Domestic Compact 270L
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Domestic Compact 270L


Air Sourced Hot Water Heat Pumps - Suitable for average Households

Technical Data

Model

Storage Size (Litres)

Rated Size (Litres)

Heat Output

Power Input

COP of Heating

Water Temp Setting

Max Water Temp Setting

Compressor

Refrigerant

Electrical Supply

Circuit

Water Connections

PTR Valve Setting

Expansion Ctrl Valve (ECV) Setting

PLV (without ECV fitted / with ECV fitted

Operating Sound Level at 1.5M

Dimensions (Height x Diameter)

Empty Weight

Ambient Air Operating Temperature

270-11AC3-134

270L

250L

3.53kW

0.986kW

3.55

60ºC

70ºC

23.1cc Rotary

R134a

220-240V/50Hz/1Ph

10 Amps

3/4” BSP

1000kPa

850kPa

500 or 600kPa / 350 or 500kPa

52dBA

1900x650 mm

135kg

-10ºC to + 40+ºC

Features

Uses up to 75% less energy than traditional electric hot water systems.

Does not require direct sunlight in order to operate. Due to its patented advanced design the Quantum system will produce hot water in all weather conditions, from -10?C up to 40?C, even at night. It simply absorbs heat energy from the environment – from thin air!

Due to State and Federal Government rebates encouraging more and more homes and businesses to switch to solar energy – Quantum heat pumps are now available for around the same price of an electric or gas hot water system.

Heating water is the leading contributor to your home energy bill.  By installing a Quantum heat pump you can expect to enjoy up to a 75% reduction in your hot water running costs. For most families this means that the initial cost (if any) is paid back in savings within the year.

The Quantum heat pump absorbs energy from a renewable  and free energy source – The Sun.  With only minimal amounts of electricity required to operate, installing a Quantum makes perfect sense in the fight to reduce your carbon footprint and reduce global warming.

Heating water is the largest source of greenhouse gas emissions in the home.  Quantum systems use significantly less energy, (approximately 75% less then traditional electric hot water heaters), therefore dramatically reduces the amount of greenhouse gasses produced.

The Quantum heat pump works in temperatures as low as -10?C and up to 40+?C, day and night without the need for boosting, and only a Quantum can do that!

The COP (Coefficient of Performance) of a Quantum heat pump is 325%! This is compared to an average electric hot water system’s COP of less than 100%.  What this really means is that the Quantum unit consumes much less energy to achieve the same output of power.  

As easy to install as a conventional electric system.  There is no need for complicated or expensive “special plumbing” work to be carried out.

No solar panels are required.  The unit is installed at ground level, not on the roof, thereby not imposing any large additional weight on the roof.

The unit can be installed in less than two hours!   







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