Digital Platform Scale
Global models

HV-15KC
HV-60KC
HV-200KC
HW-10KC
HW-60KC
HW-100KC
HW-200KC

HV-15KCP
HV-60KCP
HV-200KCP
HW-10KCP
HW-60KCP
HW-100KCP
HW-200KCP

Region - limited models

HV-300KC
HV-600KC
HW-300KC
HW-600KC

1WMPD4003471C

HV-300KCP
HV-600KCP
HW-300KCP
HW-600KCP© 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.

Contents1.
1.1.

Compliance ................................................................................................................................. 3
Compliance with FCC Rules ................................................................................................... 3

2.

Outline and Features .................................................................................................................. 3

3.
3.1.
3.2.
3.3.

Precautions.................................................................................................................................. 5
Installing the Scale ................................................................................................................... 5
Operating the Scale ................................................................................................................. 5
Storing the Scale ...................................................................................................................... 6

4.
4.1.1.
4.1.2.

Setting up and Installing the Scale ............................................................................................. 7
Model-A Procedure to Assemble the Scale........................................................................ 7
Method-B Procedure to Assemble the Scale ..................................................................... 8

5.
5.1.
5.1.1.
5.1.2.
5.2.
5.3.
5.3.1.
5.3.2.
5.4.
5.4.1.
5.4.2.
5.4.3.

Package Contents ...................................................................................................................... 9
Accessories and Options List................................................................................................ 11
Accessories List .................................................................................................................. 11
Options List.......................................................................................................................... 12
Installing the Batteries for Type C ......................................................................................... 13
Removing the Pole ................................................................................................................ 14
Method-A Procedure to Remove the Pole........................................................................ 14
Method-B Procedure to Remove the Pole........................................................................ 16
Grounding the Scale .............................................................................................................. 17
Method-A Procedure to Ground the Scale ....................................................................... 17
Method-B Procedure to Ground the Scale ....................................................................... 17
Method-C Procedure to Ground the Scale ....................................................................... 17

6.
6.1.
6.2.

Description of Each Part ........................................................................................................... 18
Display and Symbols ............................................................................................................. 20
Keys ........................................................................................................................................ 22

7.
7.1.
7.1.1.
7.1.2.
7.1.3.
7.2.
7.2.
7.2.1.
7.2.2.
7.3.

Basic Operation......................................................................................................................... 24
Turning the Scale On/Off and Weighing .............................................................................. 24
When Using the AC Adapter.............................................................................................. 24
When Using the Batteries for Type C................................................................................ 25
Power on Zero Function and Power on Tare Function.................................................... 25
ColorTare Function to Display Net Value ............................................................................. 25
Tare Function to Display Net Value ...................................................................................... 26
Inputting Tare Value by Weighing ..................................................................................... 26
Digital Input of Tare Value (Preset Tare)........................................................................... 26
Switching the Mode ............................................................................................................... 27

8.
8.1.
8.2.

Counting Mode.......................................................................................................................... 28
Storing a Unit Mass................................................................................................................ 28
Counting the Number of Objects .......................................................................................... 29

9.

Accumulation Function ............................................................................................................. 30

10.
Comparator ............................................................................................................................... 32
10.1.1.
Setting a Mode and Method............................................................................................... 33
HV/HW-C/CP Series

Page 1

10.1.2.
10.1.3.
10.1.4.
11.

Comparison and Formula .................................................................................................. 34
Setting Threshold Values (of Limits and Ranks) .............................................................. 36
Buzzer of Comparator Mode.............................................................................................. 37
Auto-Tare................................................................................................................................... 38

12.
Built-in Printer of Type CP ........................................................................................................ 39
12.1.1.
Installing the Roll Paper ...................................................................................................... 40
13.
ID Number and GLP ................................................................................................................. 41
13.1.
Setting the ID Number ........................................................................................................... 41
13.1.1.
Display Character Table..................................................................................................... 41
13.2.
Setting the Clock .................................................................................................................... 42
13.3.
GMP Report ........................................................................................................................... 43
14.
Calibration (Adjusting the Scale)...................................................................................................... 47
14.1.
Gravity Acceleration Table .................................................................................................... 48
14.2.
Complete Calibration Procedure........................................................................................... 49
14.2.1.
Gravity Acceleration Correction ......................................................................................... 49
14.2.2.
Preparation .......................................................................................................................... 49
14.2.3.
Calibration of the Zero Point............................................................................................... 50
14.2.4.
Span Calibration ................................................................................................................. 50
15.
15.1.
15.2.
15.3.

Function Table........................................................................................................................... 51
Parameter Setting Procedure ............................................................................................... 51
Parameter List ........................................................................................................................ 52
Initializing Parameters of the Function Table ....................................................................... 58

16.
Options....................................................................................................................................... 59
16.1.
Installing Options .................................................................................................................... 59
16.2.
HVW-02CB, USB Interface ................................................................................................... 60
16.2.1.
Procedure for Using the USB Interface ............................................................................. 60
16.2.2.
Example of Using the USB Interface................................................................................. 60
16.3.
HVW-03C, RS-232C Interface.............................................................................................. 62
16.4.
HVW-04C, Comparator Relay Output /Buzzer /Contact Input................................................................. 63
16.5.
Communication Format ......................................................................................................... 65
16.5.1.
Command Mode................................................................................................................. 67
16.6.
Using UFC (Universal Flex Coms) Function ................................................................................... 74
17.

Specifications ............................................................................................................................ 77

18.
18.1.
18.2.

Maintenance.............................................................................................................................. 83
Repair ..................................................................................................................................... 83
Check Points Before Calling Maintenance Service.................................................................... 83

19.

Index .......................................................................................................................................... 84

Page 2

HV/HW-C/CP Series1. Compliance1.1. Compliance with FCC Rules
Please note that this equipment generates, uses and can radiate radio frequency energy.
This equipment has been tested and has been found to comply with the limits of a Class A
computing device pursuant to Subpart J of Part 15 of FCC rules. These rules are designed toprovide reasonable protection against interference when this equipment is operated in acommercial environment. If this unit is operated in a residential area it might cause someinterference and under these circumstances the user would be required to take, at his own
expense, whatever measures are necessary to eliminate the interference.
(FCC = Federal Communications Commission in the U.S.A.)

2. Outline and Features
The HV-C/CP series are platform scales with 1/3000 resolution.
These scales have the triple weighing range function to select the weighing range. The scale
automatically switches to small interval when a light sample is weighed or large interval when aheavy sample is weighed, depending on the sample weight (multi-interval).
The HW-300KC, HW-300KCP, HW-600KCP and HW-600KC are platform scales with
1/6000 resolution. Other HW models are platform scales with 1/10000 resolution.
Type CP scales are equipped with a built-in printer.
Type C scales use batteries or an AC adapter as a power source.
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 a command from a personal computer.
The counting mode converts the total mass value (total weight) of objects to a count when eachobject has the same mass value.
The scale has 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 can be stored in thescale.)
The comparator function compares the displayed weighing value against preset limit values anddisplays the result. The result can be output by a buzzer if optional HVW-04C is installed.
An optional RS-232C serial interface, USB interface or comparator relay output can be installed
up to three units into the scale.

HV/HW-C/CP Series

Page 3

The following parameters are stored in the scale even if the AC adapter or batteries are
removed or the display is turned off (standby mode).
Display mode (weighing unit)
Unit mass of counting mode
Total count and total mass value of accumulation function
Preset limit values of comparator function
Calibration data
Parameters of the function table
Multi-interval:
The Readability is automatically switched depending on the sample weight. When exceeding
the small, medium or large ranges, the interval of display is automatically switched.
Example of an HV-60KC where weighing capacity is 60kg:
The Readability is 0.005 kg, 0.01 kg or 0.02 kg.
Principal performance of this function:
When a light sample is weighed, the interval of display is small.
When a heavy sample is weighed, the interval of display is large.
Weighing capacity
60 kg
Large range
30 kg
15 kg

Medium range
Small range
0.005 kg

0.01 kg

0.02 kgPage 4

Readability( Interval of display )HV/HW-C/CP Series3. Precautions

3.1. Installing the Scale
Consider the following conditions to get the most from your scale.
Install the scale where the temperature and relative humidity are stable, there is no draft and astable power source is available.
Install the scale on a solid and level surface.
Do not install the scale in direct sunlight.
Do not install the scale near heaters or air conditioners.
Do not install the scale where there is flammable or corrosive gas present.
Do not install the scale near equipment that produces strong magnetic fields.
Do not install the scale where there may be static electricity. When the relative humidity is lower
than 45%R.H., plastic and isolators are apt to be charged with static electricity.
The display unit is not water resistant. Use the display unit cover to avoid damage.
Do not use an unstable power source.
Remove the protective film from the weighing pan before use.
30 minutes before the scale is used, connect the power (the AC adapter or batteries) and press
the ON/OFF key to turn the display on.
The scale is designed for indoor use. If the scale is used outdoors, it may receive electricalshock of thunder surge and suffer malfunction and damage.

3.2. Operating the Scale
Calibrate the scale before using and after moving it to another location.
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 to press the keys. Press the keys gently using
your finger.
Pressing the ZERO key before each weighing is recommended in order to prevent possible
error.
Periodically confirm that the weighing value is correct.
Replace used batteries with four new ones when the lb
Batteries are type D, Mono, R20P, R20PU or LR20.

HV/HW-C/CP Series

Page 5mark is displayed.

3.3. Storing the Scale
Do not disassemble the scale.
Do not use solvents to clean the scale. Wipe it with a dry lint-free cloth or a lint-free clothmoistened with water and a mild detergent.
The base unit can be cleaned with gentle running tap water. Do not scratch the base unit with abrush. Allow the unit to dry before using.
CautionThe base units of the following models are not waterproof.
HV-300KC, HV-300KCP, HV-600KC, HV-600KCP,
HW-300KC, HW-300KCP, HW-600KC, HW-600KCP
Protect the display unit from dust and water.
Remove the batteries from the display unit when the scale is not to be used for a long time.
If you leave the batteries installed, they may leak and damage the scale.

Page 6

HV/HW-C/CP Series

4. Setting up and Installing the Scale
There are two ways of assembling (setting up) the HV-C/CP and HW-C/CP series.
Assemble the scale according to the method-A procedure or method-B procedure.
ModelsS-model: HV-15KC, HV-15KCP, HW-10KC, HW-10KCP
M-model: HV-60KC, HV-60KCP, HW-60KC, HW-60KCP
L-model: HV-200KC, HV-200KCP,
HW-100KC, HW-100KCP, HW-200KC, HW-200KCP
L2-model: HV-300KC, HV-300KCP, HV-600KC, HV-600KCP,
HW-300KC, HW-300KCP, HW-600KC, HW-600KCP

4.1.1.

Reference
Method-A procedure
to assemble the scale
Method-B procedure
to assemble the scale

Model-A Procedure to Assemble the Scale

HV-15KC, HV-15KCP, HV-60KC, HV-60KCP, HV-200KC, HV-200KCP, HW-10KC,HW-10KCP,
HW-60KC,HW-60KCP,HW-100KC,HW-100KCP, HW-200KC, HW-200KCPThis procedure is used to set up the above models and includes
steps that may not be necessary for some models.

Weighing Pan
Pole

Step 1 Take the base unit and pole out from the shipping
package, taking care not to pull on the load cell cable.

Step 2

Step 2 Place the weighing pan on the base unit. Peel theprotective film from the weighing pan before use.

Base unit

Step 3 Assemble the pole. Attach the pole to the bracket of thebase unit, taking care not to damage the load cell cable.
Insert the remainder of the load cell cable into the pole.
Affix the pole to the bracket using two hex screws.
Note With S-models, this procedure is not required because
the pole and bracket are a combined unit.

Step 1
Load cell cable

Pole
Step 3Hex screws

3 mm hex wrench
Bubble spirit level

BracketStep 4 Select a place to install the scale.
Refer to "3.1. Installing the Scale" .
Step 5 Adjust the level using the bubble spirit and four levelingfeet of the base unit. Place the pole on the floor using thepole foot.
Step 6 Arrange the angle of the display unit. Press the caps at
the pole top from both sides and adjust the angle of thedisplay unit.

Leveling footPole footStep 5
OK: Level

Step 7 Check the weighing accuracy. If the scale needs
calibration, refer to "14. Calibration".
The display unit can be adjusted in four steps vertically.
Setting the display sideways is also possible. (Make sure thatthe pole is secured at the lower part of the pole using hex
screws. Do not turn the display unit at a joint for the pole.)
HV/HW-C/CP Series

Page 7

Step 6

NO: Inclination

4.1.2.

Method-B Procedure to Assemble the Scale

HV-300KC,HV-300KCP, HV-600KC,HV-600KCP,
HW-300KC,HW-300KCP, HW-600KC, HW-600KCPThis procedure is used to set up the above models.

Accessorybox
Note Display unit, pole and base unit are connected by Display unit
cable. Take care not to pull on the load cell cable. box

Step 2

Weighing Pan

Tied cableBase unit

Step 1 Take the display unit, base unit and pole out
from the shipping package taking care not to pullon the load cell cable.
Step 2 Remove the weighing pan.
Step 3 Assemble the pole and display unit.
Affix the pole and display unit using four 4 mmscrews. Use the Phillips screwdriver included.
Bundle the AC adapter cable andcommunication cable using two cable clamps
that affix to the pole.
Step 4 Arrange the angle of the display unit.
Press the caps at the pole top from both sides
and adjust the angle of the display unit.
Step 5 Connecting the load cell cable.
Connect the load cell cable to the display unit.
Close the cable cover, hook the cable in hooks
and adjust cable length. Close the bracket cover.

Cable cover
Load cell cablePole

Display unit

Cable clamp (2 pieces)
Step 5Connector

Cable cover

Load cell cable

Step 6 Assemble the base unit and pole.
Affix the pole and base unit using four hex
Step 4screws (and flat washers) so as not to damage Bracket cover
the load cell cable. Use the hex wrench included.
Bundle the remainder of the load cell cable using Four hex screws
to affix pole
the included cable ties.
Step 7 Place the weighing pan on the base unit.
Affix the weighing pan using four 5 mm screws.
Use the Phillips screwdriver included. Peel theprotective film from the weighing pan.

Step 3
Four 4 mm screws
Phillips screwdriver
Pole

Hook
Hex wrench
Step 6

Four flat washer
Tied cable

Step 8 Select a place for installing the scale.
Refer to "3.1. Installing the Scale" .

