19
9.11.
OC
– Overheat cutout
The overheat cutout sensor is located on the
screw conveyor tube. When a certain temperature
is reached, the OC is triggered independently of the
control unit and it cuts the stove off from the
electricity supply. (Thermo protection).
9.12.
Combustion chamber cladding
The combustion chamber is clad on its three
casing surfaces, the left side wall, the right side
wall and the back wall with the material sheet steel.
Figure 17 : Combustion chamber
1 = Flame temperature sensor
2 = Bottom temperature sensor
3 = Pellet chute
4 = Combustion pot
5 = Combustion tray
6 = Door contact switch
9.13.
Flue tube connection
The diameter of the flue elbow is 80 mm. The flue
tube must be connected to the fireplace in
accordance with official regulations. For questions
in connection with this, please contact your local
chimneysweep. Because of the way the pellet
stove works with a combustion air fan, high
pressure is generated at the flue gas outlet and
possibly in the fireplace. This means that the flue
gas pipes must be designed to be gas-tight as far
as their entry into the fireplace.
9.14.
Mains cable and master switch
Important! The electricity supply to the pellet stove
must always be present! No time switches or other
electric switches may be inserted in or before the
stove’s mains cable. Otherwise your pellet stove
may suffer damage. The master switch for your
pellet stove is located next to the mains cable
socket.
Figure 18:
1. Mains cable
2. Room temperature sensor (output)
3. OC (overheat cutout)
1
2
3
1
2
3
4
5
6
Summary of Contents for HSP 1.17
Page 28: ...28 14 Circuit diagram ...
