10
Operation
Fig. 5
FireWIN Exklusiv – view from right
1 . . . .Ash pan
2 . . . .Ash door
3 . . . .Ash compactor
4 . . . .Filling and evacuation cock
5 . . . .Primary air pin
6 . . . .Pressure gauge
7 . . . .Burner pot
8 . . . .Heat shield
9 . . . .Down chute
10 . . .Pressure measuring nipple
11 . . .Combustion chamber door
12 . . .Lug for hanging in the heat shield
13 . . .Baffle plate
14 . . .Thermocontrol sensor
15 . . .Cladding door
16 . . .Heating surface cover
17 . . .Safety valve
18 . . .InfoWIN operating unit
19 . . .Reserve supply container cover
20 . . .Glass cover
21 . . .Inspection cover
22 . . .Coarse filter
23 . . .Pellet reserve supply container
24 . . .1 MES module or with 2 or more modules in
the wall-mount casing
25 . . .Boiler temperature safety thermostat B7
26 . . .Rotary feeder safety thermostat B7a
27 . . .Auger and motor
28 . . .Rotary feeder
29 . . .Rotary feeder cleaning opening
30 . . .Exhaust pipe
31 . . .Exhaust pipe cleaning opening
32 . . .Blower motor
33 . . .Blower box
34 . . .Motor for ash compression
2.1.4 Heat shield (accessory FIRE 023)
Heat radiated from the front window can lead to unwanted heating of the room where the unit has been set up
when domestic hot water is being heated during the summer. If you do not want the room to be heated, you
can significantly reduce the amount of heat radiated using the patented heat shield (accessory Fire 023).
The air-to-water ratio without a heat shield is approx. 15 : 85 % and with a raised heat shield approx. 9 : 91 %.
The heat shield is located in the combustion chamber. This can be pulled up using the supplied Allen key and
hooked into the lugs on the sides of the combustion chamber cover plates, Figs. 6, 7.
Fig. 6
Hooking in the Allen key
Fig. 7
Pulling up the heat shield and hoo-
king it into the lugs on the sides