PoleStep 9 Adjust the bubble spirit level.
Weighing pan
Adjust the level of the base unit using the bubble
OK: Levelspirit level and the leveling feet.
Bubble spirit level
Step 10 Check the weighing accuracy. If the scale
Four 5 mm screws
needs calibration, refer to "14. Calibration".
Leveling footStep 9Page 8

NO: Inclination

Step 7
HV/HW-C/CP Series5. Package Contents
S-models

HV-15KC
HV-15KCP
HW-10KC
HW-10KCP

L-models

HV-200KC
HW-100KC
HW-200KC

Display unit

HV-200KCP
HW-100KCP
HW-200KCP
Display unit

Weighing pan

M-models

Display unit

Weighing pan

HV-60KC HV-60KCP
HW-60KC HW-60KCP

Weighing pan

Base unit
Caution
Do not pull the load cell cable.

Caution
Do not pull the load cell cable.

Accessories
Accessories supplied depend on the scale.
Refer to "5.1. Accessories and Options List".

Display unit cover
AXP-3003217D

HV/HW-C/CP Series

Hex wrench

AC adapter
Please confirm that the AC adapter type is correct
for your local voltage and receptacle type. The AC
adapter may not be provided for some areas.
Page 9L2-models

HV-300KC
HV-600KC
HW-300KC
HW-600KC

HV-300KCP
HV-600KCP
HW-300KCP
HW-600KCP

Display unit

CautionThe load cell cable is notconnected when shipping.
Weighing pan
Caution
Do not pull the load cell cable.

Base unit

Accessories
Accessories supplied depend on the scale.
Refer to "5.1. Accessories and Options List".

Display unit cover
AXP-3003217D

AC adapter
Please confirm that the AC adapter type is correct foryour local voltage and receptacle type. The AC adapter
may not be provided for some areas.

Tow
Set of hex screws for
Cable clamp pole with hex wrench.

Four
Four
4 mm screws for display unit. 5 mm screws for weighing
panCable tie

Bracket coverPhillips screwdriverPage 10

HV/HW-C/CP Series

Type C and CP
Scale with "C" or "CP" at the end of model name.

Type C
Scale with "C" at the end of model
name.

Batteries (Not included)

AC adapter
Please confirm that the AC adapter type is correct for your local voltage andreceptacle type. The AC adapter may not be provided for some areas.

5.1.1.

5.1. Accessories and Options List
Accessories List

Type

Type C

Models
HV-15KC
HW-10KC
HV-60KC
HV-200KC
HW-60KC
HW-100KC
HW-200KC( Able to use
battery ) HV-300KC
HV-600KC
HW-300KC
HW-600KC

Type CP( Built-in
printer )Accessories (Quantity)
Display unit cover (AXP-3003217D)
Instruction manual
AC adapter(1)

Display unit cover (AXP-3003217D)
Hex wrench(1)
Instruction manual
AC adapter(1)

Display unit cover (AXP-3003217D)
Cable clamp(2)
Set of hex screws for pole with hex wrench.
Bracket cover(1)
4 mm screws for display unit
(4)
Cable tie
(1)
5 mm screws for weighing pan (4)Phillips screwdriver (1)Instruction manual
AC adapter(1)
Display unit cover (AXP-3003217D)
Roll paper (1 roll)
Instruction manual
AC adapter(1)

HV-15KCP
HW-10KCP
HV-60KCP
HV-200KCP Display unit cover (AXP-3003217D)
HW-60KCP Hex wrench(1)Roll paper(1 pc)
HW-100KCP Instruction manual
AC adapter(1)
HW-200KCP
Display unit cover (AXP-3003217D)(2)
Set of hex screws for pole with hex wrench.
HV-300KCP Cable clamp
Bracketcover(1)
4mm screws for display unit
(4)
HV-600KCP
HW-300KCP Cable tie(1)
5 mm screws for weighing pan (4)HW-600KCP Phillips screwdriver (1)Roll paper(1 roll)
Instruction manual
AC adapter(1)

HV/HW-C/CP Series

Page 11

5.1.2.

Options List

Order code
HVW-02
HVW-02CB
HVW-03C
HVW-04C

HVW-08C

HVW-11C
HVW-12C
FW-15
FW-16-4

Option name
Extension load cell cablefor L2-models, 5 m

Models
HV-300KC, HV-300KCP,
HV-600KC, HV-600KCP,
HW-300KC, HW-300KCP,
HW-600KC, HW-600KCP

USB interface
RS-232C interface
Comparator relay output / Buzzer /Contact input

All models

Extension load cell cablefor models except L2-models, 5 m

HV-15KC, HV-15KCP,
HV-60KC, HV-60KCP,
HV-200KC, HV-200KCP,
HW-10KC, HW-10KCP,
HW-60KC, HW-60KCP,
HW-100KC, HW-100KCP,
HW-200KC, HW-200KCP

Wall mounting kit
Printer mounting kit (for AD-8127)
Stand for the display unit
(The display is not included)
Wheel

AX-KO2466-200 RS-232C cable, D-sub 25 pin, 2 m.
AX-KO2466-500 RS-232C cable, D-sub 25 pin, 5 m.
AX-KO2466-1000 RS-232C cable, D-sub 25 pin, 10 m.

All models
HV-300KC, HV-300KCP,
HV-600KC, HV-600KCP,
HW-300KC, HW-300KCP,
HW-600KC, HW-600KCPAll models

Note
Refer to the relevant option manual for use of the following options.
HVW-02, HVW-08C, HVW-11C, HVW-12C, FW-15 and FW-16.
Calibrate the scale with a calibration weight when extension cable HVW-02 or HVW-08C isused, if necessary.
The requirement for the RS-232C communication includes the limitation of cable length and thelimitation due to tolerance against electrical noise from environment. Therefore, it cannot
guarantee all of the RS-232C communication.

Consumables
AX-PP147-S

Special roll paper for the built-in printer (set of 5 rolls)

Page 12HV/HW-C/CP Series5.2. Installing the Batteries for Type C
AC adapter

Step 1 Turn off the display.
Remove the AC adapter.

Step1

AC adapter
Please confirm that the AC adapter type is correct
for your local voltage and receptacle type. The AC
adapter may not be provided for some areas.

Step 2 Open the battery cover and inner cover in that order.
Push the battery cover and slide it.
Push the hook of the inner cover to the left and lift it.

Step 3 Insert four new batteries with proper polarity (+, -).
Batteries are type D, Mono, R20P , R20PU or LR20.

Step 2
Hook
Inner coverBattery caseBattery coverBatteries

Step 3

Step 4 Close the covers in the reverse of the order of step 2.

Battery cover
Step 4

CautionWhen batteries are consumed mostly, the battery markis displayed.
Replace batteries with four new ones, whenis displayed.
Do not mix used and new batteries. Do not use batteries of different type and manufacturer.
Doing so may cause damage to the batteries and the scale.
Check the battery direction. If the batteries are installed in the wrong direction, it may cause
battery leakage. If the direction of just one battery is wrong, the scale may work temporarily.
The battery life depends on the ambient temperature. It becomes shorter in low temperatures
such as in winter.
Remove the batteries from the display unit, when the scale is not to be used for a long time.
Leaving them installed may result in leakage and cause damage.
Damage due to battery leakage is not covered under warranty.

HV/HW-C/CP Series

Page 13

5.3. Removing the Pole

CautionRemove the AC adapter and batteries before removing the pole.
When removing the load cell cable, do not pull on the load cell cable connector forcibly and do
not pull on the wires of the cable. Do not pull the load cell cable. Do not bend the 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 thedisplay unit is sensitive to those.

The procedure to remove the pole depends on the model. Refer to the list below and select aproper procedure.
ModelsS-model: HV-15KC,
HV-15KCP, HW-10KC,
M-model: HV-60KC,
HV-60KCP, HW-60KC,
L-model: HV-200KC, HV-200KCP,
HW-100KC, HW-100KCP, HW-200KC,
L2-model: HV-300KC, HV-300KCP, HV-600KC,
HW-300KC, HW-300KCP, HW-600KC,

5.3.1.

Reference
HW-10KCP
HW-60KCP

Method-A procedure
to remove the pole

HW-200KCP
HV-600KCP,
HW-600KCP

Method-B procedure
to remove the pole

Method-A Procedure to Remove the Pole

HV-15KC, HV-15KCP, HV-60KC, HV-60KCP, HV-200KC, HV-200KCP, HW-10KC,HW-10KCP,
HW-60KC,HW-60KCP,HW-100KC,HW-100KCP, HW-200KC, HW-200KCP
Step 1 Turn the scale off.
Remove the AC adapter and batteries.

Cable coverConnector

Cable clamp

Step 2 Open the rear cover of the display unit.
Gently disconnect the load cell cable connector
vertically. (Do not pull toward you).

Load cell cable
Ferrite core
Wind up 2 times

Step 3 Using a Phillips screwdriver, remove four 4 mmscrews used to attach the display unit to the pole.
Step 4 Remove the ferrite core and the cable clamp fromthe load cell cable.
Step 5 Using a Phillips screwdriver; remove 3 mm screws
and the bottom cover of the bracket of M-models
and L-models.
Step 6 Carefully remove the load cell cable from the poleand the bracket. Particularly with S-models, takecare not to pull on the connector forcibly.

4 mm screw
Pole and bracket
Pole

Bracket cover

Bottom cover
3 mm screws

Page 14

HV/HW-C/CP Series

Hex wrench
Hex screws

Step 7 Arrange the cable so it does not touch the weighing
pan in the base unit.
If the cable is untied, the straight length of S-models
is approximately 1.5 m, and the straight length of
M-models and L-models is approximately 2.5 m.
The length of the optional extension load cell cable(HVW-08C) is approximately 5 m.

Step 8 Remove the pole and bracket from the base unit
using a hex wrench.
Hex wrench 5 mm
Hex wrench 6 mm

HV-15KC,
HW-10KC,
HV-200KC,
HW-200KC,

Pole and bracket

HV-15KCP, HV-60KC,
HW-10KCP, HW-60KC,
HV-200KCP, HW-100KC,
HW-200KCP

HV-60KCP,
HW-60KCP
HW-100KCP,

Step 9 Wind the cable through the ferrite core two times.
Affix the cable to the rear cover using the cable clamp.
Step 10 Connect the cable to the connector.
Close the rear cover.
Step 11 Check the weighing accuracy.
Extension load cell cable (HVW-08C)
Display unit
5 m extension cable
The shape of base unit differs by model.

HV/HW-C/CP Series

Page 15

5.3.2.

Method-B Procedure to Remove the Pole

HV-300KC,HV-300KCP, HV-600KC,HV-600KCP,
HW-300KC,HW-300KCP, HW-600KC, HW-600KCP
Step 1 Turn the scale off.
Remove the AC adapter and batteries. .

Cable coverConnector

Cable clamp

Step 2 Open the rear cover of the display unit.
Gently disconnect the load cell cable connector
vertically. (Do not pull toward you).

Load cell cable
Ferrite core
Wind up 2 times

Step 3 Using a Phillips screwdriver, remove four 4 mmscrews used to attach the display unit to the pole.
Step 4 Remove the ferrite core and the cable clamp fromthe load cell cable.

4 mm screw
Step 7

Step 5 Carefully remove the load cell cable from the pole.
Take care not to pull on the connector forcibly.
Step 6 Arrange the cable so it does not touch theweighing pan in the base unit.
If the cable is untied, the straight length of
L2-models is approximately 4.5 m. The length ofthe optional extension load cell cable (HVW-02)
is approximately 5 m.

Bracket coverHex wrench
Hex screws

Step 5
Base unit
Pole

Step 7 Remove the pole and four hex screws from the baseunit using a hex wrench.
Step 8 Wind the cable through the ferrite core two times.
Affix the cable to the rear cover using the cable clamp.
Step 9 Connect the cable to the connector.
Close the rear cover.
Step 10 Check the weighing accuracy
Extension load cell cable (HVW-02)
Display unit
5 m extension cable

The shape of base unit differs by model.

Page 16

HV/HW-C/CP Series5.4. Grounding the Scale
When using where there may be static electricity, ground the scale.
The grounding method depends on the model. Refer to the list below and ground the scale
properly. These procedures are only for the grounding part of the scale.
ModelsS-model: HV-15KC,

HV-15KCP,

HW-10KC, HW-10KCP

Reference
Method-A procedure
to ground the scale

M-model: HV-60KC, HV-60KCP, HW-60KC, HW-60KCP
Method-B procedure
L-model: HV-200KC, HV-200KCP,
to ground the scale
HW-100KC, HW-100KCP, HW-200KC, HW-200KCP
L2-model: HV-300KC, HV-300KCP, HV-600KC, HV-600KCP, Method-C procedure
HW-300KC, HW-300KCP, HW-600KC, HW-600KCP
to ground the scale

5.4.1.

Method-A Procedure to Ground the Scale

HV-15KC, HV-15KCP, HW-10KC, HW-10KCP

Grounding wire

Secure the grounding wire using an M4 screw in thescrew hole between the two hexagon bolts on thebase unit bottom side. ( Part)

Leveling footBottom of base unit

Ground

5.4.2.

Method-B Procedure to Ground the Scale

HV-60KC, HV-60KCP, HV-200KC, HV-200KCP,
HW-60KC,HW-60KCP,HW-100KC,HW-100KCP,
HW-200KC,HW-200KCP
Secure the grounding wire using the screw that securesthe bottom cover. ( Part)

Bottom of base unit
Bottom cover

GroundGrounding wire

5.4.3.

Method-C Procedure to Ground the Scale

HV-300KC, HV-300KCP, HV-600KC, HV-600KCP,
HW-300KC, HW-300KCP, HW-600KC, HW-600KCPPass the grounding wire through the trench.
Grounding wire

Remove the weighing pan. Secure the grounding wireusing the screw that secures the band of the load cell
cable bundle. ( Part) Pass the grounding wire throughthe trench the same as the load cell cable. Arrange thegrounding wire so it does not touch the weighing pan.
Ground
HV/HW-C/CP Series

Page 17

6. Description of Each Part
S-models

HV-15KC
HV-15KCP
HW-10KC
HW-10KCP

Serial No. (on the side)
Display unit

M-models

HV-60KC
HW-60KC

L-modelsCap
Pole

HV-200KC
HW-100KC
HW-200KC

HV-60KCP
HW-60KCP

Serial No. (on the side)
Display unit

HV-200KCP
HW-100KCP
HW-200KCP

Cap
Pole

Leveling footBase unit
Weighing pan ( SUS430 )Display unit of type C

Leveling footBase unit
Weighing pan ( SUS430 )Display unit of type CP

Pole footBubble spirit level
Leveling footCAL switch

Type CP

Calibrate the scale to weigh correctly.

