models) or more of the weighing capacity with respect to zero during sensitivity
adjustment.
※Less than ±50% (±10% for the Legal for Trade models) of weighing capacity: Power on zero（zeropoint indicator ◄ lit）※+50% (+10% for the Legal for Trade models) or more of weighing capacity: Power on tare （zero point
indicator ◄ and net indicator ◄lit）

Note: If a tare or similar device is used on the weighing pan before weighing starts (poweron), weighing performance may be affected.

13

7. Setup7.1. Attaching Pole to Base
1. Take the base unit and the pole out of the
packaging box while being careful not to pull theload cell cable.

Display Unit

2.
2. Remove the weighing pan from the base.

3. Assembling the pole
Temporarily remove the screws attached to thebottom of the weighing base, and then fasten
the pole and base with the removed screws,
taking care that the load cell cable is notpinched.
Bundle and insert the excess load cell cable into
the pole from the display side.

Pole
Weighing
Pan

1.
Base Unit
Load Cell Cable

4.Put the weighing pan on the base unit.

3.
7.2. Installation
1. Decide where to install the scale byconsidering the descriptions of "4.1.
Precautions for Installing the Scale".
Leveling
Foot
2. Level the base unit by adjusting the fourleveling feet of the base unit so that the
bubble of the spirit level is centered

Bubble Spirit
Level

OK

NG

3. Follow the procedure below to change thedisplay unit angle.

(1) Turn the two knobs (display unit knobs)
on the rear of the display unit andremove them.
(2) Tilt the display unit to the desired angle.
(3) Replace and tighten the display unit
knobs removed in step 1.

14

Display
Unit KnobIf using the scale in a location where static electricity iseasily generated or where it may get wet, secure thegrounding wire with the earth (ground) terminal (M4screw).
Earth(Ground)
Terminal
Rear of Display Unit

8. Basic Operation
8.1. Turning Power On and Off
1. Connecting to power supply<For FG-CWP series (USB power model)>Insert the USB plug into the AC adapter included with this product and connect it to thepower supply.
□ Confirm that local voltage and receptacle type are correct.
□ AC adapters other than the one supplied with this product may also be used. It can also
be powered via the USB port or with a mobile battery.
Note: Not all operations are guaranteed.
□ When using this device for "Legal for trade" or "Certification" measurement, use theincluded AC adapter.
□ The USB cable is used for both power and communication.
<For FG-ACWP series (AC power model)>□ Insert the AC plug into a grounded outlet.
□ Ground the scale using the earth terminal in order to prevent electric shock.
□ Power is supplied only from the outlet.
2. Pressing the ON/OFF key turns on the display. All indications are lit and the scale
waits for the weighed value to stabilize.
□ p------- is displayed when the display is turned on when the weighed value is notstable. Refer to “21.2. Error display”.
Automatic Power On Function
The scale automatically turns on when power is supplied. See the “15.6. Parameter List”
and set to.
3. Pressing the

ON/OFF

key while the scale is on turns off the scale.

Automatic Power Off Function
This function turns the display off when the specified interval has passed, the weighedvalue is stable and there is no key operation. See the “15.6. Parameter List” and set to.
15

8.1.1. Mobile Battery (FG-CWP series (USB power model) only)
If using a mobile battery□ Turn off the scale and disconnect the AC adapter if using a mobile battery.
□ Connect the USB plug to the mobile battery. Refer to "15. Function Table" to set thefunction table.

□ The continuous usage time is approximately 77 hours at 10000 mAh with the backlighton. This value is for reference only
□ Do not set the.

Cautions on using the mobile battery
 Check the battery level with your mobile battery.
 Not guaranteed to work with all mobile batteries.
 Confirm the mobile battery's specifications before use. The warranty does notcover malfunctions caused by use of a mobile battery.

8.2. Basic Operation
1. Press the

ON/OFF

key to turn on the scale.

Container

Operation will start with the weighing unit used when the
power was last turned off.
2. Use the

MODE

Weighing Pan

key to select the weighing unit to use.

3. If the display is not zero, press thethe display.

ZERO

key to zeroPress

4. If using a container (tare), place that on the weighing pan STABLE
and press the TARE1 key to zero the display.
風袋引中
NET
ゼロ点
ZERO

5. Place the object to weigh on the weighing pan or in thecontainer, wait for the stability indicator to light up, andthen read the displayed value.

ObjectWeighed6. Remove the object weighed from the weighing pan.
□ Weighing can be done from zero to weighing capacity, but
the tare weight is subtracted from the weighing capacity forthe zero point after using the tare function.
□ The ZERO key andvalue is stable.

TARE

STABLE安定

key work after the weighed

16

風袋引中

NET

8.3. Readability
Mass can be displayed on FG-CWP/FG-ACWP series with the following four types ofreadability (scale interval or "division"). The ratio of readability and weighing capacity
expressed as display resolution is shown in the following table.
Function table(low resolution)

Display resolution
1/3000(normal resolution)

1/6000 or 1/7500(high resolution)

1/12000 or 1/15000(max resolution)

1/30000

Readability is set to normal resolution at time of shipping. It can be changed in the function table
item
as needed for the usage environment. See "15. Function Table" for details on how
to configure the settings.
□ The display resolution of the Legal for Trade models is fixed. The selection in thefunction setting “” is not available.
□ Calculation to display the count in counting mode is done at max resolution regardlessof the set display resolution.

9. Counting Function
This function stores the mass (unit weight) of a single item from a known number of sample
masses, and calculates and displays the number of items based on that value and the total mass.

□ The unit mass is stored in non-volatile memory
even when power is turned off.

Press
(select)
STABLE

1. Press the MODE
unit “pcs”.
(pcs = pieces)

key to display the weighing
ZERO
Press
STABLE

2. Display the unit mass stored by pressing theZERO
SAMPLE key. The figure on the left is the Number of samples
sample count.

Press(select)

STABLE

3. Press the PRINT key to change the sample
count. Select from 5, l0, 20, 50 and l00 pcs.
Container

4. When “-“ appears at the right side of the numberof samples, press the ZERO key to zero thescale. If necessary, place a container on theweighing pan, and press the TARE key.
Confirm that the right side of the number ofsamples shows zero.

Weighing
Pan
STABLEPress
STABLE

5. Place the number of samples shown on theweighing pan or into the container.

17

Weighing

NET
ZERO
SampleConfirmzero

6. Confirm that the stability indicator is lit, and then press
the SAMPLE key to calculate and store the unitmass. The display changes to the count using the unit
mass stored. Remove the sample.
□ The mass of the number of samples must be at least
the values below, regardless of the sample count.
Weighing capacity
FG-30KCMWP/FG-30KACMWP
FG-60KCLWP/FG-60KACLWP
FG-150KCLWP/FG-150KACLWPSTABLEPress
STABLE

Minimum
mass
10g
20g
50g

If the sample mass is small,is displayed and returns to the display in step 5. Increase
the number of samples (see step 3) and try again.

□ If you press the SAMPLE key without reaching the minimum mass in the table above,
you will be returned to weighing mode.

10. Comparator Function
The comparator function compares the weighed value against the set values and displays theresults using LEDs (yellow / green / red). Comparison is done based on the following table, andthe results are displayed/output.
LED Display
Judgment
Judgment formula
Yellow
resultHI

HI limit value < Displayed value (Or when positive value)OK

LO limit value ≦ Displayed value ≦ HI limit value

LO

Displayed value < LO limit value (Or when negativevalue)

Green
Red
LO

□ Select the comparison condition in function table item
Function
table

OK

HI

. (Refer to "15. Function Table")

Content
No comparison (comparator function unavailable).
All weighed values are compared regardless of stability.
All stable weighed values are compared.
Weighed values except those at -4d to +4d are compared regardless of stability
All stable weighed values except those at -4d to +4d are compared.
Weighed values +5d and above are compared regardless of stability.

