RADWAG PUE H315 User manual

2
SEPTEMBER 2021

3
PRECAUTIONS
Prior to installation, use or maintenance activities, carefully read this user
manual and follow the provided guidelines.
Prior to the first use, carefully read this user manual. Use the device only
as intended.
Protect the indicator against considerable temperature variation, solar and
UV radiation, substances causing chemical reactions.
The weighing device must not be operated in hazardous areas
endangered with explosion of gases, and in dusty environments.
In case of damage, immediately unplug the device from the mains.
Scales to be decommissioned must be decommissioned in accordance
with valid legal regulations.
Do not let battery discharge in case of prolonged storage of the device
in low temperature.
A worn out battery can be replaced only by the manufacturer or by the
authorized service.
Accumulators do not belong to regular household waste. The European
legislation requires discharged accumulators to be collected and disposed
separately from other communal waste with the aim of being recycled.
Symbols on batteries identify harmful compounds: Pb = lead,
Cd = cadmium, Hg = mercury. Dear user, you are obliged to dispose of the
worn out batteries as regulated.

4
CONTENTS
1. INTENDED USE .................................................................................................................................................5
2. WARRANTY CONDITIONS ...............................................................................................................................5
3. MAINTENANCE ACTIVITIES ............................................................................................................................6
3.1. Cleaning Stainless Steel Components........................................................................................................6
3.2. Cleaning ABS Components.........................................................................................................................6
4. DESIGN ..............................................................................................................................................................6
4.1. Dimensions..................................................................................................................................................6
4.2. Connectors Arrangement ............................................................................................................................7
4.3. Pins Arrangement........................................................................................................................................7
4.4. Operation panel...........................................................................................................................................8
4.5. Technical specifications...............................................................................................................................9
5. INDICATOR INSTALLATION ............................................................................................................................9
5.1. Unpacking and Installation ..........................................................................................................................9
5.2. Start-Up .....................................................................................................................................................10
5.3. Battery Charge Status...............................................................................................................................10
5.4. Battery Charge Status Check....................................................................................................................10
6. OPERATING THE MENU.................................................................................................................................11
6.1. Return to the Weighing Mode....................................................................................................................11
7. INSTALLER INSTRUCTION............................................................................................................................11
7.1. Connecting 6-Wire Load Cell ....................................................................................................................11
7.2. Connecting 4-Wire Load Cell ....................................................................................................................12
7.3. Connecting Load Cell’s Cable Shield ........................................................................................................13
8. FACTORY SETUP............................................................................................................................................14
8.1. Access .......................................................................................................................................................14
8.2. Factory Parameters List ............................................................................................................................15
8.3. Device Defining .........................................................................................................................................17
8.4. Factory Adjustment....................................................................................................................................18
8.4.1. External Adjustment Process .........................................................................................................18
8.4.2. Start Mass Determination...............................................................................................................18
8.4.3. Correction of Start Mass Expressed in Converter's Divisions .......................................................19
8.5. Linearity Correction ...................................................................................................................................19
8.5.1. Entering Linearity Correction Points...............................................................................................19
8.5.2. Corrections .....................................................................................................................................20
8.5.3. Deleting Linearity............................................................................................................................20
8.6. Gravitational Coefficient ............................................................................................................................20
9. OPTIONAL EXTENSION MODULES ..............................................................................................................21
9.1. Input/Output Module..................................................................................................................................21
9.1.1. Technical Specifications.................................................................................................................21
9.1.2. I/O Schematic Diagrams ................................................................................................................22
9.1.3. Input / Output Signals Overview.....................................................................................................22
9.2. 4-20mA Module .........................................................................................................................................23
9.2.1. Technical Specifications.................................................................................................................23
9.2.2. Wiring Diagrams of 4-20mA Module ..............................................................................................24
9.3. RS485 Module...........................................................................................................................................24
9.3.1. RS485 signals description..............................................................................................................24
9.4. Ethernet Module ........................................................................................................................................25
9.4.1. Ethernet Pins..................................................................................................................................25
9.5. Additional Modules Arrangement..............................................................................................................25
10. DIAGRAMS OF CONNECTION CABLES.....................................................................................................26

5
1. INTENDED USE
PUE H315 weighing indicator is intended to be a part of construction
of industrial scales based on load cells. It is equipped with a stainless steel
housing of high IP. Clear weighing result presentation is ensured due to a large
display (LCD).
Standard indicator features one RS232 interface and USB connector
for connection with peripheral devices (printer, computer, etc.). The indicator
can be optionally equipped with an internal battery, this allows its operation
in places where there is no access to the mains.
2. 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,
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 device does not bear company protective stickers.
F. Warranty conditions outline the warranty period for rechargeable
batteries attached to the device for 12 months.
G. For detailed warranty conditions read the warranty certificate.
H. Contact with the central authorized service: [phone].