Battery case

Caution To use the scale, it is necessary to use a weight with a certified mass value.
Page 18

HV/HW-C/CP Series

L2-models

HV-300KC
HV-600KC
HW-300KC
HW-600KC

HV-300KCP
HV-600KCP
HW-300KCP
HW-600KCP

Serial No. (on the side)
Display unit
Cap
Pole

Bubble spirit level
Leveling footBase unit
Weighing pan ( SUS430 )Display unit of type C

Display unit of type CP

CAL switch

Type CP

Calibrate the scale to weigh correctly.

Battery case

Caution To use the scale, it is necessary to use a weight with a certified mass value.

HV/HW-C/CP Series

Page 19

6.1. Display and Symbols
Display and Symbols

Description
Stability markWhen the current weighing value is stable, this mark is displayed. Itmeans the scale is in the proper condition for reading weighing value.
Zero point markThe zero point is the reference point for weighing. When theZERO key is pressed with nothing on the weighing pan, thismark and a zero value are displayed.
Net mark
When a tare weight (example: container) is placed on theweighing pan and the TARE key is pressed, this mark and azero value are displayed. The net value is a value the tare value
is subtracted from the gross value.
Preset tare markThis mark blinks while a digitally input tare is displayed.
Hold markThis mark is displayed while the display is held.
Accumulation markThis mark is displayed while the accumulation function is used.
Low battery mark for type C
This mark is displayed when the battery is close to being depleted(voltage is low). Replace with four new batteries.
Comparator indicator
While the comparator function is being used, the weighing value iscompared using the preset threshold values and the indicator
displays the result.
Unit Zero point (Example)
When the ZERO key is pressed with nothing on the weighingpan, the zero value, zero point mark and stability mark aredisplayed.

Weighing value

The unit of counting mode

20 pieces

Zero value

10 pieces

Not zeroCounting mode (Example)
This mode counts the number of objects on the weighing panusing the preset unit mass. The unit is.
Storing the unit mass for the counting mode (Example)
The unit mass is stored using 20 samples.
The zero value means that no objects are on the weighing pan.
Storing the unit mass for the counting mode (Example)
The unit mass is stored using 10 samples.
Sign "-" means that something is placed on the weighing pan.
Page 20

HV/HW-C/CP SeriesDisplay and Symbols

Item

Description
While setting a preset tare (Example)
Input a tare value using the numerical keys.
Store the new tare value using the ENTER key.

Function settings (Example)
Select the item using the MODE key and enter the item using
the ENTER key.
Parameter Input a parameter using the numerical keys.
Store the parameter using the ENTER key.

Fixed value

Hold display (Example)
Activate the hold mode in theitem of "15.2. Parameter
list", if you will hold the display of the weighing value.
When the weighing value is "near zero" (within the "zero band")or changes more than (25 % of the hold display + 30 digits), thehold display is canceled.
Weighing error
Check the base unit and the weighing pan.
Overload display
Remove anything that is on the weighing pan.
Calibration error
The calibration weight is too light.
Check the base unit and the weighing pan.
Calibration error
The calibration weight is too heavy.
Check the base unit and the weighing pan.

Fixed display

Blinking
Blinking

An error where the zero value cannot be displayed because
the weighing value is unstable when the scale turns on.
Remove anything that is on the weighing pan.
Perform zero point calibration.
Avoid a breeze or vibration that will affect measurement.
Check around the weighing pan.
Accumulated data countand lighting up

Total mass value of the accumulated data

The weighing range and measurable Readability.
Example of model label:
Example:Max
3 / 6 / 15 kg The weighing value is displayed up to 15 kg with interval 0.005 kg.
d = 0.001 / 0.002 / 0.005 kg The weighing value is displayed up to 6 kg with interval 0.002 kg.
The weighing value is displayed up to 3 kg with interval 0.001 kg.
"digit" is a unit of display and is equivalent to the minimum measurable weighing value.
"Max" means the weighing range.
"d =" means "digit" and is equivalent to minimum weighing value in the unit of kg.
"near zero" or "zero band" is within ±4 digits (four times the minimum weighing value that canbe weighed) from zero point in the weighing unit "kg".
HV/HW-C/CP Series

Page 21

6.2. Keys
Display and Symbols

Description
ON/OFF key to show or hide the display alternately.
When the scale is turned on, the electric power is supplied to the electric
circuit inside the scale.
When the scale is turned off, the scale is in standby status. At this time,
only minimum power consumption of the waiting mode and power
consumption of AC adapter connected to the AC socket are consumed.
ZERO key.
When the scale is turned on and zero point is weighed with nothing on
the weighing pan, the scale assumes zero point as the reference valueof weighing.
When the ZERO key is pressed within 2% of the capacity and theweighing value is stable, the scale displays zero point mark and zero
value. At this time, if tare function and accumulation mode have been
used, that data are deleted.
TARE key.
When the weighing value is a positive stable value and the TARE key
is pressed, the scale displays a zero value as net value, net mark andzero point mark. The net value is a value obtained by subtracting thevalue of tare weight from gross value. Tare weight (container) is placedon the weighing pan and is not included in the net value. (In tare mode)
Note The weighing range is reduced according to value of the tareweight.
Adds to the accumulated data.
SET key.
In the comparator mode, this key selects + and - for limit values.
MODE key
The key switches the mode (weighing unit) to be displayed between
weighing value and count.
The mode (weighing unit) is maintained in non-volatile memory, so thescale displays using the most recently used mode (weighing unit) whenturning on the power next time.
The key is used to select the items at each setting.
HOLD key
The display of the weighing value is held.
Refer to the function settings for details.
PRINT key
The key is used to print out the value displayed or outputs it as data.
Those operations differ depending on the function settings.

Page 22

HV/HW-C/CP SeriesDisplay and Symbols

Description+

Press and hold the SET key and press the TARE key.
Use these keys to enter preset tare setting mode.

+

Press and hold the SET key and press the PRINT key.
Use these keys to perform paper feed at the built-in printer. (Type CP)+

Press and hold the SET key and press the M+ key.
Use these keys to display the accumulated results.

+

Press and hold the SET key and press the COMP key.
Use these keys to set limit values for the comparator.

+

Press and hold the SET key and press the ENTER key.
Use these keys to proceed to unit mass storing when using counting mode.

+

Press and hold the TARE key and press the ON/OFF key.
Use these keys to enter the function table.

HV/HW-C/CP Series

Page 23

7. Basic Operation

7.1.1.

7.1. Turning the Scale On/Off and Weighing
When Using the AC Adapter

Step 1 Ground the scale.
Step 2 Confirm that nothing is placed on the weighing pan.
Step 3 Confirm that local voltage and receptacle type are correct.
Step 4 The scale is turned on or off using the ON/OFF key.
Step 5 Check the accuracy of weighing. Allow a 30-minute warm up period before calibration.
Step 6 With nothing on the weighing pan, press the ZERO key to display the zero value.
Step 7 Gently place an object to be weighed on the weighing pan.
Step 8 Wait for the stability mark to be displayed. Read the weighing value.
Step 9 Gently remove the object from the weighing pan.
Step 10 Turn the scale off using the ON/OFF key.

Memo

When the scale is turned off using the ON/OFF key, the scale is in standby status. At thistime, minimum power consumption of the waiting mode and power consumption of the AC
adapter connected to the AC socket are consumed. If you want to shut off the power
consumption completely, disconnect the AC adapter.

AC adapter
Please confirm that the AC adapter type is correct
for your local voltage and receptacle type. The AC
adapter may not be provided for some areas.

Page 24

HV/HW-C/CP Series7.1.2.

When Using the Batteries for Type C

Step 1 Install four new batteries. Refer to "5.2. Installing the Batteries for Type C".
Step 2 Confirm that nothing is placed on the weighing pan.
Step 3 The scale is turned on or off using the ON/OFF key.
Step 4 Check the accuracy of weighing. Allow a 30-minute warm up period before calibration.
Step 5 With nothing on the weighing pan, press the ZERO key to display zero value.
Step 6 Gently place an object to be weighed on the weighing pan.
Step 7 Wait for the stability mark to be displayed. Read the weighing value.
Step 8 Gently remove the object from the weighing pan.
Step 9 Turn the scale off using the ON/OFF key.

CautionWhenis displayed, it means that the batteries will run out soon.

Replace used batteries with four new ones whenis displayed.

Battery life depends on the ambient temperature.
Remove the batteries from the display unit when the scale is not to be used for a long time.
Leaving them installed may result in leakage and cause a malfunction and damage to the scale.

7.1.3.

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, the weighing value is assumed as the reference value of weighing. The zero value as
gross value and zero point mark 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.

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 mark and net mark are displayed. The power on tare function can be used when
the current zero point is more than the threshold value from the zero point of calibration.
Active function
Power on zero function
Power on tare function

Threshold value
Principal standard models
Approved models±50 % of capacity±10 % of capacity+50 % of capacity+10 % of capacity

7.2. Color

HV/HW-C/CP Series

Page 25

Tare Function to Display Net Value
The tare function is used to cancel the mass value of a tare weight and to display the net
value, when a container (tare weight) to hold the object to be weighed is placed on theweighing pan.

CautionThe 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 isturned off.
For the HV-C and HV-CP series, the storable preset tare value must be within the minimum
weighing range.

7.2.1.

Inputting Tare Value by Weighing

How to weigh a tare weight (container) and display the net value.
Step 1 Place the container on the weighing pan.
Wait for the stability mark to be displayed.
Press the TARE key.
The display becomes zero and the net mark is displayed.
Step 2 Place an object to be weighed in the container.
Wait for the stability mark to be displayed and read the net display.
Step 3 Remove all of the objects and the container from the weighing pan.

7.2.2.

Digital Input of Tare Value (Preset Tare)

How to input value of a tare weight using numerical keys and to display the net value.
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 thetare value is zero (reset value). The
PT mark blinks.
Step 2 Input the preset tare value using the numerical keys.
Step 3 Press 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 object to be weighed in the container.
Wait for the stability mark to be displayed and read the net display.
Step 5 Remove all of objects and the container from the weighing pan.

Page 26

HV/HW-C/CP Series7.3. Switching the Mode
When accumulation data is stored in the scale, the number of accumulations and an
accumulation value can be displayed.
The weighing unit used when turned on is the last weighing unit used before turning off.
Ib-oz display is available only with HV-15KC, HV-15KCP, HW-10KC and HW-10KCP.

+
Counting mode

kg weighing

Unit mass storing mode

Ib weighingoz weighing

lb-oz weighing-+
Number of accumulation+
Comparator limit setting+
Preset tare setting

HV/HW-C/CP Series

Page 27

Accumulation value

8. Counting Mode
The counting mode is the function to convert the total mass value (total weight) of objects to a
count, when each object has the same mass value.
To use this function, store a unit mass in advance.
Even if the AC adapter or the batteries is removed, the unit mass is maintained in non-volatilememory.

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

Step 2 Press the SET and ENTER key to enter the modethat stores a unit mass.
Step 3 Select the number of samples using the SET key.
The greater the quantity of samples, the greater theaccuracy of the count.
5 pieces, 10 pieces, 20 pieces, 50 pieces, 100 pieces
Step 4 Place the container on the weighing pan.
Press the TARE key.

Number of samples

Step 5 Place the number of samples selected at step 3.
Wait for the stability mark to be displayed.
Press the ENTER key to store.
The count is displayed.

Container
Weighing pan

CautionWhen the sample total mass value is too small and it
is not possible to calculate a unit mass, the scale
displaysand returns to step 3. Increase thenumber of samples. The total sample mass are
required more than 10 times of Readability in kg.

Zero value

When the unit mass is too small to store, the scale
displays. In this case, the unit mass will
not be stored even if the number of samples isincreased.
Pressing the MODE key, after
displayed will display the next unit.

is

Count

Step 6 Remove the samples and the container from the weighing pan.
Note The shape of the base unit differs depending on themodel.
Page 28

HV/HW-C/CP Series8.2. Counting the Number of Objects
Step 1 Press the MODE key to display the unit.

Step 2 Store the unit mass of the object.
Refer to "8.1. Storing a Unit Mass".
Step 3 Place the container on the weighing pan.
Press the TARE key.

Storing a unit mass
Container
Weighing pan

Zero value
Step 4 Place objects in the container.
Wait for the stability mark to be displayed andread the count.
Number of samples
Step 5 Remove the objects and the container from theweighing pan.
Count

HV/HW-C/CP Series

Page 29

9. Accumulation Function
The accumulation function can display the accumulation count and accumulation mass value ofobjects 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 or more.
Example: If a 60 kg sample is weighed 17 times, the total is 1020.000 kg.
(60.000 x 17 = 1020.000) The scale displays.
To use this function, set the parameters of the "Accumulation function (function table in advance.

)" in theTo use the built-in printer of type C, set the parameters of the "Built-in printer output mode()" in the function table in advance.
The total count and total mass value are stored in the scale even if the AC adapter or batteries
are removed or the display is turned off (standby mode).

Display and Key Operations of Accumulation Function
The display of the accumulation count has a blinking
M+ without a weighing unit.
The display of the accumulation mass value has aweighing unit and a blinking
M+.

Step 1 Press the SET and M+ key to display theaccumulation count and accumulation mass value.
Step 2 Press the MODE key to display theaccumulation count and accumulation mass value.
Step 3 Press the MODE key to return to weighing
display.

Weighing display
Press and holdPress
Accumulation countAccumulation value

When the ZERO key is pressed in the accumulationmode, the current data is reset to zero.
When the PRINT key is pressed in the accumulation
mode for type CP, the data is output to the built-in printer.

Weighing display

Refer to "Time and date adding" of the function
table to print the date and time.
Refer to "12. Built-in printer Type CP" for print sample.

Caution

The accumulation function is available only when weighing is performed in the same weighing unit.

Page 30

HV/HW-C/CP Series

Parameters of Function Table and Word Definition"near zero" is within ±4 digits (four times the minimum weighing value that can be weighed) fromzero point in the weighing unit "kg".

Item andParameter

Description
Accumulation function not used.
When the weighing value is a positive stable value and not "near zero",
if the M+ key is pressed, the value is accumulated.
The next accumulation can be performed after the display becomes "near zero" ora negative value.
When the weighing value is a positive stable value and not "near zero",
if the M+ key is pressed, the positive value is added to the accumulation value.
When the weighing value is a negative stable value and not "near zero",
if the M+ 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", the value isaccumulated automatically.
The next accumulation can be performed after the display becomes "near zero" ora negative value.
Use: To weigh each object and accumulate the count and total mass value.
When the weighing value is a positive stable value and not "near zero", the positive
value is added to the accumulation value automatically.
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 "near zero".