Stable weighed values at +5d and above are compared.
d= readability (scale interval or "division") (see the “basic manual” included with the
product)
Even in the counting function, “d” is the readability in the mass display.
□ The HI/LO values are stored in non-volatile memory even when power is turned off.
□ The HI/LO values are the same in both mass display and count display.
□ The decimal point is ignored for HI/LO values.
When parameter is “001000” with the FG-30KCMWP/FG-30KACMWP (decimal point ignored)
18

Display
Low resolution
Normal resolution
High resolution
Max resolution
Counting mode

Parameter
10.00 kg
1.000 kg
1.000 kg
1.000 kg
1000 pcs

Weighing capacity / Readability display
30.00 kg / 0.01 kg
30.000 kg / 0.005 kg
30.000 kg / 0.002 kg
30.000 kg / 0.001 kg

10.1. How to Operate
1. Press and hold the

SAMPLE key while inmass display to enter comparator setting
mode.

STABLE
ZERO
Press and Hold

2. Display the selected memory number (0-9).

3. Each time the

PRINT key is pressed, thememory number display will be switched. The
currently selected memory number isindicated by the “○” mark being lit.

10.2.

Press

Selecting the Memory Number

1. Press and hold the

SAMPLE key while inmass display to enter comparator setting
mode and push the PRINT key to change
the memory number display.

TARE key to change thememory number. After displaying
the device returns to weighing mode.

Press

2. Press the,

STABLE
3. Start comparing using the memory number

changed to.

ZERO

19

10.3.

Checking the HI/LO Value

1. Press and hold the

SAMPLE key while inmass display to enter comparator setting modeand push the PRINT key to change thememory number display.

Press
HI

2. Press the

MODE key. LO is lit and the lower
limit value of the memory number selected isdisplayed.

OK
LO

Press
3. Press the

MODE key. HI is lit and the upper
limit value of the memory number selected isdisplayed.

HI
OK
LO

4. To return to the memory number display, press

the

MODE

Press

key.

5. To return to weighing mode, press theTAREkey.（Start comparing using the memory number
displayed at this time.）

Press
STABLEZERO

20

10.4. Setting HI/LO value
1.

Press and hold the SAMPLE key while in mass
display to enter comparator setting mode and pushthe PRINT key to change the memory number
display.

2.

Press the MODE
value is displayed.

3.

Press the TARE key. The digit of the value blinks.
Change the value with the keys below.

key

Press

key. LO is lit and the lower limit

HI
OK
LO

Press

Content

HI

Moves the blinking digit.

OK
LO

Increases the blinking digit by 1.

HI
OK

Sets (stores) the parameter.

LO

Press

Switch the polarity(+/-).
HI*Each time the SAMPLE key is pressed, “ - ” isturned on and off at the leftmost digit. When on,
the value is negative.
□ Example of changing setting

OK
LO
HI
OK
LO

Press

4.

Press the TARE key to display
lit and the upper limit value blinks.

, HI is5.

Change the upper limit value in the same way
you adjusted the lower limit.

6.

Press the TARE key to display
return to the memory number display.

7.

Press the TARE key to return to weighing
mode afteris displayed. (Start
comparing using the memory number displayed
at this time.）

Press

and

STABLEZERO

21

11. Display Hold Function
This function holds and displays the weighed value when the it is in the set condition.
HOLD lights up while the display is held.

Display Hold Condition
The weighed value is held and displayed when it becomes stable at 5d or more, or when theweighing value is 5d or more and fluctuates within the "Display hold width" for 2 seconds.
Cancel display hold condition
When the weighed value fluctuates from the value being held on the display by 10 times the"Display hold width" or becomes smaller than 5d, the display hold state is canceled when the"Hold release time" elapses.
□ The "d" represents the minimum display.

□ The "Display hold width” can be selected by the itemin "15.6 Parameter List”□ The “Hold release time” can be selected by the itemin "15.6 Parameter List”

12. Impact Shock Detection Function (ISD)
The FG-CWP/FG-ACWP series has a function to detect impact to the mass sensor section andto display the impact level. By lowering the impact level at the time of loading, it is possible not
only to alleviate variation in the weighed value but also to reduce the risk of failure of the mass
sensor section.
Impact level display is from level 0 to level 3, 4 level.
Impact level

Shock indicator

0No

Contents
Safe

1

Caution：Consider impact mitigation.

2

Warning：Do not apply greater impact.

3

Danger：Sensor may be damaged.

Refer to "15. Function Table" and set the internal setting todisplaying the shock level.
□ There is no buzzer sound or memory function upon detection.

to turn on the function ofNote□ Impact on the weighing sensor may be applied to the weighing pan at time of loading, or it
may be applied from the floor on which the scale is installed. The impact detection function
also works for impact applied from the floor.

2213. Auto-Tare Function
The FG-CWP/FG-ACWP series has an auto-tare function, used together with thecomparator function, that enables masses within a certain range (OK) to be weighed insuccession as the scale automatically tares. First place a container on the weighing pan.
Press the TARE key to zero the display once the container is weighed. Gradually placeor take away objects until the comparison result shows OK. When the result shows OK
and the measurement stable time set for the function table item
has elapsed, the scale will automatically tare the weighed value and return to zero,
indicating it is ready for the next weighing. Repeat this process to compare weights.
□ In order to use the auto-tare function, function tables must be configured as follows.
(Refer to "15. Function Table")
Function
table

Content
Compare regardless of stability of weighed value (other settings may be used
depending on the application).
Enable auto-tare function.
Condition for taring automatically (Select according to the content and methodof work in order to eliminate incorrect operations, such as instantly judging to
be OK and starting taring even though actual mass is not OK, and to eliminate
excessively long wait times.)□ Take-away check weighingThis is a method of comparing against negative mass values. After a container with
objects in it is placed on the weighing pan and tared, take objects away while staying in
the OK range to compare masses.
The same operation is also possible in the ordinary method of comparing, but
comparison results start from HI, changing from HI to OK to LO as more objects aretaken away. With this setting, comparison results are shown in the order LO to OK to HI(negative comparison) as objects are taken away in order to make this easier tounderstand intuitively. Set toalong withfor the auto-tare function.
In this setting, both positive and negative values can be set for LO and HI values,
ignoring polarity. The comparison results are as shown in the table below.

+ Mass- MassNet 0LOlimit valueHIlimit value□ When function table(automatically tare initial load) is set.
To start the auto-tare function, a container filled with objects needs to be placed on the,weighing pan and its weighed value tared using the TARE key. By setting
the mass of the container placed on the scale after confirming zero is automaticallytared. After weighing then removing everything placed on the weighing pan, the scale
returns to the zero point and the tare weight is automatically cleared. If the scale does
not return to the zero point, the tare weight can be cleared by setting it to zero with the
Z ZERO key.
23

14. Sensitivity Adjustment
Sensitivity adjustment is a function that adjusts the scale so it shows the correct mass.
Sensitivity adjustment should be performed in the following cases.
□ When the scale is initially installed.
□ When the scale is moved to a location far away.
□ When the ambient environment has greatly changed.
□ Periodically.
Note: Sensitivity adjustment can not be performed on the Legal for Trade models.

14.1. Sensitivity Adjustment Items
Sensitivity adjustment mode has the following three functions.
• Sensitivity adjustment using a weight• Correcting for gravitational acceleration• Restoring sensitivity adjustment value to factory default
There are two ways to enter sensitivity adjustment mode as shown below.

Method 1(using operation keys)

1. Confirm that the scale is in weighing mode (display shows “kg” (“g”), “lb”, “oz” or “pcs”).
2. Press and hold the TARE key for 4 sec. or longer. Release the key whenisdisplayed. (Then go to “14.2. Sensitivity Adjustment Using a Weight”, “14.3. Correcting for
Gravitational Acceleration” or “14.4. Restoring Sensitivity Adjustment Value to Factory
Default”.)
Note: The above operation is disabled for the Legal for
Trade models. The Legal for Trade models can
not enter the calibration mode.

Method 2(using theCAL

switch)1. Confirm that the scale is in weighing mode (display
shows “kg” (“g”) , “lb”, “oz”, or “pcs”).

