Fan-Coils Convectors Low temperature heating
Low temperature heating Our convectors / fan coils are very suitable for heating with low temperatures such as district heating and heat pumps. The advantage of a fan coil compared to traditional radiators is that for a fan coil you need an incoming temperature of /- 50°C to be able to heat and that for a radiator you need at least 70°C to be able to heat. The convectors can also be used for cooling. The housing is made of galvanized steel (standard in white RAL9010). The grid is manually adjustable
Heat exchanger The heat exchanger is made of copper tube with a standard connection on the left side. The 2-pipe system is equipped with 1 spiral and the 4-pipe system is equipped with 2 spirals. The spirals can be used up to a maximum of 15 Bar. The coils are suitable for hot water (boiler). solar systems, chillers, heat pumps and water systems with glycol and low temperature systems. Fan: The fan is directly linked to an electric motor that is protected against overheating. Air filter: The air filters are easy to remove for cleaning. Electrical requirements: The units are only supplied with a cable for motor connection as standard. The control panel and processor are not included in the system. Advantages of Fan-Coils: Fast heating Available in floor/wall and ceiling model Can provide cooling when used with heat pump/chiller. Can be provided with air purification (allergies and asthma, etc.)
Floor convectors The floor convectors are available in various designs; bottom inlet, front inlet and front and bottom inlet. These can also be supplied with feet. You can choose between a 2 and 4 pipe system, making it possible to also cool and heat with the floor convectors.
Ceiling unit fan coil The ceiling convectors are available in 2 and 4 pipe versions. These are suitable for heating and cooling. The unit can be controlled via remote control, but also via a Salus control system.
Wall convector The wall convector is available in a 2-pipe system and equipped with a mounting bracket.
