Waterproof Digital Platform Scale
HV-15KCWP
HV-60KCWP
HV-200KCWP
HW-10KCWP
HW-60KCWP
HW-100KCWP
HW-200KCWP

1WMPD4003559B

This Manual and Marks
All safety messages are identified by the following, “WARNING” or “CAUTION”, of ANSI
Z535.4 (American National Standard Institute: Product Safety Signs and Labels). The
meanings are as follows:
WARNINGCAUTION

A potentially hazardous situation which, if not avoided, could
result in death or serious injury.
A potentially hazardous situation which, if not avoided, may
result in minor or moderate injury.

This is a hazard alert mark.

© 2019 A&D Company Ltd. All rights reserved.
No part of this publication may be reproduced, transmitted, transcribed, or translated into any language inany 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 manual are subject
to change for improvement without notice.

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

Contents
Contents .................................................................................................................................................... 1
1. Compliance ........................................................................................................................................... 3
1.1. Compliance with FCC rules ............................................................................................................ 3
1.2. Classification of Protection Provided by Enclosures ....................................................................... 3
2. Outline and Features ............................................................................................................................. 4
3. Unpacking ............................................................................................................................................. 5
4. Cautions ................................................................................................................................................ 6
4.1. Precautions for Installing the Scale ................................................................................................. 6
4.2. Precautions for Operating the Scale ............................................................................................... 6
4.3. Precautions for Storing the Scale ................................................................................................... 6
5. Installing the Scale ................................................................................................................................ 7
5.1. Setting up the Scale ........................................................................................................................ 7
5.2. Removing the Pole ......................................................................................................................... 8
5.3. Grounding the Scale ....................................................................................................................... 9
6. Part Names and Functions .................................................................................................................. 10
6.1. Display and Symbols ..................................................................................................................... 11
6.2. Keys .............................................................................................................................................. 14
7. Basic Operation ................................................................................................................................... 15
7.1. Turning the Scale ON/OFF and Weighing..................................................................................... 15
7.2. Power on Zero Function and Power on Tare Function .................................................................. 15
7.3. Tare Function ................................................................................................................................ 16
7.3.1. How to Weigh a Tare Weight .................................................................................................. 16
7.3.2. How to Input Value of a Tare Weight with Numerical Keys (Preset Tare) ............................... 16
7.4. Switching the Mode ...................................................................................................................... 17
8. Counting Mode .................................................................................................................................... 18
8.1. Storing a Unit Mass ...................................................................................................................... 18
8.2. Counting the Number of Articles ................................................................................................... 19
9. Accumulation Function ........................................................................................................................ 20
10. Comparator ....................................................................................................................................... 2210.1. Setting a Mode and Method ........................................................................................................ 23
10.2. Comparison and Formula ........................................................................................................... 24
10.3. Setting Threshold Values (of Limits and Ranks) ......................................................................... 26
10.4. Buzzer Setting ............................................................................................................................ 27
11. Auto-tare Function ............................................................................................................................. 28
12. Calibration ......................................................................................................................................... 29
12.1. Calibration Procedure ................................................................................................................. 29
12.2. Calibration Using the Weight ...................................................................................................... 291

12.3. Setting the Gravity Acceleration .................................................................................................. 31
13. Function ............................................................................................................................................ 32
13.1. Parameter Setting Procedure ..................................................................................................... 32
13.2. Parameter List ............................................................................................................................ 33
13.3. Initializing Function Settings ....................................................................................................... 36
14. Options .............................................................................................................................................. 37
14.1. Options List ................................................................................................................................. 37
14.2. Installing the Communication Option .......................................................................................... 37
14.3. HVW-02BCWP USB Interface .................................................................................................. 38
14.3.1. Procedure for Using the USB Interface ................................................................................ 39
14.3.2. Example of Using the USB Interface .................................................................................... 39
14.4. HVW-03CWP RS-232C Interface ............................................................................................. 41
14.5. HVW-04CWP Comparator Relay Output / Buzzer.................................................................... 42
14.6. Communication Format............................................................................................................... 43
14.7. Using UFC (Universal Flex Coms) Function ............................................................................... 51
15. ID Number and GMP, GLP ................................................................................................................ 55
15.1. Setting the ID Number ................................................................................................................ 55
15.2. GMP, GLP Report ....................................................................................................................... 56
16. Maintenance ...................................................................................................................................... 61
16.1. Repair ......................................................................................................................................... 61
16.2. Check Points Before Calling Maintenance Service ..................................................................... 61
17. Specifications .................................................................................................................................... 622

1. Compliance1.1. Compliance with FCC rules
Please note that this equipment generates, uses and can radiate radio frequency energy.

Thisequipment has been tested and has been found to comply with the limits of a Class A computing
device pursuant to Subpart J of Part 15 of FCC rules. These rules are designed to provide
reasonable protection against interference when this equipment is operated in a commercial
environment. If this unit is operated in a residential area, it might 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 is designed to comply with the IP Code of IEC 529.
The "IP-65" code is explained as follows:"IP"

International Protection.

"6"

Against ingress of solid foreign objects.
Dust-tight. No ingress of dust.

"5"

Against ingress of water
Protected against water jets (no powerful jets).
Water projected in jets against the enclosure from any direction shall have no harmful
effects.

3

2. Outline and Features□

These scales are designed to comply with IP-65 of IEC 529.

□

These scales are equipped with a weighing pan made of stainless steel (SUS304).

□

The HV-CWP series are platform scales with 1/3000 resolution, and have a triple weighing rangefunction to select the weighing range. The readability automatically switches to smaller interval whena light object is weighed or larger interval when a heavy object is weighed, depending on the weightof the object (multi-interval).

□

The HW-CWP series is made up of platform scales with 1/10000 resolution.

□

The scales use a backlit liquid crystal display to enable viewing in dim light.

□

Using the optional RS-232C serial interface or USB interface, data can be output to a printer. Also,
the weighing value can be output, the scale can be controlled or the setting value can be set by acommand from a personal computer.

□

The counting mode converts the total mass value (total weight) of articles to a count when eacharticle has the same mass value.

□

The scales have an accumulation function with a maximum of 6 digits, which can accumulate up to
999 times (The number of times weighed and the total mass value of that can be stored in the scale).

□

The comparator function compares the displayed weighing value against preset limit values anddisplays the result. The comparison result can be output if the optional HVW-04CWP is installed on
the scale.

□

The following parameters are stored in the scale even if the power is turned off.
Unit mass of counting mode
Total count and total mass of accumulation function
Preset limit values of comparator function
Calibration data
Parameters of the function table□

Multi-interval :The readability (scale interval or "individual or "division") is automatically switched depending on theweight of an object to be measured.
Example :The HV-60KCWP with 60kg weighing capacity and 0.005kg, 0.01kg or 0.02kg
readability. The readability is automatically switched when the small, medium
or large range is exceeded.

Point :

When a lighter object is weighed, the readability becomes finer. When aheavier object is weighed, the readability becomes coarser.
Weighing capacity
60kg

Large
range
30kg

Medium
range
15kg

Small
range
0.005kg4

0.01kg0.02kgMinimumReadability
display

3. Unpacking
HV-15KCWP

HV-60KCWP

HW-10KCWP

HW-60KCWP

Display Unit

Display Unit
Weighing Pan(SUS304)
Weighing Pan(SUS304)

Base Unit

Main Power Cord
Base Unit
HV-200KCWPCAUTION
Do not pull the load cell cable.

HW-100KCWP
HW-200KCWP

Display Unit

Main Power Cord
Main Power
Please confirm that the local voltage andthe receptacle type are correct for yourscale.

Weighing Pan(SUS304)

Accessories
3mm Hex WrenchInstruction Manual

Base Unit

ModelsCAUTION
Do not pull the load cell cable.
Main Power Cord

HV-15KCWP,

Accessories
Instruction Manual

HW-10KCWP
HV-60KCWP, HW-60KCWP,

3mm Hex Wrench

HW-100KCWP,

Instruction Manual

HV-200KCWP, HW-200KCWP

5

4. Cautions
4.1. Precautions for Installing the ScaleWARNING
Ground the scale, so that the user will not be subjected to an electric shock.
Do not handle the main power cord with wet hands.
The AC plug is not water-resistant. Install it in an area where it does not get wet.
Do not install the scale where there is flammable or corrosive gas present.
Do not pull, fold or arrange cables forcibly.
The scale is heavy, so handle it with care when transporting.
The scale must be transported by holding the base as holding the pole may cause
the scale to fall.

Consider the following conditions to get the most from your scale.
Install the scale on a solid and level surface where the temperature and relative humidity is stable, there
is no draft and a stable power source is available.
Do not install the scale on a soft floor or where there is vibration.
Do not install the scale near heaters or air conditioners.
Do not install the scale in direct sunlight.
Do not install the scale near equipment that produces strong magnetic fields.
Do not install the scale where static electricity is likely to occur. When the relative humidity is lower
than 45%R.H., plastic and isolators are apt to be charged with static electricity.
Do not use an unstable power source.
Remove the protective film from the weighing pan before use.
The scale must be used indoors only. Using the scale outdoors may expose the scale to lightning
surge beyond its withstand current rating. In such a case, the scale may incur machanicaldamages as it cannot withstand lightning energy.

4.2. Precautions for Operating the Scale
Do not place anything on the weighing pan that exceeds the weighing capacity.
Do not drop anything on the weighing pan.
Do not use a sharp instrument such as a pencil or ball-point pen to press the switches. Press theswitches gently using only your finger.
Pressing the ZERO key before each weighing to prevent possible error.
Weighing must not be done with the scale in water.
Periodically ensure that the weighing value is correct.
Close the calibration switch cover and the display rear cover to keep waterproof.
Calibrate the scale when it is initially installed and after it is moved to another location.

4.3. Precautions for Storing the Scale
Do not disassemble the scale.
Do not use solvents to clean the scale.
For best cleaning of the display unit, wipe with a dry lint-free cloth or a lint-free cloth moistenedwith water and a mild detergent.
Do not scratch the base unit with a brush.
Do not use a powerful water jet.

6

5. Installing the Scale5.1. Setting up the Scale
The following procedure describes general steps for installing the scale. Some steps may not be required
for some models or in some cases.
Weighing Pan

Step 1

Take the base unit and the pole out of the packing box
while being careful not to pull the load cell cable.

Step 2

Step 2

Step 1

Put the weighing pan on the base unit.
Remove the protective film from the pan before use.

Step 3

Pole

While being careful not to harm the load cell cable,

Load Cell
Cable

Base Unit
Pole

insert the pole into the bracket of the base unit, withthe excess load cell cable tucked inside the pole.

3 mm Hex Wrench

Secure the pole to the bracket with the two provided
hex screws using the 3 mm hex wrench.
* This step is not required for HV-15KCWP or
HW-10KCWP because the pole and bracket
are provided as a combined unit.

