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TUV Heating And Cooling Heat Pump R32 Air Source Full DC Inverter Panasonic Compressor

TUV Heating And Cooling Heat Pump R32 Air Source Full DC Inverter Panasonic Compressor

Heating And Cooling Heat Pump R32

TUV Heating And Cooling Heat Pump

Place of Origin:

CHINA

Brand Name:

SUNRAIN

Certification:

TUV

Model Number:

BLN-010TB1

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Product Details
Lightspot:
Air Source
Feature:
Low Polution
Installation:
Freestanding
Refrigerant:
R32
Warranty:
2 Years
EVI:
-30℃
Payment & Shipping Terms
Supply Ability
5000 Unit/Units per Month
Product Description

R32 Air Source Full DC inverter Panasion compressor Heating And Cooling Heat Pump

 

·R32 Air energy heat pump heating principle

 

In heating: 4→1→2→3→4
4→1: low pressure liquid refrigerant absorbs 3kW heat in the air in 4;
1→2: The low-temperature and low-pressure gaseous refrigerant consumes 1kW when compressed in 1, and becomes the high-temperature and high-pressure gas sent to 2;
In 2→ 3:2, the refrigerant releases 4kW heat into the water, cooling the refrigerant from the gas phase to the liquid phase.
3→4: After the liquid refrigerant passes through 3 flow, it enters 4 under the action of pressure, and the low-pressure gas refrigerant vaporizes again to complete a cycle.
In this cycle, heat transfer from air to water is achieved as the refrigerant state changes.
COP: = 4kW/1kW = 4.0

TUV Heating And Cooling Heat Pump R32 Air Source Full DC Inverter Panasonic Compressor 0

 

·R32 Air energy heat pump clooding principle

 

In refrigeration: 4→1→2→3→4
4→1: low pressure liquid refrigerant in 4 to absorb the heat of water 3kW;
1→2: The low-temperature and low-pressure gaseous refrigerant consumes 1kW when compressed in 1, and becomes the high-temperature and high-pressure gas sent to 2;
2→ 3:2 Medium The refrigerant releases 4kW heat into the air, cooling the refrigerant from the gas phase to the liquid phase.
3→4: After the liquid refrigerant passes through 3 flow, it enters 4 under the action of pressure, and the low-pressure gas refrigerant vaporizes again to complete a cycle.
In this cycle, heat is transferred from the water side to the air side as the refrigerant state changes.
Investigate = 3 kw / 1 kw = 3.0

 

 

 

TUV Heating And Cooling Heat Pump R32 Air Source Full DC Inverter Panasonic Compressor 1

 

Model:   BLN-010TB1
Power Supply V/Ph/Hz 220~240/1/50
Nominal Heating (Max) (A7/6℃, W30/35℃) Heating Capacity kW 10.58 (4.20-12.20)
Power Input kW 2.29
COP W/W 4.62
Nominal Heating (Max) (A7/6℃, W47/55℃) Heating Capacity kW 9.47
Power Input kW 3.09
COP W/W 3.06
Nominal Cooling (Max) (A35/24℃, W12/7℃) Cooling Capacity kW 8.34
Power Input kW 2.66
EER W/W 3.14
ERP Level(Outlet water temp. at 35℃) / A+++
ERP Level(Outlet water temp. at 55℃) / A++
Rated input power kW 3.83
Rated input current A 17.00
Refrigerant / Weight   / R32
Rated water flow m3/h 1.75
Fan quantity / 1
Fan motor type / DC inverter
Compressor / Panasonic / DC inverter / Rotary / EVI
Circulating pump / Inverter type / Built-in
IP Class / IPX4
Sound pressure at 1m distance dB(A) 51
Max outlet water temperature °C 60
Water piping connections / DN 25 (1")
Pressure drop at rating water flow kPa 27
Operating temperature range (Heating mode) °C -30~45
Operating temperature range (Cooing mode) °C 16~45
Unpacked Dimensions ( L×D×H ) mm 1100×445×850
Packed Dimensions ( L×D×H ) mm 1150×580×1000
UnPacked Weight kg 107
Packed Weight kg 119

 

                                

 


 

 

                               

 

 

      

 

 

 

 

 

 

 

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