High Efficiency Heat Pump Cold Climate
High efficiency heat pump cold climate is the most popular heating system because
it provides efficient heating, air conditioning, domestic hot water and
dehumidification. Thanks to the inverter or variable speed drive compressor
design, these cold climate heat pumps can achieve high efficiency even in
winter.
The high efficiency heat pump cold climate operates at an efficiency
close to 400% at 47°F or higher. When the temperature drops to zero, the cold
climate heat pump will maintain an efficiency of about 200%. This means that a
cold climate heat pump can provide 2 to 4 units of heating energy for every
unit of energy consumed. Cold climate heat pumps are very efficient. They can
provide up to 90% of space heating needs, with an overall seasonal efficiency
of 250%.
The heat pump has a very efficient low
temperature heating function. It can work normally at an outdoor temperature of
-25 °C (-15F), which will effectively solve the heating needs in cold regions.
The heat pump can filter indoor air throughout
the year, dehumidify and cool in summer, and improve air quality. Heating in
winter provides a comfortable living environment.
High Efficiency Heat Pump Cold Climate Features:
1. The world-renowned scroll compressor is highly efficient and stable.
2. EC fan motor, no noise
3. The EVI turbo compressor is specially designed for high water
temperature.
4. Smart WIFI controller and LED smart microprocessor
5. Using R417a or R407c refrigerant, environmental protection-green
energy, no carbon dioxide emissions
6. Low initial investment, easy installation and maintenance
7. Heating in winter and cooling in summer. All season models
8. It has the functions of overheating protection, high pressure
protection, high temperature protection, low pressure protection and so on.
9. Contains automatic defrost function.
10. It can be used for floor heating, fan coils, water heaters and
modern radiators.
Warranty:
1). Passed CE and RoHS certification
2). Service life is about 20 years
3). 2 years warranty, buy with confidence
Heat Pump Components:
1.Silver welding
Silver welding technology makes the unit system more reliable; it is
likely that it will avoid refrigerant leakage
2. Intelligent control
Unit adopts intelligent control system: microprocessor-based digital
controller, LCD display
3. Efficient and environmentally friendly refrigerant, does not destroy
the ozone layer
4. Hot gas defrost
Lanwei defrosting system adopts "SAGINOMAMIYA" four-way valve.
It can defrost itself intelligently and efficiently
5.EEV technology
The electronic expansion valve technology adopted by Leomon is a very
unique and advanced technology. Through the intelligent control of refrigerant
flow, the use of electronic expansion valve (EEV) has many advantages to the
system.
1. EEV adds heating output and COP
2. EEV improves overall operational reliability
3. EEV extends the service life of the compressor
6. DC inverter, energy saving
The DC inverter technology enables the unit to obtain higher efficiency
and can save more than 30% of energy consumption per year.
7. The famous-brand plate heat exchanger ensures the high efficiency and
reliability of the entire heat pump system
High Efficiency Heat Pump Cold Climate Specifications:
Storage capacity: 8kW, 10kW, 12kW, 15kW, 17kW, 20kW, 25kW, 28kW, 30kW, 35kW, 40kW, 45kW, 55kW, 60kW, 90kW, 100kW, 115kW, etc.
| cooling capacity |
7.58KW |
| cooling capacity |
25870BTU/h |
| input power |
2.43kw |
| heating capacity |
5.84kw |
| heating capacity |
19932BTU/h |
| input power |
2.41kw |
| Rated input current |
11.55A |
| max input current |
17.1A |
| Power supply |
220V/50HZ/1N 380V/3N/50HZ |
| Nosie |
55dB(A) |
| width |
670mm |
| deepth |
640mm |
| height |
820mm |
| Unit weight |
115kg |
| operating range |
-25~43℃ |
| Throttling type |
thermal expansion valves electric expansion valve |
| Refrigerant |
R407C/R410A |
| compressor |
copeland panasonic EVI |
| Air source heat exchanger |
Finned heat exchange |
| Air source heat exchanger |
1Pcs |
| Air source heat exchanger |
0.2kw |
| Hot water side heat exchange |
Tube in shell exchange plate heat exchange |
| water flow |
1.44m3/h |
| water pressure down |
27kPa |
| pipe size |
0.75inch |
|
water side max working pressure |
1000kPa |