Step 4

Scale".
Level the base unit by adjusting the four leveling feetof the base unit so that the bubble of the spirit level iscentered, and then adjust the pole foot beneath thepole to stand on the floor.
Step 6Hex Screws

BracketBubble Spirit Level

Decide where to install the scale by considering thedescriptions of "4.1. Precautions for Installing theStep 5

Step 3

Leveling Feet
Pole Foot
Step 5
OK: Level NG: Inclination
The rearof
Display
Unit

Ground the scale using the earth terminal in order toEarth Terminal

prevent electric shock.
CAUTION
Please confirm that the local voltage and the receptacle
type are correct for your scale.
Step 7

Adjust the angle of the display unit using the knobs

Power Terminal

Earth

Step 7on the right and left sides.
Knob

Step 8Check the weighing accuracy. If necessary, perform
calibration so that the scale can weigh accurately.
For calibrating the scale, refer to "12. Calibration".

75.2. Removing the PoleWARNING
Turn off the scale and remove the main power plug from the receptacle before removing
the pole.
CAUTION

Do not pull the load cell cable. Do not bend the load cell cable forcibly.

Take care that the load cell cable does not touch the weighing pan inside the base unit.

Avoid dust, static electricity and high humidity (or condensation) because
the inside of the display unit is sensitive to those.

Step 1

Remove the main power plug from the receptacle.
Load Cell Panel

Step 2

Open the load cell panel in the rear of the display unit.
Remove the load cell cable connected to the terminal
using a flat-head screwdriver.

Step 3

Red
White
Green
Blue
Yellow

：EXC+
：EXC–
：SIG+
：SIG–
：SHIELD

Terminal Block

Unfasten the two knobs fastening the display and the pole.
Knob

Step 4

Remove the four 3mm screws from the bottom cover ofthe bracket using a Phillips screwdriver.

Step 5Carefully remove the load cell cable from the pole.

Bracket (Middle / Large Size)Pole

Be careful not to pull the cable forcibly.

Step 6

Fix the cable so it does not touch to the weighing panin the base unit.
If the cable is untied, the straight length of 10K/15K models
is approximately 1.5 m, and the straight length of the othermodels is approximately 2.5 m.
8Bottom Cover
3mm Screws

Step 7

Hex Wrench

To remove the bracket from the base unit, use a hex wrench.
Hex Bolts

For HV-15KCWP, HV-60KCWP,For HV-200KCWP,

HW-10KCWP, HW-60KCWP

HW-100KCWP, HW-200KCWP

5mm Hex Wrench

6mm Hex Wrench

Step 8Connect the load cell cable to the terminal of the display unit.

Step 9Close the load cell panel.

BracketStep 10 Check the weighing accuracy.
* The installation example is when the optional indicatorholder (AX-043005266) is used after the pole isremoved.

Indicator Holder(To be purchased separately as an option)

5.3. Grounding the Scale
When using where there may be static electricity, ground the scale.
The grounding method differs depending on the model.
Ground the scale properly according to the model.

Bottom ofBase Unit

Method-A procedure to ground the scale（HV-15KCWP, HW-10KCWP）
Secure the grounding wire using an M4 screw in the screw
hole between the two hexagon bolts on the base unit
bottom side (Part “Leveling Foot”).

Method-B procedure to ground the scale

Bottom Cover（HV-60KCWP, HV-200KCWP,
HW-60KCWP, HW-100KCWP, HW-200KCWP）
Secure the grounding wire together with the screw that
secures the bottom cover (Part “”).

9Bottom ofBase Unit6. Part Names and Functions
HV-15KCWP

HV-60KCWP

HW-10KCWP

HV-200KCWP
HW-60KCWP

Display
Unit

HW-100KCWP

Display
Unit

HW-200KCWP
Knobs
Pole
Weighing Pan(SUS304)
Base Unit
Leveling Feet

Display Unit
Weighing Condition

Comparator
Weighing Data
Conditions for
Each Function
Weighing Unit

BubbleSpirit Level

Leveling
Feet

Keys

Level
水平

Pole
Foot

Inclination
傾斜

The Rear of the Display Unit
Knob for Angle Adjustment

Option Panel (CH2)
Option Panel (CH1)
Rating Label
Serial Number
Load Cell PanelTo reveal the terminal and CAL switch, open
the load cell panel.
Calibrate the scale to weigh correctly.
Use the proper OIML class calibration mass.

Earth Terminal
Main Power Cord

Power Terminal

10

6.1. Display and Symbols
Display and Symbols

Description
Stability indicator
When the current weighing value is stable, this indicator isdisplayed. It means the scale is in the proper condition for reading
weighing values.
Zero point indicator
The zero point is the reference point for weighing.
When the ZERO key is pressed with nothing on the weighing pan,this indicator and a zero value are displayed.
Net indicator
When the TARE key is pressed and a tare weight is taken away,
this indicator is displayed. The tare weight (the weight of acontainer, etc.) is a value to be subtracted from the gross value.

PT
HOLD
M+

Preset tare indicator
This indicator is displayed while a digitally input tare is used.
Hold indicator
This indicator is displayed while the display is held.
Accumulation indicator
This indicator is displayed while the accumulation function isused.
Comparator indicator
While the comparator function is being used, the weighing value
is compared using the preset threshold values and the indicator
displays the result.

Weighed mass value
STABLE
ZERO

unit

Example: Zero point (the reference point for weighing)
When the ZERO key is pressed with nothing on the weighing pan,the zero value, the zero point indicator and stability indicator are
displayed.
Example: Counting modeThis mode counts the number of articles on the weighing panusing the preset unit mass.
Example: Storing the unit mass for the counting mode
The unit mass is stored using 20 samples.
The zero value means that no articles are on the weighing pan.

11

Example: Storing the unit mass of the counting mode
The unit mass is stored using10 samples.
Sign "-" means that something is placed on the weighing pan..
Example: Function settings
Select the item using the MODE key and enter it using the
ENTER key.

Item Parameter

Input a parameter using the numerical keys.
Store the parameter using the ENTER key.

ExamplePT

Example: While setting preset tare
Input a tare value using the numerical keys.
Store the value using the ENTER key.

HOLD

Example: Hold display
The hold display is set using Hold of the function table.
When the weighing value is near zero (within the zero band) orchanges more than 25% +30 digits, the hold is canceled.
This error occurs when the mass sensor receives a strong force inthe upward direction.
Please check if the weighing pan is caught in something or
foreign matter is not entering the base part. There is a possibility
that the mass sensor or internal circuit has failed.
Overload display
Remove anything that is on the weighing pan.
Calibration Error
Please check if the weighing pan is properly placed or the weight
is too light and try again.
Calibration Error
Please check if the weighing pan is properly placed or the weight
is too heavy and try again.
This is an error where the zero value cannot be displayed when
the display is turned on. Please remove the items on the weighing
pan. If calibration is necessary, perform "Calibration of the Zero
Point" in "12.2. Calibration Using the Weight".
Or, this is an error where the weighing value is not stabilized
when the display is turned on. Avoid a breeze or vibration andcheck whether the weighing pan is touching something.

12

Display and Symbols
Blinking

M+

Blinking

M+

Description
Accumulated data count.

and lighting up

Example: Capacity and readability
Max 3 / 6 / 15 kg
d= 0.001 / 0.002 / 0.005 kg

Total mass value of the accumulated data.
The weighing range and measurable minimum mass.
Examples:Displays the weighing value in increments of 0.001 kg (1 g) up to 3 kg.
Displays the weighing value in increments of 0.002 kg (2 g) up to 6 kg.
Displays the weighing value in increments of 0.005 kg (5 g) up to 15 kg.
Alternating current.
Earth (ground) Terminal.

13

6.2. Keys
Keys

Description
ON/OFF Key
Shows or hides the display alternately.
Note: When the main power plug of the scale is connected to the receptacle,
the power is supplied to the electric circuit inside the scale.
ZERO Key
Based on the zero point weighed at the time of turning on the display (Power
on zero function), by pressing the ZERO key when the weight value is stablewithin ±2% of the weighing capacity, the zero point indicator turns on as soon
as the display becomes zero.
At this time, if tare function is used, the tare value is deleted.
If accumulation data is displayed, the accumulation count and value aredeleted.
TARE Key
By pressing the TARE key when the weighing value is a positive and stablevalue, the weight of the item on the weighing pan is subtracted as the weightof a container (tare weight), and a zero value and both the zero point and net
indicators are displayed. (Tare function)
Note: The weighing range is reduced according to value of the tare weight.
M+ KeyAdds to the accumulated data.
SET Key
Selects + and - for limit values in the comparator mode.

Press
and
hold

and
press

Use these keys to enter the preset tare setting mode.

Press
and
hold

and
press

Use these keys to display the accumulated results.

Press
and
hold

and
press

Use theses keys to set limit values for the comparator.
MODE Key
Switches the weighing unit to be displayed.
This key is used to select the items at each setting.
HOLD Key
Holds the display. (Refer to “13. Function” for details)
PRINT Key
Outputs the displayed weighing data. (Refer to “13. Function” for details)

Display off
Press
and
hold

Use these keys to enter the function mode.
and
press
14

7. Basic Operation
7.1. Turning the Scale ON/OFF and Weighing
Step 1

Ground the scale using the earth terminal.

Step 2

Confirm that nothing is placed on the weighing pan.

Step 3

Confirm that local voltage and receptacle type are correct before connecting the scale.

Step 4The scale is turned on or off using the ON/OFF key.

Step 5
Step 6Check the accuracy of weighing.
Allow a 30-minute warm up period before calibration
With nothing on the weighing pan, press the ZERO key to display the zero value.

Step 7

Gently place an article to be weighed on the weighing pan.

Step 8Wait for the stability indicator to be displayed, then read the weighing value.

Step 9Gently remove the article from the weighing pan.

Step 10 Turn off the display using the ON/OFF key.
Note
When the display is turned off by pressing the ON/OFF key, the power is still being supplied
inside the circuit of the scale. To shut off the power completely, disconnect the power cord of
the scale from the receptacle.

Stability Indicator
Zero Point Indicator
Earth Terminal
ON/OFF KeyZERO Key
Main Power Cord

Power Terminal

Please confirm that the local voltage and the receptacle type are correct for your scale.

7.2. Power on Zero Function and Power on Tare Function
Power on Zero Function:
When nothing is placed on the weighing pan and the scale is turned on using the ON/OFF key, theweighing value is assumed as the reference value of weighing. The zero value as gross value andzero point indicator are displayed. The power on zero function can be used when the weighing value
is within the threshold value

from the zero point at calibration.

15

Power on Tare Function:
When a tare weight (container) is placed on the weighing pan and the scale is turned on using the
ON/OFF key, the tare function is performed and a zero value is displayed as net value. Zero point
indicator and net indicator are displayed. The power on tare function can be used when the current
zero point is more than the threshold value

Active function

from the zero point of calibration.

Threshold value
Principal standard models

Approved models

Power on zero function±50 % of capacity±10 % of capacity

Power on tare function+50 % of capacity+10 % of capacity

7.3. Tare Function
The tare function is used when weighing an article in a container to display only the mass of the content(net weight) by subtracting the mass of the container (tare weight).
CAUTION

The weighing range is reduced according to the value of the tare weight.



The current net value is reset to zero value when the ZERO key is pressed or the
display is turned off.

The storable preset tare value is within the minimum weighing range

7.3.1. How to Weigh a Tare Weight
Step 1

Place the container on the weighing pan.