6
3. MAINTENANCE ACTIVITIES
In order to ensure safety in the course of cleaning, it is necessary to disconnect
the device from the mains.
3.1. 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:
1. Remove the dirt using cloth dipped in warm water.
2. For best results, add a little bit of dishwashing detergent.
3.2. Cleaning ABS Components
To clean dry surfaces and avoid smudging, use clean non-colouring cloths
made of cellulose or cotton. You can use a solution of water and detergent
(soap, dishwashing detergent, glass cleaner). Gently rub the cleaned surface
and let it dry. Repeat cleaning process if needed.
In the case of hard to remove contamination, e.g. residues of adhesive, rubber,
resin, polyurethane foam etc., you can use a special cleaning agents based on
a mixture of aliphatic hydrocarbons that do not dissolve plastics. Before using
the cleanser for all surfaces we recommend carrying out tests. Do not use
cleansers containing abrasive substances.
4. DESIGN
4.1. Dimensions
PUE H315 overall dimensions

7
4.2. Connectors Arrangement
PUE H315 connectors
1
Vent
2
Power cord
3
Platform
4
USB connector
5
RS232 (1) connector
6
Universal socket or gland (RS232 (2) or RS485 or Ethernet or IN/OUT)
4.3. Pins Arrangement
RS232 (1)
RS232 (2)
Pin1 –NC
Pin2 –RxD
Pin3 –TxD
Pin4 –NC
Pin5 –GND
Pin6 –5VDC
Pin7 –NC
Pin8 –NC
USB
Pin1 –Vcc
Pin2 –D-
Pin3 –D+
Pin4 –GND
Ethernet
Pin1 –RX+
Pin2 –TX+
Pin3 –RX-
Pin4 –TX-

8
4.4. Operation panel
Keys:
Press to switch the weighing device on/off –hold the key for about 1
second.
Function key, press to change the working mode.
Press to send the weighing result to a printer or computer.
Press to zero the scale.
Press to tare the scale.
Upon pressing + keys combination, functions
of given keys change. Detailed information concerning use
of the + keys combination is to be found further
down this manual.

9
4.5. Technical specifications
Housing
Stainless steel
Ingres Protection
IP 66 / IP 67 / IP 69
Operating temperature
-10°C to +40°C
Display
LCD
Power supply
100 ÷ 240VAC 50÷60Hz
Optional supply
External 12-24VDC
OIML Class
II and III
Max. of verification interval (n)
6000
Maximum signal increase
39mV
Min. voltage per verification interval
0,4uV
Min. impedance of load cell
50
Max. impedance of load cell
1200
Load cell supply
5V
Load cell wiring
4 or 6 wires with shield
Max. number of platforms
1
Multirange
Yes
RS232 (1)
M12 8P connector
USB
M12 4P connector
Optional Equipment:
RS232 (2)
M12 8P connector
RS485
M16 cable gland
Ethernet
M12 4P connector
4-20mA current loop
M16 cable gland
4IN/4OUT
M16 cable gland
Battery supply
Rechargeable battery 6 x NiMH AA/R6
5. INDICATOR INSTALLATION
5.1. Unpacking and Installation
A. Take the indicator out of the packaging.
B. Connect the indicator and the platform and place the set on a flat and
even surface. Keep it far away from any sources of heat.
C. To level the weighing instrument turn its feet. Keep turning the feet until
the air bubble takes central position:

10
5.2. Start-Up
Plug the power cord to the mains.
Press button. The key is also used to switch the scale on/off.
Display test proceeds (all symbols are backlit for a moment), program
name and number is displayed first, mass indication next.
5.3. Battery Charge Status
The scale of standard design is equipped with an internal battery. Battery state
is signalled by pictogram, the pictogram is displayed in the top bar of the
display.
pictogram display mode
Meaning
No pictogram
Battery charged. Regular scale operation.
Pictogram displayed continuously
Too low battery charge (the scale is about to shut
down). Charge the battery immediately.
Blinking pictogram, blink frequency:
ca. 1 s
Battery charge in progress. The device is connected
to the power supply charging the battery.
Blinking pictogram, blink frequency:
ca. 0.5 s
Battery error. Battery is damaged.
5.4. Battery Charge Status Check
Press and keys combination.
Depending on the battery state, a respective status is displayed on the
screen for 2s:
80%
Battery power supply. Battery power given in %.
CHArGE
Battery charge in progress. The device is connected to the power supply
charging the battery.
-Err5-
Battery error. Battery is damaged.
Next, the home screen is displayed automatically.

