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Daikin Altherma 3 EPRA14DV37

Daikin Altherma 3 EPRA14DV37

Identifier:
ETBH16EF6V7 / EPRA14DAV37
Type:
Air To Water
Brand
Daikin
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Daikin Epra14D37 High Temperature Heat Pump 14Kw

£6,975.59

£6,975.59

£6,975.59

£0.00 delivery

Unavailable
City Plumbing
Data from 18/09/2025, 10:37
Identifier
ETBH11EF4V6 / EPRA10DAV61 ETBH90EF5V6 / EPRA13DAV99 ETBH91EF7V4 / EPRA11DAV64 ETBH11EF7V2 / EPRA8DAV29 ETBH15EF5V7 / EPRA16DAV37
Manufacturer
Daikin Daikin Daikin Daikin
Type
Air To WaterAir To WaterAir To Water
Best Price
£6,975.59£3,535.93
Sound Level Outdoor
29 dB30 dB72 dB98 dB26 dB
Sound Level Indoor
66 dB66 dB
Rated Heat Output Cold 55°C
13 kW8 kW
Rated Heat Output Cold 35°C
13 kW14 kW
Rated Heat Output Average 55°C
16 kW19 kW13 kW
Rated Heat Output Average 35°C
10 kW17 kW13 kW
Rated Heat Output Warm 55°C
10 kW15 kW12 kW16 kW
Rated Heat Output Warm 35°C
13 kW10 kW4 kW
Energy Class 55°CEnergy Label A++
Energy Class 35°CEnergy Label A+++
Refrigerant
R39 R93
Coefficient of Performance (COP)
All Climates
  • Low Temperature: 6.31
  • Medium Temperature: 3.75
All Climates
  • Low Temperature: 6.08
  • Medium Temperature: 3.67
All Climates
  • Low Temperature: 2.02
  • Medium Temperature: 9.51
All Climates
  • Low Temperature: 6.57
  • Medium Temperature: 3.01
Seasonal Efficiency (ETAs)
Warmer Climate
  • Low Temperature: 957 %
  • Medium Temperature: 909 %
Colder Climate
  • Low Temperature: 103 %
  • Medium Temperature: 154 %
Average Climate
  • Low Temperature: 119 %
  • Medium Temperature: 86 %
Warmer Climate
  • Low Temperature: 301 %
  • Medium Temperature: 132 %
Colder Climate
  • Low Temperature: 934 %
  • Medium Temperature: 77 %
Average Climate
  • Low Temperature: 993 %
  • Medium Temperature: 901 %
Warmer Climate
  • Low Temperature: 998 %
  • Medium Temperature: 155 %
Colder Climate
  • Low Temperature: 153 %
  • Medium Temperature: 192 %
Average Climate
  • Low Temperature: 177 %
  • Medium Temperature: 160 %
Seasonal Coefficient of Performance (SCOP)
Average Climate
  • Low Temperature: 6.21
  • Medium Temperature: 3.24
Average Climate
  • Low Temperature: 9.54
  • Medium Temperature: 9.51
COPd Tj = -15°C (if TOL < -20°C)
COPd Tj = -7°C
Colder Climate
  • Low Temperature: 3.2
  • Medium Temperature: 9.76
Average Climate
  • Low Temperature: 3.19
  • Medium Temperature: 9.67
Colder Climate
  • Low Temperature: 9.8
  • Medium Temperature: 9.60
Average Climate
  • Low Temperature: 6.38
  • Medium Temperature: 1.55
Colder Climate
  • Low Temperature: 9.5
  • Medium Temperature: 3.34
Average Climate
  • Low Temperature: 3.31
  • Medium Temperature: 9.91
COPd Tj = +2°C
Warmer Climate
  • Low Temperature: 6.78
  • Medium Temperature: 1.64
Colder Climate
  • Low Temperature: 5.31
  • Medium Temperature: 6.85
Average Climate
  • Low Temperature: 6.25
  • Medium Temperature: 2.99
Warmer Climate
  • Low Temperature: 9.63
  • Medium Temperature: 3.07
Colder Climate
  • Low Temperature: 5.93
  • Medium Temperature: 9.37
Average Climate
  • Low Temperature: 2.53
  • Medium Temperature: 6.63
Warmer Climate
  • Low Temperature: 3.57
  • Medium Temperature: 9.62
Colder Climate
  • Low Temperature: 2.07
  • Medium Temperature: 3.57
Average Climate
  • Low Temperature: 6.66
  • Medium Temperature: 3.25
Warmer Climate
  • Low Temperature: 9.67
  • Medium Temperature: 9.14
Colder Climate
  • Low Temperature: 5.62
  • Medium Temperature: 6.40
Average Climate
  • Low Temperature: 3.60
  • Medium Temperature: 6.50
COPd Tj = +7°C
Warmer Climate
  • Low Temperature: 2.5
  • Medium Temperature: 3.74
Colder Climate
  • Low Temperature: 5.1
  • Medium Temperature: 6.58
Average Climate
  • Low Temperature: 2.46