Step 2

Wait for the stability indicator to be displayed, then press the TARE key.
The display becomes zero value.

Step 3

Place an article to be weighed into the container.
Wait for the stability indicator to be displayed, and then read the value.

Step 4

Remove all of the articles and the container from the weighing pan.

7.3.2. How to Input Value of a Tare Weight with Numerical Keys (Preset Tare)
Step 1

While pressing and holding the SET key, press the TARE key.
The scale displays a blank display or the stored tare value. A blank display means that the tarevalue is zero (reset value). And

PT blinks.

Step 2

Input the preset tare value using the numerical keys.

Step 3Press the ENTER key to store the new preset tare value.
The scale displays the net value as preset tare value subtracted from gross value.

Step 4

Place an article to be weighed into the container.
16

Wait for the stability indicator to be displayed, and then read the value.
Step 5

Remove all of the articles and the container from the weighing pan.

7.4. Switching the Mode
*1

*1

The weighing unit used when turned on is the last weighing unit used before turning off.

*2

When accumulation data is stored in the scale, the number of accumulations and an accumulation
value can be displayed.

*3

The lb-oz display is only available with HV-15KCWP and HW-10KCWP.

17

8. Counting ModeThe counting mode is the function to convert the total mass value (total weight) of articles to a count,when each article has the same mass value.



To use this function, store a unit mass in advance.

Even if the power is turned off, the unit mass is maintained in non-volatile memory.

8.1. Storing a Unit Mass
Step 1Press the MODE key to display the unit pcs.

Step 2Press the ENTER key while pressing and holding the
SET key to enter the mode for storing a unit mass.

Step 3Press the SET key to select the number of samples:
5 pieces, 10 pieces, 20 pieces, 50 pieces or 100 pieces.
The greater the quantity of samples, the greater theaccuracy of the count.

Step 4

Place the container on the weighing pan.
Press the TARE key.

Step 5

Place the number of samples selected at Step 3.
After the stability indicator is displayed, press the
ENTER key to store it.

CAUTIONWhen the sample total mass value is too small and it is notpossible to calculate a unit mass, the scale displays lo ut
and returns to step 3. Increase the number of samples. The total
sample mass are required more than 10 times of readability inkg.
When the unit mass is too small to store, the scale displays
1 lo ut . . In this case, the unit mass will not be stored even
if the number of samples is increased.
To return to the weighing mode, press the MODE key.

Step 6The count is displayed.

Step 7

Remove the samples and the container from the weighing pan.

18

8.2. Counting the Number of Articles
Step 1Press the MODE key to display the unit pcs.

Step 2

Store the unit mass of the articles.
Refer to “8.1. Storing a Unit Mass”

Step 3

Place the container on the weighing pan.
Press the TARE key to display a zero value.

Step 4

Place articles in the container to read the count.

Step 5

Remove the articles and the container from theweighing pan.

19

9. Accumulation Function
The accumulation function can display the accumulation count and accumulation mass value of articles
to be weighed. Maximum accumulation count is 999 times.
The accumulation function is displayed with up to 6 digits and cannot display the leading digits of 7 ormore digits.
Example: If a 60 kg sample is weighed 17 times, the total is 1020.000 kg. (60.000 x 17 = 1020.000).
Therefore, the scale displays a 020.000.
To use this function, set the parameters of the accumulation mode

5um

in the function table inadvance.
The total count and total mass value are stored in the scale even if the power is turned off.
Accumulations cannot simultaneously be performed using multiple weighing units.
Display and Key Operations of Accumulation Function
Accumulation count display: Displays a blinking

M+ without a weighing unit

Accumulation mass value display: Displays a blinking

M+ with a weighing unit
Weighing mode
M+
Press and holdTo display the accumulation result, press the M+ key whilepressing and holding the SET key in the weighing mode.

and then press
Accumulation countdisplayM+

Accumulation count is displayed.

Press the MODE key.
Accumulation value
display
Accumulation mass value is displayed.

M+

Press the MODE key.
The display returns to the weighing mode.

Weighing modeM+20□ When the ZERO key is pressed while an accumulation count or value is displayed, theaccumulation data is reset to zero. (When the display returns to weighing mode, theM+ isturned off.)□ When the PRINT key is pressed while an accumulation count or value is displayed, theaccumulation result (accumulation count and value) can be output. (When using the optional
HVW-02BCWP: USB interface or optional HVW-03CWP: RS-232C interface.)□ Select the accumulation conditions with function item 5um .
Function setting
5um

0

Description
Accumulation function not used.
When the weighing value is a positive stable value and not "near zero", if the

5um

1

M+ key is pressed, the value is accumulated.
The next accumulation can be performed after the display becomes "near zero"or a negative value.
When the weighing value is a positive stable value and not "near zero", if theM+ key is pressed, the positive value is added to the accumulation value.

5um

2

When the weighing value is a negative stable value and not "near zero", if theM+ key is pressed, the negative value is subtracted from the accumulation value.
The next accumulation can be performed after the display becomes "near zero".
When the weighing value is a positive stable value and not "near zero", thevalue is accumulated automatically.

5um

3

The next accumulation can be performed after the display becomes "near zero"or a negative value.
Use: To weigh each article and accumulate the count and total mass value.
When the weighing value is a positive stable value and not "near zero", thepositive value is added to the accumulation value automatically.

5um

4

When the weighing value is a negative stable value and not "near zero", thenegative value is subtracted from the accumulation value automatically.
The next accumulation can be performed after the display becomes "nearzero".

* Near zero means a range of –4 d to +4 d in kg (d = readability(scale interval or "division")).

21

10. Comparator
Each comparator mode compares the weighing value against the preset threshold values and outputs
the results using LEDs (yellow / green / red).
The comparator function can select a mode from "Five-level comparator mode", "Three-levelcomparator mode (Upper and lower limit mode)" and "Seven-level comparator mode (Ranking mode)".
When the optional comparator relay output (HVW-04CWP) is installed into the scale, the comparison
result can sound the buzzer synchronized to LEDs and output as relay signal.
Five-Level Comparator Mode:
This mode compares the weighing value withfour threshold values (limit values) and outputs
results in five levels of LOLO, LO, OK, HI and HIHI.

Red
LOLO

Yellow
LO

Green
OK

Yellow
HI

Red
HIHI

LOLO
LO
HI
HIHI
Limit value Limit value Limit value Limit value

Three-Level Comparator Mode (Upper and lower limit mode):This mode compares the weighing value with two threshold values(upper and lower limit) and outputs results in three levels of LO, OK
and HI.

Red
LO

Green
OK

Red
HI

LO
HI
Limit value Limit value

Seven-Level Comparator Mode (Ranking Mode):This mode compares the weighing value with five threshold values and outputs results in seven ranks.
Red
Yellow
Green
YellowRed
Out of range (Negative value),
Rank 1
Rank 2
Rank 3
Rank 4
Rank 5
Rank 1 (LOLO),
Rank 2 (LO),
Rank 3 (OK),
Rank 4 (HI),
Rank 5 (HIHI),
Rank 1
Rank 2
Rank 3
Rank 3
Rank 4
Rank 5Out of range (Positive value)Threshold Threshold Threshold Threshold Threshold Threshold
value
value
lower value upper value
value
value
To use the comparator modes, itemandof the function table must be specified andthreshold values (limit values) of the comparator must be set in advance.
Select a comparator mode at itemof the function table.
: Five-level comparator mode.
: Three-level comparator mode (upper and lower limit mode).
: Seven-level comparator mode (ranking mode).
Select a comparator condition at itemof the function table.
: No comparison (comparator function not used).
: All data is compared regardless of stability of value.
: Stable data is compared.
: All data is compared regardless of stability of value except "near zero".
: Stable data is compared except "near zero".
: All positive data is compared except "near zero".
: Stable positive data is compared except "near zero".
Note* Near zero means a range of –4 d to +4 d in kg (d = readability(scale interval or "division")).

22

10.1. Setting a Mode and Method
Step 1

Turn off the scale using the ON/OFF key.
Press and hold

While pressing and holding the TARE key, press
the ON/OFF key to enter the setting mode.
Then the software version

Pressis displayed.
Software version

Press the MODE key to enter the function table andclass

is displayed.

Step 2 Select classClass offunction tableusing the MODE key.

Class

Press the ENTER key to store it.

Step 3 Item

Item

is displayed.

Input a parameter for the mode using the numerical keys.
Press the MODE key to proceed to next step.
Parameter
Step 4 Item

is displayed.

Input a parameter for the comparison method using thenumerical keys.
Press the ENTER key to store it.
The scale returns to class level afterisdisplayed

Step 5 When the ZERO key is pressed, the scale returns to
the weighing mode.
Step 6 Proceed to "10.3. Setting Threshold Values” to use thecomparator mode.

23

STABLEZERO
Weighing mode

10.2. Comparison and Formula
Judgment of comparison is performed using the formulas below. The result is displayed to the comparator
indicator and output to option interface.
Five-Level Comparator Mode
ResultComparison formula

LOLO

Displayed value < LOLO limit value or,
Displayed value < Out of range (Negative value)

LO

Displayed value < LO limit valueOKLO limit value  Displayed value  HI limit valueHIHI limit value < Displayed value

HIHI

HIHI limit value < Displayed value
Out of range (Positive value) < Displayed value

LED
LOLO Red
LO

Yellow

OK

Green

HI

Yellow

HIHI

Red

or,

Relay
output
LOLO
LO
OK
HI
HIHI

Three-Level Comparator Mode (Upper and Lower Limit Mode)
ResultLO
OK
HI
CautionComparison formula
Displayed value < LO limit value or,
Displayed value < Out of range (Negative value)
LO limit value  Displayed value  HI limit value
HI limit value < Displayed valueor,
Out of range (Positive value) < Displayed value
The LO result is output to LOLO LED and LOLO option output.
The HI result is output to HIHI LED and HIHI option output.

LED
LOLO Red
OK

Green

HIHI

Red

Relay
output
LOLO
OK
HIHI

Seven-Level Comparator Mode (Ranking Mode)
ResultNone
Rank 1(LOLO)
Rank 2(LO)
Rank 3(OK)
Rank 4(HI)
Rank 5(HIHI)
None

Comparison formula

LED

Displayed value < Limit Lower value of Rank 1 or,
Displayed value < Out of range (Negative value)
Displayed value < Limit Lower value of Rank 2
Displayed value < Limit Lower value of Rank 3
Limit Lower value of Rank 3  Displayed value  Limit Upper value of Rank 3
Limit Upper value of Rank 3 < Displayed value
Limit Upper value of Rank 4 < Displayed value
Limit Upper value of Rank 5 < Displayed value
Out of range (Positive value) < Displayed value
24

No LED
LOLO Red
LO

Yellow

OK

Green

HI

Yellow

HIHI

Red

or,
No LED

Relay
output
LOLO
LO
OK
HI
HIHI
-

Threshold values of limits and ranks are common to both the weighing and counting mode.
These threshold values are maintained even if the power supply is off.
Ignore the decimal point when setting threshold values of limits and ranks.
Comparison is performed in order from the top row to the bottom of each table.
These threshold values are not judged. Even if the relation between threshold values is not proper,
no error will be output.