11
6. OPERATING THE MENU
In order to navigate the program menu use the operation panel.
+
Press to enter the main menu.
+
Press to enter tare manually.
Press to enter tare from tare database.
Press to change value by 1 digit up.
Press to scroll the menu up.
+
Press to check battery/accumulator state.
+
Press to view date/time.
Press to scroll the menu down.
Press to change current parameter value.
Press to enter given submenu.
Press to modify given parameter.
Press to confirm modification.
Press to exit, function remains unmodified.
Press to move one menu level up.
6.1. Return to the Weighing Mode
Introduced menu modifications are automatically saved to scale memory upon
return to the home screen. To return to the home screen press key
repeatedly.
7. INSTALLER INSTRUCTION
The PUE H315 indicator serves as basis of load cell scales.
7.1. Connecting 6-Wire Load Cell
Connect 6-wire load cell to the main board following the diagram below:

12
Connecting 6-wire load cells
J7 Load cell socket
Load cell signals
NOTES
REF+
SENSE +
JP3 not soldered
REF-
SENSE -
JP4 not soldered
IN+
OUTPUT+
IN-
OUTPUT-
+5V
INPUT+
AGND
INPUT-
7.2. Connecting 4-Wire Load Cell
Connect 4-wire load cell to the main board following the diagram below:

13
Connecting 4-wire load cells
J7 Load cell socket
Load cell signals
NOTES
REF+
SENSE +
JP3 soldered
REF-
SENSE -
JP4 soldered
IN+
OUTPUT+
IN-
OUTPUT-
+5V
INPUT+
AGND
INPUT-
7.3. Connecting Load Cell’s Cable Shield
Platforms connected to
indicators in metal
housing via a cable only
Platforms electrically
connected to indicators’
metal housings e.g.
pillars, racks
Load cells with internal shield connection
to the load cell body
POINT A
POINT A
Load cells without internal shield
connection to the load cell body
POINT A
E
E–Solder pad on the main board and on additional A/D converter boards.

14
8. FACTORY SETUP
To access and modify both factory settings and parameters that are made
available for a user, run Factory Setup mode. Running Factory Setup mode
enables the technician to define the balance.
8.1. Access
Switch the weighing device off, to do it press key.
Press and hold S1 switch located on the electronics board, while holding
the S1 switch, press key to run the weighing device.
Access to factory setup switch
Wait as long as the scale restart is in progress.
Press and key combination, message <P0.FAct> is displayed.
Press key to go to factory parameters' submenu no. 1.
After completed factory parameters setup, restart the
weighing device.

15
8.2. Factory Parameters List
No.
Name
Value
Description
P0.
FAct
-
Factory parameters
0.1.
Glob
-
Global parameters
0.1.1.
duu
-
Defining the weighing device.
0.1.2.
FAc
Serial number.
0.1.3.
tYP
1, 2, 4, 6, 7, 8, 9, 12
Weighing device type: 1- WLC/A2;
2- WLC/F, WLC/C2, 4–WTC,
6–Medical scale, 7- Medical scale
(BMI disabled), 8–PUE C315;
9–PUE H315; 12 –WLC/C/2.
0.1.4.
Gcor
0.9 - 1.1
Gravity correction factor.
0.1.7.
tSc
SLA, nInnH, no
Battery selection.
0.1.8.
CSt
nonE, d, A, V, b, SP, SC,
nt
Declaring the customer: nonE - none,
d- KERN, A- ADEMI, V- VWR,
b- BOECO, SP - Spectrum,
SC –Schuller, nt –NEW TECH.
0.1.9.
rtc
-
RTC synchronisation.
0.1.A.
ntE
YES, no
US market metrological requirements
activation.
0.2.
nnG
-
Metrology
0.2.1.
A/d
-
Converter's divisions.
0.2.2.
Uni
g, kg, lb
Adjustment unit.
0.2.3.
du1
0.0001, 0.0002, 0.0005,
0.001, 0.002, 0.005, 0.01,
0.02, 0.05, 0.1, 0.2, 0.5, 1,
2, 5, 10, 20, 50
Range 1 reading unit.
0.2.4.
dE1
no, 0.001, 0.01, 0.1, 1, 2,
5
Range 1 verification unit; no - non-
verified balance/scale.
0.2.5.
du2
0.0001, 0.0002, 0.0005,
0.001, 0.002, 0.005, 0.01,
0.02, 0.05, 0.1, 0.2, 0.5,
1, 2, 5, 10, 20, 50
Range 2 reading unit.
0.2.6.
dE2
no, 0.001, 0.01, 0.1, 1, 2,
5
Range 2 verification unit; no - non-
verified balance/scale.
0.2.7.
Ful
-
Maximum range + overload.
0.2.8.
rn2
-
Range switching point.
0.2.9.
uuE
-
External adjustment weight mass.
0.2.A
uui
-
Internal adjustment weight mass. „0”
- internal adjustment disabled.

