Section 2: Technical DataPage 6
2.1 Heat Pump Technical Data
Table 2-1: Technical data
Model Unit HPID6 HPID10 HPID16
Heating capacity (BS EN 14511 - air: 7°C / water: 35°C) kW 6.0 10.0 16.0
COP (BS EN 14511 - air: 7°C / water: 35°C) 4.11 4.35 4.10
SCOP (average climate conditions) - 35°C 4.34 4.35 4.19
Heating capacity (BS EN 14511 - air: 7°C / water: 55°C) kW 5.38 9.0 13.3
COP (BS EN 14511 - air: 7°C / water: 55°C) 2.59 2.71 2.67
SCOP - average climate conditions (BS EN 14825 - water: 55°C) 3.15 3.15 3.15
Power supply ~230V 1ph 50Hz
Power input (BS EN 14511 - air: 7°C / water: 35°C) kW 1.46 2.30 3.90
Mechanical protection IPX4
Compressor DC twin rotary - inverter driven
Pressure (maximum) MPa 4.1
Refrigerant R410A
Mass of R410A kg 1.05 1.72 2.99
Circulating pump m head 10 6 12
Flow rate (minimum) litres/min 5 10 15
Outdoor temperature °C -20 to 43
Inlet water temperature °C 5 to 55
Water pressure (system) MPa (bar) 0.1 to 0.3 (1 to 3 bar)
Sound power level at 1 metre (external) dB(A) 63 67 63
Sound pressure level at 1 metre (external) dB(A) 40 44 40
Water connections BSPF ¾˝ 1˝ 1¼˝
Weight (empty) kg 53 75 121
Weight (full) kg 54 76.8 123
Water content litres 1.0 1.8 2.0
Heat pump casing volume m³ 0.19 0.27 0.48
ErP rating (low temperature: 35°C flow) - heating
A++
ErP rating (low temperature: 55°C flow) - heating
2.2 Mains Supply Cable
Always assume maximum possible load when considering
cable sizing.
The cable supplying power from the consumer unit to the heat pump
must be connected via an external 2 pole isolator. This allows the
service engineer to isolate the power supply before working on the
heat pump safely.
Refer to Section 6 for connection details.
Table 2-2: Electrical installation requirements
Heat pump
model
Maximum
running current
(A)
MCB
Rating (A) Type
HPID6 11.2 16 C
HPID10 17.5 20 C
HPID16 25.3 32 C
2 Technical Data
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