Aquark AquaIntel Heat Pump 5KW

This Air Source Heat Pump is an energy efficient way to regulate the water temperature of your spa. Benefits of heat pumps:

Save on energy bills with an Air Source Heat Pumps

Energy-efficient and economical way of heating your hot tub or swim spa

Savings on hot tub heating bills and energy usage

Control your heat pump anywhere and anytime with InverGo.

It adapts intelligently to different heating demands.

Sale price
£2,028.50
Regular pricewas £2,253.90
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Key Features

Compact and Efficient: With a 5KW heating capacity, this model is ideal for smaller pools or spas, delivering effective heating with a compact design.

Energy Efficiency: Utilizes advanced technology to provide excellent energy efficiency, ensuring low operational costs and reduced energy consumption.

Quiet Operation: Engineered to operate quietly, enhancing your pool or spa experience without disruptive noise.

All-Season Performance: Functions efficiently across a range of external temperatures, providing consistent heating throughout the year.

User-Friendly Controls: Equipped with an intuitive control panel for easy adjustments and monitoring of settings.

Model Information

Model: AquaIntel 5KW

Season: All Year

Installation: Outdoors

Pool Volume: Up to 20 m³

Connection: 50mm

Dimensions (W x D x H): 720 x 400 x 600 mm

Weight: 35 kg

Sound Level: 40 dB

Noise Level (1m): 37.0 - 46.0 dB(A)

Noise Level (10m): 18.0 - 26.0 dB(A)

COP at A15/W25: 5.5

COP at A27/W27: 9.0

Nominal Flow Volume: 2 - 3 m³/h

Refrigerant: R32

Heating Capacity A27/W27: 5.0 kW

Heating Capacity A15/W25: 4.0 kW

Electrical Information

Input Power: 0.80 - 1.50 kW

Power Supply: 220-240V / 50Hz

Current Rating: 3.50 - 6.50 AMP

Maximum Operating Current: 8.0 AMP

HOW IT WORKS - STEP 1

EVAPORATOR PROCESS

We start by pulling in outside air over the evaporator, which contains cold refrigerant gas. Since this gas is colder than the ambient air, heat from the air is transferred into the colder gas.

HOW IT WORKS - STEP 2

COMPRESSION

The slightly warmed gas is then pumped through a compressor. When a gas is compressed, it naturally increases in temperature, heating it up even more.

HOW IT WORKS - STEP 3

HEAT EXCHANGE

This hot gas is then drawn through a condenser/heat exchanger, which transfers the heat into the hot tub water, warming it up.

HOW IT WORKS - STEP 4

COOLING DOWN

Finally, the gas needs to be cooled again. This is done by passing it through an expansion valve, which releases the pressure on the gas, allowing it to cool down. It's similar to how gas from an aerosol can feels cold when you spray it, due to the expansion.

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