16
0.2.b.
Aur
PrF, 0.1d, 0.2d, 0.25d,
0.5d, 0.6d, 0.7d, 0.8d,
0.9d, 1d, 2d, 2.5d, 3d,
4d,5d,6d, 7d, 8d, 9d, 10d
Autozero range: PrF - value taken
from program-implemented tables;
0.1d - 10d - value entered directly by
a user.
0.2.c.
Aut
PrF, 0, 0.2s, 0.4s, 0.6s,
1s, 2s, 3s, 4s, 5s, 6s, 7s,
8s, 9s, 10s, 15s, 20s,
Autozero time: PrF - value taken from
program-implemented tables; 0s - 20s
- value entered directly by a user.
0.2.d.
Str
PrF, 0.1d, 0.2d, 0.25d,
0.5d, 0.6d, 0.7d, 0.8d,
0.9d, 1d, 2d, 2.5d, 3d,
4d,5d,6d, 7d, 8d, 9d, 10d
Stability range: PrF - value taken from
program-implemented tables; 0.1d -
10d - value entered directly by a user.
0.2.E.
Stt
PrF, 0, 0.2s, 0.4s, 0.6s,
1s, 2s, 3s, 4s, 5s, 6s, 7s,
8s, 9s, 10s, 15s, 20s,
Stability time: PrF - value taken from
program-implemented tables; 0s - 20s
- value entered directly by a user.
0.2.F.
rAn
YES, no, 50%, dEF
Start mass control: YES –range: from
-10% to +10% of start mass, no –off,
50% –range: from -50% to +50% of
start mass, dEF –range declared in
0.2.G. parameter.
0.2.G.
rnt
10% - 90%
Start mass range in [%].
0.2.H.
Ldn
no, YES
Digit marker for non-verified scales.
0.3.
CAL
-
Adjustment
0.3.1.
CLE
-
External adjustment process.
0.3.2.
Std
-
Determination of start mass for
external adjustment.
0.3.3.
CLI
-
Internal adjustment process.
0.3.4.
Stu
-
Start mass expressed in converter's
divisions.
0.3.5.
AdF
-
Adjustment factor.
0.3.6.
CAC
0.1, 1, 2, 3, 4, 5, 6, 7, 8,
9, 10, 11, 12.
Setting time interval, in [h], after which
internal adjustment is triggered.
0.3.7.
CAt
0.1, 0.2, 0.3, 0.4, 0.5, 0.6,
0.8, 1, 1.5, 2, 2.5, 3, 4, 5,
6, 8, 10
Setting temperature difference, in
[C], for which internal adjustment is
triggered.
0.3.8.
CAS
-
Internal adjustment weight weighing
procedure.
0.3.9.
CAu
-
Internal weight relocation, up-down
direction.
0.3.A
tP
-
Display of current temperature, in
[C].
0.4.
LinE
-
Linearity
0.4.1.
dSG
-
Entering linearity correction points.
0.4.2.
dEL
-
Deleting linearity.

17
0.4.3.
Cor
-
Entering correction values for linearity.
0.5.
Adnn
Additional modules activation
0.5.1.
UFA
YES, no
Wireless communication module: YES
- enabled, no - disabled.
0.5.2.
I_O
YES, no
IN/OUT module:YES - enabled, no -
disabled.
0.5.3.
rS3
YES, no
RS485 module: YES - enabled, no -
disabled.
0.5.4.
EtH
YES, no
Ethernet module: YES - enabled, no -
disabled.
0.5.5.
CL
YES, no
4-20mA moduleYES - enabled, no -
disabled.
0.6.
Boot
Bootloader
0.7.
dFLt
-
Default settings.
8.3. Device Defining
Defining the device at the production stage requires entering basic
balance/scale parameters: serial number, weighing device type, weighing
range.
Procedure:
Enter factory setup <P0.FAct>.
Go to <0.1.Glob / 0.1.1.duu> submenu, text <Cont?> is displayed.
Press key, text <nr FAc> is displayed, next you see window
for entering the serial number.
Enter the serial number, do it using the operation panel.
Press key to confirm, text <type> is displayed, next you see window
for balance/scale type selection.
Select balance/scale type, do it using operation panel (refer to factory
parameters table, section 8.2 of this manual).
Press key to confirm, weighing range window is displayed.
Select appropriate weighing range, do it using the operation panel.
Press key to confirm, <0.1.1duu> submenu is displayed.
Exit to home screen, to do it press key repeatedly.