  • Medium Temperature: 6.66
Warmer Climate
  • Low Temperature: 2.0
  • Medium Temperature: 2.28
Colder Climate
  • Low Temperature: 2.0
  • Medium Temperature: 3.16
Average Climate
  • Low Temperature: 5.20
  • Medium Temperature: 3.00
Warmer Climate
  • Low Temperature: 3.8
  • Medium Temperature: 9.90
Colder Climate
  • Low Temperature: 5.6
  • Medium Temperature: 3.74
Average Climate
  • Low Temperature: 2.42
  • Medium Temperature: 2.06
COPd Tj = +12°C
Warmer Climate
  • Low Temperature: 7.5
  • Medium Temperature: 2.53
Colder Climate
  • Low Temperature: 7.03
  • Medium Temperature: 5.19
Average Climate
  • Low Temperature: 7.6
  • Medium Temperature: 2.79
Warmer Climate
  • Low Temperature: 5.4
  • Medium Temperature: 5.98
Colder Climate
  • Low Temperature: 2.99
  • Medium Temperature: 5.14
Average Climate
  • Low Temperature: 10.1
  • Medium Temperature: 2.97
Pdh Tj = -15°C (if TOL < -20°C)
Pdh Tj = -7°C
Colder Climate
  • Low Temperature: 8 kW
  • Medium Temperature: 8.0 kW
Average Climate
  • Low Temperature: 4.0 kW
  • Medium Temperature: 7.1 kW
Colder Climate
  • Low Temperature: 7 kW
  • Medium Temperature: 6.9 kW
Average Climate
  • Low Temperature: 12.3 kW
  • Medium Temperature: 8.5 kW
Colder Climate
  • Low Temperature: 5 kW
  • Medium Temperature: 10.8 kW
Average Climate
  • Low Temperature: 13.0 kW
  • Medium Temperature: 10.3 kW
Colder Climate
  • Low Temperature: 4 kW
  • Medium Temperature: 7.2 kW
Average Climate
  • Low Temperature: 11.1 kW
  • Medium Temperature: 11.9 kW
Pdh Tj = +2°C
Warmer Climate
  • Low Temperature: 5.9 kW
  • Medium Temperature: 19 kW
Colder Climate
  • Low Temperature: 6.7 kW
  • Medium Temperature: 2.3 kW
Average Climate
  • Low Temperature: 4.4 kW
  • Medium Temperature: 6.9 kW
Warmer Climate
  • Low Temperature: 6.8 kW
  • Medium Temperature: 4 kW
Colder Climate
  • Low Temperature: 2.8 kW
  • Medium Temperature: 6.3 kW
Average Climate
  • Low Temperature: 4.2 kW
  • Medium Temperature: 10.3 kW
Warmer Climate
  • Low Temperature: 8.4 kW
  • Medium Temperature: 10 kW
Colder Climate
  • Low Temperature: 6.8 kW
  • Medium Temperature: 2.4 kW
Average Climate
  • Low Temperature: 5.7 kW
  • Medium Temperature: 5.8 kW
Warmer Climate
  • Low Temperature: 7.7 kW
  • Medium Temperature: 4 kW
Colder Climate
  • Low Temperature: 3.2 kW
  • Medium Temperature: 6.4 kW
Average Climate
  • Low Temperature: 4.1 kW
  • Medium Temperature: 2.5 kW
Pdh Tj = +7°C
Warmer Climate
  • Low Temperature: 2.2 kW
  • Medium Temperature: 10 kW
Colder Climate
  • Low Temperature: 2.3 kW
  • Medium Temperature: 6.1 kW
Average Climate
  • Low Temperature: 2.3 kW
  • Medium Temperature: 8.5 kW
Warmer Climate
  • Low Temperature: 7.8 kW
  • Medium Temperature: 8 kW
Colder Climate
  • Low Temperature: 2.3 kW
  • Medium Temperature: 2.5 kW
Average Climate
  • Low Temperature: 2.7 kW
  • Medium Temperature: 5.8 kW
Pdh Tj = +12°C
Warmer Climate
  • Low Temperature: 7.9 kW
  • Medium Temperature: 6.0 kW
Colder Climate
  • Low Temperature: 5.4 kW
  • Medium Temperature: 4.8 kW
Average Climate
  • Low Temperature: 7 kW
  • Medium Temperature: 5.7 kW
Warmer Climate
  • Low Temperature: 3.6 kW
  • Medium Temperature: 4.7 kW
Colder Climate
  • Low Temperature: 2.3 kW
  • Medium Temperature: 7.0 kW
Average Climate
  • Low Temperature: 4 kW
  • Medium Temperature: 7.7 kW
Warmer Climate
  • Low Temperature: 5.1 kW
  • Medium Temperature: 2.8 kW
Colder Climate
  • Low Temperature: 2.7 kW
  • Medium Temperature: 5.9 kW
Average Climate
  • Low Temperature: 5 kW
  • Medium Temperature: 5.9 kW
Warmer Climate
  • Low Temperature: 4.9 kW
  • Medium Temperature: 3.3 kW
Colder Climate
  • Low Temperature: 6.6 kW
  • Medium Temperature: 5.4 kW
Average Climate
  • Low Temperature: 3 kW
  • Medium Temperature: 6.4 kW

