Sealey Infrared Quartz Heater Wall Mounting 1.2W/230V
Prices from
COMPARE ALL WEBSHOPS
(1)
ManoMano
General description Sealey IR12 Wall Mounting Infrared Quartz Heater is an electric heater featuring an infrared quartz lamp. It is designed for wall or overhead mounting and provides instant heat, reaching maximum output within seconds of being turned on. This heater offers a completely dry heat with no condensation, gas, fumes, or smell. Technical specifications Model No.: IR12 Power: 1.2W Voltage: 230V Power cable length: 1.8m Installation Easy to install with the supplied mounting bracket. Suitable for wall or overhead mounting. Usage Operated using a simple rocker switch. Provides instant heat upon activation.
Read more
132.39
Featured
|
£ 132.39 |
To Shop
|
Description
ManoMano
General description Sealey IR12 Wall Mounting Infrared Quartz Heater is an electric heater featuring an infrared quartz lamp. It is designed for wall or overhead mounting and provides instant heat, reaching maximum output within seconds of being turned on. This heater offers a completely dry heat with no condensation, gas, fumes, or smell. Technical specifications Model No.: IR12 Power: 1.2W Voltage: 230V Power cable length: 1.8m Installation Easy to install with the supplied mounting bracket. Suitable for wall or overhead mounting. Usage Operated using a simple rocker switch. Provides instant heat upon activation.
Compare webshops (1)
Shop
Price
General description Sealey IR12 Wall Mounting Infrared Quartz Heater is an electric heater featuring an infrared quartz lamp. It is designed for wall or overhead mounting and provides instant heat, reaching maximum output within seconds of being turned on. This heater offers a completely dry heat with no condensation, gas, fumes, or smell. Technical specifications Model No.: IR12 Power: 1.2W Voltage: 230V Power cable length: 1.8m Installation Easy to install with the supplied mounting bracket. Suitable for wall or overhead mounting. Usage Operated using a simple rocker switch. Provides instant heat upon activation.