CAL Switch
Load Cell/ CAL Cover

2. Remove the four screws from the load cell/CAL
cover on the rear of the display to remove the loadcell/CAL cover.
□ When closing the load cell/CAL cover, tighten thefour screws to maintain waterproof performance.
(Recommended torque 0.4N・m)
3. Press the CAL switch to display. (Then go to “14.2. Sensitivity Adjustment
Using a Weight”, “14.3. Correcting for Gravitational
Acceleration” or “14.4. Restoring Sensitivity
Adjustment Value to Factory Default”.)
Note: The load cell / CAL Cover for the Legal
for Trade models has been sealed using
wire locked screws. The CAL switch
does not work on the Legal for Trademodels.
24

Rear of Display Unit Relations between items in sensitivity adjustment mode and key operations are shown in the
diagram below.
Weighing mode
Method 1

Method 2

Press and holdPress

In sensitivity adjustmentmode (transition method)

Sensitivity adjustmentusing a weight
Press
Press

Correcting for gravitational acceleration
Press
Press

Restoring sensitivity adjustment
value to factory default
Press
Press

Press

or

Weighing mode
Note: Use theMODE

key to select the item to execute, and then execute with the

TARE

key.
Note: To end sensitivity adjustment mode, press thereturn you to weighing mode.

25

ZERO

key orCAL switch. This will

14.2. Sensitivity Adjustment Using a Weight
Sensitivity adjustment must be done using a weight when the scale is used for the first time orwhen moving it to a different location. If you cannot obtain a sensitivity adjustment weight, thescale can be adjusted by correcting for gravitational acceleration. Refer to the gravitational
acceleration map at the end of this document to change the gravitational acceleration value
saved on the scale to that for the location where it is installed.
Note: Prepare a weight. (A weight equivalent to the weighing capacity of the scale to be
adjusted is recommended. However, the value for the weight can be set (changed).)
1. Turn on the scale and supply it with power for 30 minutes or longer.
□ Change the parameter for the function table itemor place something on the weighing pan to prevent the
automatic power off function from activating.

Press

2. Refer to “14.1. Sensitivity Adjustment Items”.
isdisplayed when you enter sensitivity adjustment mode.
3. Press theTARE

key to display. Make sure there
Press

is nothing on the weighing pan and wait for thestability indicator to light up.
4. Press the TARE key to save the zero point on thescale and display the value for the weight.

Press（Select）□ The value for the weight is the same as the weighing
capacity. (Initial state)□ When you enter with “kg” (“g”) or “pcs” mode, the value isin “kg”. With “lb” or “oz”, then “lb”.

Weight□ To adjust just the zero point, turn off the scale to end
without performing step 5.
5. To adjust with a weight value different than the weighing
capacity, change the value with the keys below.
Key

Weighing
Pan

Content
Moves the blinking digit

Press

Increases the blinking digit by 1
□ A weight equivalent to the weighing capacity of the scale isordinarily used. If using a different weight, it should be at least 2/3
the weighing capacity.
6. Place a weight of the displayed value on the weighing pan. Wait for the stability indicator to light up.
7. Press theTARE

key to end sensitivity adjustment.

will be displayed.

To end setting, press the ZERO key or CAL switch. This will return you to weighing mode.
8. Place a weight on the weighing pan again to check if it is within the set value ±0.01g(FG30KCMWP/FG-30KACMWP) / ±0.02g(FG-60KCLWP/FG-60KACLWP) / ±0.04g(FG150KCLWP/FG-150KACLWP). If it is not within the range, start over from the first step of thisprocedure in the appropriate ambient conditions.
Note: If the scale is moved to a distant location after sensitivity adjustment, adjust thegravitational acceleration value to that of the area where it will be adjusted next.
Then adjust the scale. See the next chapter for setting gravitational acceleration.
26

14.3. Correcting for Gravitational Acceleration
Note: If sensitivity adjustment is done using a weight at the place where the scale isused, it does not need to be corrected for gravitational acceleration.

1. Refer to “14.1. Sensitivity Adjustment Items”.
isdisplayed when you enter sensitivity adjustment mode.
Press
2. Press the MODE key to display the gravitational
acceleration parameter (ex. “G9.7985”).
3. Press the TARE
setting mode.

key to enter gravitational acceleration
Press

4. To change the gravitational acceleration parameter displayed,
use the keys below.
Key

Press
(select)

Content
Moves the blinking digit
Increases the blinking digit by 1

5. Press theTARE

key to displayPress

and save theparameter.
6. To adjust using a weight, return to step 2 of “14.2. Sensitivity Adjustment Using a Weight”.
To end setting, press theZERO key or CAL switch. This will return you to weighing mode.

27

14.4. Restoring Sensitivity Adjustment Value to Factory Default
To change sensitivity adjustment due to incorrect operation, etc., restore sensitivity adjustment
by gravity acceleration or weight to factory default.
1. Refer to “14.1. Sensitivity Adjustment Items”.
isdisplayed when you enter sensitivity adjustment mode.

2. Press the

MODE

key two times to display

3. Press theTARE

key to display

4. Press the

PRINT

key to switch to.

. ("no” blinks). ("go” blinks)

Press(2 times)

Press

Press

□ To cancel the operation, press the ZERO key.
You will be returned to the status in step 2.
Press
5. If
is displayed, press theto factory default and display

TARE.

key to restore

To end setting, press the ZERO key orThis will return you to weighing mode.

CAL switch.

28

15. Function Table
This is the function for viewing and changing items that determine the operation of the scale.
Function table values are stored in non-volatile memory even when the display is turned off.

Parameter

Item15.1. Parameter Setting Procedure
1. Use the

ON/OFF

key to turn off the scale.

Display off
While pressing

2. Press the ON/OFF key while pressing theto display the software version
X.XX .

3. After approx. 2 seconds, the class

4. Press the

MODE

TARE

key

Press

is displayed.

key to select the desired class.
Press

15.2. func setting
Use the classto determine detailed functions forweighing, communication, etc.
1. Press the MODE key to display the classthen press the TARE key.

, and

Press

2. The first item is displayed. Refer to the table below to change
items or set details. See “15.6. Parameter list” for items.
Key

Content
Press

Moves to the next item.
Increases the blinking digit by 1.
If changed

Sets the parameter.

Press

3. Press the TARE key to save the setting.
displayed followed by the class.
□ To exit without saving the setting, press theClass
is displayed.
29

is
ZERO

key.

15.2.1.

Setting Example

To set auto power-off function to “Enabled”, and the display
resolution function to “1/3000”:
1. Display the class
Setting Procedure”.

2. Press the

TARE. See“15.1. Parameter

key to display

Press

.
Each pressing
switches
the parameter

3. Press the PRINT
displayed.

key to display

is
Press
several times

4. Press the MODE key several times until.
Each pressing
switches
the parameter

5. Press the PRINT key several times until
displayed.

is

Press

6. Press the TARE key to save the setting
is displayed followed by the class.
□ To exit without saving the setting, press thekey.
is displayed.

and
ZERO

15.3. id setting
The classis used to set the ID number required at GLP output. See “18. ID

Number and GMP, GLP” for the detailed setting procedure.

15.4. pa55wd setting
The classis used to set administrator mode. See “19. Password Lock Function” forthe detailed setting procedure.

30

15.5. Restoring Function Tables to Factory Default
1. Turn off the display.
2. Press the ON/OFF key while pressing the TARE
key to turn on the scale. Keep pressing the TARE key
to display. ("no” blinks)
3. Press the

PRINT

key to switch to

Press. (" ” blinks)

4. If
is displayed, press the TARE
the function tables to factory default.
and the display turns off automatically.

key to restore
is shown□ To cancel the operation, press the ZERO key.The display
turns off automatically.
□ In addition to the function tables, the unit mass of thecounting function and the limit values of the comparator
function are also restored to the factory default.

