High-Efficiency Dual-Circuit Air Source Heat Pump
The characteristics of high-temperature heat pump
Efficient and energy-saving:
In extremely cold environments, compared to traditional
low-temperature air source heat pumps, its overall heating capacity
attenuation is smaller and its energy efficiency is higher. The
comprehensive energy attenuation rate shall not exceed 10%, and the
lower the ambient temperature, the higher the heating water
temperature, meeting the thermal matching requirements of the end
pipeline.
Stable and reliable:
Adopting two-stage compression technology, the dual compressors
operate alternately to ensure stable operating pressure and avoid
overload. Equipped with multiple self checking and protection
functions such as compressor exhaust temperature protection and
system high and low pressure protection, ensuring the safe
operation of the system.
Long lifespan and low maintenance:
The equipment has a lifespan of 10-15 years, strong durability, and
low maintenance costs. Designed with stainless steel sheet metal,
it is heat-resistant, corrosion-resistant, and not easily deformed.
Intelligent and convenient:
Equipped with 5G cloud technology, it supports remote monitoring,
fault diagnosis, and online maintenance to improve service
efficiency. Intelligent zone defrosting reduces the impact of
defrosting on heating efficiency and ensures more stable water
temperature.
| Type | FKH-80II/GW |
| Top out wind |
| Power specifications | 380V3N~50Hz |
|
Heating capacity under A1
operating condition(20) | 80kW |
|
Heating consumption power under
A1 working condition | 32kW |
|
Heating capacity under A2
working condition(7) | 76kW |
|
Heating consumption power under
A2 working condition | 34.5KW |
|
Heating capacity under A3
working cond ition (-12) | 65kW |
|
Heating consumption power
under A3 working condition | 37.5kW |
|
Heating capacity under A4working
condition(-20) | 58kW |
|
Heating consumption power
under A4 working condition | 36kW |
|
| Maximum operating current | 120A |
|
| Discharge | 13.8m³/h |
|
| Noise | ≤65dB(A) |
|
| Water side pressure loss | ≤85kPa |
|
| Unit size (ength x width x height mm) | 2260×1030×2170 |
|
| CONNECT SIZE | DN50(flange) |
|
| Unit weight (kg) | 750 |
|
The Applicable scenarios of high-temperature heat pump
1.Swimming Pool Heating:
In home or public swimming pools, using a high-temperature heat
pump can maintain a constant water temperature and provide a
comfortable swimming environment. Compared to traditional electric
or gas heating methods, high-temperature heat pumps are more
energy-efficient and environmentally friendly.
2.Hot Spring Resort:
Hot spring resorts need to continuously provide high-temperature
hot water to meet the needs of tourists. High temperature heat
pumps can stably generate high-temperature hot water and have low
operating costs, making them an ideal choice for hot spring
resorts.
3.Hot water supply for schools and hospitals:
Public places such as schools and hospitals require a large amount
of hot water supply for bathing, washing, and other purposes. High
temperature heat pumps can efficiently provide the required hot
water and operate stably and reliably, reducing maintenance costs.
4.Agricultural greenhouse heating:
In agricultural greenhouses, heating equipment is required to
maintain a suitable temperature to promote plant growth. High
temperature heat pumps can serve as an environmentally friendly and
efficient heating method, providing a stable heat source for
greenhouses.
