The range of AquaScop HT V2 / AquaScop HT Split air/water high temperature heat pumps offers the special feature of producing hot water at 65°C at outdoor temperatures down to -20°C,while guaranteeing as high COP.The split system configuration AquaScop HT Split consists of :
- a complete outdoor unit with refrigerant charge including all components and all functions tested on the monobloc version in order to guarantee the same high level of reliability while improving performance in icing conditions via a highly optimized evaporator.
- a hydraulic module including a high performance plate heat exchanger,multi-speed circulating pump ,a real flowmeter (value displayed on the screen in l/h) , an electronic water pressure sensor (available on the screen), a safety valve, an air vent, etc.. all in an elegant casing with smallest dimensions of the market.
For outdoor temperatures above +7° C, the AquaScop HT V2 / AquaScop HT Split supplies water at 55 °C with a single compressor.Consequently, this AquaScop HT V2 / AquaScop HT Split units ideally suited to replace a traditional hot water boiler in producing Domestic Hot Water (DHW).The patented technology uses two-stage compressors that provide:In fact,in a two-stage system,each compressor operates at a low compression ratio ,i.e. 3:1 compared with 12:1 for single-stage compressor systems.This improves the compressors' service life and reduces electricity consumption.- Same heating capacity maintained even with low outdoor temperatures :
As compressor efficiency is maintained , heat pump performance is hardly affected , even at low outdoor temperatures.- Remark ableadaptability in terms of matching supplied capacity to heating requirements thanks to the possibility of using each compressor stage separately :
The AquaScop HT V2 / AquaScop HT Split controller chooses the optimum compressor staging configuration according to the demand for heating and the heat emitters' operating temperatures.- Optimised Domestic Hot Water production :
Both for producing DHW and Heating, the controller determines the compressor staging best suited to the DHW tank coil's heat exchange capacity , while taking account of the outdoor temperature .At the end of the heating phase ,the DHW temperature is very close to the condensing temperature without an unnecessary energy consumption.