RADWAG HRP 16, HRP 32, HRP 120, HRP 62, HRP 150 User Manual

HRP Weighing

Platforms

SERIES

High Resolution Platforms

IMMU-31-07-07-18-EN

USER MANUAL

www.radwag.com

2

JULY 2018

3

CONTENTS

1. GENERAL INFORM ATION 4

1.1. Dimensions 4

1.2. Connectors Arrangement 6

1.3. Technical Spec ifications 9

1.4. Intended Use 9

1.5. Good Weighing Practice 10

1.6. Temperature Stabilization Time 11

1.7. Warranty Conditions 12

1.8. Supervision over Metrological Parameters 13

1.9. User Manual Significance 13

1.10. Operator Training 13

1.11. Maintenance 13

2. UNPACKING AND INSTALL AT IO N 15

2.1. Place of Use 15

2.2. Unpacking and Installation 15

2.3. HRP 16, 32 Platform 16

2.4. HRP 62, 120 Platform 17

2.5. HRP 150, 300 Platfor m 21

2.6. HRP 300.1, 600, 1 100 Pl at for m 24

2.7. HRP 2000 Platfor m 29

3. ADJUSTMENT 34

3.1. Operator Start Mass 35

4. COMMUNICATION PROTOCOL 36

4.1. Communication with Module 36

4.2. Default Communication Parameters 36

4.3. HRP Configuration Using MWMH-Manager 37

4.4. Cooperation with Weighing Indicators 37

4.5. Cooperation with R-LAB Program 38

4.6. Radwag Communication Protocol 38

4.7. Commands Ov er view 40

4.8. Error Messages 52

4.9. Communication and Power Supply Cables 52

4.10. Platform Power Supply 55

5. TRANSPORT AND STORAG E 56

5.1. Delivery Check 56

5.2. Packaging 56

4

1. GENERAL INFORMATION

1.1. Dimensions

HRP 16, 32

HRP 62, 120

5

HRP 150, 300

HRP 300.1, 600, 1100

6

HRP 2000

1.2. Connectors Arrangement

HRP 16, 32

7

HRP 62, 120

HRP 150, 300, 300.1, 600, 1100

HRP 2000

8

Connectors arrangement for: HY 10.xx. HRP; PUE7.1.xx.HRP

No connector No connector HY10; PUE7.1;

PC + power supply

Connectors arrangement for: PL.xx HRP with Ethernet and IN/OUT

ETHERNET IN/OUT RS232, RS485
(optional connector) + power supply

Connectors arrangement for: PL.xx HRP with Profibus

Profibus OUT Profibus IN RS 232 + power supply

9

1.3. Technical Specifications

1.4. Intended Use

The series of HRP professional high resolution platforms suits every
single branch of industry. HRP series is perfect for applications
requiring high accuracy, precision and repeatability of measurement
in challenging industrial environment.
Automatic adjustment performed by means of an internal adjustment
weight is a warranty for a remarkably effective operation and
repeatability of indications. The automatic adjustment saves time and
lets to avoid performing the process manually, making it comfortable
and easy.

Features:

• Brand new design of the electromagnetic mechanism housed
in a stainless steel dust-proof and waterproof casing,

• High ingress protection IP67,

• Communication interfaces: RS 232,RS 485, Ethernet,

optionally: Profibus and IN/ OU T for cooperati on with
peripheral devices,

• Cooperation with HY 10, PUE 7.1 and PUE 5 indicators,

• Cooperation with MWMH-Manager software.

Power supply 12 ÷ 24 V DC
Operating temperature +10 - +40 °C
Relative humidit y 15% ÷ 80%

Ingress protection

IP 66/67 (for cleaning

purposes)

Outputs supply voltage 12 ÷ 24 V DC
Max outputs current 100 mA
Control voltage range for outputs 12 ÷ 24 V DC

10

1.5. Good Weighing Practice

A. Prior the first use, carefully read this User Manual. Use the

platform only as intended;

B. Place weighed loads in the centre of the weighing pan;

YES

NO

C. Load the weighing pan with loads of gross weight which does

not exceed maximum capacity;

D. In case of eccentric loading make sure that:

a) the weight of loads placed close to one of the pan edges
does not exceed ½ of max capacity,
b) the weight of loads placed in the pan corner does not
exceed 1/3 of max capacity.

