Manual FCR230

FCR-230
3
Nº Description FS
18 Period time for heating actuator with
thermal actuator
60 s
19 Period time for cooling actuator with
thermal actuator
60 s
20 Runtime for heating actuator with increase/de-
crease actuator
120 s
21 Runtime for cooling actuator with increase/de-
crease actuator
120 s
22 Time in hours between exercise of heating actua-
tor
23
23 Time in hours between exercise of cooling actua-
tor
23
24 Setpoint or actual value shown in the display:
0=Actual, setpoint when changing the setpoint,
1=Actual, setpoint adjustment when changing the
setpoint, 2=Setpoint, 3=Only the setpoint adjust-
ment
0
25 Conguration of fan control:
0=No control, 1=The fan is controlled by heating
requirement, 2=The fan is controlled by cooling
requirement, 3=The fan is controlled by heating
and cooling requirement
When using an electric heater, this parameter
should only be set to 1 or 3, or the heater may be
overheated.
3
26 Start signal in % of the controller output, heating
or cooling, for fan speed 1
20 (5
when
using an
electric
heater)
27 Start signal in % of the controller output, heating
or cooling, for fan speed 2
60
28 Start signal in % of the controller output, heating
or cooling, for fan speed 3
100
29 Hysteresis for start/stop of fans in % of the control-
ler output. (N/A)
5
30 Number of fan speeds (N/A) 3
31 Fan speed in the Auto mode:
0=The fan speed follows the cooling/heating
output, 1=The fan speed is minimum limited to
the lowest speed
0
32 Temperature compensation on AI1 0 K
Nº Description FS
33 Temperature compensation for the internal room
sensor
0 K
34 Highest permitted setpoint o󰀨set upwards. Set-
table value=0...13 K. Starting point=22°C.
13 K
35 Highest permitted setpoint o󰀨set downwards. Set-
table value=0...17 K. Starting point=22°C.
17 K
36 NO/NC digital input 1:
0=NO, 1=NC
0
37 NO/NC universal input 1:
0=NO, 1=NC
0
38 NO/NC digital output 4:
0=NO, 1=NC
1
39 NO/NC digital output 5:
0=NO, 1=NC
1
40 Manual/Auto heating output signal:
0=O󰀨, 1=Manual, 2=Auto
2
41 Manual/Auto cooling output signal:
0=O󰀨, 1=Manual, 2=Auto
2
42 Heating output signal in manual mode 0
43 Cooling output signal in manual mode 0
44 Model -
45 Version Major -
46 Version Minor -
47 Released or beta version -
48 Revision -
49 Display backlight low 0
50 Display backlight high 30
51 EXOline PLA address -
52 EXOline ELA address -
53 Modbus address 254
54 Modbus communication parity bit:
0=No parity, 1=Odd parity, 2=Even parity
2
55 Modbus timeout for character (t1.5) in ms. Should
be 1.5 times a character, i.e. at least 2 ms.
2 ms
56 Modbus answer delay (t3.5) in ms. Should be 3.5
times a character, i.e. at least 5 ms.
5 ms
57 Communication protocol:
0=EXOline/Modbus, 1=BACnet MS/TP
0
58 BACnet MS/TP MAC address
0-127=master address, 128-254=slave address
-
Nº Description FS
59 The 4 low numbers in the BACnet device ID,
0-9999
-
60 The 3 high numbers in the BACnet device ID -
61 BACnet MS/TP Max. master 127
62 Communication protocol speed:
0=9600 bps, 1=19200 bps, 2=38400 bps,
3=76800 bps (alternative 3 only applies to BAC-
net)
0
63 Resets communication parameters (not address-
es) to their factory settings:
1=Factory settings (EXOline/Modbus@9600)
0
64 Basic setpoint. Settable value=5...50°C. 22°C
Recommended settings for Frico convectors:
Nº TKW heat TKW cool TKW change over
2 0 (FS) 1 2
14 0 (FS) 0 (FS) 2
31 0 (FS) 0 (FS) 0 (FS)
Nº SL/SLS R
heat
SL/SLS R
cool
SL/SLS R
change over
2 0 (FS) 1 2
14 0 (FS) 0 (FS) 2
31 1 1 1
Wiring
10
20
30
LOGIC
40
50
POWER
Figure 4: Bottom plate connections