AURATON S14, Руководство пользователя

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General comments
1. Buttons " A , B , C , D " for configuration of individual settings,
2. Terminals for connecting temperature sensors ( SR1 through SR3 ),
3. Terminals for connecting actuators ( OUT1 through OUT5 ),
4. Terminals for connecting the power supply,
5. "+" (plus) button - higher value,
6. "OK" button - approval,
7. "-" (minus) button - lower value,
8. Main power supply switch.
5
1. Before connecting the cables to the controller, remove the protective
plugs by cutting them off.
2. Only one sensor is provided (with an approx. 2.5 m long cable). If an
expanded functionality of the controller is required, additional
temperature sensors must be bought (option). If the length of the
cable is inadequate, a sensor with an approx. 15 m long cable can be
purchased.
4
1
2 3 4
5
6
7
8
0 I
A B C D
SR1 SR2 SR3
OUT1 OUT2 OUT3 OUT4 OUT5 IN
Description of buttons
and cable terminals
2
NOTE: In order to access the cable terminals, remove the front cover.
3
Description of the controller working
in a CH circuit
(part A of the display)
The controller also has the GUARD functions which prevents the stalling
process in the rotor of the pump when it is not in use. Also, a built in
processor starts the pump for 30 seconds after the heating season is over.
In order for the system to work after the heating season, the controller
must be switched on.
A
1 2 3
4
5
1. CH pump operation indicator,
2. CH pump's sensor indicator,
3. Manual mode operation indicator,
4. Current temperature on the CH sensor (SR1),
5. Set temperature indicator.
The controller-pump assembly forces the water to circulate in a CH
system with a coal-fired boiler or a gas boiler without a system controlling
the operation of the pump. The controller's sensor measures the
temperature of the water on the supply side of the CH system.
In a CH system with a coal-fired boiler, the controller switches off the
circulation pump after the flame in the boiler is extinguished. Pumping of
water is not recommended when the flame is extinguished because the
air draft into the chimney causes faster cooling of the water in the boiler
faster than in the radiators. The optimum temperature can be set on the
controller's scale (most often approx. 40°C).
In a CH system with a gas boiler, the temperature must be lower than the
temperature set on the CH boiler's thermostat. If the temperature is set
above the dew point, it prevents condensation in the boiler during the
heating of the water in the CH system.