E. Mind not to leave heavy loads on the weighing pan for longer

periods of time;

F. Avoid side shocks;

11

NO

NO

YES

NO

G. In case of damage, immediately unplug the device from the

mains.

H. Platform to be decommissioned, should be decommissioned in

accordance with valid lega l regul ati ons ;

1.6. Temperature Stabilization Time

Before start of the measuring processes , it is necessar y to wait until
the platform reaches thermal stabilisation.
Platforms stored in much lower temperatures than the workroom
temperature, before being plugged to the mains (e.g. during winter
period), must be subjected to thermal stabilisation. The thermal
stabilisation period takes about 8 hours. During the thermal
stabilization, the indications on the screen can change. Potential
workroom temperature change shall occur gradually and slowly in the
course of the weighing instrument operation.

12

1.7. Warranty Conditions

A. RADWAG feels obliged to repair or exchange all elements that

appear to be faulty by production or by construction.

B. Defining defects of unclear origin and means of their

elimination can only be realized with assistance of
manufacturer and user representatives.

C. RADWAG does not bear any responsibility for damage or

losses resulting from unauthorized or inadequate performing of
production or service processes.

D. The warranty does not cover:

• mechanical damage caused by product exploitation other
than intended, damage of thermal and chemical origin,
damage caused by lightning, overvoltage in the power
network or other random event,

• damage caused by product exploitation other than
intended,

• mechanical damage, if service claims removing or
destroying protective stickers which secure the platform’s
housing against unauthorized access,

• damage caused by liquids, water and natural wear,

• damage caused by inappropriate setting or by electrical

wiring failures,

• damage caused by overloading of the mechanical
measuring system,

• inappropriate cleaning habits.

E. Loss of warranty takes place if:

• a repair is carried out outside RADWAG authorized service
point,

• service claims intrusion into mechanical or electronic
construction by unauthorized people,

• the platform does not bear company security stickers.

F. For detailed warranty conditions read the warranty certificate.

13

1.8. Supervision over Metrological Parameters

Metrological parameters need to be checked in determined time
intervals. Inspection frequency is conditioned by ambient conditions
in which the module is used, kind of carried out processes and
adopted quality management system.

1.9. User Manual Significance

Even if you are experienced and have worked with this type of device
before it is very important to read the installation manual carefully
before switching it on.

1.10. Operator Training

The platform should be utilized and supervised only by users who
have been trained to operate such type of a weighing instrument.

1.11. Maintenance

Caution:

• Be careful so as not to damage the mechanism.

• For maintenance use mild cleanser preventing corrosion.

• Avoid directing strong stream of water directly onto weighing

module's gasket membrane.

Cleaning Stainless Steel Components
Avoid using cleansers containing any corrosive chemicals, e.g.

bleach (including chlorine). Do not use cleansers containing abrasive
substances. Always remove the dirt using microfiber cloth to avoid
damage of protective coating.

In case of a daily maintenance:

• Remove the dirt using cloth dipped in warm water.

• For best results, add a little bit of dishwashing detergent.

Cleaning Powder-Coated Components
For preliminary cleaning process stage you need running water or

wet sponge featuring large holes, this will help you to remove loose,
heavy dirt.

14

Do not use cleansers containing abrasive substances.
Next, using cloth and cleanser-water solution (soap, dishwashing

liquid) gently rub the cleaned surface.
Avoid using cleanser without water since it may result with damage

of the cleaned surface, please mind that large amount of water mixed
with cleanser is a must.

Cleaning Aluminium Components
While cleaning aluminium components use products acid by nature,

e.g. spirit vinegar, lemon. Do not use cleansers containing abrasive
substances. Avoid using hard brush, this may cause scratches. It is
recommended to use microfibre cloth.

While polishing the surface use circular movements. Use clean, dry
cloth to make the surface shine. For best results, add a little bit of
dishwashing detergent.

15

2. UNPACKING AND INST ALL ATION

2.1. Place of Use

* Make sure that the ambient temperature ranges between +10

°C ÷ +40 °C
* Make sure that the relative humidity is not higher than 80%,
* Slow temperature change in the course of operation,
* Ground the module’s base should static electricity affect the

weighing result.