25

10.3. Setting Threshold Values (of Limits and Ranks)
Step 1 While pressing and holding the SET key, press the COMP key to enter the comparator value
setting mode.
Step 2

Input a parameter for the comparison method using the numerical keys of
SET : Key to alternate between +/-,ENTER : Key to store and proceed,0

Step 3

When settings of threshold values (of limits and ranks) are finished,(At this time, power-on-zero is not performed.)is displayed.

Five-Level Comparator Mode
Example: HW-60KC-WP
LOLO
8.500 kgLO
10.000 kg
HI
10.500 kg
HIHI
12.000 kg

Three-Level Comparator Mode
(Upper and lower limit mode)
Example: HV-200KC-WP
LO
148.85 kg
HI
152.50 kg

Weighing
mode

Weighing
mode

Input theLOLO limit
value

Input theLO limitvalue

Input theLO limitvalue

Input theHI limitvalue

Input theHI limitvalue

Weighingmode

to 9 .
C : Cancel key

Seven-Level Comparator Mode
(Ranking Mode)
Example: HV-15KC-WP
Rank 1 (LOLO) 0.500 kg or more
Rank 2 (LO)
1.000 kg or more
Rank 3 (OK)
1.500 kg to 2.000 kg
Rank 4 (HI)up to 2.500 kg
Rank 5 (HIHI)
up to 3.000 kg
Weighing mode

Input the thresholdvalue of rank 1

Input the thresholdvalue of rank 2

Input the lower
threshold value ofrank 3

Input the upper
threshold value ofrank 3

Input theHIHI limit
value

Input the thresholdvalue of rank 4
Weighing
mode
The HV-CWP models change the position of the

Input the thresholdvalue of rank 5

readability depending on the weighing range. Regard
the hidden minimum digit as "0". The HV-CWP models
areasfollows:

HV-15KCWP,

HV-60KCWP,

HV-200KCWP.

26

Weighing mode

10.4. Buzzer Setting
Installing the optional HVW-04CWP comparator relay output on the scale allows the buzzer to sound in
conjunction with LEDs according to the comparison result.
The buzzer can be set by using the

1 ,

2 ,

3 ,

4 , and5

numerical keys whenofthe function table is displayed.
To set the buzzer to sound according to comparison result, select the corresponding numerical key to lightup the LED (showing that the buzzer is on) or turn it off (showing that the buzzer is off).
Each LED can be toggled between on and off by pressing the corresponding key.

Corresponding numerical key

1

2

3

4

5

LED for the comparison result

LOLO

LO

OK

HI

HIHI

Image of display during setup

Example :When the result is LOLO or OK, the buzzer sounds.
Step 1 Press the1

key to light up the LED for LOLO.

If the result is LOLO, buzzer sounds

Step 2 Press the3

key to light up the LED for OK.

If the result is OK, buzzer sounds

Step 3 Press the ENTER key to store the settings.

CautionWhen the three-level comparator mode is used, 1 LOLO, 3
used for buzzer settings.
2 HI and 4 LO are not used.

OK and5

HIHI are

Corresponding numerical key

1

2

3

4

5

LED for the comparison result

LOLO

LO

OK

HI

HIHI

Image of display during setup27

11. Auto-tare Function
The HVC-WP / HWC-WP series has an auto-tare function to be used with the comparator mode
enabled. Using this function in check weighing, the scale automatically tares, then displays OK for acertain amount of samples and repeats this process for the next weighing.
Start with display zero value after tare operation. Place or take away objects until the comparison
result shows OK.
When the stable display is maintained for the duration specified in the function setting, thescale will automatically tare the weighing value, show zero value and be ready for next weighing.
 In some countries or areas, the auto-tare function can not be used on the Legal for Trade models
and the selection in the function settings at , at-t and at-f is not available.
 To use the auto-tare function, set the function settings below.
Function settings
Contents
Cp
1
Compare all weighing data (other settings may be used depending on the application).
at1
Auto-tare function enabled.
at-t 0 to 9
Select the timing to tare automatically to avoid the wrong tare operation, for example,
too early to tare or too late to go to the next weighing.
 Take-away check weighing Cp-p 1 (Example with Cp-l 0 setting)Take-away check weighing (negative comparison) is the way to compare a negative weight while
taking away objects from a container.
Set the function Cp-p 1 together with the auto-tare function enabled at 1 . In this operationmode, the scale operates as “take-away the objects”  “OK and stable”  “auto-tare” “take-away the objects”  ······.
In this setting, the polarity of LOLO, LO, HI, and HIHI limit values are ignored and the scale shows
the comparator results as below.

Note:

To start take-away check weighing, be sure to use the TARE key to tare the weight of thecontainer filled with objects. The ZERO key may zero the display, but the scale goes below thezero point by taking away the objects. Then, the auto-tare function or TARE key does not work.

 When the function "Tares the initial weighing value (of container) at-f 1 " is selected :To start the auto-tare function, usually the container (filled with objects) will be placed on the weighing
pan and its weighing value must be tared using the TARE key.
When at-f 1 is selected, the scale will tare the initial weighing value (of container) automatically.
When the entire load on the weighing pan is removed, the scale will return to the zero point and thevalue of the tare weight will be automatically cleared. If the scale does not return to the zero point,press the ZERO key to clear the tare weight.
 If the scale is equipped with the optional USB interface (HVW-02BCWP) or optional RS-232C
serial interface (HVW-03CWP), the OK weighing data can be output automatically. Set thefunction setting prt1 to 7 or 8 .

28

12. Calibration
Calibration is the function used to adjust the scale so that it can display the proper mass value.
Calibration must be performed in the following cases.
Load cell Panel□ When the scale is initially installed□ When the scale is moved to a location far away
□ When the ambient environment has greatly changed□ At periodic calibration

CAL switch

12.1. Calibration Procedure
Step 1

Turn on the display. Open the rear cover of the display unit.
Locate the CAL switch inside.
Press the CAL switch to enter the calibration mode.
Then

Step 2Calis displayed.

Select one of the following items to calibrate the scale.
ENTER : To calibrate using the calibration weight (Refer to “12.2. Calibration Using the Weight”).
MODE : To calibrate using the gravity acceleration value setting (Refer to “12.3. Setting theGravity Acceleration”).

12.2. Calibration Using the Weight
Calibration of the Zero Point
Step 1

Keep the display turned on for at least 30 minutes to warm up

Note
The weighing pan shapedepends on the scale model.

Weighing modethe scale. Keep in mind the items of “4.1. Precautions for
Installing the Scale”.
Step 2Press the ENTER key while

CAL switch
Cal

is displayed to display

Cal 0 .
Step 3

Confirm that nothing is placed on the weighing pan.
Wait for the stability indicator to be displayed.

STABLE

Press the ENTER key.
The scale stores the current condition as the zero point.
Step 4

Nothing on theweighing pan

Calibration of the zero point is finished. To exit thecalibration mode at this step, press the CAL switch. The
display will then be turned off

29

STABLE

Stability indicatorSpan Calibration
Step 5 The value of the calibration weight to be placed on theweighing pan is displayed (The initial value depends on
the scale model).
The value for the calibration weight can be entered using
the numerical keypad.
To obtain proper weighing performance from the scale,
we recommend using a weight more than two-thirds theEnter using numerical
keypadweighing capacity.

Weignt value

Step 6

Place a weight of the value displayed on the pan.

12kg

Wait for the stability indicator to be displayed.
Press the ENTER key.

STABLE

Stability indicator

Step 7

Calibration using the weight is finished.
Calappears after displaying

end.

Remove the weight from the pan.

Step 8Press the CAL switch to turn the display off.
Calibration using the weight is finished.

CAL switch
The display is automaticallyturned off.

Step 9Press the ON/OFF key to turn the display on.
Confirm that weighing can be performed properly.

30

CAL switch

12.3. Setting the Gravity Acceleration

When the scale is initially installed or is moved to another location,
the scale must be calibrated using the calibration weight. But if thecalibration weight cannot be prepared, change the gravity
acceleration of your scale to the value of the area where the scale
is used. See “Gravity Acceleration Map” of this manual.
Cal

Step 1Press the MODE key while

is displayed.

Step 2The scale enters the gravity acceleration correction mode.
Press the ENTER key to make the numerical value
blink and proceed to input mode.

Enter using numerical
keypadStep 3

Set your local gravity acceleration using the numerical keypad.

Step 4Press the ENTER key to store the new value.
The display returns to gravity acceleration display after
displaying

Step 5end.

Press the CAL switch to turn the display off.
Gravity acceleration setting is finished at this step.

CAL switch

The power is automaticallyturned off.

Step 6

Press the ON/OFF key to turn the display on.
Confirm that weighing can be performed properly.

3113. Function
The function table is used to store and refer items that determine the performance of the scale.
Each item has a parameter.
The parameters are stored in the scale even if the power is removed.

Item

Parameter13.1. Parameter Setting Procedure

Display off

Step 1Press the ON/OFF key to turn the display off.

Step 2

While pressing and holding the TARE key, press the ON/OFF
key to display the software version

Step 3

p-XXX . Release the keys.

Press
and holdand press

Press the MODE key to enter function setting mode.
Class 1ba5fnc .

Class

Step 4Press the MODE key to select the desired class, and then press
the ENTER key.

Step 5Items

The first item of class is displayed.
Press the MODE key to select the desired item, and then enter avalue using numerical keypad.

Step 6

Press the ENTER key to store. The display returns to classafter displaying

Step 7

Enter using
numerical
key padend.

Press the ZERO key to return to normal weighing mode.

Weighing mode32

13.2. Parameter List

ba5fncFor the HV-CWP series NTEP/Measurement Canada version, the shaded items in the table below cannot
be changed by the user, so these items are not displayed.
Class
Parameter
Details and usage
Item■ All keys function
0
Key lock
1
The ON/OFF, ZERO, TARE, HOLD, M+ and PRINT keys function.
lock
2
The ON/OFF, ZERO, TARE keys function.
0 ■ OFF
Automatic
1
After 5 minutes
power off2
After 10 minutes
poff
3
After 15 minutes
4
After 30 minutes
5
After 60 minutes■ OFF
0Automatic power on
ON*The scale automatically turns the power on byp-on
1
connecting to the power.
0
OFF
Zero trackingtrc
1 ■ ON■ ±0.5 d0
Stability band
1
±1 d
width
5t-b
2
±2 d
0
0.5 seconds
Stability band■ 1.0 second
1
time
5t-t
2
1.5 seconds
0
Fast response/poor vibration tolerance (good environment, target weighing)Response
1
Cond
2 ■
3
4
Slow response/stabilized display (priority on stability)
0
Alwaysturned off
Backlight control
1
Alwayslit
l-it
2 ■ Turns off 5 seconds after stabilizing
3
Turns off 10 seconds after stabilizing
4Turns off 15 seconds after stabilizing
5
Turns off 30 seconds after stabilizing
0
Dark
Backlight
1brightness
2
l-i
3 ■
4
Bright■ Dot (.)
0
Decimal pointpnt
1Comma (,)
■ OFF
0
Automatic tareat
1
ON
■ factory settings
d: readability(scale interval or "division")
Automatic power off: When the specified interval has passed while the display is zero, the display is stable and there is no key
operation, the display turns off.
Stability band width: When the weighing value is within a certain width (stability band width) and a certain interval (stability bandtime) has passed, the scale judges that weighing is stable and lights up the stability indicator. To precisely
judge the weighing until it is stabilized, set the numerical value to be small. To loosely judge, set the numericalvalue to be large.
Stability band time: When the weighing value is within a certain width (stability band width) and a certain interval (stability bandtime) has passed, the scale judges that weighing is stable and lights up the stability indicator. To precisely
judge the weighing until it is stabilized, set the numerical value to be large. To loosely judge, set thenumerical value to be small.