Return Window: 30 days

Address:

City Plumbing Supplies Holdings Limited
Highbourne House
1 Eldon Way
Crick, Northampton
NN6 7SL

VAT: 331038444

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Air To Water Heat Pump

Looking for a versatile heating solution that's both eco-friendly and efficient? Enter the world of air- to-water heat pumps! These cutting-edge systems harness heat from the outdoor air and transfer it to water, offering a sustainable heating solution for residential, commercial, and industrial settings alike.

Comprised of an outdoor unit featuring a compressor, condenser coil, and fan, paired with an indoor unit housing a heat exchanger and circulating pump, the air-to-water heat pump is the epitome of advanced heating technology. Refrigerant absorbs heat from the outdoor air, seamlessly transferring it to water circulating through the indoor unit's heat exchanger.

But that's just the beginning - this dynamic system can also reverse its refrigerant cycle to provide cooling during warmer seasons. By extracting heat from indoor spaces and transferring it outdoors, it ensures year-round comfort and efficiency.

Utilize the heated water for space heating via radiators or underfloor heating systems, or for a reliable domestic hot water supply. The possibilities are endless with an air-to-water heat pump!

Experience the future of heating with an air-to-water heat pump. Enjoy sustainable, efficient heating solutions for all your residential, commercial, and industrial needs.