HV/HW-C/CP Series

Page 3110. Comparator
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)".
Each comparator mode compares the weighing value against the preset threshold values andoutputs the results using LEDs (yellow, green and red).
When the optional comparator relay output (HVW-04C) is installed into the scale, thecomparison 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 Yellow
Red
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 1
Rank 2
Rank 3
Rank 3
Rank 4
Rank 5
Rank 5 (HIHI),
Threshold Threshold Threshold Threshold Threshold Thresholdvalue
value lower value upper value value
value
Out of range (Positive value)
To use the comparator modes, itemandof the function table must be
specified and threshold 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 (when stability mark lights).
: 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" is within ±4 digits (four times the minimum weighing value that can be weighed)from zero point in the weighing "kg".
Page 32

HV/HW-C/CP Series10.1.1. Setting a Mode and Method
Step 1 Turn off the scale using the ON/OFF key.
While pressing and holding the TARE key,press the ON/OFF key to enter the setting
mode. Then the software version
is displayed.

Display off
Press and hold
Press
Software version

Press the MODE key to enter the function table
and classis displayed.

Step 2 Select classusing the MODE key.
Press the ENTER key to store it.

Step 3 Item
is displayed.
Input a parameter for the mode using the numerical keys.
Press the MODE key to proceed to next step.

Step 4 Item
is displayed.
Input a parameter for the comparison method using
the numerical keys.
Press the ENTER key to store it.
The scale returns to class level after theis displayed

Step 5 When the ZERO key is pressed, the scale
returns to the weighing mode.
Step 6 Proceed to "10.1.3. Setting Threshold Values(of Limits and Ranks)" to use the comparator mode.

HV/HW-C/CP Series

Page 33Class offunction table

Class

Item

Parameter

Weighing mode

10.1.2. Comparison and Formula
Judgment is performed using the formulas below. The result is displayed to the comparator indicatorand output to option interface.

Five-Level Comparator Mode
ResultComparison formula

LED

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

LOLO RedLO Yellow
OK Greenor,HI

Yellow

HIHI

Red

Three-Level Comparator Mode (Upper and lower limit mode)
ResultLO
OK

Comparison formula

LED

Displayed value < LO limit value or,
Displayed value < Out of range (Negative value)
LO limit value  Displayed value  HI limit value

LOLO Red
OK Green

HI limit value < Displayed value or,
Out of range (Positive value) < Displayed value
Caution The LO result is output to LOLO LED and LOLO option output.
The HI result is output to HIHI LED and HIHI option output.
HI

HIHI

Red

Seven-Level Comparator Mode (Ranking Mode)
ResultNone

Rank 1
Displayed value < Limit Lower value of Rank 2(LOLO)
Rank 2
Displayed value < Limit Lower value of Rank 3(LO)
Rank 3
Limit Lower value of Rank 3  Displayed value  Limit Upper value of Rank 3(OK)
Rank 4
Limit Upper value of Rank 3 < Displayed value(HI)
Rank 5
Limit Upper value of Rank 4 < Displayed value(HIHI)
Limit Upper value of Rank 5 < Displayed value or,None
Out of range (Positive value) < Displayed value
Page 34

LOLO
LO
OK
HI
HIHI

Relay
output
LOLO
OK
HIHI

LED

Relay
output

No LED-

Comparison formula
Displayed value < Limit Lower value of Rank 1 or,
Displayed value < Out of range (Negative value)

Relay
outputLOLO RedLO Yellow
OK GreenHI

YellowHIHI

Red

No LED

LOLO
LO
OK
HI
HIHI
-

HV/HW-C/CP Series

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 threshold values are incorrect, no error will be
output.

HV/HW-C/CP Series

Page 35

10.1.3. 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 _0_ to _9_, ENTER
key to store and proceed, _C_ key to cancel and SET key to alternate between +/-.
However the SET key is dependent on models.
Step 3 When settings of threshold values (of limits and ranks) are finished,is displayed.
(At this time, power-on-zero is not performed.)Five-Level Comparator Mode Three-Level Comparator Mode
Seven-Level Comparator Mode
(Ranking Mode)(Upper and lower limit mode)
Example: HW-60KC
Example: HV-200KC
Example: HV-15KC
LOLO
8.500 kgLO
148.85 kg
Rank 1 (LOLO) 0.500 kg or more
LO
10.000 kg
HI
152.50 kg
Rank 2 (LO)
1.000 kg or more
HI
10.500 kg
Rank 3 (OK)
1.500 kg to 2.000 kg
HIHI
12.000 kg
Rank 4 (HI)up to 2.500 kg
Rank 5 (HIHI)
up to 3.000 kg
Weighing
Weighing
Weighing mode
mode
mode

Input theLOLO limit
value

Input the LO
limit value

Input the LO
limit value

Input the HI
limit value

Input the HI
limit value

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-C / CP models changes the position of the
Readability depending on the weighing range.
Regard the hidden minimum digit as "0".
The HV-C / CP series is as follows : HV-15KC, HV-60KC,
HV-200KC, HV-300KC, HV-600KC, HV-15KCP,
HV-60KCP, HV-200KCP, HV-300KCP, HV-600KCPPage 36

Input the thresholdvalue of rank 5

Weighing mode
HV/HW-C/CP Series10.1.4. Buzzer of Comparator Mode
Installing the optional HVW-04C 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_ and _5_ numerical keys whenof thefunction table is displayed.
To set the buzzer to sound according to comparison result, select the corresponding numerical key
to light up 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
LED for the comparison result

_1_
LOLO

_2_
LO

_3_
OK

_4_
HI

_5_
HIHI

Image of display during setup

Example :When the result is LOLO or OK, the buzzer sounds.
Step 1 Press the _1_ key to light up the LED for LOLO.

If the result is LOLO, buzzer sounds

Step 2 Press the _3_ 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_ OK and _5_ HIHI are used
for buzzer settings. _2_ HI and _4_ LO are not used.

Corresponding numerical key
LED for the comparison result

_1_
LOLO

_2_
LO

Image of display during setup

HV/HW-C/CP Series

Page 37

_3_
OK

_4_
HI

_5_
HIHI

11. Auto-TareThe HV/HW-C/CP 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 a certain
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, the scale will automatically tare the weighing value, show zero value and be readyfor next weighing.
In some countries or areas, the auto-tare function cannot be used on the Legal for Trade models
and the selection in the function settings,
andis not available.
To use the auto-tare function, set the function settings below.
:
Compare all weighing data (other settings may be used depending on theapplication).
:
Auto-tare function enabled.
to: Select the timing to tare automatically to avoid the wrong tare operation,
Example : Too early to tare, so take longer time to go to the next weighing.
Take-away check weighing(Example withsetting)
Take-away check weighing (negative comparison) is the way to compare a negative weighing
value while taking away objects from a container.
Set the function
together with the auto-tare function enabled. In thisoperation mode, 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 scaleshows the comparator results as below.
<Weighing value> Net 0

Negative value

LOLO
LO
HI
OK
HIHI
-|LOLO limit value|-|HI limit value|-|LO limit value|-|HIHI limit value|
Note: To start take-away check weighing, be sure to use the TARE key to tare the weighing
value of the container filled with objects. The ZERO key may zero value the display, but
the scale goes below the zero point by taking away objects. Then, the auto-tare function or
TARE key does not work.
When the function "Tares the initial weighing value ( of container)" is selected :To start the auto-tare function, usually the container (filled with objects) will be placed on theweighing pan and its weighing value must be tared using the TARE key.
Whenis 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 thezero point and the value 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-02CB) or optional RS-232C
serial interface (HVW-03C), the OK weighing data can be output automatically. Set the function
settingor
toor.
Page 38

HV/HW-C/CP Series12. Built-in Printer of Type CP
Specify the parameter of "Built-in printer output mode (use the printer in advance.

)" in the function table toSpecify the parameters of "Setting the clock ()" and "Time and date adding()" in the function table to print the date in advance.

Specification

Type
Width of roll paper
Accessories
Characters

ConsumablesSpecial roll paper

Line thermal dot type
58 mm
Special roll paper (1 roll)
32 characters per line
(when using double height and width size, 16 characters per line)
AX-PP147-S (set of 5 rolls)

Operation and Print Samples

While pressing and holding the SET key, press the PRINT key. Paper feed is performed.

The following example is when the print mode in the function settings is selected.
Printing example for "Built-in printer output mode".
Weighing value
Count
Printing example for "Prints the date and time

".

Date
Time
Weighing value
Printing example for "Prints the ID". ID number = 000123

Date
Time
ID
Weighing value
Printing example where data is accumulated automatically and is printed out at the same time.
This is used when "Accumulation mode
" and"Built-in printer output mode
" are set.
Accumulation mode
Built-in printer output mode
Prints the date and time
A sample weight is weighed, accumulated and printed.
Date, time and ID are only printed at the first time.
HV/HW-C/CP Series

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Printing example for accumulation result ( accumulated data and count ).
If the PRINT key is pressed while the accumulation result( accumulated data and count ) is displayed, this result isprinted.

12.1.1. Installing the Roll Paper
Step 1 Pull the printer cover toward you to open it.

Step 2 Install the roll paper so that the end of the paper is at
the top.

Step 3 Close the printer cover.

Step 4 When the roll paper is installed successfully, thebuilt-in printer automatically feeds out the paper.

Caution
Do not pull the roll paper after printing. It may cause printing errors next time.

Page 40

HV/HW-C/CP Series13. ID Number and GLP
The ID number is used to identify the scale when Good Manufacturing Practice (GMP) or Good
Laboratory Practice (GLP) is used. The following GMP data is output to the built-in printer(HV-CP/HW-CP series) or a personal computer using the RS-232C interface.
Results of calibration ("Calibration report")
Results of calibration test ("Calibration test report")"Start block" and "End block" for GLP data

13.1. Setting the ID Number
Step 1 With the power turned off, while pressing and holding
the TARE key, press the ON/OFF key to turn the
power on and enter the function setting mode.
appears.

Press several times

Step 2 Press the MODE key several times to display.
Step 3 Press the ENTER key.
Enter the ID number using the following keys.
M+ keyThe blinking digit is moved to the left.
PRINT key The blinking digit is moved to the right.
Numerical keys A value can be input at the blinking digit.
Refer to the table below for the "13.1.1.
Display Character Table".

Use corresponding keys

Step 4 Press the ENTER key to store the settings.
appears after.
Step 5 Press the ON/OFF key to turn the display off orpress the ZERO key.

13.1.1. Display Character Table
0 1 2 3 4 5 6 7 8 9 -A B C D E F GH I J K L MNO P QR 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 20h

HV/HW-C/CP Series

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13.2. Setting the Clock
The clock can only be set for built-in printer models (Type CP).
Step 1 Turn off the display.
While pressing and holding the TARE key, press the
ON/OFF key to turn the display on and enter function
setting mode.
appears.

Press several times

Step 2 Press the MODE key several times to display.
Step 3 Press the ENTER key to enter date confirmation mode.
To set the time without changing the date, press the
MODE key.

- Date setting mode -Step 4 Press the ENTER key to enter date setting mode.
Set the date using the following keys.
1M+ key
The blinking digit is moved to the left
PRINT key The blinking digit is moved to the right
Numerical keys A value can be input at the blinking digit
1ZERO key To cancel settings and proceed to step 5.

Date

Use corresponding keys

Step 5 Press the ENTER key after finishing setting. A setting
value is registered, and the scale proceeds to time
confirmation mode after displaying.
To return to date confirmation mode, press the MODE key.

-Time setting mode -Step 6 Press the ENTER key to enter time setting mode.
Set time using the following keys.
1M+ key
The blinking digit is moved to the left
PRINT key The blinking digit is moved to the right
Numerical keys A value can be input at the blinking digit
1ZERO key To cancel settings and proceed to step 7.

Time

Use corresponding keys

Step 7 Press the ENTER key after finishing setting to register
the set value. The scale displays
after
displaying.
Step 8 Press the 1ON/OFF key to turn the display off orpress the 1ZERO key.

Page 42

HV/HW-C/CP Series13.3. GMP Report
If the GMP report is printed to an AD-8121B printer or AD-8127 printer, use "Format of
AD-8121B or AD-8127, inf1 1 or inf2 1 " in the function table.
Use "MODE 3" for the AD-8121B. Use "DUMP print mode" for the AD-8127.
If the GMP report is output to a personal computer, use "the general format, inf1 2 orinf2 2 " in the function table.

Calibration report

Step 1 Perform calibration according to "14.2. Complete
Calibration Procedure"
Step 2

appears when calibration is complete.
To output the results

Step 3

appears and the calibration report is output.

Step 4appears again.
Remove the weight.
Press the ON/OFF key to turn the display off orpress the CAL switch.

AD-8127 format

General format
Manufacture
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
HV/HW-C/CP Series

Page 43

A&

D <CR LF>
MODE LH V - 1 5 K C <CR LF>
S/N
6 A 6 1 2 3 4 5 6 <CR LF>
I D
A B C D E F <CR LF>
D A T E <CR LF><CR LF>T I M E <CR LF><CR LF>C A L I B R A T E D ( E X T . ) <CR LF>
C A L . W E I G H T <CR LF>+15. 000k g <CR LF>
S I G N A T U R E <CR LF>

Calibration test report

The calibration test mode is used to compare a calibration weightwith the calibration test data weighed by the scale.

Note

This test does not perform calibration.

Press

Step 1 In the weighing mode, press and hold the CAL switch
until
appears, and then release the switch.
The calibration test mode is not available when thefunction setting,oris selected.
Step 2 Press the ENTER key to display

Press for 5
seconds or moreorRelease key.

Step 3 If necessary, change the value of the calibration weightas described in "14.2.4. Span Calibration" .

Change mass value if necessary

Step 4 With nothing on the weighing pan, press the ENTER key.
The zero point is measured and the measured value with theunit "kg" is displayed for a few seconds. Then, the value ofthe calibration weight is displayed.
Weighing unit

Step 5 Place a weight of the same value as displayed on theweighing pan and press the ENTER key to measure
it. The measured value with the unit "kg" is displayed fora few seconds.
Weighing unit
Step 6appears.

Step 7

appears and the calibration test report is output.
Output result

Step 8appears again. Remove the weight.
Press the ON/OFF key to turn the display off orpress the CAL switch.

