Electrical Characteristics - Italiana Camini POLIS Instalación Uso Y Mantenimiento

THERMO TECHNICAL CHARACTERISTICS
Thermal power output
Yield / Effi ciency
Emissions CO 13% O2
Fume temperature
Fuel consumption
Hopper capacity
Draught
Autonomy
Heatable volume *
Smoke outlet pipe diameter (male)
Air intake pipe diameter (male)
Weight including packaging (POLIS / POLIS PLUS)
TECHNICAL DATA FOR SIZING THE FLUE which must, in any case, comply with the guidelines of
this sheet and the installation rules for each product
Thermal power output
Temperature of fumes on exit from the discharge pipe
Minimum draught
Fume fl ow capacity
* The heatable room dimensions are calculated on the basis of home insulation in compliance with Italian law 10/91, and subse-
quent changes together with an expected heat output of 33 Kcal/m³ per hour.

ELECTRICAL CHARACTERISTICS

Power supply
Average power consumption
Power consumption during ignition
Protection on electronic circuit board
N.B.
1) keep in mind that external devices can cause interference to the operation of the circuit board.
2) warning: activity on live components, maintenance and/or checks must be carried out by qualifi ed personnel.
(before carrying out any maintenance, disconnect the appliance from the mains electricity)
3) In case of problems with the electrical grid, consult an electrician to evaluate the installation of a sine-wave UPS of at
least 800 Va. Power variations greater than 10% can cause problems for the product.
The above data are indicative and are those resulting during certifi cation on the part of the notifi ed body.
EDILKAMIN s.p.a. reserves the right to change the products at its discretion without notice.
GENERAL INFORMATION
according to EN 14785 (for other values, see DoP on page 33)
Nominal power
12
90
0,015
171
2,8
30
12 - 5
10
315
80
40
214 / 217
Nominal power
12
205
0-5
8,1
230 Vac +/- 10% 50 Hz
120 - 150 W
400 W
Fusibile 2AT, 250 Vac 5x20
- 32
-
Reduced power
3,5 kW
91 %
0,028 %
88 °C
0,8 kg/h
kg
10 - 3 Pa
34 hours
3
m
mm
mm
kg
Reduced power
3,5 kW
106 °C
Pa
5 g/s