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Infrared heating
Infrared heating - high intensity radiant heater
Gas as a fuel burns on the surface of ceramic tile, and 2/3 of energy is transmitted through radiation on the surface or objects exposed to radiation. Fuel: natural gas or LPG
Gas pressure: 20 mbar (30 - 50 mbar for LPG
| Types of heaters |
Power |
Consumption of natural gas |
B6-SX |
2,50 kW |
0,265 m3/h |
B8-SX |
3,30 kW |
0,350 m3/h |
B10-SX |
3,80 kW |
0,400 m3/h |
B12-SX |
5,10 kW |
0,540 m3/h |
B16-SX |
6,75 kW |
0,715 m3/h |
B20-SX |
7,60 kW |
0,805 m3/h |
B24-SX |
10,20 kW |
1,08 m3/h |
B32-SX |
13,50 kW |
1,43 m3/h |
B64-SX |
27,00 kW |
2,86 m3/h |
PH-9 |
9,00 kW |
0,86 m3/h |
PH-18 |
18,00 kW |
1,72 m3/h |
PH-29 |
29,00 kW |
2,76 m3/h |
PH-38 |
38,00 kW |
3,62 m3/h |
PH-46 |
46,00 kW |
4,38 m3/h |
EXAMPLE OF STANDARD BUILT-IN SYSTEM OF INFRARED HEATING
- measuring, regulation, stop fittings - filter, regulator, pipes
- gas pipelines
- infrared heaters
- operation system: operation box, sensor, electromagnetic valve, el.cables
- ventilation system
SYSTEM OF INFRARED HEATING OF CLOSED SPACE:
- factory hall
- church
- exibition space
- sports halls
SYSTEM OF INFRARED HEATING OF OPEN SPACE:
- terraces
- markets
- platforms
- poultry farms
In co-operation with: SBM International
3 Cottages de la Norges, 21490 Clenoy
tel: ++33 3 80 76 74 84
fax: ++33 3 80 76 74 89
e-mail: sbm.com@sbm.fr
www.sbm.fr Mobile infrared heater -high intensity radiant heater
- heating of individual working place up to 5x5 m
- power: 2,5 - 13,5 kW
 01 Infrared heating Infrared heating Infrared heating
Datum: 8.4.2010 Gas as a fuel burns on the surface of ceramic tile, and 2/3 of energy is transmitted through radiation on the surface or objects exposed to radiation.
 Datum: 20.2.2007 Infrared heating is most suitable way of heating high, large and open spaces, where up to 70% of energy is delivered through radiation on the radiated surface.Infrared heating is most suitable way of heating spaces such us: factory halls.  Datum: 16.2.2007 Gas as a fuel burns in steel pipe and energy is partly transmitted by convection and partly by radiation to the surface or objects that are heated. |