2.2. Unpacking and Installation

Cut the adhesive tape. Take the device out of the packaging.
Open the accessory box, take the device components out of it and
install them.
Be particularly careful while unpacking the device and installing its
components so as not to cause any damages to the platform
mechanism. Do it in accordance with the description below.

Upon completing mechanical installation, carry out electrical
connections. Depending on the preferred communication type,
connect communication cables to the appropriate connectors (for
connectors description refer to section 1.2 of this user manual). It is
recommended to use original communication cables supplied by
RADWAG. Nominal voltage of the power supply (specified on the
power supply data plate) has to be compatible with the mains
nominal voltage.

16

2.3. HRP 16, 32 Platform

1. Take the platform out of the packaging.

2. Install the weighing pan.

3. Connect the indicator or computer to the weighing module.
For detailed description of connectors refer to section 1.2. of this
user manual.

4. Place the platform at the place of use on a flat
and even surface. Keep it far away from any sources of heat.

5. Level the device, to do it turn
its feet left/right. Keep turning the feet
until the air bubble takes central position.

YES

NO

17

2.4. HRP 62, 120 Platform

1. Take the platform out of the packaging, make sure that you
touch 'OUTER FRAME' only.

2. Connect the indicator or computer to the weighing module.

For detailed description of connectors refer to section 1.2. of this
user manual.

18

3. Install weighing pan receivers, fit them into lever seats.

19

4. Disassemble tr ansport l ock by un doing sc rews and r em oving
fixing washers.

5. Place the device on a flat and even surface. Keep it far away
from any sources of heat (do not assemble the weighing
pan).

20

6. Screw foot no. 3 so that feet no. 1, 2, 4 form a plain surface
on which platform frame is based.

7. Level the platform using feet no. 1, 2 and 4 until the air
bubble takes central position.

YES

NO

8. Unscrew foot no. 3 so that it rests on the ground. Do not
exert stress on platform frame. Do not change the level of
the platform (the air bubble has to remain in central position).

9. Install the weighing pan (5).

21

10. Connect the scale to the power supply.

2.5. HRP 150, 300 Platform

1. Take the platform out of the packaging, make sure that you

touch 'OUTER FRAME' only.

22

2. Connect the indicator or computer to the weighing module.

For detailed description of connectors refer to section 1.2. of this
user manual.

3. Install weighing pan receivers, fit them into lever seats.

4. Disassemble transport lock by undoing screws and removing

fixing washers.

23

5. Place the device on a flat and even surface. Keep it far away
from any sources of heat (do not assemble the weighing
pan).

6. Screw foot no. 3 so that feet no. 1, 2, 4 form a plain surface
on which platform frame is based.

7. Level the platform using feet no. 1, 2 and 4 until the air
bubble takes central position.

24

YES

NO

8. Unscrew foot no. 3 so that it rests on the ground. Do not
exert stress on platform frame. Do not change the level of
the platform (the air bubble has to remain in central position).

9. Install the weighing pan (5).

10. Connect the scale to the power supply.

2.6. HRP 300.1, 600, 1100 Platform

1. Take the platform out of the packaging, make sure that you

touch 'OUTER FRAME' only.

25

2. Connect the indicator or computer to the weighing module.

For detailed description of connectors refer to section 1.2. of this
user manual.

3. Install weighing pan receivers (4), fit them into lever seats(5).

26

4. Disassemble transport lock by undoing screws and removing

fixing washers (6).

27

5. Place the device on a flat and even surface. Keep it far away
from any sources of heat (do not assemble the weighing
pan).

6. Screw foot no. 3 so that feet no. 1, 2, 4 form a plain surface
on which platform frame is based.

7. Level the platform using feet no. 1, 2 and 4 until the air
bubble takes central position.

YES

NO

8. Unscrew foot no. 3 so that it rests on the ground. Do not
exert stress on platform frame. Do not change the level of
the platform (the air bubble has to remain in central position).

9. Install the weighing pan (7).

28

10. Connect the scale to the power supply.

29

2.7. HRP 2000 Platform

1. Take the platform out of the packaging using hoist.
Procedure:

• Unscrew 4 screws presented in the figure below.

• Screw 4 screws with eyelets. Using cords and hoist

take the platform out of the packaging and place in
the place of use on a flat and even surface. Keep it
far away from any sources of heat.