33

Cp fnc

Bba5fnc

Class

Parameter
Details and usage
0
0 seconds
1
0.5 seconds■
2
1.0 second
3
1.5 seconds
4
2.0 seconds
5
2.5 seconds
6
3.0 seconds
7
4.0 seconds
8
5.0 seconds
9
10 seconds■OFF
0
Tare on initial load
at-f
1
ON
0
OFF
Accumulation■
1
Accumulates by M+ key when the value is +, excluding near zeromode
2
Accumulates by M+ key when the value is + or -, excluding near zero
5um
3
Accumulates automatically when the value is +, excluding near zero
4
Accumulates automatically when the value is + or -, excluding near zero■0OFF
Hold condition
1
Holds or releases by the HOLD key
Hold
2
Automatically holds when detecting stabilization
Buzzer0 ■ Does not sound (All LEDs are turned off.)bUzz
LED lighting method* When the registered LED lights up, the buzzer sounds. Set it using
the numerical keys. On/off can be switched alternately. Refer to"10.4. Buzzer Setting".
Setting key
1
2
3
4
5
Result LED LOLO
LO
OK
HI
HIHI
External contact
input 1
UnusedCon1
External contact
input 2
UnusedCon2
0 ■ Five-level comparator
Comparator
1
Three-level comparator (upper and lower limits)
judgment value
2
Seven-level comparator (portion weighing)
Cp-l
0
OFF
Comparator
1 ■ Compares all weighing values.
judgment2
Compares all stabilized weighing values
condition
3
Compares all weighing values, excluding near zero.
Cp
4
Compares all stabilized weighing values, excluding near zero.
5Compares all positive weighing values, excluding near zero.
6
Compares all positive stabilized weighing values., excluding near zero.
Items
Interval until
makingautomatic tareat-t

factory settings* Near zero means a range of –4 d to +4 d in kg (d = readability(scale interval or "division")).
■Hold: This function is used to allow the weighing value to easily read by temporarily holding the weighing value.
The hold indicator is lit while holding.
34

Class

Items
Comparator
brightness
Cp-i

Comparator
reversal
Cp-p
Status of LED
when turning on
display
Cp-d

5if

Baud rate 1
bp51
(CH1)
Bit length, parity 1
btp1
(CH1)
Communication
format 1
5if1(CH1)
Baud rate 2
bp52
Bit length, parity 2
btpr2
Communication
format 2
5if2
Tare data output
during tare
Output mode 1
prt1
(CH1)

Parameter
0
Dark
1
2■
3
4
Bright0 ■ Off
1

On

0■

All LEDs are turned lit. (The comparator relay output is set to OFF)1

All LEDs are off. (The comparator relay output is set to OFF)

0■
1
2
0■
1
2
0■
1

2400 bps
4800 bps
9600 bps
7bit/even
7bit/odd
8bit/nonStandard format (general format for the A&D’s scale)Standard format, existing returned value

2

UFC

-

Unused-Unused-Unused0 ■ Not output

1
0
1
2
3
4■
5

dout

Details and usage

6
7
8
9

Refer to the item "Example of tare function" in"Data format" of "14.6. Communication Format".

Tare data is output
Stream mode (commands)
Commands
UnusedUnusedOutputs by the PRINT key (commands)
Outputs data at auto print setting, +5 digits or more, stable(commands)
Outputs data at auto print setting, +5 digits or more, or -5 digits or
less, stable (commands)
Outputs data at auto print setting, +5 digits or more, stable, when thecomparator is OK (commands)
Outputs data at auto print setting, +5 digits or more, or -5 digits or
less, stable, when the comparator is OK (commands)
Outputs an accumulation value when the accumulation operation is made(commands)■ factory settings
This item is only displayed on models corresponded to this function, isn't displayed on other models.
35

dout

Class

Parameter
Details and usage
Items
Time and date0 ■ Do not output the date and time
adding1
Outputs time (ESC T)
5td1
2
Outputs date (ESC D)(CH1)
3
Outputs the date and time (ESC D,ESC T)
Unused4

ID number adding
5id1
(CH1)
GMP output
inf1
(CH1)

5

Unused6

Unused0■

Do not output the ID

1

Outputs the ID

0 ■ Do not output

Time and dateadding
5td2
ID numberadding5id2
GMP output
inf2

1

Outputs (ESC D, ESC T output)2

Outputs (DATE,TIME output)

3

Unused-UnusedUnused-Unused■ factory settings
ESC T, ESC D：

The time and date uses the calendar function of the AD-8121B and AD-8127.
Use the "dump print mode" of the AD-8121B and AD-8127.

13.3. Initializing Function Settings
The function settings can be returned to factory settings by performing the following steps:
Step 1Press the ON/OFF key to turn off the display.

Step 2

While pressing the TARE key, press and hold the ON/OFF key until

Clrfnoappears, thenrelease the keys.
Step 3Press the SET key to display

Clrfgo .

Step 4Press the ENTER key while

Clrfgois displayed.

Function settings are returned to factory settings. The scale returns to the weighing mode after
displaying

end.

* This procedure also initializes each comparison value for the comparator.

36

14. Options
14.1. Options List
Option Name

Description

HVW-02BCWPUSB Interface

HVW-03CWP

RS-232C Interface

HVW-04CWP

Comparator Relay Output / Buzzer

HVW-13

Roller Conveyor for HV-200KCWP, HW-100KCWP and HW-200KCWP

HVW-14

Roller Conveyor for HV-60KCWP and HW-60KCWP

AX-KO3285-320

RS-232C Cable for PC and AD-8127 (D-Sub 9pin, 3m)

AX-KO3341-320

Printer Cable for AD-8121B (3m)AX-043005266

Indicator Holder

14.2. Installing the Communication Option
Before installing the option to the scale, remove the scale’s power cord from the outlet beforehand.
Sections for installing the communication option are located on the display unit rear side.
The HVW-02BCWP or HVW-03CWP can be installed to CH1.
The HVW-04CWP can only be installed to CH2.
CAUTION
Options other than described above must not be installedon the scale.
Option Panel (CH2)
Option Panel (CH1)

Step 1

Remove the option panel on the display unit rear side.

Step 2First, pass the cable to be connected to the external
device through the panel provided with the option, andthen connect it to the terminal on the interface board.
* This procedure is unnecessary for HVW-02BCWP.
Terminal
External device
Connection cable

CAUTION- When the unbundled wire is used for the external connection
cable, that prevents dustproof and waterproof performance.
- Use of HVW-02BCWP prevents dustproof and waterproof
performance.

37

φ3.5 to 7mm
6mm (AWG26 to 16)

Step 3Insert the interface board into the provided panel.
Waterproof
packing

Step 4

Align the waterproof packing match screw hole withthe provided panel.

Panel

Step 5Connect the interface board to the display unit’s connector.
PanelscrewsStep 6Tighten the four screws of the provided panel.
Cover the head of the four screws using the projecting
waterproof packing.

Step 7

Cover the heads of the screws
on the panel

Tighten the skin top.
* This procedure is unnecessary for HVW-02BCWP.
External device
connection cable

Skin top

14.3. HVW-02BCWP USB Interface
The HVW-02BCWP enables duplex communication using a USB interface.
The connector is Type Mini-B.
To connect the HVW-02BCWP to a PC, a commercially available "Type A male – Type Mini B male" cable canbe used.
To communicate between the scale and a PC using the USB interface, it is necessary to install the
specified driver software to a PC. Download the driver software from the A&D website.
The HVW-02BCWP can only be connected with a PC.
Do not use a USB terminal as power supply terminal. Do not connect a device other than a PC to the USB
terminal. Doing so may cause of failure and malfunctions.

38

14.3.1. Procedure for Using the USB Interface
Prepare the PC as shown below.
Step 1

Download the USB driver software from the A&D website.

Step 2

Install the USB driver software to the PC that is used as a COM port.

Step 3

Read the COM port number on the PC.

Step 4

Input the number to the data communication software.

Step 5Connect the scale to the PC using the USB cable.

Step 6

When the PRINT key is pressed, a weighing value can be received by the data communication
software.
Example of data communication software : RsCom of A&D WinCT.

14.3.2. Example of Using the USB Interface
Reading COM port number
Step 1(Computer is used as a COM port.)

Download the USB driver software from the A&D website.
Open the A&D website at the URL http://www.aandd.jp/ and open the "Support" and "Software"pages in that order.
Download the driver software from "download" of " Driver software for HVW-02CB.
(USB interface option for the HV/W-C & HV/W-CP series)".
Note :

Step 2The location and version of the software may be changed without notice.

Expand the file " hvw-02cbja_driver.zip " by double-clicking.
The folder " hvw-02cbja_driver " is created.

Step 3

Install the file " CDM21224_setup.exe " in the folder by double-clicking.

Step 4

Finish the installation by following the displayed instructions.

Reading the COM port Number(Check after software is installed to the PC.)

Step 1Press the START button and open the control panel.

Step 2

Open "Hardware & Sound" and "Device Manager" in that order.

Step 3

Expand "Ports (COM & LPT)" by double-clicking todisplay the COM port number.
Port number is “9” in the example.
Note : The COM port number may differ
depending on the hardware of the PC. Confirm
the COM port number in device manager.
39

Communication Software
Example: If the communication software WinCT isused, data can be stored in memory.
Step 1

Start RsCOM of WinCT for example.

Step 2

Prepare parameters of "Port: COM".
Port number is "9" in the example.
Note : The communication software WinCT candownload from the A&D website of URL
http://www.aandd.jp/ .

Starting Data Communication
Step 1Connect the scale to the PC using the USB cable.
Use a commercially available "type A male - type mini-B male" cable.

Step 2Press the START button of RsCOM of WinCT. Then, communication is available.

Step 3

When the PRINT key of the scale is pressed and weighing value is output, RsCOM can receiveit.
The weighing value to be output to the interface depends on parameters of the function table.

40

14.4. HVW-03CWP RS-232C Interface
The HVW-03CWP enables duplex communication using the RS-232C interface.
To connect the HVW-03CWP to a DTE (Data Terminal Equipment) such as a PC or external device, it isnecessary to use a communication cable sold separately.
AX-KO3285-320
Cable for PC or AD-8127 (D-Sub 9 pin 3m, inch screw)
AX-KO3341-320
Cable for AD-8121B (3m)
When confirming the communication format, refer to “14.6. Communication Format”.
Transmission
Transmission form
Data format

EIA RS-232C
Asynchronous, bi-directional
Baud rate : 2400, 4800, 9600 bps
Data bits :7 bits + parity 1 bit (even or odd) or 8 bits (non parity)
Start bit :1 bitStop bit :1 bitCode :ASCII
Manufacturer： Phoenix Contact

Pin Assignments

Model name： SMKDSN 1,5/5-5,08

Pin No.

