AFRISO ARC 345 ProClick Quick Installation

QUICK INSTALLATION AND USAGE GUIDE
AFRISO Sp. z o.o. Customer Service Team
Szałsza, ul. Kościelna 7 tel. 32 330 33 55
42-677 Czekanów fax 32 330 33 51
www.afriso.pl zok@afriso.pl
NOTICE
The product may only be used if you have fully read and understood this manual. The manual is also available
on the AFRISO websites on the Internet.
WARNING!
The product may only be mounted, commissioned and disposed of by qualified, specially trained
staff. Electrical work should always be entrusted to a qualified electrician.
Alterations performed by unauthorized staff may cause a threat and are forbidden for safety
reasons.
The product is powered by 230 V AC. This may cause severe injuries or death.
Do not let the product go into contact with water.
Do not alter the product in any way.
Before mounting the product please read the manual of the mixing valve.
APPLICATION
Used in water based heating and cooling systems. Mounted directly on 3- and 4-way mixing valves. It controls
the temperature based on the measured outside (external) temperature and the heating curve.
Additionally, the product can also control a circulation pump. A room thermostat for remote temperature
change can also be connected.
SCOPE OF DELIVERY
1. ARC 345 ProClick weather compensation controller equipped with three temperature sensors, two pipe
mounting adapters, as well as an electric cable with a plug and a circulation pump control cable.
2. Instruction manual.
3. Mixing valve mounting manual.
ELECTRICAL CONNECTIONS
Fig. 6. Temperature sensor
connection block
1. The appropriate T1, T2, T3, and T4 temperature sensors should be mounted in accordance with
the chosen diagram (Fig. 9, Fig. 10, Fig.
an external sensor which should be mounted outside, on a north-facing wall, a minimum of two
meters above ground level.
2. Then, connect the sensors to the included connection block in accordance with
3. Connect the circulation pump to the proper controller connection block
4. Connect power to the device using the power cable with a plug.
START-UP SETUP
1. Initiating the controller USB maintenance connector
settings
Confirming selection
Exiting the settings/menu
Take off the knob (Fig. 8) and
then press and hold the Colour display
and buttons for 5 seconds.
Help button
Navigating the menu, decreasing
setting values
Navigating the menu, increasing
setting values
Fig. 8. Controller
Manual mode pushbutton
description
2. Language selection
Select the required language using the
Polski
with the button.
3. Diagram selection
Select the appropriate diagram in accordance with the mounting position
of the mixing valve in the system. The available diagrams are: two diagrams with
the mixing valve mounted on the supply pipe
connection of another controller using BUS communication
diagrams mounted on a 4-way valve
953.001.0105 2 Version: 07.2024
ARC 345 ProClick
weather compensation
controller
Fig. 7. Circulation pump
connection block
11) by using the adapters included. The T2 sensor is
Fig. 6.
(Fig. 7).
Knob with a scale
and buttons, confirm your choice
(Fig. 9), two diagrams allowing
(Fig. 10), and two
(Fig. 11).
CONSTRUCTION
ProClick system disconnecting pushbutton
Colour display
Power cable with plug
HELP button
Temperature sensors
Fig 1. Construction of the ARC ProClick weather compensation controller
MOUNTING AND OPERATING
The controller can be mounted on the valve in four different positions
matically orient itself horizontally. The blue ring with indicator must point upwards. If it does not, pull off the
knob and blue ring, then mount it back with the indicator pointing upwards.
Fig. 2. Possible mounting positions
Mounting/dismounting the controller on a mixing
valve
To mount or dismount the controller, press and hold
the ProClick system pushbutton (1), and then slide
the actuator on or off the valve spindle.
Fig. 4. Mounting/dismounting of
an ARC ProClick controller on a valve
1 2
page
3 4
4. Heating curve steepness (declination)
Choose the appropriate steepness (declination) of the heating curve. The heating curve
determines the temperature of the system supply line based on the outside temperature
measured. The steeper the curve, the higher the temperature. The default setting is 1
for radiator heating and 0.5 for manifold heating. The heating curve parameters can
also be changed through the P2.1 and P2.2 parameters in the controller menu.
5. Opening direction
The setting indicates controller operation to the right – clockwise. The
controller operation to the left – counter clockwise. In heating mode, opening the valve causes
an increase in the temperature behind the valve, and in the cooling mode – a decrease.
6. Selecting the scale
In the last step, you need to select the right scale, either "0 to 10" or "10 to 0", corresponding to
the chosen diagram (Fig. 9, Fig.
put it on again facing the other side.
PRE-PROGRAMMED DIAGRAMS
Fig. 9. Diagram with a 3-way mixing valve ARV Vario ProClick
mounted on the supply pipe (radiator or manifold heating)
Fig. 10. Diagram with a 3-way mixing valve ARV Vario ProClick mounted on the supply pipe
(radiator or manifold heating). This version allows for connecting more controllers using BUS communication
Fig. 11.Diagram with a 4-way mixing valve (radiator or manifold heating)
with the return temperature protection function active
(Fig. 2), the display will always auto-
Fig. 3. Improper mounting position
Mode of operation of the controller
Switching between automatic and manual mode can
be done using the manual mode pushbutton.
When the pushbutton is in the upper position,
the controller works automatically. When the push-
button is pressed down, manual operation, meaning
freely turning the knob of the controller, is enabled.
Fig. 5. Operation mode pushbutton
10, Fig. 11). To change the scale, you need to lift up the plate, and
Heat source
on the right
L
Heat source
on the right
L
Heat source
on the right
Control buttons
Double-sided scale
Temperature sensors and/or
thermostat connection block
External
temperature sensor
Circulation pump
control cable
Manual mode pushbutton
setting indicates