Page 44

HV/HW-C/CP SeriesAD-8127 format

General format
Manufacture
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

A&

D <CR LF>
MODE LH V - 1 5 K C <CR LF>
S/N
6 A 6 1 2 3 4 5 6 <CR LF>
I D
A B C D E F <CR LF>
D A T E <CR LF><CR LF>T I M E <CR LFF>
<CR LF>C A L . T E S T ( E X T . ) <CR LF>
A C T U A L <CR LF>
0 . 000
k g <CR LF>+ 15 . 005
k g <CR LF>
T A R G E T <CR LF>+ 15 . 005
k g <CR LF>

Output of "Title block" and "End block"

When weighing values are recorded as the GMP report, "Title block"and "End block" are added at the beginning and at the end of agroup of weighing data.
Press and hold

Title block

Step 1 In the weighing mode, press and hold thePRINT key until
appears, and release
then the key. The scale outputs the "Title block."
The scale automatically returns to the weighing mode.

To output the "Title block"

Step 2 Press the PRINT key or select the auto-print modeto output the weighing values.
To output the weighing values

HV/HW-C/CP Series

Page 45

End block

Step 3 Press and hold the PRINT key until
appears, and release then the key.
The scale outputs the "End block."

Press and holdTo output the "End block"
Step 4 The scale automatically returns to the weighing mode.

AD-8127 format

Title block
Manufacture
Model
Serial number
ID number
Date
Starting time

Weighing value

Ending time
End block
Column for
signature

General format
A &D <CR LF>
MODE LH V - 1 5 K C <CR LF>
S/N
6 A 6 1 2 3 4 5 6 <CR LF>
I D
A B C D E F <CR LF>
D A T E <CR LF><CR LF>T I M E <CR LF><CR LF>S T A R T <CR LF>
T I M E <CR LF><CR LF><CR LF>S T , + 0 0 0 1 . 2 3 4 k g <CR LF>
S T , + 0 0 0 2 . 3 4 5 k g <CR LF>
S T , + 0 0 0 3 . 4 5 6 k g <CR LF>
S T , + 0 0 0 4 . 5 6 8 k g <CR LF><CR LF>E N D <CR LF>
T I M E <CR LF>
S I G N A T U R E <CR LF><CR LF><CR LF>: Space, ASCII 20h
CR : Carriage return, ASCII 0Dh
LF : Line feed, ASCII 0Ah

Page 46

HV/HW-C/CP Series14. Calibration (Adjusting the Scale)
The scale is an instrument that weighs the "weight" and displays its "mass".
Calibration is the adjustment function so that the scale can weigh correctly.
Three steps of calibration are available

Gravity Acceleration Correction
Comment

Function to correct the scale’s local gravity acceleration, so that the scale functions
correctly when the calibrated scale has been moved to a distant place.
Refer to the "14.1. Gravity Acceleration Table" on the next page.

Calibration of the Zero Point
Comment

Function to adjust the zero point, so that the zero point mark is displayed when
there is nothing on the weighing pan.
The zero point is the reference point for weighing and influences the performanceof scale.

Span Calibration
Comment

Function to adjust the span with a calibrated mass, so that the scale canaccurately weigh anything within the weighing capacity.
Span means the range of weighing capacity. Use a calibration mass heavier than
two thirds of the weighing capacity.

CautionCheck the accuracy of weighing periodically. Calibrate the scale, if it has been moved toanother location or the environment has changed.

Gravity acceleration correction is not required, when the scale is calibrated with thecalibration mass at the place where the scale is used.

HV/HW-C/CP Series

Page 47

14.1. Gravity Acceleration Table
Amsterdam
AthensAuckland, NZ
BangkokBirmingham
Brussels
Buenos Aires
Calcutta
ChicagoCopenhagen
CyprusDjakarta
Frankfurt
Glasgow
HavanaHelsinki
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
9.788 m/s2
9.803 m/s2
9.815 m/s2
9.797 m/s2
9.781 m/s2
9.810 m/s2
9.816 m/s2
9.788 m/s2
9.819 m/s2
9.793 m/s2
9.801 m/s2
9.812 m/s2
9.796 m/s2
9.800 m/s2

ManilaMelbourne
MexicoMilan
New York
Oslo
OttawaParis
Rio de Janeiro
Rome
San Francisco
Singapore
Stockholm
SydneyTainanTaipeiTokyo
Vancouver, BC
Washington, DC
Wellington, NZ
ZurichPage 489.784 m/s2
9.800 m/s2
9.779 m/s2
9.806 m/s2
9.802 m/s2
9.819 m/s2
9.806 m/s2
9.809 m/s2
9.788 m/s2
9.803 m/s2
9.800 m/s2
9.781 m/s2
9.818 m/s2
9.797 m/s2
9.788 m/s2
9.790 m/s2
9.798 m/s2
9.809 m/s2
9.801 m/s2
9.803 m/s2
9.807 m/s2

HV/HW-C/CP Series14.2. Complete Calibration Procedure
14.2.1. Gravity Acceleration Correction
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 calibration mode.
Then
is displayed.

CAL switch

Step 2 Press the MODE key to enter gravity acceleration
correction mode. Press the ENTER key to make thenumerical value blink and proceed to input mode.

Step 3 Set your local gravity acceleration using the numerical keys.

Use numerical keys

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

Step 5 Press the CAL switch again to finish gravity acceleration
correction.
CAL switch
The display is automatically turned off.

14.2.2. Preparation
Step 1 Confirm the environmental conditions as follows:
Maintain a constant temperature and stable power.
Install the scale on a solid floor where there is no draft, vibration, strong magnetic fields ordirect sunlight.
Refer to "3.1. Installing the Scale".
Step 2 Keep the display turned on for at least 30 minutes to warm up the scale.

HV/HW-C/CP Series

Page 49

14.2.3. Calibration of the Zero Point
Weighing mode

Step 3 After 30-minute warm up,press the CAL switch to display.

Press the ENTER key to display

CAL switch.

Step 4 Confirm that nothing is placed on the weighing pan.
Wait for the stability mark to be displayed.
Press the ENTER key to store
Nothing is placed on the pan
the current condition as the zero point.
Note The shape of base unit differs
depending on model.
Step 5 Calibration of the zero point is finished.
To exit the calibration mode, proceed to step 14.

Stability mark14.2.4. Span Calibration
Step 6 Set the value of the calibration mass using the numerical keys.
(The initial value depends on the scale model.)Use numerical keys

Mass of calibration weight
Step 7 Place the calibration weight on the weighing pan.
Wait for the stability mark to be displayed.
Press the ENTER key to calculate the spanand store it.

Calibration weight

Stability mark
Step 8 The scale displays
after displaying
to finish setting.
Remove the mass from the weighing pan.
Step 9 Press the CAL switch to finish calibration.
The display is automatically turned off.

CAL switch

Page 50

The display is automatically turned off.
HV/HW-C/CP Series15. Function Table
Item

The function table is used to store and refer items that determine theperformance of the scale. Each item has a parameter.

Parameter

The parameters are stored in the scale even if the AC adapter orbatteries are removed or the display is turned off (standby mode).

15.1. Parameter Setting Procedure
Step 1 Turn off the display.
While pressing and holding the TARE key, press the
ON/OFF key to display software version.
Press the MODE key to enter function setting mode.
First classis displayed.

Display off
Press and hold
Press

Class

Step 2 Press the MODE key to select the desired class, and thenpress the ENTER key.
Desired class
Step 3 The first item of class is displayed.
Press the MODE key to select the desired item, and theninput a value using numerical keys.

Desired item

Numerical keys

Step 4 Press the ENTER key to store.
The display returns to class after displaying

Step 5

Parameter.

Press the ZERO key to return to the weighing mode.

HV/HW-C/CP Series

Page 51

Weighing mode

15.2. Parameter List
For the HV-C/CP series NTEP/Measurement Canada version, the shaded items in the below tablecannot be changed by the user, so these items are not displayed.
Parameter
Details and usage
Class
Items
All the keys function.
Key lock
The ON/OFF , ZERO , TARE , HOLD , M+ and PRINT keys function.
The ON/OFF , ZERO and TARE keys function.
OFF
After 5 minutes
Automatic
When a stable weighing value is displayed andAfter 10 minutes
power offno operation is made, the scale is automatically
After 15 minutes
turned off after time of the parameter has past.
After 30 minutes
After 60 minutes
OFF
Automatic
power onON
The scale automatically turns the power on by connecting
to the power using the AC adapter.
OFF
Zero tracking
ON±0.5 digit
Stability band
width
±1 digit
Condition for lighting stability mark :±2 digits
Factory settings for stability mark is "within ±0.5
0.5 seconds
Stability band
digits" and "within 1.0 second".
1.0 second
time
1.5 seconds
Fast response / sensitive to vibration Weighing at good environment
Weighing
stabilization
level

Back lightcontrol

Slow response / stable weighing
For stable weighing
Always turned off
Always lit
Turns off 5 seconds after stabilizing
Turns off 10 seconds after stabilizing
Turns off 15 seconds after stabilizing
Turns off 30 seconds after stabilizing
Dark

Back lightbrightness

Decimal point
Automatic tare

BrightDot( . )Comma( , )OFF
ON: Factory settings"near zero" is within ±4 digits (four times the minimum weighing value that can be weighed)from zero point in the weighing unit "kg".
"digit" is equivalent to minimum weighing value in the unit "kg".
Page 52
HV/HW-C/CP Series

Class

Items

Parameter

Interval until
makingautomatic tare

Tare on initial
load

Accumulation
mode

Hold condition

BuzzerDetails and usage
0 second
0.5 seconds
1.0 second
1.5 seconds
2.0 seconds
2.5 seconds
3.0 seconds
4.0 seconds
5.0 seconds
10 seconds
OFF
ON
OFF
Accumulates by M+ key when the value is +, excluding "near zero"
Accumulates by M+ key when the value is + or -, excluding "near zero"
Accumulates automatically when the value is +, excluding "near zero"
Accumulates automatically when the value is + or -, excluding "near zero"OFF
Holds or releases by the HOLD key during stabilization
Automatically holds when detecting stabilization
Does not sound (All LEDs are turned off.)
Method for lighting LED
When lighting up the LED registered to be lit, the buzzer sounds.
Set it using the numerical keys. On/off can be switched alternately.
Refer to "10.1.4. Buzzer of Comparator Mode".
Setting key
1
2
3
4
5
Result LED
LOLO
LO
OK
HI
HIHI
None

External
contact input 1

ON/OFF
ZERO
TARE
MODE
PRINT
M+
HOLD

None
External
contact input 2

ZERO
TARE
MODE
PRINT
M+
HOLD

: Factory settings"near zero" is within ±4 digits (four times the minimum weighing value that can be weighed)from zero point in the weighing unit "kg".
"digit" is equivalent to minimum weighing value in the unit "kg".
HV/HW-C/CP Series

Page 53

Class

Items

Parameter

Comparator mode

Comparator judgment
condition

Details and usage
Five-level comparator mode
Three-level comparator mode (upper and lower limit mode)
Seven-level comparator mode (ranking mode)
No comparison
All data is compared.
Stable data is compared.
All data is compared 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".
Dark

Comparator brightness

Comparator reversal
Status of LED when turning
on display
Baud rate 1(OP-ch1)
Bit length, parity 1(OP-ch1)
Communication format 1(OP-ch1)
Baud rate 2(OP-ch2)
Bit length, parity 2(OP-ch2)
Communication format 2(OP-ch2)
Built-in printercommunication format
Tare data output during tare

BrightOff
On
All LEDs are lit.
(Comparator relays are "Contact".)
All LEDs are off.
(Comparator relays are "No contact".)
2400 bps
4800 bps
9600 bps
7 bit / even7 bit / odd
8 bit / nonFormat 1
Format 1, existing returned value
UFC
2400
4800
9600
7 bit / even7 bit / odd
8 bit / nonFormat 1
Format 1, existing returned value
UFC
Format 1
UFC
Not output

Refer to the item "Example of tarefunction" in "Data format" of "16.5.
Tare data is output
Communication Format".

: Factory settings"near zero" is within ±4 digits (four times the minimum weighing value that can be weighed)from zero point in the weighing unit "kg".
"digit" is equivalent to minimum weighing value in the unit "kg".
This item is only displayed on models compatible with this function, is not displayed on other models.
Page 54

HV/HW-C/CP Series

Class

Items

Parameter

Output mode
1 (OP-ch1)

Time anddate adding(OP-ch1)

ID numberadding(OP-ch1)

Details and usage
Stream mode (commands)
Output by command from OP-ch1 or OP-ch2.
Commands to be
Output by command from OP-ch1.
output are as follows :Q, A, N
Output by command from OP-ch2.
■
Command is output by the PRINT key.
Output data at auto-print setting, +5 digits or more and stable(commands)
Output data at auto-print setting, +5 digits or more, or -5 digits or lessand stable (commands)
Output data at auto-print setting, +5 digits or more and stable when
the comparator is OK (commands)
Output data at auto-print setting, +5 digits or more, or -5 digits or lessand stable when the comparator is OK (commands)
Print an accumulation value when the accumulation operation ismade (commands)■
Do not output the date and time
Output time (ESC T)
2 Parameter available when
Output date (ESC D)
2 connecting AD-8121B or
Output date and time (ESC D, ESC T) 2 AD-8127.
Output time (RTC)
1
Parameter available when
Output date (RTC)
1
built-in printer is used.
Output date and time (RTC)
1■

Output the ID number.
■

GMP output(OP-ch1)

Do not output the ID number.

Do not output
Output (ESC D, ESC T output)
Output (DATE, TIME output)
Output (RTC output)

2 Format of AD-8121B or AD-8127
General format
1: Factory settings
1 RTC : Built-in clock. Parameter available for type CP.
2 ESC D, SEC T :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.
"digit" is equivalent to minimum weighing value in the unit "kg".

HV/HW-C/CP Series

Page 55

Class

Items

Output mode
2 (OP-ch2)Time anddate adding(OP-ch2)

ID numberadding(OP-ch2)

Parameter

Details and usage
Stream mode (commands)
Output by command from OP-ch1 or OP-ch2.
Commands to be
Output by command from OP-ch1.
output are as follows :Q, A, N
Output by command from OP-ch2.
■
Command is output by the PRINT key.
Output data at auto-print setting, +5 digits or more and stabilization(commands)
Output data at auto-print setting, +5 digits or more, or -5 digits or lessand stable (commands)
Output data at auto-print setting, +5 digits or more and stable when
the comparator is OK (commands)
Output data at auto-print setting, +5 digits or more, or -5 digits or lessand stable when the comparator is OK (commands)
Print an accumulation value when the accumulation operation ismade (commands)■
Do not output the date and time
Output time (ESC T)
2 Parameter available when
Output date (ESC D)
2 connecting AD-8121B or
Output date and time (ESC D,ESC T) 2 AD-8127.
Output time (RTC)
1
Parameter available when
Output date (RTC)
1
built-in printer is used.
Output date and time (RTC)
1■

Outputs the ID number.
■

GMP output(OP-ch2)

Do not output the ID number.