30

• Upon locating the platform in the place of use,
unscrew the screws with eyelets.

2. Disassemble the top of the weighing platform (3).

3. Connect the indicator or computer to the weighing module. For
detailed description of connectors refer to section 1.2. of this user
manual.

31

4. Disassemble transport locks (5).

5. Set the bumpers. Loosen the nuts in all four corners.
Unscrew the screws and set 1 mm gap. Tighten the nuts.

6. Place the device on a flat and even surface. Keep it far away
from any sources of heat (do not assemble the weighing
pan).

32

7. Screw foot no. 3 so that feet no. 1, 2, 4 form a plain surface
on which platform frame is based.

8. Level the platform using feet no. 1, 2 and 4 until the air
bubble takes central position.

YES

NO

9. Unscrew foot no. 3 so that it rests on the ground. Do not
exert stress on platform frame. Do not change the level of
the platform (the air bubble has to remain in central position).

10. Install the weighing pan (3).

33

11. Connect the scale to the power supply.

34

3. ADJUSTMENT

In order to ensure the highest weighing accuracy, it is recommended
to periodically correct indications by entering a corrective factor to
module memory, the said factor must be referred to a mass standard.
Adjustment has to be carried out before weighing process, after a
long break between measurements series or when ambient
temperature changes rapidly. The adjustment has to be carried out
for unloaded weighing pan and stable working conditions (no drafts
or vibrations). An error message is displayed when one of the above
conditions is not fulfilled. In such case, unload the weighing pan or
eliminate other distorting factors and repeat the adjustment. Do not
use the module until the adjustment is carried out. Follow the
displayed messages. HRP platforms are equipped with an internal
weight, the adjustment can be carried out using either this weight or
an external one.

There are three types of adjustment process:

• adjustment using exter na l weight

• automatic internal adjustment initiated by the balance (at a

specified time interval and in the case of an ambient
temperature change)

• internal adjustm ent initiated by an operator

The adjustment procedur e us ing exter na l weig ht can be carried out
using:

• MWMH-Manager - program for platforms and modules
operation

• weighing indicator connected to the module

Internal adjustment can be initiated using:

• MWMH-Manager - program for platforms and modules
operation

• weighing indicator connected to the module

• IC command of the communication protocol

• command of the Profibus protocol

• command of the Modbus protocol

CAUTION

Verified HRP platforms cannot be adjusted using external weight.

35

3.1. Operator Start Mass

You can determine zero point of HRP platforms. Option can be set
using:

• MWMH-Manager - program for platforms and modules
operation

• weighing indicator connected to the module

CAUTION

Determination of start mass carried out by an operator is not
available for verified platforms.

36

4. COMMUNICATION PROTOCOL

4.1. Communication with Module

HRP Platforms can communicate with RADWAG-manufactured
weighing indicators, computer applications and industrial controllers
via RS232, Ethernet and, optionally, via RS485 and Profibus
connectors.
Communication protocols of the modules:

• Radwag communication protocol

• Modbus RTU (RS485)

• Modbus TCP (Ethernet)

• Profibus

Modbus - Profibus communication has been described in a separate
user manual.
In addition, the platform can be equipped with digital inputs and
outputs which enable taring, zeroing, dosing start and stop, threshold
signalling and dosing process controlling.

Caution:

HRP platforms with Profibus are not equipped with digital IN/OUT,
RS485 and Ethernet.

4.2. Default Communication Parameters

• RS 232
Baud rate 57600
Data bits 8
Parity none
Stop bits 1

• RS 485
Baud rate 57600
Data bits 8
Parity none
Stop bits 1
Module address 1

• TCP/IP
IP address 192.168.0.2
Subnet mask 255.255.255.0
Default gatewa y 192.158.0.1
Port 4001

37

4.3. HRP Configuration Using MWMH-Manager

„MWMH-Manager” is a computer software operating in MS

Windows environment, intended for operation and configuration of
parameters of HRP platforms and MWSH, MWMH, MWLH
magnetoelectric weighing modules. The program facilitates the
following: mass readout, taring, zeroing, setting filters, adjustment,
setting communication parameters, simulation of digital inputs and
outputs operation.
„MWMH-Manager” software enables communication with peripheral
devices using RS232, RS485 and Ethernet. MWMH-Manager
software has been described in a separate user manual.