31

Press

15.6. Parameter List
Class

Item
Parameter
Automatic power off function OFFContent/use

ON (Turns off after 5 minutes)
ON (Turns off after 10 minutes)
ON (Turns off after 15 minutes)
ON (Turns off after 30 minutes)
ON (Turns off after 60 minutes)
Automatic power on function





OFF
ON (The scale turns on automatically if the powerplug is connected.)
Low resolution (1/3,000)
Normal resolution (1/6,000 to 1/7,500)
High resolution (1/12,000 to 1/15,000)
Max resolution (1/30,000)
OFF



ON



±0.5d (width 1d)±1.0d (width 2d)±2.0d (width 4d)
0.2 seconds
0.5 seconds
1.0 seconds
Fast response / Poor vibration tolerance (for stableenvironments)↑↓

Display resolution(See Note)
Zero tracking function
Stability band width(See Note)
Stability band timeResponse: factory settings↑↓↑↓
Slow response/stabilized display (prioritizes
stability)
d: readability (scale interval or "division")

Automatic power off: When the specified interval has passed while the display is zero, the display isstable and there is no key operation, the display turns off.
Display resolution:

Changes the value for readability “d”. (Resolution = Readability / Weighing capacity)

Stability band width: When the weighed value is within a certain width (stability band width) and acertain amount of time (stability band time) has passed, the scale judges thatweighing is stable and lights up the stability indicator. To ensure maximum
stability, set a large value. For faster judgment of stability at the expense of
precision, use a smaller value.
Stability band time:

When the weighed value is within a certain width (stability band width) and acertain amount of time (stability band time) has passed, the scale judges thatweighing is stable and the stability indicator lights up. To ensure maximum
stability, set a large value. For faster judgment of stability at the expense of
precision, use a smaller value.

Zero tracking:A function that keeps the display at zero by tracking the zero point.

32

ClassItem
Backlight control

ParameterBacklight and Comparator
LED brightnessDecimal point

GLP output

Content/use
Always turned off
Always lit
Brightness decreases at 1 minutes after stabilizing
Brightness decreases at 5 minutes after stabilizing
Brightness decreases at 30 minutes after stabilizing
Brightness decreases at 60 minutes after stabilizing
Dark (40% brightness)↑↓(60% brightness)↑↓(80% brightness)
Bright (100% brightness)
Dot (.)
Comma (,)
OFF
ON (DATE and TIME : PC date and time)
ON (DATE and TIME : blank (handwritten))

Serial interface baud rate



Serial interface bit length,
parity

Serial interface
Output mode2400 bps
4800 bps
9600 bps
7 bit / even parity
7 bit / odd parity
8 bit / non-parity
Key mode
Auto print mode A (Reference=zero point)
Auto print mode B (Reference=last stable value)
Stream mode
Key mode B (Immediately)

Auto print polarityCommand mode only
When comparator result is OK in Auto print mode A(Reference=zero point)
When comparator result is OK in Auto print mode B(Reference=last stable value)
Plus only
Minus only
Bipolarity

Auto print difference
ACK, error code


10 digit
100 digit
No reply other than data at standard
format/command
Reply to <AK>(ASCII : 06h) at standard
format/command
Reply to echo back at standard format/command

Serial interface channelUSB selection
selection
BLE options selection*1
: factory settings
d: readability (scale interval or "division")*1 FG-CWP series (USB power model) only.

33ClassItem
Comparator comparison
condition

Parameter
Content/useComparator function suspended
Compare all data
Compare all stable data
Compare data except that at -4d to +4dCompare stable data except that at -4d to +4dCompare all data at +5d and above
6

Comparator ordinary
comparison /Negative comparison(See Note)
Comparator comparison
resultsCompare stable data at +5d and above
Ordinary comparison
Negative comparison



OFF
ON

Auto-tare function



OFF
ON

Auto-tare condition

0.0 seconds

Tare initial load

0.5 seconds
1.0 seconds
1.5 seconds
2.0 seconds
2.5 seconds
3.0 seconds
4.0 seconds
5.0 seconds
6.0 seconds
OFF
ON

Display hold width

: factory settings

Display hold function OFF
Hold display only when stable
±10d
±20d
±50d
±100d
d: readability (scale interval or "division")

34

ClassItem
Hold release time

Parameter

Content/use
Release immediately.
5 seconds

10 seconds
15 seconds
20 seconds
30 seconds
1 minute
2 minutes
5 minutes
10 minutes

Impact Shock Detection

Mobile battery

OFF


ON



OFF

*1

Do not set this parameter.
ON

ID number for GLP output
Password lock function

ID number setting


OFF
ON

P

ON + key restriction(Only ZERO andduring weighing)
Password registration

TARE

keys can be operated

Administrator password input

: factory settings
d: readability (scale interval or "division")*1 FG-CWP series (USB power model) only.
Password lock function: This function requires the administrator password registered in “Password
registration” in order to make changes to the function tables. If you do not
require a password, changes that can be made to the function tables arelimited.
Password registration: Enter the password required when using the “19. Password Lock Function”.
(Note: In some countries or areas, “”, “” and “” are not available for the Legal
for Trade models.)

3516. Communication
16.1. USB Interface (FG-CWP series (USB powermodel) only )Two-way communication can be performed via USB.
Use the cable extending from the rear of the display unit to connect to a PC.
See “16.2. Data Format” for the communication format.
A dedicated driver must be installed to enable communication between the scale and PC via
USB interface. If the PC's OS is Windows, data communication software such as WinCT canbe used to import weight data to the PC.
WinCT can be downloaded from the A&D website (https://www.aandd.jp/). See the WinCT
instruction manual for details on how to install WinCT.
How to use
1. Connect it to your PC. The driver will be installed automatically. If the driver is not installed,please refer to "Details on how to use and examples " below and install the driver.
2. Confirm the COM port number.
3. Configure port settings and communication settings for the data communication software(WinCT’s RsCom, etc.).
4. Connect the PC and scale via the USB cable.
5. (Example) Press the scale's PRINT key to enable the PC to receive weighed values.
Details on how to use and examples• Installing the USB driver (set on PC as COM port)
1. Download the USB driver software from the A&D website.
Open the A&D website at the URL (https://www.aandd.jp/) and open the "Support" and"Software" pages in that order.
Download the driver software from "download" of "Virtual COM mode driver software for
the FG-CWP series USB interface".
Note : The location and version of the software may be changed without notice.
2. Double click the downloaded driver (balance_usb_driver.zip) to expand it and create thefolder “balance_usb_driver”.
3. Double click “CDM21224_setup.exe” in the folder to start installation.
4. Follow the on-screen instructions to complete installation.
Confirming the COM port number (confirming that USB driver installation iscomplete)
1. On the PC, click the “Start” button and select “Control Panel”.
2. Select “Hardware and Sound” then “Device Manager”, and then confirm the COM port
number in the “Ports (COM & LPT)” item. It is displayed as “USB Serial Port (COM*)”.
36

The COM port number is “9” in the example in the diagram below.

Note: The number for the COM port added may differ depending on the hardware of
the PC.
Confirm the COM port number in Device Manager.
Communication software
An application software will be needed for communication.
WinCT is used here as an example.
1. Start RsCOM of WinCT.
2. Change the “Port:Com” setting to the number for the COM port added.

Starting data communication
1. Connect the PC and scale via the USB cable.
2. Turn on the scale and enter weighing mode.
3. Click the Start button of RsCOM of WinCT. Transmission and receiving of data isenabled.
4. Press the scale's PRINT key to output weighed values from the scale and receive them
via RsCom.

Note: The method for outputting weighed values can be changed in the scale’s function
tables.
Transmission form
Data format

Bidirectional USB virtual COM
Baud rate
2400､4800､9600bps
Data bits
7 bits + parity 1 bit (even or odd) or
8 bits (non parity)
Start bit
1 bit
Stop bit
1 bit
Code
ASCII
37

16.2.

Data Format□ When function table

S

T

,

+

0

0

0

0

0

.

0

0

_

k

g

CR LF

,

+

0

0

0

0

0

.