Do not output
Output (ESC D, ESC T output)
Output (DATE,TIME output)
Output (RTC output)

2 Format of AD-8121B or AD-8127
General format
1: Factory settings
1 RTC : Built-in clock. Parameter available for type CP.
2 ESC D, SEC T :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.
"digit" is equivalent to minimum weighing value in the unit "kg".

Page 56

HV/HW-C/CP Series

Class

Items

Parameter■

Built-in printeroutput mode■

Time anddate adding
ID numberadding
GMP output
Doubleheight andwidth size
Built-inprinter labelmode■

Do not output the ID number.

■

Output the ID number.
Do not print
Print (RTC output)■

Standard
Double height and width size■

Thermal paper( Not used )■Line feed ofprinter

Details and usage
Do not print
Output by command from OP-ch1 or OP-ch2.
Commands to be
Output by command from OP-ch1.
output are as follows :Q, A, N
Output by command from OP-ch2.
Print data by the PRINT key.
Output data at auto-print setting, +5 digits or more and stable.
Print data at auto-print setting, +5 digits or more, or -5 digits or lessand stable.
Print data at auto-print setting, +5 digits or more and stable when thecomparator is OK.
Print data at auto-print setting, +5 digits or more, or -5 digits or lessand stable when the comparator is OK.
Print an accumulation value when the accumulation function is used.
Do not output the date and time
Output time (RTC)
Parameter available for
Output date (RTC)
built-in printer of type CP.
Output date and time (RTC)

0 line1 line2 lines
3 lines
4 lines
5 lines
6 lines
7 lines
8 lines
9 lines: Factory settings
RTC : Built-in clock. Parameter available for type CP.
"digit" is equivalent to minimum weighing value in the unit "kg".

HV/HW-C/CP Series

Page 57

15.3. Initializing Parameters of the Function Table
The following procedure can reset to the factory settings parameters stored in the function table.
Parameters of the comparator are reset as well.
Step 1 Turn off the display using the ON/OFF key.
Step 2 While pressing and holding the TARE key,press the ON/OFF key to display
Step 3 Press the SET key to display.

.

Step 4 Whenis displayed,press the ENTER key to initialize parameters to the factory settings.
The scale displays
and enters weighing mode.

Page 58

HV/HW-C/CP Series16. Options
The scale is equipped with OP-ch1 and OP-ch2 for communication options, and OP-ch3 only forcomparator relay output. Those options can be combined freely. Combinations such as
HVW-02BC x 2, HVW-02CB + HVW-03C or HVW-03C x 2 are possible.
Only an HVW-04C can be installed to the slot for OP-ch3.

Installation example

OP-ch1: HVW-03C
OP-ch2: HVW-02CB
OP-ch3: HVW-04C

OP-ch3
HVW-04C

OP-ch2
HVW-02CB

OP-ch1
HVW-03C

16.1. Installing Options
Step 1 Remove the two M3 screws at both side on the panel, and then remove the panel from thedisplay unit.
Step 2 Connect the cable located inside the display unit to the connector on the option panel.
Step 3 Firmly secure the option to the display unit using the two M3 screws.

Panel
Step 1
Step 2

Step 2

Step 1

Step 1

Step 3

Step 2
Step 3

Step 3Panel

HV/HW-C/CP Series

Panel
Page 5916.2. HVW-02CB, USB Interface
The HVW-02CB enables duplex communication using a USB interface.
The connector is type B.
To connect the HVW-02CB to a computer, a commercially "type A male - type B female"cable can be used.
To communicate between the scale and a computer using the USB interface, it is necessary to
install the specified driver software to a computer. Download the driver software from the A&D
website.
The HVW-02CB can only be connected with a computer.
Do not use a USB terminal as power supply terminal. Do not connect a device other than acomputer to the USB terminal. Dosing so may cause failure and malfunctions.

16.2.1. Procedure for Using the USB Interface
Prepare the computer as shown below.
Step 1 Download the USB driver software from the A&D website.
Step 2 Install the USB driver software to the computer that is used as a COM port.
Step 3 Read the COM port number on the computer.
Step 4 Input the number to the data communication software.
Step 5 Connect the scale to the computer 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.

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

Step 1 Download the USB driver software from the A&D website.
Open the A&D website at the URL http://www.aandd.jp/ andopen the "Support" and "Software" pages in that order.
Download the driver software from "download" of "Driver software for HVW-02CB (USBinterface option for the HV/W-C & HV/W-CP series)".

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

Page 60

HV/HW-C/CP Series

Reading the COM port Number( Check after software is installed to computer.)Step 1 Press the START button and open the control panel.
Step 2 Open "Hardware & Sound" and "Device Manager" in that order.
Step 3 Expand the "Ports (COM & LPT)" by
double-clicking to display the COM port number.
Port number is "9" in the example.

Note : The COM port number may differ depending on

the hardware of the computer.
Confirm the COM port number in device manager.

Communication Software
Example : If the communication software WinCT is used,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 1 Connect the scale to the computer using the USB cable.
Use a commercially available "type A male - type B female" cable.
Step 2 Press 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 canreceive it.
The weighing value to be output to the interface depends on the parameters of the function
table.

HV/HW-C/CP Series

Page 6116.3. HVW-03C, RS-232C Interface
The HVW-03C enables duplex communication using the RS-232C interface.
The DCE (Data Communication Equipment) connector is type DSUB-9P.
To connect the HVW-03C to an external device, it is necessary to use a commercially available
communication cable.
AX-KO2466-200 (2 m) / AX-KO2466-500 (5 m) / AX-KO2466-1000 (10 m)
When confirming the communication format, refer to "16.5. Communication format".
Pin assignment
Pin No. Signal name of DCE side Direction
Description
1
No connection
2
TXD
Transmit data
3
RXD
Receive data4
No connection
5
GND
Signal ground
6
DSR
Data set ready
7
RTS
Request to send
8
CTS
Clear to send
9
Used internallyInside of the scale
DCE sideTransmission
Transmission form
Data format

Terminal example of
RXD the external device
TXD
DTE side
RTS
CTS
DSR
GND

TXD 2
RXD 3
RTS 7
CTS 8
DSR 6
GND 5

EIA RS-232C
Asynchronous, bi-directional
Baud rate :2400, 4800, 9600 bps
Data length : 7 bits or 8 bits
Parity :1 bit EVEN, ODD
NONE (Non-parity)
Start bit :1 bitStop bit :1 bitCode :ASCII

Bit format for data 7 bits
LSB
0
1

2

Start bit
Bit format for data 8 bits
LSB
0
1
Start bit3

4

5

Data bits

2

3

Inch screw#4-40UNC

MSB
6Parity45Data length is 7 bits
Data length is 8 bits

6

Data bits
Page 62MSB
7

Stop bit

1 ( -15 V to -5 V )LSB
0 0 ( 5 V to 15 V )1 ( -15 V to -5 V )LSB
0 0 ( 5 V to 15 V )Stop bit

HV/HW-C/CP Series16.4. HVW-04C, Comparator Relay Output / Buzzer / Contact Input
Output terminal of comparator & relay
Contact input terminal

The buzzer is mounted on the board.

The specifications of the solid state relay are as follows :Maximum voltage: 50 V DC
Maximum current: 100 mA DC
Maximum ON resistance : 8 Ω

Socket on the board
Maker : PHOENIX
Model : MSTB 2,5 / 6-GF-5,08

Solid state relay
1 Relay output
2 Relay output
3 Relay output
4 Relay output
5 Relay output
6 Common

HIHI
HI
OK

HIHI
HI
OK
LO
LOLO
COM

LO
Attached terminal (Accessory of HVW-04C)
Manufacturer : PHOENIX
Model name : MSTB 2,5 / 6-STF-5,08

LOLO

7 mm
Wire

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
2 Relay output
3 Relay output
4 Relay output
5 Relay output
6 Common

HIHI
HI
OK
LO
LOLO
COM

Buzzer

The buzzer is mounted on the electrical circuit board of the HVW-04C.
When the HVW-04C is installed on the scale, the sound pressure level is approximately 58 dB
at a distance of 1 m from the display unit.
The buzzer can sound with LEDs (at upper side of the display) synchronized to a comparator
result. The use of the buzzer can specify atof the function table.
Refer to "10.1.4. Buzzer of Comparator Mode".

HV/HW-C/CP Series

Page 63

External Contact Input Plug and Wiring Example

An external contact input plug is included.
Solder the plug and electrical wires according to the circuit diagram below.
: The function of theswitch can be assigned at the external contact
input
in the function table.
: The function of theswitch can be assigned at the external contact
input
in the function table.

When thewire (orthe specified function of thewire) is shorted to GND wire for 100 ms or more,terminal (orterminal) is performed.
External contact input plug
3.5 mm stereo mini-plug or equivalent.

terminal

wire

switchterminal

wire

switchGND terminal

Page 64

HV/HW-C/CP Series16.5. Communication Format

Data format

S T , + 0 0 0 0 0 . 0 0

k g CR LF

HeaderUnit

Data

Terminator

There are 4 headers for the weighing data.
ST : Stable weighing data
QT : Stable counting data
US : Unstable weighing data
OL : Out of weighing range
The data consists of 9 characters including the polarity and decimal point.
There are 4 units. The character
kg : Weighing mode "kg"lb : Weighing mode "lb"oz : Weighing mode "oz"PC : Counting mode "pcs"means "Space (20h)".

As a terminator, CR LF 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 "kg" (+)

O L , + 9 9 9 9 . 9 9 9

k g CR LF

HV-C / CP model

S T , + 0 0 1 2 . 3 4

k g CR LF

When the position of the Readability changes depending on theweighing range, the hidden digit is replaced to .
Example of tare function
When "tare data is output ()" 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

P T , + 0 0 0 2 . 0 0 0

k g CR LF"kg"

Data output mode

Command mode
The scale is controlled by commands that come from an external device such as a computer.
For details, refer to "16.5.1. Command Mode".

Stream mode ()
Specifyorin the function table. Data is output continuously. The data
update rate is approximately 10 times per second, the same as the display refresh rate. The
stream mode does not output data during the setting procedures.
HV/HW-C/CP Series

Page 65

Print key mode ()
Specify,orin the function table. When the weighing value
is stable, data is output by pressing the PRINT key. At this time, the display flashes once toindicate that the data is output.
Auto-print mode + data ()
Specify,orin the function table. When the weighing value
is stable at +5d and above, the data is output. The next transmission can occur after theweighing value falls to +4d or below.
Auto-print mode +/- data ()
Specify,orin the function table.
When the weighing value is stable at +5d and above or -5d and below, the data is output.
The next transmission can occur after the weighing value falls between -4d and +4d.
Auto-print mode + data and OK ()
Specify,orin the function table. When the weighing value
is stable and OK as a comparison result at +5d and above, the data is output. The nexttransmission can occur after the weighing value falls to +4d or below.
Auto-print mode +/- data and OK ()
Specify,orin the function table. When the weighing value
is stable and OK as a comparison result at +5d and above or -5d and below, the data is output.
The next transmission can occur after the weighing value falls between -4d and +4d.
"d" means "digit" to be equivalent to minimum weighing value in the unit "kg".

Baud Rate

Select the proper baud rate according to the device to be connected to the HVW-03C.
When the AD-8121B printer is connected, specify the baud rate to 2400 bps at "Baud rate 1" or "Baud rate 2" in the function table.

When the AD-8127 printer is connected, specify the baud rate to 2400, 4800 or 9600 bps at"Baud rate 1,or" or "Baud rate 2,or" in the function table.
If using 2400 bps, set
If using 2400 bps, set

for the device connected at OP-ch1.
for the device connected at OP-ch2.

If using 4800 bps, set
If using 4800 bps, set

for the device connected at OP-ch1.
for the device connected at OP-ch2.

If using 9600 bps, set
If using 9600 bps, set

for the device connected at OP-ch1.
for the device connected at OP-ch2.

Page 66

HV/HW-C/CP Series16.5.1. Command ModeIn the command mode, the scale is controlled by commands that come from an external device
such as a computer.

Command List

Command
Description
Remarks
Q
Requests data output immediately.
Z
Zeros the scale when the weighing value is stable.
Same as the ZERO key.
T
Tares the scale when the weighing value is stable.
Same as the TARE key.
U
Switches the weighing unit.
Same as the MODE key.
CT
Clears tarePT
Sets preset tare
PT,+000000 CR LF
A
Outputs accumulation values
N
Outputs the number of accumulationsCA
Clears accumulation
ID
Sets the ID number
ID:xxxxxx CR LF?ID
Requests the ID number?PT
Outputs the preset tare value
In five-level comparator mode :Not usedIn three-level comparator mode : Not used
?H3
In seven-level comparator mode : Threshold value of rank 5
is output.
In five-level comparator mode :HIHI limit value is output.
In three-level comparator mode : HI limit value is output.
?H2
In seven-level comparator mode : Threshold value of rank 4
is output.
In five-level comparator mode :HI limit value is output.
The output of setting
In three-level comparator mode : Not usedvalues for comparator?H1
In seven-level comparator mode : Upper threshold value of mode
rank 3 is output.
In five-level comparator mode :LO limit value is output. Five-level :In three-level comparator mode : Not used
Three-level :?L1
In seven-level comparator mode : Lower threshold value ofSeven-level :rank 3 is output.
In five-level comparator mode :LOLO limit value is output.
In three-level comparator mode : LO limit value is output.
?L2
In seven-level comparator mode : Threshold value of rank 2
is output.
In five-level comparator mode :Not usedIn three-level comparator mode : Not used
?L3
In seven-level comparator mode : Threshold value of rank 1
is output.

HV/HW-C/CP Series

Page 67

Command
H3

H2

H1

L1

L2

L3

Description
Remarks
In five-level comparator mode :Not usedIn three-level comparator mode : Not used
In seven-level comparator mode : The threshold value ofrank 5 is stored.
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.
In five-level comparator mode :HI limit value is stored.
In three-level comparator mode : Not used
The input of setting
In seven-level comparator mode : The upper threshold value values for comparatorof rank 3 is stored.
mode
In five-level comparator mode :LO limit value is stored. Input the six-digit value
excluding the polarity andIn three-level comparator mode : Not used
In seven-level comparator mode : The lower threshold value decimal point.
of rank 3 is stored.
In five-level comparator mode :LOLO limit value is stored.
In three-level comparator mode : LO limit value is stored.
In seven-level comparator mode : The threshold value ofrank 2 is stored.
In five-level comparator mode :Not usedIn three-level comparator mode : Not used
In seven-level comparator mode : The threshold value ofrank 1 is stored.

