6
8. Operation
Ensure that the electrical supply is switched on.
8.1. Winter use - for heating
If remote room thermostat is fitted, turn it to a high setting.
Set the Summer/Winter switch to the winter position by pressing it to the red top disc.
Set the fan speed switch to Boost ( ) or Low ( ), see Fig. 7.
The fan will now rotate provided hot water is circulating through the heat exchanger at or above 43°C.
If the unit has just been opened to the heating system or the system is not up to working temperature, there will be a
delay before the fan begins to run.
8.2. Temperature control
If a room thermostat is connected to control the Kickspace, its setting should be gradually adjusted to obtain the
required temperature. Use the fan speed switch at Boost (
) or Low ( ) as required to increase or decrease the heat
output of the unit.
8.3. Time switch control
It is normal for a heating system to be controlled by a programmer or time switch. Under such control the internal low
temperature thermostat in the Kickspace ensures that the fan will stop after the heating system is switched off and the
water flow stops. It will automatically restart, if left in an operating position, when the heating system is reheated.
8.4. Summer use - for air circulation
If required, the Kickspace can be used in Summer for air circulation without heat. Set the Summer/Winter switch to the
Summer position by pressing to the blue bottom disc.
If a remote thermostat is fitted, set it to its highest setting.
In this position the fan will run at the selected fan speed until manually reset.
8.5. Remote control switch
If a Remote Control Switch is fitted, the fan speed switch on the unit will be inoperative.
Refer to the instructions supplied with the Remote Control Switch for further details.
9. MAINTENANCE
Isolate the electrical supply.
Maintenance should be restricted to occasional removal of dust and lint around the unit. In severe conditions, remove the top
cover and gently remove dust with a soft brush and vacuum cleaner, taking care not to damage the fan or heat exchanger.
Do not tamper with any electrical parts.
In case of further service requirements, contact your supplier.
10. TECHNICAL DATA
Flow rate correction factors:
453 l/h (100 g/h) multiply output by 1.03, 227 l/h (50 g/h) multiply output by 0.96, 113 l/h (25 g/h) multiply output by 0.89
ft wg
1.35
0.81
0.40
0.12
100
75
50
25
Approximate hydraulic resistance through fan convector
Heat outputs with flow rate 75 g/h. Tested in accordance with BS 4856 Pt 1.
Maximum heat output (Watts)
Temperature difference (°C)
Maximum heat output (Btu/h)
Temperature difference (°F)
40°
1736
1396
45°
1964
1552
50°
2192
1707
55°
2420
1860
60°
2649
2012
65°
2879
2162
72°
5930
4763
81°
6701
5295
90°
7479
5824
99°
8257
6346
108°
9038
6865
117°
9823
7377
Water
content
(litres)
Motor
power
(Watts)
40
18
0.18
Fan
speed
Boost
Low
gallons/h mm wg
411
248
122
36
litres/h
455
340
227
113
Test pressure: 20 bar
Maximum working pressure: 10 bar
Water connections: 15 mm compression
Electrical supply: 220 - 240 V ~ 50 Hz
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