SignalName

Direction
DCE-DTE

1

RXD←

Receive Data

2

TXD

→

Transmit Data

3

DSR

→

Data Set Ready

4

SG

-

Signal Ground

5

FG

-

Frame Ground

Description

Names other than TXD and RXD are for the DTE side.

Scale side
（ DCE ）
TXD

2

RXD

1

External
device side
（ DTE ）
RXD

1

2

3

AWG16 to 26

When connecting to AX-KO3285-320

RTS
DSR

3

SG

4

FG
Inside the
scale

5

5

6 mm

TXD
AX-KO3285-320

CTS

4

1: Brown DCD
2: RedRXD
3: Black
TXD
4: Yellow DTR
5: Green SG
6: Blue
DSR
ShieldBlack
Shrinking tube

RXD
TXD
DSR
SG
FG

DSR
GND

When connecting to AX-KO3341-320

ShieldTerminal
example ofexternal
device side
AX-KO3341-320

1: Brown
2: Red3: Orange
4: Yellow
5: Green
6: Blue
7: Purple
8: Gray
9: White
10: Black

CAUTION- When connecting to an external device with hardware flow control, communication will be
impossible using a cable without RTS and CTS connected. In that case, connect RTS and CTS.
This will disable hardware flow control, but enable communication.
- When the connector of an external device is a D-sub 9-pin connector, pin 7 is RTS and pin 8 is
CTS.
- When the AX-KO3285-320 cable is used, RTS and CTS are internally connected and the above
operation is unnecessary.
41

RXD
TXD
DSR
SG
FG

14.5. HVW-04CWP Comparator Relay Output / Buzzer
Relay output maximum rating is as follows:
Maximum voltage:

50V DC

Maximum current:

100mA DC

Maximum ON resistance: 8ΩHIHI

Manufacturer： Phoenix Contact

1
2
3
4
5
6

HI

OK

Relay output HIHI
Relay output HI
Relay output OK
Relay output LO
Relay output LOLO
Relay common COM

Model name： SMKDSN 1,5/6-5,08
6

5

4

3

2

1

6 mm

AWG16 to 26
LO

LOLO
Solid sate relay

Inside of HV-CWP/
HW-CWP

CautionWhen the three-level comparator mode is used, the comparator outputs are the HIHI 1pin, OK 3 pin
and LOLO 5 pin. HI 2 pin and LO 4 pin are not used.
1 Relay output

HIHI

2 Relay output

HI

3 Relay output

OK

4 Relay output

LO

5 Relay output

LOLO

6 CommonCOM

42

Buzzer Buzzer acoustic pressure level Approx.48 [dB/1m]
The buzzer is mounted on the electrical circuit board of the HVW-04CWP.
The buzzer can sound with LED (at upper side of the display) that is synchronized to a comparator
result. The use of the buzzer can specify atof the function table.
Refer to “10.4. Buzzer Setting".

14.6. Communication Format
Data Format
S

T

,

+

0

0

0

0

0

.

0

~

0

HeaderData
 There are 4 headers for the weighing data.
ST:
Stable weighing data
QT:
Stable counting data
US:
Unstable weighing dataOL:
Out of weighing range

k

g

CR LF

Unit

Terminator The data consists of 9 characters including the polarity and decimal point.
 The weighing units are as follows.

~ k g:~ l b:~ o z:~ PC:

means "Space (20h)".

Weighing mode “kg”
Weighing mode “lb”
Weighing mode “oz”
Counting mode “pcs”

 As a terminator, CRLF is always output.

CR : 0Dh, LF : 0Ah

 Data example
Weighing data “kg” (+)

S T

,

+

0

0

1

2

.

3

4

5

~ k g CR LF

Counting data “pcs” (+)

Q T

,

+

0

0

0

1

2

3

4

5

~ P C CR LF

Out of weighing range (+)

O L

,

+

9

9

9

9

.

9

9

9

~ k g CR LF

HV-CWP model
S T , + 0 0 1 2 . 3
When the position of the readability changes dependingon the weighing range, the hidden digit is replaced to .

4

~ ~ k g CR LF

Example of tare function
When “tare data is output ( 5ift 1 )” is specified in the parameter list, data is output.
Net"kg" (+)
N, + 0 0 1 2 . 3 4 5
k g CR LF
Tare data

"kg"

T

,

+

0

0

0

2

.

0

0

0

k

g CR LF

Example of preset tare function
Net"kg" (+)

N

,

+

0

0

1

2

.

3

4

5

k

g CR LF

Preset tare data

"kg"

P T

,

+

0

0

0

2

.

0

0

0

k

g CR LF

43

Data Output Mode (prt) Command mode
The scale is controlled by commands that come from an external device such as a personal
computer. See “Command Mode” for details.
 Stream mode (prt1 0)
Data is sent continuously. The data update rate is approximately 10 times per second, the sameas the display refresh rate.
There will be no output during the setting procedures.
 Print key mode (prt1 4)
When the weight display is stable, data is sent by pressing the PRINT key.
At this time, the display flashes once to indicate that the data is sent.
 Auto-print mode + data (prt1 5)
When the weight display is stable at +5d (d = readability(scale interval or "division")) and above,the data is sent.
The next transmission can not occur until after the weight display falls to +4d or below.
 Auto-print mode +/- data (prt1 6)
When the weight display is stable at ±5d (d = readability(scale interval or "division")) and above+5d or below -5d,
the data is sent. The next transmission can not occur until after the weight display falls between–4d and +4d.
 Auto-print mode + data and OK (prt1 7)
When the weight display is stable and OK as a comparison result at +5d (d = readability(scaleinterval or "division")) and above, the data is sent. The next transmission can not occur until after
the weight display falls +4d or below.
 Auto-print mode +/- data and OK (prt1 8)
When the weight display is stable and OK as a comparison result at ±5d (d = readability(scaleinterval or "division")) and above +5d or below -5d, the data is sent. The next transmission can
not occur until after
the weight display falls between –4d and +4d.

Baud Rate (bp5)
When using HVW-03CWP, select the baud rate according to the device to be connected.
2400 bps (bp51 0)

Select 2400 bps to connect to an AD-8121B printer.

4800 bps (bp51 1)
9600 bps (bp51 2)

44

Command ModeIn the command mode, the scale is controlled by commands that come from an external device suchas a personal computer.
Command List
Command

Description

Remarks

Q

Requests data be output immediately.

Z

Zeros the scale when the weight is stable.

Same as the ZERO key.

T

Tares the scale when the weight is stable.

Same as the TARE key.

U

Switches the weighing unit.

Same as the MODE key.

CT

Clears tarePT

Sets preset tareA

Outputs accumulation values

N

Outputs the number of accumulationsCA

Clears accumulation

ID

Sets the ID number?ID

Requests ID number?PT

Outputs the preset tare value?H3

In five-level comparator mode: Not used.
In three-level comparator mode: Not used.
In seven-level comparator mode:
Threshold value of rank 5 is output.

?H2

?H1

PT,+000000＜CR＞＜LF＞

ID: xxxxxx＜CR＞＜LF＞

In five-level comparator mode: HIHI limit value is output.
In three-level comparator mode: HI limit value is output.
In seven-level comparator mode: Threshold value of
The output of setting values forrank 4 is output.
comparator mode
Five-level ( Cp-l 0 )In five-level comparator mode: HI limit value is output.
Three-level ( Cp-l 1 )In three-level comparator mode: Not used.
Seven-level ( Cp-l 2 )In seven-level comparator mode: Upper threshold valueof rank 3 is output.

?L1

In five-level comparator mode: LO limit value is output.
In three-level comparator mode: Not used.
In seven-level comparator mode: Lower threshold valueof rank 3 is output.

?L2

In five-level comparator mode: LOLO limit value is
output.
In three-level comparator mode: LO limit value is output.
In seven-level comparator mode: Threshold value of
The output of setting values forrank 2 is output.

45

CommandDescription?L3

In five-level comparator mode: Not used.
In three-level comparator mode: Not used.
In seven-level comparator mode: Threshold value ofrank 1 is output.

H3

In five-level comparator mode: Not used.
In three-level comparator mode: Not used.
In seven-level comparator mode: The threshold value ofrank 5 is stored.

H2

In five-level comparator mode: HIHI limit value is stored.
In three-level comparator mode: HI limit value is stored.
In seven-level comparator mode: The threshold value ofrank 4 is stored.

H1

In five-level comparator mode: HI limit value is stored.
In three-level comparator mode: Not used.
In seven-level comparator mode: The upper thresholdvalue of rank 3 is stored.

L1

In five-level comparator mode: LO limit value is stored.
In three-level comparator mode: Not used.
In seven-level comparator mode: The lower thresholdvalue of rank 3 is stored.

L2

In five-level comparator mode: LOLO limit value isstored.
In three-level comparator mode: LO limit value is stored.
In seven-level comparator mode: The threshold value ofrank 2 is stored.

L3

In five-level comparator mode: Not used.
In three-level comparator mode: Not used.
In seven-level comparator mode: The threshold value ofrank 1 is stored.

46

Remarks
comparator mode
Five-level ( Cp-l 0 )Three-level ( Cp-l 1 )Seven-level ( Cp-l 2 )Set the six-digit value excluding thepolarity and decimal point

Command Examples
The examples below are for the function setting
The charactermeans "Space (20h)".

(Reply to commands).

To request data be output immediately
Command

Q CR LF

Reply

S T

,

+

0

0

1 2

.

3

4 5

k

g CR LF Stable positive data

U S

,

+

0

0

0 7

.

8

9 0

k

g CR LF Unstable positive data

O L

,

+

9

9

9 9

.

9

9 9

k

g CR LF

display

To zero the weighing value when the weighing value is stable
Zero point is set when the scale is in a condition where zero operation is possible.
Command

Z CR LF

Reply

Z CR LF

Zero point has been set. (No reply If

is set.)To tare the weighing value when the weighing value is stable
Net value is displayed when the scale is in a condition where tare operation is possible.
Command

T CR LF

Reply

T CR LF

Net value has been displayed. (No reply If

is set.)To switch the weighing unit
The weighing unit is switched.
Command

U CR LF

Reply

U CR LF

No reply If

is set.

To cancel tare value
The weighting value becomes the gross and the net indicator is turned off. The tare value becomes zero.
CommandC T CR LF

Reply

C T CR LF This command has been executed.

To set preset tare
Tare value is set and the net is displayed. Tare value is a numerical value of 6 digits with a polarity
sign and does not contain a decimal point.
Template

P T, [ parameter ]CommandP T,+ 0 0 0 1 2 0 CR LF

Reply

P T

,

+ 0

0

0 1

2 0 CR LF
47

To output accumulation values
Command

A CR LF

Reply

A

,

+ 0 0 1 2

.

3 0 0

0

1

k

g CR LF

To output the number of accumulations
Command

N CR LF

Reply

N

,

+

0

0

0

0

4

CR LF

0

To clear accumulation
Accumulated data and number of accumulations are set to zero.
CommandC A CR LF

Reply

C A CR LF

To set ID number
ID number is numerical value and alphabet characters of 6 digits and does not contain a decimal
point.
TemplateID: [ parameter ]CommandID:

A B C 1 2 3 CR LF

Reply

I

D

:

A B C 1 2 3 CR LF

To request ID number
ID number is output.
Command?