Page 68

HV/HW-C/CP Series

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

(Reply to commands).

To request data output immediately.
Command Q CR LF
Reply

S T , + 0 0 1 2 . 3 4 5

k g CR LF Stable positive data

O L , + 9 9 9 9 . 9 9 9

k g CR LF

U S , + 0 0 0 7 . 8 9 0

k g CR LF Unstable positive data
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
Reply

Z CR LF

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
Reply

T CR LF

T CR LF Net value has been displayed. (No reply If

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

U CR LF

U CR LF No reply If

is set.

To cancel tare value.
The weighting value becomes the gross and the net mark is turned off. The tare value becomes zero.
CommandReply

C T CR LF

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 apolarity sign and does not contain a decimal point.
Template

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

P T , + 0 0 0 1 2 0 CR LF

To output accumulation values.
Command A CR LF
Reply

A , + 0 0 1 2 . 3 0 0

HV/HW-C/CP Series

Page 69

k g CR LF

To output the number of accumulations.
Command N CR LF
Reply

N , + 0 0 0 0 0 1 4 0

CR LF

To clear accumulation.
Accumulated data and number of accumulations are set to zero.
CommandReply

C A CR LF
C A CR LF

To set the ID number.
The ID number is numerical value and alphabet characters of 6 digits and does not contain adecimal point.
Template

I D : [ parameter ]Command I D : A B C 1 2 3 CR LF
Reply

I D : A B C 1 2 3 CR LF

To request the ID number.
The ID number is output.
Command?

I D CR LF

Reply

I D : A B C 1 2 3 CR LF

To output the preset tare value.
The preset tare value is output.
CommandReply? P T CR LF

P T , + 0 0 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.
CommandReply? H 3 CR LF

H 3 , + 0 0 0 5 0 0 CR LF

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

Page 70

HV/HW-C/CP Series

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 used
Seven-level comparator mode ......... The threshold value of rank 5 is stored.
Input the parameter of 6 digits excluding the polarity and decimal point.
Template

H 3 , [ parameter ]CommandH 3 , + 0 0 0 5 0 0 CR LF

Reply

H 3 , + 0 0 0 5 0 0 CR LF

HV/HW-C/CP Series

Page 71

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 ......... The threshold value of rank 4 is stored.
Input the parameter of 6 digits excluding the polarity and decimal point.
Template

H 2 , [ parameter ]CommandH 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 ......... The upper threshold value of rank 3 is stored.
Input the parameter of 6 digits excluding the polarity and decimal point.
Template

H 1 , [ parameter ]CommandH 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 ......... The lower threshold value of rank 3 is stored.
Input the parameter of 6 digits excluding the polarity and decimal point.
Template

L 1 , [ parameter ]CommandL 1 , + 0 0 0 2 0 0 CR LF

Reply

L 1 , + 0 0 0 2 0 0 CR LF

No reply If

is set.

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 ......... The threshold value of rank 2 is stored.
Input the parameter of 6 digits excluding the polarity and decimal point.
Template

L 2 , [ parameter ]CommandL 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 ......... The threshold value of rank 1 is stored.
Input the parameter of 6 digits excluding the polarity and decimal point.
Template

L 3 , [ parameter ]CommandL 3 , + 0 0 0 0 0 0 CR LF

Reply

L 3 , + 0 0 0 0 0 0 CR LF
Page 72

No reply If

is set.
HV/HW-C/CP Series

Response when

or

If
or
may be output.

is specified in the function table

is used and a command response is active, the following response

When the Z command is executed with an unstable weighing value and cannot be
finished, the response I 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, theresponse ? is returned.
Command

B CR LF

Reply? CR LF The scale received an undefined command.

Response whenor

HV/HW-C/CP Seriesoris specified in the function table

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

Page 73

16.6. 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 apart of text data. Variable parameters can replace with weighing value, tare value and the likewhen printed out.
The maximum number of text data is 400 characters.
To use the UFC function, it is necessary that the PF command be used and the UFC format
be stored as text data on 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,or

to use the UFC format in the function table.

Store Text Data to the Scale
CommandP F , $ P C , ‘ T E X T ‘ , # 2 0 , $ S P
2, & $ C R , $ L F , $ W T , $ C R , $ L F CR LF

Reply

P F CR LF

Terminator

The text data (the UFC format) can sent using the PF command :Variable parameters for the scale data and control codes
Parameter
Scale Data & Control Code$ID
ID number$PC
Counting number$WT
Current weighing value$TR
Current tare value$PT
Current preset tare value$TL
Accumulation value$AN
Accumulation countParameter
Scale Data & Control Code$CP
Comparator result$DT
Date for built-in printer Type CP$TM
Time for built-in printer Type CP
$CM
,
Comma
(2Ch)
$CR
CR Carriage Return
(0Dh)
$LF
LF Line Feed
(0Ah)
$SP
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 tow single quotes.
Example of text Data :'Data'
Example of text 'Data' :'''Data'''
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 of EOT of ASCII code :#04
Page 74

HV/HW-C/CP SeriesData repeated
When the control codes $SP, $CR and $LF can be used with " and a number (of two digits
maximum)", these codes will be repeated the number of times designated.
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 the comma (2Ch) , after the PFcommand. You must start with the PF, command.
Data format for variable parameters (Space (20h) is expressed as.)

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).
$ID of variable parameter
Example of ID number : ABC456
A B C 4 5 66 digits$PC of variable parameter
Example of counting number : 123 pcs
9 digit counting number + 3 digit unit

+ 1 2 3P C

+ 1 . 2 3 4

k g+ 1 . 2 3 4

k g+ 1 . 2 3 4

k g+ 1 . 2 3 4k g$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
$TL of variable parameter
Example of accumulation value : 1.234 kg
9 digit accumulation value + 3 digit unit

HV/HW-C/CP Series

Page 75

$AN of variable parameter
Example of accumulation count : 123 counts+ 1 2 39 digit accumulation count$CP of variable parameter
Example of HIHI result
3 digits

H I 2

Example of HI result
3 digits

H I 1

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$DT of variable parameter
Example of date for built-in printer, Type CP : YYYY / MM / DD .
10 digits

2 0 1 8 /3 / 1 8$TM of variable parameter
Example of time for built-in printer, Type CP : HH : MM : SS
8 digits

1 2 : 3 4 : 5 6

Printing Example for the PF Command using the AD-8127 PrinterAD-8127 format foror

The PF Command
Computer
Scale
PF,'Weight',$CR,$LF,&$SP 4,$WT,$CR,$LF,&'CHECK'$CR,$LF,&$SP 4,$CP,$CR,$LF,&$ 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.
Page 76
HV/HW-C/CP Series17. Specifications

HV-C/CP Series (Weighing capacity of 15 kg to 220 kg)
Models
Weighing capacity
Readability
Weighing capacity
Readability
Weighing capacity
Readability
Weighing capacity
Readability
Number of samples
in counting mode
Max. count number

HV-15KC
HV-60KC
HV-200KC
HV-15KCP
HV-60KCP
HV-200KCP
[kg]
3
6
15
15
30
60
60
150 220[kg]
0.001 0.002 0.005 0.005 0.01 0.02 0.02 0.05 0.1
[lb]
#
6
15
30
30
60
150 150 300 500[lb]# 0.002 0.005 0.01 0.01 0.02 0.05 0.05 0.1
0.2
[oz]
# 96
240 480 480 960 2400 2400 4800 8000[oz]
# 0.05 0.1
0.2
0.2
0.5
1
1
2
5
[lb_oz] #30 lb--[lb_oz] #0.1 oz[pieces][pieces]

5 (can be changed to 10, 20, 50, 100)

150,000
120,000
110,000
7 segment LCD, Character height 26 mm,
Display
3 color 5 level comparator LED, Refresh rate: 10 times per second
Repeatability (Standard deviation) [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/°C typ. (5 °C to 35 °C)
AC adapter
Please confirm that the AC adapter type is correct for yourlocal voltage and receptacle type. The AC adapter may not
HV-C
be provided for some areas. 50Hz/ 60Hz.
Battery
TYPE D (R20P / R20PU / LR20) x 4
Power source
AC adapter
Please confirm that the AC adapter type is correct for your
HV-CP
local voltage and receptacle type. The AC adapter may not
be provided for some areas. 50Hz/ 60Hz.
Approximately 1200 hours,
Battery life (HV-C)
when using alkaline battery and setting the display to off.
Ambient temperature and-10 °C to 40 °C,
humidityLess than 85 %R.H. (Do not allow condensation)
Weighing pan size[mm]
250 x 250
330 x 424
390 x 530
Dimensions[mm]
255 x 494 x 366
330 x 640 x 750
390 x 746 x 750
Width x Depth x Height
HV-C
6
11
17
Weight [ kg ]
HV-CP
7
12
18
# : If the law in your area permits, you can use these units.

HV/HW-C/CP Series

Page 77

HW-C/CP Series (Weighing capacity of 10 kg to 220 kg)
Models
Weighing capacity[kg]
Readability[kg]
Weighing capacity[lb]#
Readability[lb]#
Weighing capacity[oz]#
Readability[oz]#
Weighing capacity[lb_oz] #Readability[lb_oz] #Number of samples in counting
mode[pieces]Max. count number [pieces]

HW-10KC
HW-10KCP
10
0.001
20
0.002
320
0.05
20 lb
0.1 oz

HW-60KC
HW-60KCP
60
0.005
150
0.01
2400
0.2

HW-100KC
HW-200KC
HW-100KCP HW-200KCP
100
220
0.01
0.02
200
500
0.02
0.05
3200
8000
0.5
1
---

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

120,000
100,000
110,000
7 segment LCD, Character height 26 mm,
Display
3 color 5 level comparator LED, Refresh rate: 10 times per second
Repeatability (Standard deviation) [kg]
0.002
0.01
0.02
0.04
Linearity[kg]±0.002
±0.01
±0.02
±0.04
Span drift±20 ppm/°C typ. (5 °C to 35 °C)
AC adapter
Please confirm that the AC adapter type is correct for yourlocal voltage and receptacle type. The AC adapter may not
HW-C
be provided for some areas. 50Hz/ 60Hz.
Battery
TYPE D (R20P / R20PU / LR20) x 4
Power source
AC adapter
Please confirm that the AC adapter type is correct for your
HW-CP
local voltage and receptacle type. The AC adapter may not
be provided for some areas. 50Hz/ 60Hz.
Approximately 1200 hours,
Battery life (HW-C)
when using alkaline battery and setting the display to off.
Ambient temperature and-10 °C to 40 °C,
humidityLess than 85 %R.H. (Do not allow condensation)
Weighing pan size[mm]
250 x 250
330 x 424
390 x 530
390 x 530
Dimensions[mm]
255 x 494 x 366 330 x 640 x 750 390 x 746 x 750 390 x 746 x 750
Width x Depth x Height
HW-C
6
11
17
17
Weight [ kg ]
HW-CP
7
12
18
18
# : If the law in your area permits, you can use these units.

Page 78

HV/HW-C/CP Series

HV-C/CP Series (Weighing capacity of 300 kg to 600 kg)
Models
Weighing capacity[kg]
Readability[kg]
Number of samples in counting
mode[pieces]Max. count number [pieces]

HV-300KC
HV-300KCP
150
300
0.05
0.1

HV-600KC
HV-600KCP
300
600
0.1
0.2

5 (can be changed to 10, 20, 50, 100)

60,00060,000
7 segment LCD, Character height 26 mm,
Display
3 color 5 level comparator LED, Refresh rate: 10 times per second
Repeatability (Standard deviation) [kg]
0.05
0.1
0.1
0.2
Linearity
[kg]
±0.05
±0.1
±0.1
±0.2
Span drift±20 ppm/°C typ. (5 °C to 35 °C)
AC adapter
Please confirm that the AC adapter type is correct for yourlocal voltage and receptacle type. The AC adapter may not
HV-C
be provided for some areas. 50Hz/ 60Hz.
Battery
TYPE D (R20P / R20PU / LR20) x 4
Power source
AC adapter
Please confirm that the AC adapter type is correct for your
HV-CP
local voltage and receptacle type. The AC adapter may not
be provided for some areas. 50Hz/ 60Hz.
Approximately 600 hours,
Battery life (HV-C)
when using alkaline battery and setting the display to off.
Ambient temperature and-10 °C to 40 °C,
humidityLess than 85 %R.H. (Do not allow condensation)
Weighing pan size[mm]
600 x 700
Dimensions[mm]
600 x 943 x 942
Width x Depth x Height
HV-C
45
Weight [ kg ]HV-CP
46
# : If the law in your area permits, you can use these units.

HV/HW-C/CP Series

Page 79

HW-C/CP Series (Weighing capacity of 300 kg to 600 kg)
Models
Weighing capacity[kg]
Readability[kg]
Number of samples in counting
mode[pieces]Max. count number [pieces]

HW-300KC
HW-300KCP
300
0.05

HW-600KC
HW-600KCP
600
0.1

5 (can be changed to 10, 20, 50, 100)

60,00060,000
7 segment LCD, Character height 26 mm,
Display
3 color 5 level comparator LED, Refresh rate: 10 times per second
Repeatability (Standard deviation) [kg]0.1
0.2
Linearity
[kg]
±0.1
±0.2
Span drift±20 ppm/°C typ. (5 °C to 35 °C)
AC adapter
Please confirm that the AC adapter type is correct for yourlocal voltage and receptacle type. The AC adapter may not
HW-C
be provided for some areas. 50Hz/ 60Hz.
Battery
TYPE D (R20P / R20PU / LR20) x 4
Power source
AC adapter
Please confirm that the AC adapter type is correct for your
HW-CP
local voltage and receptacle type. The AC adapter may not
be provided for some areas. 50Hz/ 60Hz.
Approximately 600 hours,
Battery life (HW-C)
when using alkaline battery and setting the display to off.
Ambient temperature and-10 °C to 40 °C,
humidityLess than 85 %R.H. (Do not allow condensation)
Weighing pan size[mm]
600 x 700
Dimensions[mm]
600 x 943 x 942
Width x Depth x Height
HW-C
45
Weight [ kg ]HW-CP
46
# : If the law in your area permits, you can use these units.

