ground-to-water NEW GEN R290

AquaMaster Inverter Combi P heat pump

Ultra-compact & highly efficient R290 ground-to-water unit with output up to 6 kW & integrated 150 liter cylinder.

All-in-one Unique compact design with minimum installation space (0.3 m²) required. Produced in both left and right configurations.

Great performance & efficiency Output up to 6 kW. Perfect for low-carbon & sustainable properties.

Integrated stainless steel cylinder of 150 l SHW temperature up to 65 °C. Anti-legionella function from compressor only.

Energy efficienty

R290 refrigerant

Heating water temperature up to 75 °C

Output up to 6 kW

On line control

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Main features

All-in-one unit – significant savings on installation time and costs Output up to 6 kW (B0W35) Minimum space required – plant room of only 0.3 m² Fast installation kit: expansion vessel, manometer, filter, fittings (optional equipment)

Suitable for individual properties or for installations with a shared ground collector Extensive intelligent optional equipment: internet connection, modbus/BMS, integrated MID electric meter or heat meter, communication with PV Inverter and Batteries, smart grid etc. Passive cooling module (optional equipment)

Integral brine and heating side pumps including 3–way valve Optional upgrade of brine side circulation pump with 2–port zone valve with proportional control for large shared ground loop installations

Stainless steel cylinder of 150 l SHW temperature up to 65 °C Max heating water temperature 75 °C Anti-legionella function from compressor only. No backup heater required

Technical details

Model	Performance at B0W35	P-Design	Thermal loss of the object Qz	Seasonal energy efficiency of heating at a 35 °C low temperature operation		Seasonal energy efficiency of heating at a 55 °C medium temperature operation		Maximum heating & hot water temperature	Order number (according to heating circuit control)
	kW	kW	kW	SCOP	Class	SCOP	Class	°C	Regulation STANDARD (μPC)	Regulation PLUS (pCO5)
AquaMaster Inverter P 17ICP	1–6	4	up to 6	4,87	A+++	3,76	A++	75 / 65	AQ17ICP-101R	AQ17ICP-111R

Regulation STANDARD (μPC): Designed for single-circuit heating systems. No auxilliary heating circuit, 1-zone space temperature, 1 heating circuit.

Regulation PLUS (pCO5): Designed for multiple-circuit heating systems. 2 independent auxilliary heating circuits including mixing. 2-zone space temperature, up to 6 heating circuits.

Master Therm software

Unique Master Therm software for heat pump control

Custom application for controlling the cooling circuit and peripherals Equithermal MaR (measurement and regulation) Advanced temperature feedback control in the building based on internal room temperature sensors Control via touchscreen terminal or online application Includes remote service monitoring and diagnostics Control of up to 6 heating circuits including the possibility of connecting a swimming pool or solar panel

Download software AppStore GooglePlay MasterTherm software

Optional equipment selection

7-year warranty on the complete pump Without any exceptions. Only in combination with Master Therm Online app.

Master Therm Online app Advanced online control and romote service acces.

Additional pGDx touch screens (1 as standard) Parametrization, temperature compensation, humidity sensor, ethernet or wifi internet connection. Mounting possible on/in the wall (plasterboard) or in the heat pump‘s case.

Passive cooling module Exclusive for ground-to-water heat pumps. Direct heat extraction from the interior of the ground collector or borehole. Extremely economical summer cooling of the building without need for compressor work.

Reversing cooling module Revesing operation allowing the cooling of the building.

Energy meter 1x 25 A Display, MID, 1 phase, max.unit circuit breaker 25 A

Extended control module Up to 6 heating circuits + SHW, for regulation PLUS (pCO5) only.

Master Lan Power cascade control

BMS serial ModBUS RTU – (control PLUS ModBUS including)

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All AquaMaster Inverter Combi P 17ICP

How it works

Ground-to-water heat pumps extract energy from the ground by means of a vertical or horizontal collector. Antifreeze circulates through the collector and removes ground heat. Thanks to the constant temperature of the ground, the heat pump has a stable source of energy throughout the year. The heat extracted from the ground is then transferred to the building. The system achieves a seasonal efficiency up to 5.5 times higher thanthat of a conventional electric boiler.

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