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Air Source
Heat Pump.

AquaPod

A Cylinder Built For Efficiency

The AquaPod is our heat pump cylinder and the latest recruit to our product line-up. This very clever cylinder is used in conjunction with your air source heat pump.

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AquaPod Boiler Coil

How Does The AquaPod Work?

The AquaPod Heat pump cylinder is designed with a min of 3m2 high efficiency copper finned tube heat exchanger to enable high rates of thermal transfer from the primary heat pump circuit.

A large selection of heights and diameters are also available in our range of Heat Pump cylinders where space and water volumes are at a premium.

Utilize Renewable Energy

Utilize Renewable Energy

In general, our Heat Pump cylinders are sized to work in tandem with and increase the efficiency of the renewable heat source, be it air to water or ground source.

Direct, Indirect and Twin Coil Cylinders can all be selected from the range as well as being built to our customer’s specification.

Why Choose the Aquapod?

10-year cylinder warranty

size icon

Sizes from 120 Litres

Foam icon

Insulated with 50mm PU Foam

Cylinder icon

Manufactured out of Grade 2 Copper

Vent icon

Supplied vented or unvented

Air to Water or Ground Source HP
Well Water Compatible

Why Choose Copper?

Recycled copper meets 42% of the European copper demand, using only 15% of the energy required in extracting new raw materials, making it sustainable, environmentally friendly and the most recycled plumbing material available today.

Copper also has a long and established history of being used in conveying clean, safe drinking water because of its natural antibacterial properties and inherent health benefits making it a well trusted, tried and tested material for water supply and storage. The presence of copper ions destroy potential Legionella harbouring bacteria responsible for Legionnaires’ disease, making your water clean and safe to drink.

(Adapted from: UK Copper Board)

Copper is a well-known, trusted, corrosion resistant. With great benefits.

100%

Recyclable material
Heart icon Health benefits

Legionella Protection

Copper Industries Hot Water Cylinders ensure water moves in greater frequency than in traditional hot water storage cylinders, ensuring the hygiene of the water is good as it never stagnates for long periods of time. This constantly moving water does not allow legionella harbouring bacteria to grow and means your water is always safe!

AquaPod Cylinder

Aquapod Cylinder Specification diagram

AquaPod Cylinder

Aquapod Cylinder Specification diagram
  • A - Buffer vent connection
  • B - Flow connection from heat pump
  • C - Return to heat pump
  • D - Flow out from buffer
  • E - Return back to buffer
  • F - Drain connection
  • G - 22mm Coil 1 return in
  • H - 22mm Coil 2 return out
  • I - Direct buffer tank
  • J - Immersion heater
  • K - Stat connection

AquaPod Thermal Store

AQuapod Thermal store diagram

AquaPod Thermal Store

AQuapod Thermal store diagram
  • A - 50mm Insulation lagging
  • B - 1/2" Pressure relief (2 Bar)
  • C - 1" Oil boiler flow
  • D - 1/2" Sensor pocket
  • E - 1" Heating flow
  • F - 1/2" Sensor pocket
  • G - 1" Oil boiler return
  • H - 1" Heat pump flow
  • I - 1" Heat pump return
  • J - 1/2" Drain
  • K - 1/2" AAV
  • L - Hot Water out
  • M - 22mm Mixing valve
  • N - 0.16l Expansion vessel
  • O - 22mm Non return valve
  • P - 22mm Intaball combi ball valve/ cold in
  • Q - 1/2" Sensor pocket
  • R - 1" Heating return

Aquapod Cylinder

Cylinder
Reference
Number
Max
Operating
Pressure
Net
Volume
Dimensions
Exc.
Insulation
Domestic Heat
Exchanger
Max. work
Pressure
Volume
Heated
Heat Pump
Exchanger
Ap 120 1.0 Bar 120 Ltrs 1050x400mm 3.5 Bar 120 Ltrs
AP 135 1.0 Bar 135 Ltrs 1200x400mm 3.5 Bar 135 Ltrs
AP 148 1.0 Bar 148 Ltrs 1300x400mm 3.5 Bar 148 Ltrs
AP 160 1.0 Bar 160Ltrs 1400x400mm 3.5 Bar 160 Ltrs
AP 172 1.0 Bar 172 Ltrs 1500x400mm 3.5 Bar 172 Ltrs
AP 209 1.0 Bar 209 Ltrs 1800x400mm 3.5 Bar 209 Ltrs
AP 144 1.0 Bar 144 Ltrs 1050x450mm 3.5 Bar 144 Ltrs
AP 168 1.0 Bar 168 Ltrs 1200x450mm 3.5 Bar 168 Ltrs
AP 184 1.0 Bar 184 Ltrs 1300x450mm 3.5 Bar 184 Ltrs
AP 200 1.0 Bar 200 Ltrs 1400x450mm 3.5 Bar 200 Ltrs
AP 216 1.0 Bar 216 Ltrs 1500x450mm 3.5 Bar 216 Ltrs
AP 264 1.0 Bar 264 Ltrs 1800x450mm 3.5 Bar 264 Ltrs
AP 174 1.0 Bar 174 Ltrs 1050x500mm 3.5 Bar 174 Ltrs
AP 203 1.0 Bar 203 Ltrs 1200x500mm 3.5 Bar 203 Ltrs
AP 223 1.0 Bar 223 Ltrs 1300x500mm 3.5 Bar 223 Ltrs
AP 242 1.0 Bar 242 Ltrs 1400x500mm 3.5 Bar 242 Ltrs
AP 261 1.0 Bar 261 Ltrs 1500x500mm 3.5 Bar 261 Ltrs
AP 300 1.0 Bar 300 Ltrs 1800x500mm 3.5 Bar 300 Ltrs
AP 248 1.0 Bar 248 Ltrs 1050x600mm 3.5 Bar 248 Ltrs
AP 289 1.0 Bar 289 Ltrs 1200x600mm 3.5 Bar 289 Ltrs
AP 317 1.0 Bar 317 Ltrs 1300x600mm 3.5 Bar 317 Ltrs
AP 345 1.0 Bar 345 Ltrs 1400x600mm 3.5 Bar 345 Ltrs
AP 373 1.0 Bar 373 Ltrs 1500x600mm 3.5 Bar 373 Ltrs
AP 456 1.0 Bar 456 Ltrs 1800x600mm 3.5 Bar 456 Ltrs
APTS 200 1.5 Bar 200 Ltrs 1800x400mm 2.5 Bar 200 Ltrs
APTS 250 1.5 Bar 250 Ltrs 1800x450mm 2.5 Bar 250 Ltrs
APTS 300 1.5 Bar 300 Ltrs 2000x400mm 2.5 Bar 300 Ltrs
APTS 350 1.5 Bar 380 Ltrs 2000x500mm 2.5 Bar 380 Ltrs

Aquapod Thermal Store

Cylinder Reference Number Max. Operating Pressure Net Volume (Ltrs) Dimensions Exc. Insulation (mm) Domestic Heat Exchanger Max. Work Pressure Volume Heated Heat Pump Exchange (Ltrs)
APTS 200 1.50 Bar 200 1800x400 2.50 Bar 200
APTS 250 1.50 Bar 3250 1800x450 2.50 Bar 250
APTS 300 1.50 Bar 300 2000x400 2.50 Bar 300
APTS 350 1.50 Bar 380 2000x500 2.50 Bar 380

All of our cylinders can be customized to suit your needs. As well as our award-winning range of products, we also offer a custom 3D CAD design service allowing your exact specifications to be met.