R32 making up 50% of the R410A refrigerant , R32 has a GWP of 675 (one third that of R410A), is highly energy efficient and is easy to recycle. Plus, the volumetric capacity of R32 is around 20% higher than that of R410A, which means system refrigerant volumes are lower. R32 is a single component refrigerant, meaning it is easier to reuse and to recycle. It is also relatively inexpensive to produce, is easier to handle because it doesn’t separate and utilises familiar technology, keeping costs similar.
R32: The Benefits:
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Low GWP of 675
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High efficiency refrigerant
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F–Gas phasedown compliant
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Less refrigerant volume requirement compared to R410A
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Affordable & readily available
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A single component refrigerant
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Easy to handle, reuse and recycle
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Used in our newest, state–of–the–art products
With a Hiseer R32 EVI inverter heat pump. you still get the performance and efficiencies needed for the buildings, using refrigerants and equipment that delivers a much lower GWP overall.
| Model Number |
RS15V/L |
| Heating performance |
Min. |
Nominal |
Max. |
| Heat output/Power consumption/COP at A7/W35℃ |
kW |
4.90/1.14/4.30 |
15.28/3.27/4.67 |
17.80/4.05/4.40 |
| Heat output/Power consumption/COP at A2/W35℃ |
kW |
8.00/2.22/3.60 |
13.53/3.27/4.14 |
15.70/4.03/3.90 |
| Heat output/Power consumption/COP at A-7/W35℃ |
kW |
5.60/2.34/2.39 |
9.75/3.68/2.65 |
11.30/4.52/2.50 |
| Heat output/Power consumption/COP at A-10/W35℃ |
kW |
5.50/2.43/2.26 |
9.67/3.84/2.51 |
11.15/4.72/2.36 |
| Heat output/Power consumption/COP at A-15/W35℃ |
kW |
4.90/2.51/1.95 |
8.6/3.96/2.17 |
10.00/4.93/2.03 |
| Heat output/Power consumption/COP at A7/W45℃ |
kW |
9.00/2.82/3.19 |
15.58/4.40/3.54 |
18.20/5.47/3.33 |
| Heat output/Power consumption/COP at A2/W45℃ |
kW |
8.03/2.77/3.00 |
13.80/4.48/3.07 |
16.00/5.52/2.90 |
| Heat output/Power consumption/COP at A-7/W45℃ |
kW |
6.10/2.99/2.04 |
10.58/4.66/2.27 |
12.30/5.86/2.10 |
| Heat output/Power consumption/COP at A-10/W45℃ |
kW |
5.70/3.03/1.88 |
9.80/4.70/2.09 |
11.30/5.68/1.99 |
| Heat output/Power consumption/COP at A-15/W45℃ |
kW |
5.00/2.98/1.68 |
8.77/4.70/1.87 |
10.20/5.67/1.80 |
| Heat output/Power consumption/COP at A7/W55℃ |
kW |
5.20/2.02/2.57 |
15.80/5.51/2.86 |
18.40/6.81/2.70 |
| Cool output/Power consumption/EER at A35/W7℃ |
kW |
4.14/1.51/2.75 |
11.25/4.43/2.54 |
13.08/5.45/2.40 |
| Nominal running current at A7/W35 |
A |
5.43 |
| Aux. heater |
KW |
|
6 |
|
| Max operating current (aux. heater running) |
A |
11.2 (19.9) |
| Max power consumption (aux. heater running) |
KW |
|
6.6 (12.6) |
|
| Power Supply |
|
380-415V//3phase/50Hz |
| Compressor |
|
Panasonic EVI twin rotary |
| Condenser |
|
Brazed plate heat exchanger |
| Nominal flow heating medium |
m3/h |
2.58 |
| Internal pressure drop at nominal flow |
kPa |
10 |
| Nominal air flow |
m3/h |
5000 |
| Nominal fan output |
W |
220 |
| Max outlet heating medium temperature |
℃ |
58 |
| Refrigerant R32 filling weight |
kg |
2.9 |
| Dimensions (HxWxD) |
mm |
1172 x 1060 x 420 |
| Pipe connector |
|
G1' external thread |
| Net Weight |
kg |
140 |
| Operating ambient temp. range |
℃ |
Heating -25~35 |
| DHW -25~43 |
| Cooling 10~45 |
| Sound power level LWA |
dB(A) |
69 |
| The above data is tested by EN14511. A7/W35℃ means air temp. 7℃,outlet water temp. 35℃ |
|
| The Sound power level is tested by EN12102 |
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