0

0

_

□ When function tableS

T

Header,O

K

Comparison
results

k

Data

g

CR LF

Unit Terminator(“_” indicates a space)□ There are four types of headers, as shown below.
ST: Data is stable in mass measurement
QT: Data is stable in counting mode
US: Data is not stable (including in counting mode)
OL: Data is out of weighing range□There are three types of Comparison results, as shown below.
HI : When the weighed value is highOK : When the weighed value is OK
LO : When the weighed value is low- - : When not comparing□ The data consists of nine characters including the polarity and decimal point.
□ There are three types of units, as shown below.
_ k g :Mass data “kg”
_ _ g :Mass data “g”_ P C :Counting data “pcs”□ As a terminator, CRLF is always output. CR : 0Dh, LF : 0Ah□ Output data example
Weighing data “kg” (+)

S T

,

+

0

0

1

2

3

.

4

5

_

k

g CR LF

Weighing data “g” (-)

S T

,

-

0

0

0

0

1

2

3

4

_

_

g CR LF

Counting data “pcs” (+)

Q T

,

+

0

0

0

1

2

3

4

5

_

P C CR LF

Data unstable “kg” (+)

U S

,

+

0

0

1

2

3

.

4

5

_

k

g CR LF

Mass out of weighing range “kg” (+) O L

,

+

9

9

9

9

9

.

9

9

_

k

g CR LF

Comparison results HI “kg” (+)

S T

,

H

I

,

+

0

0

1

2

3

.

4

5

_

k

g C R LF

Comparison results OK “g” (+)

S T

,

O K

,

+

0

0

0

1

2

3

4

5

_

_

g C R LF

Comparison results LO “kg” (+)

S T

,

L O

,

+

0

0

0

0

1

.

2

3

_

k

g CR L F

Comparison results - - “kg” (+)

S T

,

-

,

+

0

0

1

2

3

.

4

5

_

k

g CR L F-

38

Data output mode
□ Key mode (default)
Set to function table.
If the PRINT key is pressed when the stable value mark is displayed, the weighedvalue will be output once. At that time, the displayed weighed value will blink once toindicate that it has been output.
□ Auto print A mode
Set to function table.
When the weighed value exceeds the range specified by(auto print polarity)and(auto print width) from the standard "zero display", and the stable value
mark is on, the weighed value will be output once. Also, if the PRINT key is pressed
while the stable value mark is on, the weighed value will be output once.
□ Auto print B mode
Set to function table.
When the weighed value exceeds the range specified by(auto print polarity) and(auto print width) from the standard "value previously displayed with a stablevalue mark", and the stable value mark is on, the weighed value will be output once. Also,
if the PRINT key is pressed while the stable value mark is on, the weighed value will
be output once. At that time, the displayed weighed value will blink once to indicate that it
has been output.
□ Stream mode
Set to function table.
Regardless of the presence or absence of the stable value mark, weighed value will be
output.
□ Key mode B
Set to function table.
Regardless of the presence or absence of the stable value mark, when the PRINT key ispressed, the weighed value will be output once.
At that time, the displayed weighied value will blink once to indicate that it has been
output□ Auto print A mode and OK
Set to function table.
When the weighed value exceeds the range specified by the(auto print polarity)and the(auto print width) from the standard "zero display", and the comparator
result is OK and the stable value mark is on, the weighed value will be output once. Also,
if the PRINT key is pressed while the stable value mark is on, the weighed value will
be output once.
□ Auto print B mode and OK
Set to function table.
When the weighed value exceeds the range specified by the(auto print
polarity) and the(auto print width) from the standard "value previously
displayed with a stable value mark", the comparator result is OK and the stable value
mark is on, the weighed value will be output once. Also, if the PRINT key is pressed
while the stable value mark is on, the weighed value will be output once. At that time,the displayed weighed value will blink once to indicate that it has been output.
39

Baud rate
Select the baud rate according to the device to be connected.
□ 2400 bps (□ 4800 bps (□ 9600 bps ()))

Command mode
In command mode, the scale is controlled by commands from an external device such as acomputer.
□ Always valid regardless of the setting of the.

Commands list
CommandFunction
Q
Requests data be output immediately.
Zeros the scale when the weighed value isZstable.
Tares the scale when the weighed value isTstable.
U
Switches the weighing unit.

Remarks

ID

Sets the ID number.

?ID

Requests the ID number.

HI

Set the HI limit for the memory number in use.
Set the LO limit for the memory number inuse.
Set Comparator memory (switching thememory in use).
Outputs the HI limit value for the memory
number in use..
Outputs the LO limit value for the memory
number in use..
Comparator memory recall (recalling thememory in use).

LO
CN
?HI
?LO
?CN

Same operation as the

ZERO

key

Same operation as the

TARE

key

Same operation as the

MODE

key

Command example (“_” indicates a space (20h))□ To request data be output immediately
Command Q CR LF
Response S T

,

+

0

0

1

2

3

.

4

5

_

k

U S

,

+

0

0

1

2

3

.

4

5

_

k

g CR LF Stable positive data
g CR LF Unstable positive data

O L

,

+

0

0

1

2

3

.

4

5

_

k

g CR LF When “E” is displayed

The response of the command can be switched by the function table.
. The invalid command is ignored.)(No response when set to function table
The following is an example for function table(<AK> Response).
<AK> : ASCII 06h□ To zero the weighed value when it is stable (no response if
Command Z CR LF
Response <AK> CR LF When zeroing operation is possible40)□ To tare the weighed value when weighed value is stable (no response if
Command T CR LF)

Response <AK> CR LF When zeroing operation is possible□ To switch the weighing unit (no response if
Command U CR LF)

Response <AK> CR LF When zeroing operation is possible□ To set the ID number (no response if
Command I D : 0 0 0 1 0)
0 C R LF

Response <AK> CR LF□ To request the ID number
Command ? I D CR LF
Response

I

D

,

0

0

0

1

0

0 C R LF

□ To set the HI limit value (no response if)
Sends a six-digit number that does not contain “+/-” or decimal point
Command H I : + 0 0 0 5 0 0 CR LF
Response <AK> CR LF□ To set the LO limit value (no response if)
Sends a six-digit number that does not contain “+/-” or decimal point
Command L O : + 0 0 0 2 0 0 CR LF
Response <AK> CR LF□ To set the comparator memory (no response if)
Command C N : X X CR LF XX is memory number (00～09）
Response <AK> CR LF□ To output the HI limit value
Command ? H I CR LF
Response H

I

,

+

0

0

0

5

0

0 C R LF

0

0

2

0

0 C R LF

□ To output the LO limit value
Command ? L O CR LF
Response L O

,

+

0

□ To recall the comparator memory
Command ? C N
Response C N,

X X CR LF XX is memory number (00～09）□ If the command cannot be executed or the received command cannot be processed, thefollowing error code will be returned.
41

Error code

Description and how to resolve
Communications error
A protocol error occurred in communications. Check the format and thebaud rate.
Undefined command error

EC,E00EC,E01

An undefined command was received. Check the command.
Not readyThe command received cannot be processed.
e.g. The scale received a Q command, which requested the weighing
data, but it was not in weighing mode with the display on.
e.g. The scale received a Q command while processing a RE-ZEROcommand.
Adjust the timing of transmitting the command.

EC,E02Format error
The format of the received command is incorrect.
EC,E06e.g. The data is numerically incorrect.
e.g. Alphabet characters are input instead of values.
Check the command.
Setting value error
The received data exceeds the range of values that the scale can accept.
Check the parameter values range of the command.

EC,E07

The following is an example for function table(Echo Back Response).

□ To zero the weighed value when it is stable (no response if
Command Z CR LF)

Response Z CR LF When zeroing operation is possible□ To tare the weighed value when it is stable (no response if
Command T CR LF
Response T CR LF When zeroing operation is possible□ To switch the weighing unit (no response if
Command U CR LF)

Response U CR LF When zeroing operation is possible□ To set the ID number (no response if)
Command I D : 0 0 0 1 0 0 CR LF
Response

I

D

:

0

0

0

1

0

0 C R LF

01

0

0 C R LF

□ To request the ID number
Command ? I D CR LF
Response

I

D

,

0

0

42

)

□ To set the HI limit value (no response if)
Sends a six-digit number that does not contain “+/-” or decimal point
Command H

I

:

+

0

0

0

5

0

0 C R LF

Response H

I

:

+

0

0

0

5

0

0 C R LF

□ To set the LO limit value (no response if)
Sends a six-digit number that does not contain “+/-” or decimal point
Command L O : + 0 0 0 2 0 0 CR LF
Response L O

:

+

0

0

0

2

0

0 C R LF

□ To set the comparator memory (no response if)
Command C N : X X CR LF XX is memory number (00～09）
Response C N:

X X C R LF

□ To output the HI limit value
Command ? H I CR LF
Response H

I

,

+

0

0

0

5

0

0 C R LF

0

0

2

0

0 C R LF

□ To output the LO limit value
Command ? L O CR LF
Response L O

,

+

0

□ To recall the comparator memory
Command ? C N
Response C N,

X X CR LF XX is memory number (00～09）□ The scale is not in a state where a command could be executed.
Then, the scale will reply “I”.
Command Z CR LF
Response

I C R LF

The scale is not in a condition that zero operation is possible.