4.4. Cooperation with Weighing Indicators

HRP platforms are compatible with the following indicators: HY 10,
PUE 5 and PUE 7.1. Comm unication bet ween the de vic es is
established via RS 232, RS485 and Eth er net connec to r s .
Combination of the HRP platform and indicator results in high
resolution weighing instrument with applications intended for
industry. Weighing indicator enables full access to module
parameters and allows carrying out adjustment procedure.

PUE HY10 Indicator P UE 5 Indicator

PUE 7.1 Indicator

38

4.5. Cooperation with R-LAB Program

R-LAB program is a computer application that enables mass value
readout carried out on connected modules, measurements collection,
taring and zeroing.
The program enables connection with the HRP platform via RS232
and Ethernet connectors.

4.6. Radwag Communication Proto col

General information

• A character-based communication protocol (platform-indicator,

computer) is designed for establishing communication
between a RADWAG weighing instrument and a peripheral
device via RS-232C, RS 484 or Ethernet interface.

• The protocol consists of commands sent from a peripheral

device to the platform and responses from the weighing
device.

• Responses are sent from the platform each time a command is

received.

• Commands, forming the communication protocol, enable

obtaining data on platform status and facilitate influencing
weighing instrument operation, e.g.: acquiring measurement
results from the platform, zeroing, etc.

Command Command overview
Z

Zeroing

T

Taring

OT

Give tare value

UT

Set tare

S

Send stable measurement result in basic
measuring unit

SI

Immediately send measurement result in basic
measuring unit

SU

Send stable measurement result in current
measuring unit

39

SUI

Immediately send measurement result in current
measuring unit

C1

Switch on continuous transmission in basic
measuring unit

C0

Switch off continuous transmission in basic
measuring unit

CU1

Switch on continuous transmission in current
measuring unit

CU0

Switch off continuous transmission in current
measuring unit

DH

Set min checkweighing threshold

UH

Set max checkweighing threshold

ODH

Give value of min checkweighing threshold

OUH

Give value of max checkweighing threshold

NB

Give balance serial number

UI

Give accessible units

US

Set unit

UG

Give current unit

BN

Give balance type

FS

Give max capacity

RV

Give program version

A

Set AUTOZERO

PC

Send all implemented commands

FIS

Set filter

GIN

Give status of inputs settings

GOUT

Give status of outputs settings

SOUT

Set outputs

IC

Internal adjustment

PS

Send module settings

Caution: Each command must end with CR LF characters.

40

Response format

XX_A CR LF

command understood and in progress

XX_D CR LF

command carried out (appears only after the XX_A command)

XX_I CR LF

command understood but not accessible at this moment

XX _ ^ CR LF

command understood but max threshold is exceeded

XX _ v CR LF

command understood but min threshold is exceeded

XX _ OK CR LF

command carried out

ES_CR LF

command not recognised

XX _ E CR LF

time limit exceeded while waiting for sta ble mea sur eme nt re s ult
(time limit is a characteristic m odule paramet er )

XX - name of a sent command
_ - space

4.7. Commands Overview

Zeroing

Format: Z CR LF

Response options:

Z_A CR LF

- command understood and i n progres s

Z_D CR LF

- command carried out

Z_A CR LF

- command understood and i n progres s

Z_^ CR LF

- command understood but zeroing range is exceeded

Z_A CR LF

- command understood and i n progres s

Z_E CR LF

- time limit exceeded while waiting for stable measurement
result

Z_I CR LF

- command understood but not accessible at this moment

Taring

Format: T CR LF

41

Response options:
T_A CR LF

- command understood and i n progres s

T_D CR LF

- command carried out

T_A CR LF

- command understood and i n progress

T_v CR LF

- command understood but ta ring ra nge is ex ceeded

T_A CR LF

- command understood and i n progres s

T_E CR LF

- time limit exceeded while waiting for stable measurement
result

T_I CR LF

- command understood but not accessible at thi s moment

Give tare value

Format: OT CR LF

Response: OT_TARE CR LF - command carr ie d out

Response format:

1 2 3 4-12 13 14 15 16 17 18 19

O T space tare space unit space CR LF

Tare

- 9 characters, right justification

unit

- 3 characters, left justification

Caution: Tare value is al ways given in adjustment unit.

