An intelligent and powerful inverter controlled ground source heat pump in two sizes.
An intelligent and powerful inverter controlled ground source heat pump in two sizes.
Silver
Silver
Aluminium, Steel, Brass, Copper, Stainless steel
Aluminium, Steel, Brass, Copper, Stainless steel
Rectangle
Rectangle
620 mm
620 mm
600 mm
600 mm
1800 mm
1800 mm
Two year, Seven year
Two year, Seven year
Specification
-
-
Additional properties
600 x 620 x 1800 mm.
600 x 620 x 1800 mm.
362 kg.
335 kg.
42 kW.
28 kW.
4.38.
4.55.
400 V 3N ~ 50 Hz.
400 V 3N ~ 50 Hz.
IP 21.
IP 21.
R410A (EP14); R407C (EP15).
R407C (EP14/ EP15).
To EN ISO 12102, 47 dB(A).
To EN ISO 12102, 47 dB(A).
To EN 12103, 32 dB(A).
To EN 12103, 32 dB(A).
Brine-to-water.
Brine-to-water.
Not required., Active/ passive cooling in 4-pipe system - ACS 45., Active/ passive cooling in 2-pipe system - HPAC 45., External electric additional heat elk - ELK 15., External electric additional heat elk - ELK 42., External electric additional heat elk - ELK 26., External electric additional heat elk - ELK 213., Extra shunt group - ECS 40/ ECS 41., Humidity sensor - HTS 40., Auxiliary relay HR 10., Communications module MODBUS 40., Assembly system FMS 40/42., Filling valve kit - BRINE 32., Current sensor - CMS 10-200., Accessory card - AXC 50., Buffer vessel UKV., Water heater/ accumulator tank., Hot water control - VST 20.
Not required., Active/ passive cooling in 4-pipe system - ACS 45., Active/ passive cooling in 2-pipe system - HPAC 45., External electric additional heat elk - ELK 15., External electric additional heat elk - ELK 42., External electric additional heat elk - ELK 26., External electric additional heat elk - ELK 213., Extra shunt group - ECS 40/ ECS 41., Humidity sensor - HTS 40., Auxiliary relay HR 10., Communications module MODBUS 40., Assembly system FMS 40/42., Filling valve kit - BRINE 32., Current sensor - CMS 10-200., Accessory card - AXC 50., Buffer vessel UKV., Water heater/ accumulator tank., Hot water control - VST 20.
Sustainability data
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.