I

D CR LF

Reply

I

D

:

A B C 1

2

3 CR LF

00

To output preset tare value
Preset tare value is output.
Command?

P

T CR LF

Reply

P

T

,

+

0

0

,

1

2

0

k

g CR LF

To output H3 value
Five-level comparator mode ........... Not used
Three-level comparator mode ......... Not used
Seven-level comparator mode ........ Threshold value of rank 5 is output.
Command? H 3 CR LF

Reply

H 3

,

+ 0

0

0

5

0

0 CR LF48

To output H2 value
Five-level comparator mode ........... HIHI limit value is output.
Three-level comparator mode ......... HI limit value is output.
Seven-level comparator mode ........ Threshold value of rank 4 is output.
Command? H 2 CR LF

Reply

H 2

,

+ 0

0

0

4

0

0 CR LF

To output H1 value
Five-level comparator mode ........... HI limit value is output.
Three-level comparator mode ......... Not used
Seven-level comparator mode ........ Upper threshold value of rank 3 is output.
Command? H 1 CR LF

Reply

H 1

,

+ 0

0

0

3

0

0 CR LF

To output L1 value
Five-level comparator mode ........... LO limit value is output.
Three-level comparator mode ......... Not used
Seven-level comparator mode ........ Lower threshold value of rank 3 is output.
Command?

L

1 CR LF

Reply

L

1

,

+ 0

0

0

2

0

0 CR LF

To output L2 value
Five-level comparator mode ........... LOLO limit value is output.
Three-level comparator mode ......... LO limit value is output.
Seven-level comparator mode ........ Threshold value of rank 2 is output.
Command?

L

2 CR LF

Reply

L

2

,

+ 0

0

0

1

0

0 CR LF

To output L3 value
Five-level comparator mode ........... Not used
Three-level comparator mode ......... Not used
Seven-level comparator mode ........ Threshold value of rank 1 is output.
Command?

L

3 CR LF

Reply

L

3

,

+ 0

0

0

0

0

0 CR LF

To set H3 value
Five-level comparator mode ........... Not used
Three-level comparator mode ......... Not used49

Seven-level comparator mode ........ Threshold value of rank 5 is stored.
Input the parameter of 6 digits excluding the decimal point.
Template

H 3, [ parameter ]Command

H 3

,

+

0

0

0

5

0

0 CR LF

Reply

H 3

,

+ 0

0

0

5

0

0 CR LF

No reply If

is set.

To set H2 value
Five-level comparator mode ........... HIHI limit value is stored.
Three-level comparator mode ......... HI limit value is stored.
Seven-level comparator mode ........ Threshold value of rank 4 is stored.
Input the parameter of 6 digits excluding the decimal point.
TemplateH2, [ parameter ]Command

H

2

,

+ 0

0

0

4

0

0 CR LF

Reply

H

2

,

+ 0

0

0

4

0

0 CR LF

No reply If

is set.

To set H1 value
Five-level comparator mode ........... HI limit value is stored.
Three-level comparator mode ......... Not used
Seven-level comparator mode ........ Upper Threshold value of rank 3 is stored.
Input the parameter of 6 digits excluding the decimal point.
TemplateH1, [ parameter ]Command

H

1

,

+ 0

0

0

3

0

0 CR LF

Reply

H

1

,

+ 0

0

0

3

0

0 CR LF

No reply If

is set.

To set L1 value
Five-level comparator mode ........... LO limit value is stored.
Three-level comparator mode ......... Not used
Seven-level comparator mode ........ Lower threshold value of rank 3 is stored.
Input the parameter of 6 digits excluding the decimal point.
TemplateL1, [ parameter ]Command

L

1

,

+ 0

0

0

2

0

0 CR LF

Reply

L

1

,

+ 0

0

0

2

0

0 CR LF

No reply If

To set L2 value
Five-level comparator mode ........... LOLO limit value is stored.
Three-level comparator mode ......... LO limit value is stored.
Seven-level comparator mode ........ Threshold value of rank 2 is stored.
Input the parameter of 6 digits excluding the decimal point.
50

is set.

TemplateL2, [ parameter ]Command

L

2

,

+ 0

0

0

1

0

0 CR LF

Reply

L

2

,

+ 0

0

0

1

0

0 CR LF

No reply If

is set.

To set L3 value
Five-level comparator mode ........... Not used
Three-level comparator mode ......... Not used
Seven-level comparator mode ........ Threshold value of rank 1 is stored.
Input the parameter of 6 digits excluding the decimal point.
TemplateL3, [ parameter ]Command

L

3

,

+ 0

0

0

0

0

0 CR LF

Reply

L

3

,

+ 0

0

0

0

0

0 CR LF

Response whenIf

No reply If

is set.

is specified in the function table

is used and a command response is active, the following response may be output.
When theZcommand is executed with an unstable weighing value and cannot be finished, theresponseI

is returned.

Command

Z CR LF

Reply

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

When the scale receives a command that it cannot identify or that does not exist, the response ? isreturned.
Command

B CR LF

Reply? CR LF The scale received an undefined command.

Response whenis specified in the function table

does not use a reply. The undefined command is ignored.

14.7. Using UFC (Universal Flex Coms) Function
The UFC function allows you to print out using the format enabled for the printer (UFC format).
The UFC format data can be output through an RS-232C or USB interface.
The scale can store the UFC format as text data. The format can use variable parameters as a partof text data. Variable parameters can replace with weighing value, tare value and the like whenprinted out.
51

The maximum number of text data is 400 characters.
To use the UFC function, it is necessary that thePFcommand be used and the UFC format bestored as text data in the scale in advance.
When the PRINT key is pressed or auto-print mode is used, the scale prints the stored text data after
variable parameters is replaced with weighing value, tare value and the like.
Specify

to use the UFC format in the function table.

Store Text Data to the Scale
Command

P

F

,

$

P C

,

&

$ C R

,

,

‘

T E X

$

L

F

,

T

‘

,

#

2

0

,

$

S P

$ W T

,

$ C R

,

$

L

P F CR LF

Reply

2

F CR LF
Terminator

The text data (the UFC format) can sent using thePFcommand:

Variable parameters for the scale data and control codes
Parameter
$ID
$PC
$WT
$TR
$PT
$TL

Scale Data & Control CodeID numberCounting number
Current weighing value
Current tare value
Current preset tare value
Accumulation value

Parameter
$AN
$CP
$CM
$CR
$LF
$SP

Scale Data & Control Code
Accumulation counts
Comparator result
,
Comma
(2Ch)
CR Carriage Return(0Dh)
LF
Line Feed
(0Ah)
Space
(20h)

Note
These parameters must use capital letters.
ASCII text string
Text string is described in single quote marks'.

The single quote itself is written as two single quotes.
Example of text Data :Example of text 'Data' :'Data''''Data'''

The ASCII hexadecimal code
The ASCII hexadecimal codes are written in the form#

and two hexadecimal digits.

This will mainly be used to send control codes that cannot be described as a text string.
Example ofEOTof ASCII code :#04

Data repeated
When the control codes $SP, $CR and $LF can be used with "and number (of two digits inmaximum)", these codes will be repeated the number of times designated.
52

Example where $LF is repeated 9 times :$LF 9Example where space is repeated 12 times :$SP 12

Link mark&If you will send more than 2 lines of data, attach&

to the end of the first line. Then, the scaledecides that the data is continued.

As separators for data, a space (20h)or comma (2Ch),

are used.

These separators can be omitted, but you cannot omit thecomma (2Ch)
command. You must start with the PF, command.
Data format for variable parameters is used space (20h) is expressed as,after thePF.

Variable parameters of the scale data are replaced with the following data format :Data is a fixed length that includes a sign and a decimal point.
The leading zeros of data are replaced with spaces (20h).

$ID of variable parameter
Example of ID number : ABC456
6 digits

A B C 4 5 6$PC of variable parameter
Example of counting number : 123 pcs+ 1 2 3

P C

+ 1

.

2 3 4

k

g

+ 1

.

2 3 4

k

g

+ 1

.

2 3 4

k

g

9 digit counting number + 3 digit unit
$WT of variable parameter
Example of the current weighing value : 1.234 kg
9 digit weighing value + 3 digit unit
$TR of variable parameters
Example of the current tare value : 1.234 kg
9 digit tare value + 3 digit unit
$PT of variable parameter
Example of the current preset tare value : 1.234 kg
9 digit preset tare value + 3 digit unit
53

$TL of variable parameter
Example of accumulation value : 1.234 kg
9 digit accumulation value + 3 digit unit

+ 1

.

2 3 4

$AN of variable parameter
Example of accumulation count : 123 counts
9 digit accumulation count+ 1 2 3$CP of variable parameter
Example of HIHI result
3 digits

H

I

2

H

I

1

Example of HI result
3 digits
Example of OK result
2 digits

O K

Example of LO result
3 digits

L O 1

Example of LOLO result
3 digits

L O 2

Example of "not compared"
2 digits
Printing Example for the
AD-8127 format forPF

Command using the AD-8127 Printer
The
PC

PF

CommandScale

P F, ' W e i g h t ' , $ C R , $ L F, &$ S P 4 , $ W T, $ C R , $ L F, &' C H E C K ' $ C R , $ L F, &$ S P 4 , $ C P, $ C R , $ L F , &$ C R , $ L F CR LF
Terminator code
$ C R : Carriage return, ASCII 0Dh$ L F : Line feed, ASCII 0Ah
Note
The UFC format does not send a terminator code automatically.
Therefore, add the terminator code at the end of text data if necessary.
54

k

g

15. 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 optional HVW-02BCWP USB interface or optional
HVW-03CWP RS-232C serial 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

15.1. Setting the ID Number
Step 1

With the display turned off, while pressing and holding theTARE key, press the ON/OFF key to turn the display on andPressseveraltimes

enter the function setting mode.

ba5fncappears.

Step 2Press the MODE key several times to display

Step 3Press the ENTER key.

id.

Enter the ID number using the following keys.
M+: To move the blinking digit to the left

PRINT

: To move the blinking digit to the right

Numerical keypad

Step 4

Set using corresponding
keys.

Press the ENTER key to store the setting.
id

Step 5: To set a value for the blinking digit
See the table below for the ”Display
Character Table.”appears afterend .

Press the ON/OFF key to turn the display OFF or press theZERO 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 MN O P Q R S T U VWX Y Z_
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 20h55

15.2. GMP, GLP Report
To print the GMP or GLP report to AD-8121B or AD-8127 printer, select the function setting
inf1 1and set the AD-8121B to MODE 3 and the AD-8127 to dump print mode (DUMP).

To output the GMP, GLP report to a personal computer, select the function setting inf1 2 .
Calibration Report
Step 1

Perform calibration according to “12.1. Procedure for the
Calibration”.

Step 2end

appears when calibration is complete.

Step 3gmp

appears and the calibration report is output.

Step 4Cal

To output the resultsappears again. Remove the weight. Press the

ON/OFF key to turn the display OFF or press the CAL
switch.