18
While defining balance/scale type, additional parameters are
set automatically. These are among many battery type,
internal adjustment accessibility, additional modules and
communication interfaces accessibility.
8.4. Factory Adjustment
8.4.1. External Adjustment Process
Enter factory setup submenu: <P.0.FAct / 0.3.CAL>.
Enter <0.3.1.CLE> function, text <UnLoAd> is displayed.
Unload the weighing pan.
Press key, adjustment zero point gets determined.
With adjustment zero point determined, first text <LoAd>, next mass of an
adjustment weight that is to be loaded onto the weighing pan is displayed.
Load the weighing pan with the required adjustment weight.
Press key, adjustment starts.
After adjustment completion, <0.3.1.CLE> submenu is displayed
automatically.
Exit to the home screen, to do it press key repeatedly.
8.4.2. Start Mass Determination
Enter factory setup submenu: <P.0.FAct / 0.3.CAL>.
Enter <0.3.2.Std> function, text <UnLoAd> is displayed.
Unload the weighing pan.
Press key, start mass determination starts.
Upon completed determination process, <0.3.2.Std> submenu is
displayed.
Exit to the home screen, to do it press key repeatedly.
If start mass determination or adjustment factor
determination takes more than 360 seconds then <Err8>
error is displayed and short sound signal is heard. In such
a case the scale requires readjustment/recalibration,
perform it providing as stable ambient conditions as
possible!

19
8.4.3. Correction of Start Mass Expressed in Converter's Divisions
Enter factory setup submenu: <P.0.FAct / 0.3.CAL>.
Enter <0.3.4.Stu> submenu, value of start mass expressed in converter's
divisions is displayed.
Correct the value, to do it use operation panel, next press key to
confirm changes.
Exit to the home screen, to do it press key repeatedly.
8.5. Linearity Correction
Prior to linearity correction it is necessary to determine real scale
characteristics. Correction mechanism allows to enter corrections in 20 points
maximum.
8.5.1. Entering Linearity Correction Points
Enter factory setup submenu: <P.0.FAct / 0.4.Line / 0.4.1.dSG>, text
<Cont?> is displayed.
Press key to confirm. Text <Pnt1> is displayed (linearity connection
point no. 1).
Press key, window for entering mass value for linearity correction
point no. 1 is displayed.
Enter the given value, next press key to confirm, text <Pnt2>
is displayed (linearity connection point no. 2).
Press key, the program automatically suggests value for the next
linearity correction point.
Press key to confirm the suggested value, or enter a new value
(do it using the operation panel).
Keep repeating this procedure until you enter value close to maximum
capacity value.
While attempting to enter correction point value greater than
maximum capacity value, <Err Hi> error is signalled.

20
In order to finish entering linearity correction points press key,
<0.4.1.dSG> submenu is displayed.
8.5.2. Corrections
It is possible to enter extra corrections for declared linearity correction points.
Procedure:
Enter factory setup submenu: <P.0.FAct / 0.4.Line / 0.4.3.Cor>, value
of linearity correction point no.1 is displayed.
Press key, window for entering correction value for linearity
correction point no. 1 is displayed.
If there is a need to enter negative value, go to the first digit and press
key.
Press key to confirm, modified correction point value is displayed.
Go to the next linearity correction point, to do it press key.
Correcting the linearity correction point no. 2 is analogous.
In order to finish correcting linearity correction points press key,
<0.4.3.Cor> submenu is displayed.
8.5.3. Deleting Linearity
Enter factory setup submenu: <P.0.FAct / 0.4.Line / 0.4.2.dEL>, text
<Cont?> is displayed.
Press key to confirm.
Exit to the home screen, to do it press key repeatedly.
8.6. Gravitational Coefficient
The function of gravity correction compensates changes of gravity force being
a result of different latitude. It allows to carry out correct scale
calibration/adjustment away from the place of subsequent use. The value
of gravity correction must be entered with reference to tables prepared by
„RADWAG Wagi Elektroniczne” or calculated using the below formula: