Compare variants
Indoor exhaust air heat pump.
Indoor exhaust air heat pump.
Indoor exhaust air heat pump.
Silver, Grey
Silver, Grey
Silver, Grey
Powder-coated
Powder-coated
Powder-coated
Steel, Stainless steel, Copper, Aluminium, Brass
Steel, Stainless steel, Copper, Aluminium, Brass
Steel, Stainless steel, Copper, Aluminium, Brass
Rectangle
Rectangle
Rectangle
620 mm
620 mm
620 mm
600 mm
600 mm
600 mm
2025 mm
2025 mm
2025 mm
Two year
Two year
Two year
Specification
-
-
-
To BS EN 14511 and BS EN 14825.
To BS EN 14511 and BS EN 14825.
To BS EN 14511 and BS EN 14825.
To BS EN 60335-2-40.
To BS EN 60335-2-40.
To BS EN 60335-2-40.
Exhaust.
Exhaust.
Exhaust.
To EN 14825 (SCOP), Flow = 4.50 (average climate 35℃); Flow = 3.67 (average climate 55℃).
To EN 14825 (SCOP), Flow = 4.50 (average climate 35℃); Flow = 3.67 (average climate 55℃).
To EN 14825 (SCOP), Flow = 4.50 (average climate 35℃); Flow = 3.67 (average climate 55℃).
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-
-
1.16 kW to 5.37 kW.
1.16 kW to 5.37 kW.
1.16 kW to 5.37 kW.
Single phase.
Single phase.
Single phase.
R290.
R290.
R290.
-
SAM S42 Ventilation Module.
SAM S42 Ventilation Module and Hot Water Extension.
Additional properties
A+++.
A+++.
A+++.
<49 dB(A).
<49 dB(A).
<49 dB(A).
70℃.
70℃.
70℃.
Sustainability data
Sweden
Sweden
Sweden
It is possible to recycle materials for all, or parts, of the product. The refrigerant contents of the product should always be recovered prior to processing. Recycling of the product can be done through fragmentation where the insulation material goes to energy recovery and metals for recycling.
It is possible to recycle materials for all, or parts, of the product. The refrigerant contents of the product should always be recovered prior to processing. Recycling of the product can be done through fragmentation where the insulation material goes to energy recovery and metals for recycling.
It is possible to recycle materials for all, or parts, of the product. The refrigerant contents of the product should always be recovered prior to processing. Recycling of the product can be done through fragmentation where the insulation material goes to energy recovery and metals for recycling.