Gruppo Ferroli FZ4B, Инструкции по использованию и установке

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CONTROLLO ZONE FZ4B
85
cod. FZ4B - 06/2011 (Rev. 00)
EN
5.2.2 Remote Control
The algorithm remains the same as the con fi guration: 5.1 “ONE Direct Zone – No External Sensor”.
What changes is only the calculation of Zone1 Heating Setpoint if the sliding temperature was activated.
a. If Zone 1 External Probe Curve (TSP05) is equal to 0.
Zone1 Heating Setpoint = Control Setpoint calculated from Remote C Zone1 calculated setpoint Offset (TSP03).
b. If Zone 1 External Probe Curve (TSP05) is between 1 and 10.
Zone1 Heating Setpoint = Setpoint calculated from External Probe + Zone1 calculated setpoint Offset (TSP03).
However:
If Zone1 Max. Temperature (TSP02) < Setpoint calculated from External Probe then Setpoint calculated from External Probe = Zone1 Max. Temperature (TSP02).
If Control Setpoint calculated from Remote Control < Setpoint calculated from External Probe then Setpoint calculated from External Probe = Control Setpoint cal-
culated from Remote Control.
5.3 “TWO DIRECT ZONES – NO EXTERNAL SENSOR”
Autocon fi guration:
Connection Description
7
Pump phase or Valve (RY1) Direct zone 1
8
Pump neutral or Valve (RY1) Direct zone 1
10
Pump neutral or Valve (RY2) Direct zone 2
12
Pump phase or Valve (RY4) Direct zone 2
19
On/Off Thermostat or Remote Control (RT1) Direct zone 1
20
On/Off Thermostat or Remote Control (RT1) Direct zone 1
21
On/Off Thermostat or Remote Control (RT2) Direct zone 2
22
On/Off Thermostat or Remote Control (RT2) Direct zone 2
X15
Card SK connected
The algorithm remains the same as the con fi guration: 5.1 “ONE Direct Zone – No External Sensor”.
What changes is:
a. The calculation of Zone card Heating Setpoint
In case of simultaneous request, the Zone card Heating Setpoint is equal to the higher of the two: Zone1 Heating Setpoint and Zone2 Heating Setpoint.
If the zone that ends the request has the higher Heating Setpoint, the Zone card Heating Setpoint must be immediately decreased until it is equal to the Heating
Setpoint of the zone still in request status.
If the zone that starts the request has a higher Heating Setpoint than the zone already in request status, the Zone card Heating Setpoint must be immediately increased
until it is equal to the higher Heating Setpoint of the zone in request status.
b. Each zone has its own adjustment parameters.
c. Post-circulation time
This must be carried out only on the last zone that ends the request.
Also, if the last zone in request status is doing post-circulation and another zone starts its own request, post-circulation must be stopped: so that there is always and
only a single zone in post-circulation.
5.4 “TWO DIRECT ZONES – WITH EXTERNAL SENSOR”
Autocon fi guration:
Connection Description
7
Pump phase or Valve (RY1) Direct zone 1
8
Pump neutral or Valve (RY1) Direct zone 1
10
Pump neutral or Valve (RY2) Direct zone 2
12
Pump phase or Valve (RY4) Direct zone 2
19
On/Off Thermostat or Remote Control (RT1) Direct zone 1
20
On/Off Thermostat or Remote Control (RT1) Direct zone 1
21
On/Off Thermostat or Remote Control (RT2) Direct zone 2
22
On/Off Thermostat or Remote Control (RT2) Direct zone 2
30
NTC sensor (T4) External probe
31
NTC sensor (T4) External probe
X15
Card SK connected
The algorithm remains the same as the con fi guration: 5.3 “Two Direct Zones – No External Sensor”.
What changes is only the calculation of Zone1 Heating Setpoint and Zone2 Heating Setpoint if the sliding temperature was activated in one or both zones.
5.5 “THREE DIRECT ZONES – NO EXTERNAL SENSOR”
Autocon fi guration:
Connection Description
7
Pump phase or Valve (RY1) Direct zone 1
8
Pump neutral or Valve (RY1) Direct zone 1
10
Pump neutral or Valve (RY2) Direct zone 2
12
Pump phase or Valve (RY4) Direct zone 2
13
Pump phase or Valve (RY5) Direct zone 3
14
Pump neutral or Valve (RY5) Direct zone 3
19
On/Off Thermostat or Remote Control (RT1) Direct zone 1