Nominal power
Effi ciency nominal power
Emissions CO (13% O
) nominal power
2
Smoke mass nominal power
Reduced power
Effi ciency reduced power
Emissions CO (13% O
) reduced power
2
Smoke mass reduced power
Maximum overheated smoke
Minimum draught
Autonomy (min/max)
Fuel consumption (min/max)
Hopper capacity
Heatable volume *
Weight including packaging
Smoke outlet pipe diameter (male)
Air intake pipe diameter (male)
* The heatable room dimensions are calculated on the basis home insulation in compliance with Italian law 10/91, and subsequent
changes together with an expected heat output of 33 Kcal/m³ per hour.
* It is also important to consider the position of the stove in the room to be heated.
N.B.
1) keep in mind that external devices can cause interference to the operation of the circuit board.
2) caution: live parts. Servicing and/or inspections must be carried out by qualifi ed staff.
Power supply
Average power consumed
Power consumed upon ignition
Remote control frequency
Protection on electronic board *
The data shown above is purely indicative.
EDILKAMIN s.p.a. reserves the right to change the products at its discretion without notice.
SAFETY DEVICES
• THERMOCOUPLE:
Placed at the smoke outlet to detect the temperature.
Turns the stove on and off and controls its operation based on defi ned parameters.
• AIR FLOW SENSOR:
located in the suction channel, it is activated when the combustion air fl ow is not correct, with consequent pressure problems in
the smoke circuit causing the stove to shut-down.
• SAFETY THERMOSTAT:
Trips when the temperature inside the stove is too high. It stops pellet loading, causing the stove to go out.
CHARACTERISTICS
THERMOTECHNICAL CHARACTERISTICS
ELECTRICAL CHARACTERISTICS
120
400
- 25
-
9
94,1
0,015
5,8
2,8
96,2
0,021
2,1
111
12 / 5
9 / 28
0,6 / 2
20
235
224
80
40
230Vac +/- 10% 50 Hz
W
W
Radio waves 2,4 GHz
Fuse 2AT, 250 Vac 5x20
kW
%
%
g/s
kW
%
%
g/s
°C
Pa
hours
kg/h
kg
m3
kg
mm
mm