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Air source heat pump cylinder providing domestic hot water. Available in 160 L, 200 L and 260 L variants.
Air source heat pump cylinder providing domestic hot water. Available in 160 L, 200 L and 260 L variants.
Air source heat pump cylinder providing domestic hot water. Available in 160 L, 200 L and 260 L variants.
White
White
White
Coated
Coated
Coated
Steel, Stainless steel, Copper, Aluminium, Brass
Steel, Stainless steel, Copper, Aluminium, Brass
Steel, Stainless steel, Copper, Aluminium, Brass
Rectangle
Rectangle
Rectangle
624 mm
624 mm
624 mm
584 mm
584 mm
584 mm
1375 mm, 1605 mm, 1860 mm
1375 mm, 1605 mm, 1860 mm
1375 mm, 1605 mm, 1860 mm
Two year
Two year
Two year
Specification
-
-
-
To BS EN 378-1 and BS EN 378-2.
To BS EN 378-1 and BS EN 378-2.
To BS EN 378-1 and BS EN 378-2.
To EN 16147: 2017.
To EN 16147: 2017.
To EN 16147: 2017.
To BS EN 60335-2-40.
To BS EN 60335-2-40.
To BS EN 60335-2-40.
Air source.
Air source.
Air source.
Heating.
Heating.
Heating.
2.8.
3.1.
3.0.
-
-
-
1.1–1.841 kW.
1.1–1.841 kW.
1.1–1.841 kW.
Single phase.
Single phase.
Single phase.
-
-
-
Manufacturer's standard.
Manufacturer's standard.
Manufacturer's standard.
R134a.
R134a.
R134a.
Additional properties
P+N 230 V ~50 Hz ±6%.
P+N 230 V ~50 Hz ±6%.
P+N 230 V ~50 Hz ±6%.
16 A.
16 A.
16 A.
496–600 W (heat pump); 1500 W (DHW Tank Element).
496–600 W (heat pump); 1500 W (DHW Tank Element).
496–600 W (heat pump); 1500 W (DHW Tank Element).
IPX2.
IPX2.
IPX2.
6 bar.
6 bar.
6 bar.
55/70°C.
55/70°C.
55/70°C.
A.
A.
A.
L.
L.
XL.
1375 x 584 x 624 mm.
1605 x 584 x 624 mm.
1860 x 584 x 624 mm.
55 kg.
58 kg.
63 kg.
160 L.
200 L.
260 L.
85%.
85%.
85%.
10 to 35℃.
10 to 35℃.
10 to 35℃.
350 m³/h.
350 m³/h.
350 m³/h.
70 Pa.
70 Pa.
70 Pa.
Sustainability data
Recycling of materials for all, or parts of the product is possible. However, the refrigerant contents of the product should always be recovered prior to processing. Recycling of the product is best completed through fragmentation where the insulation material goes to energy recovery and metals for recycling.
Recycling of materials for all, or parts of the product is possible. However, the refrigerant contents of the product should always be recovered prior to processing. Recycling of the product is best completed through fragmentation where the insulation material goes to energy recovery and metals for recycling.
Recycling of materials for all, or parts of the product is possible. However, the refrigerant contents of the product should always be recovered prior to processing. Recycling of the product is best completed through fragmentation where the insulation material goes to energy recovery and metals for recycling.