Page 80

HV/HW-C/CP SeriesDimensions

S-models
HV-15KC
HW-10KC

HV-15KCP
HW-10KCP

(494)
255

 43

250

(366)

104
180
250

M-models
HV-60KC
HW-60KC

35

180

201

330
HV-60KCP
HW-60KCP
(640)
255

(750)

 43

424
105

240

45

334

187
Unit: mm

HV/HW-C/CP Series

Page 81L-modelsHV-200KC HV-200KCP
HW-100KC HW-100KCP
HW-200KC HW-200KCP

390

(746)

255

 43
(750)

530
129
300

L2-models
HV-300KC
HV-600KC
HW-300KC
HW-600KC45

HV-300KCP
HV-600KCP
HW-300KCP
HW-600KCP

440

187

600

(943)

255

40

18

700

506

 76

(942)

146

149
47
Page 82606
Unit: mm
HV/HW-C/CP Series18. Maintenance

Refer to "3. Precautions" regarding use.
Refer to "14. Calibration (Adjusting the Scale)" regarding precision weighing.
Periodically confirm the accuracy of the weighing.
Calibrate the scale, if it has been moved to another location or the environment has changed.

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

18.2. Check Points Before Calling Maintenance Service
In this situation
Nothing is displayed.
Scale does not turn on.

Confirm these items
Is the AC adapter properly connected ?
Is the AC adapter of the correct voltage ?
Are the batteries consumed completely ?
Is the battery direction correct ?

Even if the scale turns
on, zero cannot be
displayed.

Check around the weighing pan.
Is there anything on the weighing pan ?
Perform zero point calibration.

is displayedand does not proceed.

The weighing value is unstable due to drift, vibration or other factors.
A breeze or vibration may be affecting the measurement.
Check around the weighing pan.
Check the connection of load cell cable.
Zero value is not displayed when the display is turned on. Remove
anything that is on the weighing pan.
Perform zero point calibration.

is displayed

Calibration error that means "Too heavy".

is displayed

Calibration error that means "Too light".

is displayed

Weighing error that means "Overloaded".

is displayed

Weighing error that means "Underloaded".

Fixed display
is displayed
is displayed

Did you use the hold functionin the function table ?
Turn off the scale and turn it on again.
Output voltage of batteries is low. Replace with new ones.
Output voltage of the AC adapter is low. Confirm that the type of theAC adapter is correct.

When the following errors are displayed, shutdown the power once and turn the power on again. If
you cannot solve those errors, contact your local dealer.
is displayed

Mass sensor is failed.

is displayed

Temperature sensor is failed.

is displayed

Memory (circuit) is failed.

HV/HW-C/CP Series

Page 83

19. Index
Bit length, Parity 1 ........................................... 54_ ................................................................................21
Bit length, Parity 2 ........................................... 54
Stability mark....................................................20
Battery mark.....................................................20 Bubble spirit level .......................................................... 7, 8, 18, 19.................. 54
Comparator indicator ............................... 20, 34 Built-in printer communication format.................................... 57?H1
Command, Request H1 value................ 67, 71 Built-in printer label mode.................................... 57?H2
Command, Request H2 value................ 67, 70 Built-in printer output mode
Buzzer ........................ 37, 53, 63?H3Command, Request H3 value................ 67, 70................. 12, 37, 53, 63?ID
Command, Request ID .................................. 67 Buzzer
Command, Clear accumulation.................... 67?L1
Command, Request L1 value ................ 67, 71 CA?L2
Command, Request L2 value ................ 67, 71 Cable clamp............................................................... 10, 11, 14, 16?L3Command, Request L3 value ................ 67, 71 Cable tie ..............................................................................8, 10, 11
Calibration..................................................49, 50?PTCommand, Request preset tare value ......... 67
Calibration error......................................... 21, 83_<_ key ..........................................................................................22_>_ key ..........................................................................................22 _CAL_ switch ............................................................ 18, 19, 49, 50
ACommand, accumulation values .................. 67 Calibration ........................................................................ 47, 49, 50
AC adapter ..........................................................9 - 11, 24, 77 - 80 Calibration error............................... 21, 83
Accessories...................................................................................11 Calibration test report................................................ 44
Accumulation count......................................................................30 Cap ................................................................................. 7, 8, 18, 19
Accumulation function..................................................................30
Calibration test report ..................................... 44
Accumulation mode..........................................53
Clock adjustment ...................................... 39, 42
Accumulation value ......................................................................30 Cleaning ...........................................................................................6
Assembling..................................................................................7, 8 Clock adjustment.............................. 39, 42
Auto-tare .................................................... 38, 52 Command............................................................... 67 - 71, 74 - 76
Tare on initial load .................................... 38, 53 Command mode.................................................................... 65, 67
Interval until making automatic tare........ 38, 53 Communication cable ................................................................. 62
Automatic power off..................................................52 Communication format.......................................................... 54, 65
Automatic power on.................................................52 Comparator brightness........................................... 54
Auto-print mode ..............................................................55 - 57, 66 Comparator condition........................................... 32, 54
Auto-tare................................................ 38, 52 Comparator indicator........................ 20, 34
RS-232C cable ........................... 12, 62 Comparator mode
AX-KO2466................. 54, 67, 68, 70, 71
AXP-3003217D
Display unit cover.......................... 9 - 11 Comparator relay output HVW-04C .................. 12, 32, 37, 63
AX-PP147-S
Roll paper................................ 11, 12, 39 Comparator reversal........................................... 54
Back light brightness....................................................52
Contact input 1 ............................................ 53, 63
Back light control.................................................52
Contact input 2 ............................................ 53, 63
Base unit.......................................................................9, 10, 18, 19
Weighing stabilization level.............................. 52
Class, Basic functions.............................. 52, 53 Contact input............ 12, 53, 63
Battery....................................................................... 13, 25, 77 - 80 Counting mode.................................................. 20, 28, 29, 77 - 80
Battery life .............................................................................. 77 - 80
Comparator condition................................. 32, 54
Battery mark........................................................20
Status of LED when turning on display.......... 54
Baud rate ................................................................................ 54, 66
Comparator brightness .................................... 54
Bit length, Parity 1.................................................54
Comparator mode ............................... 32, 38, 54
Bit length, Parity 2.................................................54 CT
Command, Clear tare....................................... 67
Baud rate 1 ................................... 54, 66 Data communication software
WinCT........................... 61
Baud rate 2 ................................... 54, 66 Data format ............................................................................. 65, 75
Bracket cover ..................................................................... 8, 10, 11 Decimal point................................................................................ 52_

Page 84

HV/HW-C/CP Series

GMP output 2 .................................................. 56
Dimensions ........................................................................... 77 - 82
GMP print......................................................... 57
Display ................................................................................... 77 - 80
Display character ..........................................................................41 Installing driver software.............................................................. 60
Display unit ...................................................................9, 10, 18, 19 Item ................................................................................... 21, 22, 51........................................................... 52
Display unit cover
AXP-3003217D ........................ 9, 10, 11 Key lockCommand, Set L1 value................................ 68
Double size............................................. 39, 57 L1
Command, Set L2 value.......................... 68, 72
Class, Data output.............................. 55, 56, 57 L2
Command, Set L3 value.......................... 68, 72
Double size ............................................... 39, 57 L3
Built-in printer label mode .............................. 57
Overload .................................................... 21, 83
Low battery ............................................5, 13, 25
Underload.................................................. 21, 83
Battery output is low voltage.......................... 83
Environment........................................................................... 47, 52
AC adapter output is low voltage .................. 83
Mass sensor error ........................................... 83
Templerature sensor error .............................83 Leveling feet................................................................... 7, 8, 18, 19
Back light brightness ............................ 52
Memory error ...................................................83................................................... 57
Extension load cell cable
HVW-02 ...............................12 Line feed of printer
Extension load cell cable
HVW-08C ............................12 Linearity ..................................................................................77 - 80
Back light control ............................................. 52
Ferrite core ....................................................................... 14, 15, 16
Too light unit mass.......................................... 28
Five-level comparator mode ..................... 32, 34, 67, 68, 70, 71
Format........................................................... 43, 45, 46, 54, 65, 74 Load cell cable......................................................................... 7 - 10
Key lock............................................................ 52
FW-15
Stand for the display unit ................................12
FW-16-4
Wheel................................................................12 Lower limit ........................................................... 32, 34, 36, 38, 54
GLP
Good Laboratory Practice ..............................41 M+ mark .................................................................................. 20, 30
GMP........................................................... 43, 44 _M+_ key ......................................................................... 22, 30, 31
GMP
Good Manufacturing Practice................. 41, 43 Maintenance................................................................................. 83
Gravity acceleration correction ............................................ 47, 49 Malfunction and damage ..................................................5, 25, 60
Grounding the scale .....................................................................17 Mass .............................................................26, 28, 30, 47, 77 - 80
H1
Command, Set H1 value................................68 Maximum count number......................................................77 - 80
H2
Command, Set H2 value................................68 Minimum weighing....................................................................... 21
H3
Command, Set H3 value................................68 _MODE_ key ............................................................................... 22
Command, Output the count of accumulation ...... 67
Hex wrench ................................................................ 7 - 11, 14, 16 N
Hold condition ..................................................53 Near zero ...................................................................................... 21
Hold condition.............................................................53 NET...................................................................... 20, 22, 25, 26, 38
Hold function .......................................................................... 20, 21 Number of samples ............................................................... 28, 29_HOLD_ key .................................................................................22 _ON/OFF_ key .................................................. 22, 24, 25, 52, 53
Hold
Hold mark .................................................. 20, 21 OP-ch1
Option channel 1....................................... 54, 59
HV-C/CP series .................................................................. 3, 7, 41 OP-ch2
Option channel 2....................................... 54, 59
Option channel 3............................................. 59
HVW-02
Extension load cell cable ................................12 OP-ch3
HVW-02CB USB interface......................... 12, 16, 38, 59, 60 Option ...................................................................................... 12, 59
HVW-03C
RS-232C interface ............................ 12, 38, 59 Output mode................................................................... 39, 55 - 65
HVW-04C
Comparator relay output.......................... 12, 59 Paper feed ....................................................................... 23, 39, 40
HVW-08C
Extension load cell cable ......................... 12, 15 Parameter ........................................................................ 21, 51, 74
Wall mounting kit .............................................12 Parameter settings....................................................................... 51
HVW-11C
HW-C/CP series................................................................. 3, 7, 41 Parity.............................................................................................. 54
ID number ................................................. 41, 57
Unit of counting mode ....................... 20, 28, 29
ID number................................... 39, 41, 43 - 46, 55, 56
Decimal point................................................... 52
ID number output........................................... 55 - 57
Automatic power off........................................ 52ID
Command, Set ID number.............................67 Pole................................................................................... 14, 18, 19
GMP output 1 ..................................................55
Automatic power on ....................................... 52
HV/HW-C/CP Series

Page 85

Power on tare................................................................................25 Status of LED when turning on display.................. 54
Power on zero...............................................................................25
Stability band width ......................................... 52
Power source........................................................................ 77 - 80
Add time and date to interface 1 ................... 55
Preset tare
PT ......................................................... 20, 26, 67
Add time and date to interface 2 ................... 56_PRINT_ key ................................................................... 22, 39, 66
Add time and date to built-in printer .............. 57
Printer................................................................................ 39, 54, 57 Stream mode.................................................................. 55 - 57, 65
Line feed of printer...........................................57
Stability band time........................................... 52
Output mode 1.................................................55
Accumulation mode ................................. 30, 39
Output mode 2.................................................56 T
Command, Set tare at stable weighing value........ 67
Built-in printer output mode ............................57 Tare data output during tare............................. 54
PT
Command, Set preset tare.............................67 Tare function....................................................... 20, 22, 25, 26, 38
PT mark .................................................................................. 20, 26 _TARE_ key.................................................................... 20, 22, 26
Rank..................................................................... 32, 34, 36, 67, 68 Tare on initial load........................................... 53
Refresh rate........................................................................... 77 - 80 Three-level comparator mode...... 32, 34, 36, 54, 67, 68, 70, 71
Repair.............................................................................................83 Time and date adding ..........................................................55 - 57
Readability........................................................ 4, 21, 36, 65,77-80 Title block and End block ............................................................ 45
Repeatability.......................................................................... 77 - 80
Zero tracking.................................................... 52
Result ..................................................................... 3, 20, 32, 34, 41 Type C............................................................ 3, 11, 13, 18 - 20, 25
Roll paper
AX-PP147-S.............................. 11, 12, 39, 40 Type CP .................................................................3, 11, 18, 19, 39
RS-232C ............................................................................... 12, 62 U
Command, switch the weighing unit ............ 67
RS-232C cable
AX-KO2466................................... 12, 62 UFC format ................................................................................... 74
Stability mark..........................................................20 Unit mass ...................................................................................... 28_SET_ key ....................................................................................22 Upper limit .................................................................. 32, 34, 36, 38
Seven-level comparator mode ........... 32, 36, 54, 67, 68, 70, 71 USB ............................................................................................... 60
Output ID number to interface 1 ....................55 Variable parameter ...................................................................... 74
Output ID number to interface 2 ....................56 Wall mounting kit
HVW-11C ........................................ 12
Output ID number to printer .................... 39, 57 Weighing capacity.......................................................... 47, 77 - 80
Class, Communication ...................................54 Weighing pan ................................................ 9, 10, 18, 19, 77 - 80
Communication format 1................................54 Weighing pan size ................................................................77 - 80
Communication format 2................................54 Weight ........................................................................................... 47
Built-in printer communication format ...........54 Wheel
FW-16-4......................................................... 12
Tare data output during tare...........................54 WinCT Data communication software................................. 61
Command, Set zero at stable weighing value....... 67
Span calibration ..................................................................... 47, 50 Z
Span drift................................................................................ 77 - 80 _ZERO_ key ......................................................................5, 20, 22
Stability band time........................................52 Zero point ............................................................ 20, 22, 25, 47, 50
Stability band width..................................52 Zero point mark ............................................................... 20, 22, 25...................................................... 52
Stabilization level.....................................52 Zero tracking
Stand for the display unit
FW-15.....................................12Page 86

HV/HW-C/CP Series

MEMO

HV/HW-C/CP Series

Page 87

MEMO

Page 88

HV/HW-C/CP Series3-23-14 Higashi-Ikebukuro, Toshima-ku, Tokyo 170-0013, JAPAN
Telephone: [81] (3) 5391-6132
Fax: [81] (3) 5391-1566

A&D ENGINEERING, INC.
1756 Automation Parkway, San Jose, California 95131, U.S.A.
Telephone: [1] (408) 263-5333
Fax: [1] (408)263-0119

A&D INSTRUMENTS LIMITED
Unit 24/26 Blacklands Way, Abingdon Business Park, Abingdon, Oxfordshire
Telephone: [44] (1235) 550420
Fax: [44] (1235) 550485

OX14 1DY United Kingdom

A&D AUSTRALASIA PTY LTD
32 Dew Street, Thebarton, South Australia 5031, AUSTRALIA
Telephone: [61] (8) 8301-8100
Fax: [61] (8) 8352-7409

A&D KOREA Limited

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