□ Command does not exist for the scale. Then, the scale will reply “?”.
Command B CR LF
Response ? CR LF The scale received an undefined command.

43

17. Options
17.1. Option List
Option nameContents
FG-27CWP
Bluetooth communication interface(See Note)
AD-8541-PC
Bluetooth dongle for PC connection
AD-8931
Bluetooth External Display
AX-TB301
AC adapter(FG-CWP series (USB power model) only.)
See the optional instruction manual for details.
Note: For the Legal for Trade models, the Load Cell / CAL Cover is sealed, so the FG-27CWP
cannot be installed, removed, or the DIP switch settings changed.

44

18. ID Number and GMP, GLP
The ID number is used to identify the scale when Good Manufacturing Practice (GMP) or Good
Laboratory Practice (GLP) is used. Using the USB cable or optional FG-27CWP Bluetoothcommunication interface, the data corresponding to the following GMP or GLP can be output to a
printer or PC.

□ Results of calibration (“Calibration Report”)□ Results of calibration test (“Calibration Test Report”)□ “Start Block” and “End Block” for GMP, GLP data

18.1. ID Number Setting Procedure
1. With the display turned off, while pressing and holding theTARE

key, press the

ON/OFFand display the class

key to turn the display on. Use theselect the class

MODE, and then press the

key to

TARE

Press

key.

2. Refer to the table below to change items or set details.

Key

Content

Press

Moves to the next item.
Increases the blinking digit by 1.
Sets the parameter.

3. Press the

TARE

after

.

Press

key to store the setting.

appears□ To cancel the restoring procedure, press the ZERO key.

Display Character Table
0 1 2 3 4 5 6 7 8 9 - ␣ A B C D E F G H I J K L M N O P Q R S T U V W X Y Z- _“␣”： Space, ASCII 20h45

18.2. GMP, GLP Report□ To output the GMP, GLP report to a personal computer, select the function setting・：DATE and TIME are PC date and time・

：DATE and TIME are blank (handwritten)

・Sensitivity adjustment Report
1. Perform sensitivity adjustment according to “14.2.
Sensitivity Adjustment Using a Weight”.
2.

appears when calibration is complete.

3.

appears and the calibration report is output.

4.
ON/OFFswitch.

To output the resultsappears again. Remove the weight. Press the
key to turn the display OFF or press the CAL

FormatFormat
MOD E LS/N
I D

A & D <CRLF>

Manufacturer
Model

6 A 6 1 2 3 4 5 6 <CRLF>

Serial number
ID number
Date

F G - 3 0 K C M <CRLF>
A B C D E F <CRLF>

2 0 2 2 - 0 4 - 0 1 <CRLF>

A & D <CRLF>

MOD E LF G - 3 0 K C M <CRLF>

S/N

6 A 6 1 2 3 4 5 6 <CRLF>

I D

D A T E <CRLF>

A B C D E F <CRLF><CRLF><CRLF>
1 6 : 4 7 : 3 9 <CRLF>Time

T I M E <CRLF><CRLF><CRLF>A D J U S T E D ( E X T . ) <CRLF>
C A L . W E I G H T <CRLF>+ 3 0 . 0 0 0 k g <CRLF>S I G N A T U R E <CRLF><CRLF>

Sensitivity
adjustment
Weight value
Column for
signature

A D J U S T E D ( E X T . ) <CRLF>
C A L . W E I G H T <CRLF>+ 3 0 . 0 0 0 k g <CRLF>S I G N A T U R E <CRLF><CRLF><CRLF><CRLF>------------ <CRLF>------------ <CRLF><CRLF><CRLF><CRLF><CRLF>: Space, ASCII 20h
CR : Carriage return, ASCII 0Dh
LF : Line feed, ASCII 0Ah

46

・Calibration Test Report
Calibration test mode is used to compare a calibration weight with the calibration test data
weighed by the scale.
CAL switch□ This test does not perform sensitivity adjustment.
1. In weighing mode, press and hold the CAL switch until1
appears, and then release the switch, or, press
and hold the TARE key for five seconds until
appears and release the key.

Release the key
Press□ Calibration test mode is not available when the function
setting
is selected.
2. Press theTARE

key to display.

3. Change the weight value if necessary. To change the weightvalue, press the MODE key. Change the value using thefollowing keys.
Keys

Change the weightvalue if necessary

Content
Weighing Pan

Moves to the next item.
Increases the blinking digit by 1.

Press

Sets the parameter.
4. With nothing on the weighing pan, press the TARE key.
The zero point is measured and the weighed value isdisplayed in “kg” for a few seconds. Then, the value of theweight is displayed.

Weighing unit

Weight5. Place a weight of the displayed value on theweighing pan and press the TARE key tomeasure it. The weight value is displayed in kg fora few seconds.
Press

Weighing unit

6.

appears.

7.

appears and the calibration test report is output.
To output the results

8.

appears again. Remove the weight.
Press the ON/OFF key to turn the display OFF or press
the CAL switch.
47

FormatA & D <CRLF>
MOD E LF G - 3 0 K C M <CRLF>
S/N
6 A 6 1 2 3 4 5 6 <CRLF>
I D
A B C D E F <CRLF>
2 0 2 2 - 0 4 - 0 1 <CRLF><CRLF>
1 7 : 0 5 : 0 2 <CRLF><CRLF>C A L . T E S T ( E X T . ) <CRLF>
A C T U A L <CRLF>
0 . 0 0 0 k g <CRLF>+ 3 0 . 0 0 5 k g <CRLF>
T A R G E T <CRLF>+ 3 0 . 0 0 0 k g <CRLF>S I G N A T U R E <CRLF><CRLF><CRLF>

FormatManufacturer
Model
Serial number
ID number
Date

MOD E LS/N
I D

A & D <CRLF>
F G - 3 0 K C M <CRLF>

6 A 6 1 2 3 4 5 6 <CRLF>

A B C D E F <CRLF>

D A T E <CRLF><CRLF>Time

T I M E <CRLF><CRLF>

Calibration test

C A L . T E S T ( E X T . ) <CRLF>
A C T U A L <CRLF>

Zero value
Actual weught
Value
Weight value
Colimn for
signature0 . 0 0 0 k g <CRLF>+ 3 0 . 0 0 5 k g <CRLF>

T A R G E T <CRLF>+ 3 0 . 0 0 0 k g <CRLF>S I G N A T U R E <CRLF><CRLF><CRLF>------------ <CRLF>------------ <CRLF><CRLF><CRLF><CRLF><CRLF>: Space, ASCII 20h
CR : Carriage return, ASCII 0Dh
LF : Line feed, ASCII 0Ah
・Output of “Title block” and “End block”
When weighed values are recorded as the GMP, GLP report,“Title Block” and “End Block” are added at the beginning andat the end of the group.
Press andhold

・Title Block
1. In weighing mode, press and hold the PRINT key until
appears, and then release the key. The scale
outputs the “Title Block.” The scale automatically returns toweighing mode.

To output the “Title block”

Press

2. Press the PRINT key or select auto-print mode to
output the weighed values.

48

To output the weighing value

End Block
3. Press and hold the PRINT key until
appears,
and then release the key. The scale outputs the “EndBlock.”