Set tare

Format: UT_TARE CR LF, where TARE - tare value.

Response options:

UT_OK CR LF

- command carried out

UT_I CR LF

- command understood but not accessible at this moment

ES CR LF

- command not recognised (tare format incorrect)

Caution:

Use dot in tare format as decimal point.

42

Send stable measurement result in basic measuring unit

Format: S CR LF

Response options:

S_A CR LF

- command understood and i n progress

S_E CR LF

- time limit exceeded while waiting for stable measurement
result

S_I CR LF

- command understood but not accessible at this moment

MASS FRAME

- command carried out, immediate response: mass value in
basic measuring unit

Response format:

1

2-3 4 5 6 7-15

16

17

18

19

20

21

S space

stability

marker

space character mass space unit CR LF

Example:

S CR LF

- command sent from a computer

S _ A CR LF

- command understood and i n progres s

S _ _ _ _ - _ _ _ _ _ _ 8 . 5 _ g _ _ CR LF

- command carried out

response: mass value in basic

measuring unit

- command carried out, immediate

response: mass value in basic
measuring unit

where: _ - space

Immediately send measurement result in basic measuring unit

Format: SI CR LF

Response options:

SI_I CR LF

- command understood but not accessible at this moment

MASS FRAME

- command carried out, immediate response: mass value in
basic measuring unit

Response format:

43

1 2 3 4 5 6 7-15

16

17

18

19

20

21

S I space

stability

marker

space character mass space unit CR LF

Example:

S I CR LF

-

command sent from a computer

S I _ ? _ _ _ _ _ _ _ 1 8 . 5 _ k g _ CR LF

- command carried out, immediate
response: mass value in basic measuring
unit

where: _ - space

Send stable measurement result in current measuring unit

Format: SU CR LF

Response options:

SU_A CR LF

- command understood and i n progres s

SU_E CR LF

- time limit exceeded while waiting for stable measurement result

SU_I CR LF

- command understood but not accessible at this moment

MASS FRAME

- command carried out, imme diate respon se: ma ss value in basi c
measuring unit

Response format:

1 2 3 4 5 6 7-15

16

17

18

19

20

21

S U space

stability
marker

space stability mass space unit CR LF

Example:

S U CR LF

- command sent from a computer

S U _ A CR LF

- command understood and i n progres s

S U _ _ _ - _ _ 1 7 2 . 1 3 5 _ N _ _ CR LF

- command carried out, immediate
response: mass value in current measuring
unit.

where: _ - space

Immediately send measurement result in current measuring unit

44

Format: SUI CR LF

Response options:

SUI_I CR LF

- command understood but not accessible at this moment

MASS FRAME

- immediate response: mass value in basic measuring unit

Response format:

1 2 3 4 5 6 7-15

16

17

18

19

20

21

S U I

stability

marker

space stability mass space unit CR LF

Example:

S U I CR LF

-

command sent from a computer

S U I ? _ - _ _ _ 5 8 . 2 3 7 _ k g _ CR LF

- command carried out, immediate
response: mass value in basic measuring
unit

where: _ - space

Switch on continuous transmission in basic measuring unit

Format: C1 CR LF

Response options:

C1_I CR LF

- command understood but not accessible at this moment

C1_A CR LF

- command understood and i n progres s

MASS FRAME

- command carried out, immediate response: mass value in basic
measuring unit

Response format:

1 2 3 4 5 6 7-15

16

17

18

19

20

21

S I space

stability

marker

space character mass space unit CR LF

Switch off continuous transmission in basic measuring unit

Format: C0 CR LF

Response options:

45

C0_I CR LF

- command understood but not accessible at this mom ent

C0_A CR LF

- command understood and car ried out

Switch on continuous transmission in current measuring unit

Format: CU1 CR LF

Response options:

CU1_I CR LF

- command understood but not accessible at this moment

CU1_A CR LF

- command understood and i n progres s

MASS FRAME

- response: mass value in current measuring unit

Response format:

1 2 3 4 5 6 7-15

16

17

18

19

20

21

S U I

stability

marker

space character mass space unit CR LF

Switch off continuous transmission in current measuring unit

Format: CU0 CR LF

Response options:

CU0_I CR LF

- command understood but not accessible at this moment

CU0_A CR LF

- command understood and car ried out

Set min checkweighing threshold

Format: DH_XXXXX CR LF, where: _ - space, XXXXX - mass format

Response options:

DH_OK CR LF

- command carried out

ES CR LF

- command not recognised (mass format incorrect)

Set max checkweighing threshold

46

Format: UH_XXXXX CR LF, where: _ - space, XXXXX - mass format

Response options:

UH_OK CR LF

- command carried out

ES CR LF

- command not recognised (mass format incorrect)

Give value of min checkweighing threshold

Format: ODH CR LF

Response: DH_MASA CR LF - command carried out

Response format:

1 2 3

4-12

13

14

15

16

17

18

19

D H space

mass

space

unit

space

CR

LF

Mass

- 9 characters, right justification

Unit

- 3 characters, left justification

Give value of max checkweighing threshold

Format: OUH CR LF

Response: UH_MASA CR LF - command carried out

Response format:

1 2 3

4-12

13

14

15

16

17

18

19

U H space

mass

space

unit

space

CR

LF

Mass

- 9 characters, right justification

Unit

- 3 characters, left justification

Give scale serial number

Format: NB CR LF
Response options:

47

NB_A_”Serial No.” CR LF

- command understood, respo nse: ser ial num ber.

NB_I CR LF

- command understood but not accessible at this
moment.

”Serial No.” – serial number of the device, Inserted in between
inverted commas.

Example:
NB CR LF – command sent from a computer.

NB_A_”123456” CR LF – scale serial number - 123456.

Give accessible units

Format: UI CR LF
Response options:

UI_”x1,x2, … xn”_OK<CR><LF>

- command carried out, response: accessible
units.

UI_I <CR><L F>

- command understood but not accessi ble at this
moment.

x - unit symbol, separated by means of commas.
Example:

UI CR LF - give available units.
UI_”kg,N,lb,u1,u2”_OK CR LF - response: available units.

Set current unit

Format: US_x CR LF
Response options:

US_ x_OK CR LF

- command carried out, response: set unit.

US_E CR LF

- error in-course of command execution, no param eter or
incorrect format.

US_I CR LF

-

command understood but not accessible at this moment.

x - parameter, units symbols: g, kg, N, lb, oz, ct, u1, u2, next.

Caution:
If x=next the comman d swaps to another ava ilable unit on the list (it

simulates

key pressing).

48

Example:
US_kg CR LF - set „kg” unit.

US_kg_OK CR LF - „kg” set as a current unit.

Give current unit

Format: UG CR LF
Response options:

UG_x_OK<CR><LF>

-

command carried out, response: set unit.

UG_I <CR><LF>

-

command unders tood but not accessible at this moment.

x - parameter, unit symbol.
Example:

UG CR LF - give current unit.
UG_kg_OK CR LF – currently set unit is „kg”.

Give module type

Format: BN CR LF
Response options:

BN_A_”x” CR LF

-

command understood, response: weighing device type.

BN_I CR LF

-

command understood but not accessible at this moment.

x - weighing device type (inserted in between inverted commas).
Example:

BN CR LF - give weighing device type.
BN_A_”C32” CR LF – weighing device type: „C32”.

Give max capacity

Format: FS CR LF
Response options:

FS_A_”x” CR LF

-

command understood, response: max capacity.

FS_I CR LF

-

command understood but not accessible at this moment.

x – Max capacity value (in between inverted commas).

49

Example:
FS CR LF - give Max capacity.

FS_A_”3.000” CR LF – Max capacity: „3.000”.

Give program version

Format: RV CR LF
Response options:

RV_A_”x” CR LF

-

command understood, response: program version.

RV_I CR LF

-

command understood but not accessible at this moment.

x – program version (in between inverted commas).
Example:

RV CR LF - give program version.
RV_A_”1.0.0” CR LF – response program version „1.0.0”.

Set autozero

Format: A_n CR LF
Response options:

A_OK CR LF

-

command carried out.

A_E CR LF

-

error in-course of command execution, no param eter or

incorrect format.

A_I CR LF

-

command understood but not accessible at this moment.

n - parameter, decimal value determining autozero settings:

0 – autozero off.
1 – autozero on.

