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30Hp Per Set Heating Pump ASHP Can Work Under -25 Degree C Cold Climate
Product Charaters
1. The heat pump is suitable for central heating and sanitary hot water heating.
2. Compact design allows it to occupy less space and makes it much easier for installation.
3. Thermal insulation for all pipes ensures low heat loss.
4. High efficiency auto defrosting with revert circuit.
5. The drainage hole can discharge condensed water fluently.
6. Quiet fans ensure low noise.
7. The wire controller is installed indoor, which is convenient for users.
8. Eco-friendly R407 Refrigerant is available.
10. The cabinet comes with good anti-corrosion performance and durability, offering more than 15years’ service life.
11. The low temperature EVI heat pump comes with 18 months warranty period.
Parametercode name.pdf
Model | SDNA-090YB | |||
Compressor capacity | 30HP | |||
Function | Heat | |||
Electricity | 380V 3N-50Hz | |||
Working conditions | ℃ | -25~+45 | ||
Data | Heata | Nominal capacity | KW | 56.2 |
Input power | KW | 23.4 | ||
COP | / | 2.4 | ||
Heating IPLV(H) | 2.7 | |||
A7W35c | KW/COP | 90.0/4.2 | ||
A2W35 | KW/COP | 79.0/3.20 | ||
A-7W35 | KW/COP | 63.2/3.0 | ||
A-15W55 | KW/COP | 56.2/1.97 | ||
A-20W45 | KW/COP | 47.2/2.04 | ||
Max. running currency | A | 70 | ||
Compressor quantity | set | 4 | ||
Refrigerant/charging quantity kg | / | R22/5*4 | ||
Air blow type | / | Top | ||
Water pipe diameter | mm | 50 | ||
Rating flow | m³/h | 12.6 | ||
Water side pressure loss | kPa | ≤45 | ||
Noise level | dB(A) | 62 | ||
Overall dimensions(L×W×H) | mm | 2100×1100×2080 | ||
Weight | kg | 830 |
Applications residential communities central heating station di...
Yushen Products Features
Multiple energy-saving devices in a single system, precise control of refrigerant flow, enabling the unit to maximize heat/cooling capacity and maximum energy efficiency in various working environments, reducing operating costs
The industry's leading refrigerant distribution technology can effectively improve the uniformity of gas-liquid two-phase fluid distribution into heat transfer tubes, improve the utilization of heat exchange tubes, and achieve efficient heat transfer.