AD-8121B, AD-8127 format

A & D
MODEL
HV-15KCWP
S/N
6A6123456
ID
ABCDEF
DATE
2014/04/01
TIME
16:47:39
CALIBRATED(EXT.)
CAL.WEIGHT+15.000 kg
SIGNATURE

inf1 1

General format
Manufacturer
Model
Serial number
ID number
Date
Time
Calibration
executed

Calibration weight
Column for
signature: Space, ASCII 20h
CR: Carriage return, ASCII 0Dh
LF: Line feed, ASCII 0Ah

56

inf1 2`~~~~~~~~~~ A~&~D<CRLF>
MODEL~ HV-15KCWP<CRLF>
S/N~~~~6A6123456<CRLF>
ID~~~~~~~~ABCDEF<CRLF>
DATE<CRLF><CRLF>
TIME<CRLF><CRLF>CALIBRATED(EXT.)<CRLF>
CAL.WEIGHT<CRLF>~~~~ ~+15.000~kg<CRLF>
SIGNATURE<CRLF><CRLF><CRLF>---------------~ <CRLF><CRLF><CRLF>

Calibration Test Report
The calibration test mode is used to compare a calibration weight with the calibration test data weighed by
the scale.
This test does not perform calibration.
Step 1In the weighing mode, press and hold the CAL switch until
1CC

CAL switch
ＣＡＬスイッチ

appears, and then release the switch, or, press andhold theC

key for five seconds until

1CC

appears

Release the keys

and release the key.
The calibration test mode is not available when the function
setting

inf1 0is selected.
CC 0 .

Step 2Press the ENTER key to display

Step 3

Change the calibration weight value if necessary.
To change the calibration weight value, press the MODE key.

Change the calibration
weight value if necessary

Change the value using the following keys.
Numerical keypadEnter the value.

ENTER key

Register the value and return to Step 2.

ZERO key

Cancel the settings without changing
the parameter and return to Step 2.

Step 4Weighing unit

With nothing on the weighing pan, press the ENTER key.
The zero point is measured and the weighing value with theunit “kg” is displayed for a few seconds. Then, the value ofthe calibration weight is displayed.

Step 5

Place a calibration weight of the same value as displayed on

Weighing unit

the weighing pan and press the ENTER key to measure it.
The measured value with the unit “kg” is displayed for a few
seconds.
Step 6end

appears.

To output the results
Step 7gmp

appears and the calibration test report is output.

Step 8CC

appears again. Remove the weight.

Press the ON/OFF key to turn the display OFF or press the
CAL switch.
57

AD-8121B, AD-8127 format

A & D
MODEL
HV-15KCWP
S/N
6A6123456
ID
ABCDEF
DATE
2014/04/01
TIME
17:05:02
CAL.TEST(EXT.)ACTUAL
0.000 kg
+15.005 kg
TARGET+15.000 kg
SIGNATURE

inf1 1

General format
Manufacturer
Model
Serial number
ID number
Date
Time
Calibration
test
Zero value
Actual weightvalue

Calibration weight
Column for
signature: Space, ASCII 20h
CR: Carriage return, ASCII 0Dh
LF: Line feed, ASCII 0Ah

58

inf1 2~~~~~~~~~~~ A~&~D<CRLF>
MODEL~ HV-15KCWP<CRLF>
S/N~~~~ 6A6123456<CRLF>
ID~~~~~~~~ ABCDEF<CRLF>
DATE<CRLF><CRLF>
TIME<CRLF><CRLF>CAL.TEST(EXT.)<CRLF>
ACTUAL<CRLF>~~~~~~~~ 0.000~kg<CRLF>~~~~~ +15.005~kg<CRLF>
TARGET<CRLF>~~~~~ +15.000~kg<CRLF>
SIGNATURE<CRLF><CRLF><CRLF>---------------~<CRLF><CRLF><CRLF>

Output of “Title Block” and “End Block”
When weighing values are recorded as the GMP, GLP report, “Title
Block” and “End Block” are added at the beginning and at the endof a group of weight values.

ZERO

Press
and hold

Title Block
Step 1 In the weighing mode, press and hold the PRINT key
until 5tart appears, and then release the key. The
scale outputs the “Title Block.” The scale automatically
returns to the weighing mode.

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

End Blockrecend1

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

Step 4The scale automatically returns to the weighing mode.

Pressand holdTo output the "End block"59

AD-8121B, AD-8127 format

inf1 1

A & D
MODEL
HW-10KCWP
S/N
6A6123456
ID
ABCDEF
DATE
2014/04/01
START
TIME
17:15:39
ST,+0001.234
ST,+0002.345
ST,+0003.456
ST,+0004.567

kg
kg
kg
kg

END
TIME
17:15:58
SIGNATURE

Title block
Manufacturer
Model
Serial number
ID number
Date
Starting time

Weight data

Ending time
Column for
signature

End block: Space, ASCII 20h
CR: Carriage return, ASCII 0Dh
LF: Line feed, ASCII 0Ah

60

General format

inf1 2~~~~~~~~~~~ A~&~D<CRLF>
MODEL~ HW-10KCWP<CRLF>
S/N~~~~ 6A6123456<CRLF>
ID~~~~~~~~ ABCDEF<CRLF>
DATE<CRLF><CRLF>START<CRLF>
TIME<CRLF><CRLF><CRLF>
ST,+0001.234~kg<CRLF>
ST,+0002.345~kg<CRLF>
ST,+0003.456~kg<CRLF>
ST,+0004.567~kg<CRLF><CRLF>
END<CRLF>
TIME<CRLF><CRLF>
SIGNATURE<CRLF><CRLF><CRLF>---------------~<CRLF><CRLF><CRLF>

16. Maintenance Refer to “4. Cautions” regarding use.
 Refer to "16.2.Check Points Before Calling Maintenance Service" and corresponding mode fordisplayed error code.
 Refer to ”12. Calibration“ regarding precision weighing.
 Periodically check the accuracy of weighing. Calibrate the scale, if it is moved to another location or
the environment has changed.

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

16.2. Check Points Before Calling Maintenance Service
In this situation
Nothing displayed.
Scale does not turn on.
The scale does not display
zero at first.

------ is displayed anddoes not proceed.

Cal e is displayed.
-Cal e is displayed.
eis displayed.
-eis displayed.
Fixed display.


















Confirm these items
Is the main power cord properly connected?
Is the main power the correct voltage?
Check around the weighing pan.
Is there anything on the weighing pan?
Perform zero point calibration.
The weighing value is unstable due to drift, vibration or otherfactors.
A breeze or vibration may be affecting the measurement.
Check around the weighing pan.
Check the connection of load cell cable.
No zero display when the display is turned on.
Remove anything that is on the pan.
Perform zero point calibration.
Calibration error that meaning "Too heavy."
Calibration error that meaning "Too light."
Weighing error that meaning "Over loaded."
Weighing error that meaning "Under loaded."
Did you use the "hold function" ?
Turn off scale and turn it on again.

When the following error is displayed, shutdown the power once and turn the power on again. If you
cannot cope with this error, contact your local dealer.
is displayed

Mass sensor failed.

is displayed

Temperature sensor failured.

is displayed

Memory (circuit) failured.
61

17. Specifications
HV-CWP Series
Models

HV-15KCWP

HV-60KCWP

HV-200KCWP

3

6

15

15

30

60

60

150

220

0.001

0.002

0.005

0.005

0.01

0.02

0.02

0.05

0.1

6

15

30

30

60

150

150

300

500

0.002

0.005

0.01

0.01

0.02

0.05

0.05

0.1

0.2

Weighing Capacity [oz] #

96

240

480

480

960

2400

2400

4800

8000

Readability [oz] #

0.05

0.1

0.2

0.2

0.5

1

1

2

5

Weighing Capacity [kg]Readability [kg]Weighing Capacity [lb] #Readability [lb] #Weighing Capacity [lb oz] #30 lbReadability [lb oz] #0.1 oz-

5 pcs (can be changed 10 pcs , 20 pcs, 50 pcs and 100 pcs)

Number of Samples

150,000 pcs

Maximum Count Number

120,000 pcs

110,000 pcs

7 segment LCD with backlight (Character height 26 mm)
3 color 5 level comparator LED

Display
Repeatability(StandardDeviation) [kg]

0.001

0.002

0.005

0.005

0.01

0.02

0.02

0.05

0.1

Linearity [kg]±0.001±0.002±0.005±0.005

±0.01

±0.02

±0.02

±0.05

±0.1

Span Drift±20 ppm/℃ typ. (5℃ to 35℃)

Power Supply

AC main (100V to 240V)

Ambient Temperature and Humidity–10℃ to 40℃, Less than 85%R.H. (Do not allow condensation)

Weighing Pan Size [mm]Dimension [mm]Width x Depth x Height

Weight250 x 250

330 x 424

390 x 530

250 x 470 x 430

330 x 616 x 752

390 x 722 x 752

Approx. 8 kg

Approx. 12 kg

Approx. 19 kg#: If the law in your area allows, you can use these units.

62

HW-CWP Series
Models

HW-10KCWP

HW-60KCWP

HW-100KCWP

HW-200KCWP

10

60

100

220

0.001

0.005

0.01

0.02

20

150

200

500

Readability [lb] #

0.002

0.01

0.02

0.05

Weighing Capacity [oz] #

320

2400

3200

8000

Readability [oz] #

0.05

0.2

0.5

1

Weighing Capacity [lb oz] #20 lbReadability [lb oz] #0.1 ozWeighing Capacity [kg]Readability [kg]Weighing Capacity [lb] #Number of Samples
Maximum Count Number

Display-

5 pcs (can be changed 10 pcs , 20 pcs, 50 pcs and 100 pcs)
100,000 pcs

120,000 pcs

100,000 pcs

110,000 pcs

7 segment LCD with backlight (Character height 26 mm)
3 color 5 level comparator LED

Repeatability(StandardDeviation) [kg]

0.002

0.01

0.02

0.04

Linearity [kg]±0.002

±0.01

±0.02

±0.04

Span Drift±20 ppm/℃ typ. （5℃ to 35℃）

Power Supply
Ambient Temperature and Humidity
Weighing Pan Size [mm]Dimension [mm]Width x Depth x Height

WeightAC main (100V to 240V)–10℃ to 40℃, Less than 85%R.H. (Do not allow condensation)
250 x 250

330 x 424

390 x 530

390 x 530

250 x 470 x 430

330 x 616 x 752

390 x 722 x 752

390 x 722 x 752

Approx. 8 kg

Approx. 12 kg

Approx. 19 kg

Approx. 19 kg#: If the law in your area allows, you can use these units.

63

Dimensions
HV-15KCWP
249

104

199

81

430

206

HW-10KCWP

43

60

104

250

180

35

180

250

201
470

HV-60KCWP
HW-60KCWP

249
199

752

206

81

43

424

105

55

330

240

45

334

187
616

64

HV-200KCWP
HW-100KCWP
HW-200KCWP

249
199

206

104
81

752

43

530

129

70

390

300

45

440

187
722

65

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
Zurich66

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

67

MEMO

68

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Telephone: [81] (3) 5391-6132

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