Example:
A_1 CR LF - turn autozero function on.

A_OK CR LF – autozero function is on.

Send all implemented commands

Format: PC CR LF
Response:

50

PC_A_"Z,T,S,SI,SU,SUI…" - command carried out, all implemented
commands have been sent.

Set filter
Format: FIS_n <CR><LF>
Response options:
FIS_OK <CR><LF>

-

command carried out

FIS_E <CR><LF>

- error in-course of command execution, no
parameter or incorrect format

FIS_I <CR > <LF>

- command understo od but not acces s ible at
this moment

n - parameter, decimal value determining filter number

n → 1 – very fast

2 – fast
3 – average
4 – slow

5 – very slow

Caution:

The numbering is assigned to a particular filter name and it is identical for

all balance types.

The command changes settings for a current working mode if, for a
particular balance type, filter settings are assigned to the working mode.

Example:
Command:

FIS_3<CR><LF>

- set average filter

Response:

FIS_OK<CR><LF>

- average filter set

Give status of inputs settings

Format:

GIN CR LF

Response: GIN_XXXXX CR LF - where: XXXXX- status of inputs settings starting from
input 5 and ending with input 1 0

-input not set 1-input set

Response format:

1 2 3 4 5-9 10 11

G I N space inputs status CR LF

Inputs status

-5 characters signalling
inputs status: character No.
5 input 5 …character No. 9

51

input 1

Give status of outputs setti n g s

Format:

GOUT CR LF

Response: GOUT_XXXX CR LF - where XXXX-status of outputs settings starting from
output 4 and ending with output 1 0

-output not set

1-output set

Response format:

1 2 3 4 5 6-9 10 11

G O U T space outputs status CR LF

Inputs status

-4 characters signalling outputs
status: character No. 6 output 4
…character No. 9 input 1

Set outputs

Format: SOUT_XXXX CR LF, wher e: _ - space, XXXXX – outputs status

setting

active-1 or not active-0 starting from output No.4 to output No. 1.

Response options:
SOUT_OK CR LF

-

command carried out

ES CR LF

- command not recognised (incorrect
outputs mask format )

Internal adjustment
Format: IC CR LF
Response options:
IC_A CR LF

-

command understood and in progress

IC_D CR LF

-

adjustment completed

IC_A CR LF

-

command understood and in progress

IC_E CR LF

- time limit exceeded while waiting for stable
measurement result

IC_I CR LF

- command understood but not accessible at this
moment

Send module settings
Format: PS <CR><LF>
Response options:
Example:
Command:

PS <CR><LF>

- send module settings

52

Response:

PS_A<CR><LF>
…
PS_D<CR><LF>

- scale settings

4.8. Error Messages

-Err2- Value beyond zero range

-Err3- Value beyond tare range

-Err8- Zeroing/taring operation time exceeded

-NULL- Zero value from converter

-FULL- Measuring range (Max. capacity) exceeded

-LH- Start mass error

4.9. Communication and Power Supply Cables

HRP-computer RS232 cable

RS485 HRP cable

53

RS232 HRP-HY10,PUE 5 cable + power supply

Ethernet HRP-HY10,PUE 5 cables

54

Ethernet HRP- Eth er net S witc h, Pue 7.1 cable

HRP IN/OUT cable

55

Caution:

Colours of wires for cable of M12 standard. The figure presents
exemplary cable type.

4.10. Platform Power Supply

To supply HRP platform use SYS-1544-2415-T3-HRP power supply
that is included in the set with the module. In case of communication
via PT0348 or PT0375 cables, the power supply has to be plugged to
the connector that terminates the cable. In case of communication
via Ethernet or Profibus, the power supply has to be plugged directly
to the connector No. 3 .

56

5. TRANSPORT AND STORAGE

5.1. Delivery Check

Upon delivery it is necessary to check the package and the device,
make sure that your package bears no signs of damage.

5.2. Packaging

Keep all package elements should your device be transported in the
future.
Remember that only original packaging can be used for shipping
purposes. Prior packing, uncouple any cables, remove any separable
components (weighing pan, shields, inserts). The device components
shall be packed into an original packaging, thus being protected
against potential damage during t rans portation.

57

58