Press andhold

To output the “End block”

4. The scale automatically returns to weighing mode.

Title block

Format
MOD E LS/N
I D

A & D <CRLF>

Manufacturer
Model

6 A 6 1 2 3 4 5 6 <CRLF>

Serial numberFG- 3 0 K C M <CRLF>

A B C D E F <CRLF>

2 0 2 2 - 0 4 - 0 1 <CRLF>

ID number
Date

Starting time

Weight date

S T , + 0 0 0 3 . 0 1 5 k g <CRLF><CRLF>E N D <CRLF>

E N D <CRLF>

Ending time

T I M E <CRLF><CRLF><CRLF>

Column for
signature

S I G N A T U R E <CRLF><CRLF><CRLF><CRLF>------------ <CRLF>------------ <CRLF><CRLF>S T , + 0 0 0 2 . 0 1 0 k g <CRLF>
S T , + 0 0 0 4 . 0 2 0 k g <CRLF><CRLF><CRLF>T I M E <CRLF>

S T , + 0 0 0 1 . 0 0 5 k g <CRLF>

S T , + 0 0 0 4 . 0 2 0 k g <CRLF>S I G N A T U R E <CRLF>

D A T E <CRLF>

A B C D E F <CRLF><CRLF><CRLF>

1 7 : 1 5 : 5 8 <CRLF>

I D

FG- 3 0 K C M <CRLF>

6 A 6 1 2 3 4 5 6 <CRLF><CRLF>S T , + 0 0 0 1 . 0 0 5 k g <CRLF>

S T , + 0 0 0 3 . 0 1 5 k g <CRLF>

S/NS T A R T <CRLF><CRLF>S T , + 0 0 0 2 . 0 1 0 k g <CRLF>

MOD E LA & D <CRLF><CRLF><CRLF>S T A R T <CRLF>

1 7 : 1 5 : 3 9 <CRLF>

FormatEnd block<CRLF><CRLF><CRLF>: Space ASCII 20h
CR : Carriage return, ASCII 0Dh
LF : Line feed, ASCII 0Ah

49

19. Password Lock Function
The passcode lock function is a feature that allows you to limit changes to the function table ofthe scale.
In the factory default setting, the password lock function is disabled.
To enable/disable the password lock function and to register the password, refer to the classin "15.6. Parameter List”. Set the password according to the table below. For,
see " 19.2. To Changing the Function Table After Setting lock 1 or 2 ".
Funtion table

Value

Content
No password lock.
Password lock is available.
Password lock is available with key restrictions(Only the ZERO and TARE keys can be operated during
weighing.)
Register a password.

19.1. Setting Procedure
1.

With the display turned off, while pressing and holding theTARE

key, press the

ON/OFFon and display the class
to select the class

key to turn the display. Press the

MODE, and then press the

key

Press

TARE

key.
Keys

Content

Press

Moves to the next item.
Increases the blinking digit by 1.

If changed
Press

Sets the parameter.

2.

appears. Refer to the table above to change items
or setting details.
□ To change the password only, select the setting itemwith the MODE key.
Press

3.

Press theTARE

appears after4.

key to store the setting.
.

After about 2 seconds, the password input screen will appear.
Refer to the table above to set the password and press the
TTARE

key to appear the class

after

.

□ To cancel the restoring procedure, press the ZERO key.

50

Press

19.2. To Changing the Function Table After setting lock 1 or 2
With the display turned off, while pressing and holding theTARE

key, press the

ON/OFF

key to turn the display on

and display the software version

X.XX . After viewing thesoftware version

X.XX , choose between

and. See the table below for the difference between
and

.
Press

Contents
The set password is required to change
the function table. No other restrictions.
The set password is not required tochange the function table, but theparameters that can be changed in thefunction table are limited.

19.2.1. To Changing the Function Table in admin
1.

Selectand press the
key to display
.

TARE

2.

After about 2 seconds, the password
input screen appears. Refer to the tablebelow to set the password and press
the TARE key. If the password iscorrect,
will be displayed; if it iswrong,
will be displayed.

Press, it returns to□ After displaying
theselection display.
Keys

Content
Moves to the next item.

Press

Increases the blinking digit by 1.
Sets the parameter.

Press
NG

51

OK

19.2.2. To Changing the Function Table in gUe5t
1.

Press the MODE key to select thethen press the TARE key to display

2.

Press the TARE key to display the class. Refer to thetable below to change items or set details. Refer to ”19.2.3.
List of Parameters that can be Changed ingue5t“ regarding precision weighing.
Keys

, and
.
Press

Content
Moves to the next item.
Increases the blinking digit by 1.
Sets the parameter.

19.2.3. List of Parameters that can be Changed in gue5t
Class

Item
Parameter
Automatic power off function OFFContent/use

ON (Turns off after 5 minutes)
ON (Turns off after 10 minutes)
ON (Turns off after 15 minutes)
ON (Turns off after 30 minutes)
ON (Turns off after 60 minutes)
Automatic power on function 

Zero tracking function
Backlight control

OFF
ON (The scale turns on automatically if the powerplug is connected.)
OFF
ON
Always turned off
Always lit
Brightness decreases at 1 minute after stabilizing
Brightness decreases at 5 minutes after stabilizing
Brightness decreases at 30 minutes after stabilizingBacklight brightness

Brightness decreases at 60 minutes after stabilizing
Dark

↑↓
↑↓
Brightd: readability (scale interval or "division"): factory settings

Automatic power off: Turns the display off when the specified interval has passed, while the value iszero, the display is stable and there is no key operation.
52

Class

Item
Serial interface
Output mode

Parameter
Key mode

Content/use

Auto print mode A (Reference=zero point)
Auto print mode B (Reference=last stable value)
Stream mode

Comparator comparison
condition

Comparator ordinary
comparison /Negative comparison

Key mode B (Immediately)Command mode
When comparator result is OK in Auto print mode A(Reference=zero point)
When comparator result is OK in Auto print mode B(Reference=last stable value)Comparator function suspended
Compare all data
Compare all stable data
Compare data except that at -4d to +4dCompare stable data except that at -4d to +4dCompare all data at +5d and above
Compare stable data at +5d and above
Ordinary comparison
Negative comparison

Impact Shock Detection

: factory settings

OFF

ON
d: readability (scale interval or "division")19.2.4. Forgotten Password
If you forget your password, you need to initialize it. Please refer to "15.5. Restoring Function
Tables to Factory Default" for initialization.

□ If you have forgotten the password, you need to initialize it. Refer to "15.5. Restoring
Function Tables to Factory Default".

53

20. Legal-for-Trade mode instructions
The FG-CWP/FG-ACWP series is approved for trade.
The default setting is in normal-resolution mode. When the scale is to be used in a legal-for-trade(LFT) application, follow these instructions to put into LFT mode. You may also be required to havethe FG-CWP/FG-ACWP verified and sealed in accordance with local weights and measuresregulations.

1. How to place into Legal-for-Trade mode
1. Press and Hold theCAL

switch and press the ON/OFF key.

2. Select the mode by pressing the PRINT key.

Non-Legal-for-Trade Mode
Press
3. Press the TARE key to set the mode.

Legal-for-Trade ModePress
4. After displaying, the display turns off.

2. Specifications for Legal-for-Trade mode（FG-CWP/FG-ACWP Series Class III Model）
FG-30KCMWP
FG-30KACMWP

FG-60KCLWP
FG-60KACLWP
III

FG-150KCLWP
FG-150KACLWP

Maximum Capacity

30

60

150

Readability

0.01

0.02

0.05

Maximum Capacity

66

130

330

Readability

0.02

0.05

0.1

Maximum Capacity

1050

2100

5200

Readability

0.5

1

2

Minimum capacity [kg]

0.2

0.4

1

Maximum tare [kg]

30

60

150

Models
Accuracy class
kg

lb

oz

Refer to “22.1. Specifications List” as to the other specifications.

54

3. Functional restrictions for Legal-for-Trade mode（FG-CWP/FG-ACWP Series Class
III Model）
Functional restrictions: Readability is fixed. The selection in the function setting “(Ref.: “8.3. Readability” and “15.6. Parameter list”.)” is not available.

 The range for power-on zero is within ± 10% of the weighing capacity (kg) around the sensitivity
adjustment zero point.
(Ref.: “6.2. Operation Keys”.)
 The display units are lb, oz, kg, and pcs. The weighing unit “g” and “lb-oz” is disabled.
(Ref.: “15.6. Parameter list”.)
 The operation to enter sensitivity adjustment mode by using the TARE
Using the CAL switch is only way to enter the sensitivity adjustment mode.
(Ref.: “14.1. Sensitivity Adjustment Items”.)

key is disabled.

 The function setting “” is not displayed to select but is fixed to “ ” internally.
(Ref.: “15.6. Parameter list”.)
 The function setting “” is not displayed to select but is fixed to “ ” internally.
(Ref.: “15.6. Parameter list”.)
Power-on:Turning the power on, the scale will be automatically set to zero.
If the power is switched on with a load within ± 10% of the weighing capacity at the sensitivity
adjustment zero point (power-on zero range), the scale is zeroed and the ZERO indicator turns on.
If the load is beyond the power-on zero range, the scale is tared and the ZERO and the NET
indicators turn on.
Error Message:: Indicates that the gross value (weight value with no tare operation) is less than -19d. If the
STABLE indicator is ON, press theZERO

key to ZERO the scale. If the STABLE

indicator is OFF, turn the power off and on again.
If these instructions do not work, there is a possibility that the weight sensor or internal circuit
may have a problem.

55

21. Maintenance・Refer to "4. Cautions" regarding use.
・Refer to "21.2.Error display" and corresponding mode for displayed error code.
・Refer to "14. Sensitivity Adjustment" regarding precision weighing.
・Periodically check the accuracy of weighing. Adjust the scale, if it is moved to another locationor the environment has changed.

21.1. Repair
Do not disassemble / assemble the scale without an authorized service engineer. Doing so
may cause an electric shock or damage to the scale, etc. In this case, repair is not covered
under warranty. Contact your local A&D dealer if your scale needs service or repair.

21.2. Error display
In this situation

Confirm these items

Nothing displayed.
Scale does not turn on.

・Is the main power the correct voltage?
・Is the main power cord properly connected?

The scale does not
display zero at first.

・Check around the weighing pan.
・Is there anything on the weighing pan?
・Refer to “14. Sensitivity Adjustment” and perform zero point
sensitivity adjustment.

is displayed.

・Weighing error that meaning "Over loaded."is displayed.

・Indicates that the sample weight is too light to set the unit weight incounting mode.

is displayed.

・Sensitivity adjustment error that meaning "Too light."

is displayed.

・Displayed when the main power drops.

・The weighed value is unstable due to drift, vibration or otherfactors.
A breeze or vibration may be affecting measurement.
Check around the weighing pan.
p------- is displayed
・Checkthe connection of the load cell cable.
and does not proceed.
・No zero display when the display is turned on.
Remove anything that is on the pan.
・Perform zero point adjustment.
・Did you use the hold function ?
Fixed display.
Refer to “15. Function Table” and change the function
・Turn off scale and turn it on again.

56.

21.3.

Error Code Table

When any of the following errors are displayed, try turning the display off and on again.

Display

Content

is displayed

The temperature sensor has failed.

is displayed

The memory (circuit) has failed.

is displayed

The internal circuitry has failed.

is displayed

The mass sensor has failed.

5722. Specifications
22.1. Specifications List
Models
Weighing Capacity

kg

Readability
Weighing Capacityg

Readability
Weighing Capacitylb

Readability
Weighing Capacity

oz
lb-oz

Readability
Weighing Capacity

Readability
Number of Samples
Maximum Count Number
Minimum Unit Mass [kg]Repeatability(Standard Deviation) [kg]Linearity [kg]Stabilization time
(good environment)
Temperature Drift
Display
Display update
Dust and water protection
Operating Conditions
Installation environment
AltitudePower Supply

FG-30KCMWP
FG-60KCLWP
FG-150KCLWP
FG-30KACMWP
FG-60KACLWP
FG-150KACLWP
30
60
150
0.01
0.02
0.05
0.005 *
0.01 *
0.02 *
0.002
0.005
0.01
0.001
0.002
0.005
30000
10
5*
2
1
66
130
330
0.02
0.05
0.1
0.01 *
0.02 *
0.05 *
0.005
0.01
0.02
0.002
0.005
0.01
1050
2100
5200
0.5
1
2
0.2 *
0.5 *
1*
0.1
0.2
0.5
0.05
0.1
0.2
66
130
330
0.1
1
1
5 pcs (can be changed to 10 pcs , 20 pcs, 50 pcs or 100 pcs)
300,000 pcs
0.00010.00020.0005
0.005
0.01
0.02
±0.01
±0.02
±0.05
20kg:Approx. 1.0 sec (Factory setting)Approx. 0.8 sec (Cond 0 setting)±20 ppm/°C typ. (5 °C to 35 °C)
7 segment LCD with backlight (Character height 30 mm)
Approx. 10 times/second
Complying with IP67
-10 °C to 40 °C, 85% R.H. or less (non-condensing)Indoor use only
Altitude up to 2,000 m<FG-CWP Series (USB power model)>Power supplied from AC adapter, mobile battery, or USB Type-A port
USB Cable Length: Approx. 3 m(USB cable is also used for communication)<FG-ACWP Series (AC power model)>AC mains (100 to 240 V, 50/60 Hz, 0.1 A Max) AC
Cable Length: Approx. 3 m
II
2
300 x 380
370 x 500
300 x 515 x 784
370 x 635 x 784
11.1 kg
12.8 kg
24.5 lb
28.3 lb
30 kg
60 kg
150 kg60 lb
120 lb300 lbOvervoltage category **Pollution degree **Weighing Pan Size [mm]Dimension [mm]Width x Depth x Height
Weight (approximately)
Sensitivity adjustment
weight (factory setting)* Factory setting** Applicable to FG-ACWP Series (AC power model) only
For Class III approved model specifications, refer to “20.Legal-for-Trade mode instructions”.

5822.2.

Dimensions

FG-30KCMWP/FG-30KACMWP

30

30

300

784

155

240

55

122

380

40

220

175

300

FG-60KCLWP/FG-60KACLWP
FG-150KCLWP/FG-150KACLWP

30

30

500

280

55

132

370

45

59

410

180

784

155

240

Gravity Acceleration Map
Values of gravity at various locations
Amsterdam
AthensAuckland NZ
BangkokBirmingham
Brussels
Buenos Aires
Cape Town
ChicagoCopenhagen
CyprusFrankfurt
Glasgow
HavanaHelsinki
Jakarta
Kolkata (Calcutta)
KuwaitLisbonLondon (Greenwich)
Los Angeles
Madrid

9.813 m/s2
9.800 m/s2
9.799 m/s2
9.783 m/s2
9.813 m/s2
9.811 m/s2
9.797 m/s2
9.796 m/s2
9.803 m/s2
9.816 m/s2
9.797 m/s2
9.811 m/s2
9.816 m/s2
9.788 m/s2
9.819 m/s2
9.781 m/s2
9.788 m/s2
9.793 m/s2
9.801 m/s2
9.812 m/s2
9.797 m/s2
9.802 m/s2

ManilaMelbourne
Mexico City
Milan
Moscow
New York
Oslo
OttawaParis
Rio de Janeiro
Rome
San Francisco
Singapore
Stockholm
SydneyTaichung
TaipeiTokyo
Vancouver, BC
Washington DC
Wellington NZ
Zurich60

9.784 m/s2
9.800 m/s2
9.786 m/s2
9.807 m/s2
9.816 m/s2
9.802 m/s2
9.819 m/s2
9.807 m/s2
9.810 m/s2
9.788 m/s2
9.803 m/s2
9.800 m/s2
9.780 m/s2
9.819 m/s2
9.796 m/s2
9.789 m/s2
9.790 m/s2
9.798 m/s2
9.810 m/s2
9.801 m/s2
9.803 m/s2
9.808 m/s2

MEMO

61

MEMO

62

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