Air Source heat pump all in one with 7kw heating capacity - CGKF3.5

Air Source heat pump all in one, 1.energy-saving, 2.Safe and reliable, 3.scroll compressor, 4excellent quality,competitive - more info check here: http://www.sourcingappliances.com/Air-Source-heat-pump-all-in-one-with-7kw-heating-capacity-30004268/

Quick Brief

Type: Air Source Heat Pump Installation: Freestanding Storage / Tankless: Storage Housing Material: Stainless Steel Use: Bathroom Certification: CE, UL, UR, ISO9001/14000 Place of Origin: Guangdong China (Mainland) Brand Name: Sprsun Model Number: CGKF3.5 place of origin: china brand name: Sprsun certificate: CE, UL, ISO9000/14000 compressor: Panasonic or copeland color: white,silver,blue condenser: Double-pipe HE (copper) refrigerant: R417A/ R404A HS Code: 8418612090 Heating capacity: 3.5kw~7kw Working life: 15 years

Product Features:

Air Source heat pump all in one

1.energy-saving

2.Safe and reliable

3.scroll compressor

4excellent quality,competitive

Business Terms:

Price Terms:FOB,CIF,EXW

Payment Terms: T/T,Western Union,MoneyGram,L/C

Minimum Order: Negotiatable

Delivery Port: Customized

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Air Source heat pump all in one with 7kw heating capacity

Specifications and Product Details:

Air source Heat Pump all in one with 100-300L water tank

1.Detailed Product Description

a. Air source all in one heat pump is most smart type products of heat pump. The upper part is heat pump, the bottom is water tank with pipe coil, and the pipe coil is the condenser of heat pump. So there is not water cycle inside heat pump. The cool water enter at the bottom of heat pump, hot water go out at the top of the tank.

Following is air source all in one heat pump working principle.

b. In the system, there is a refrigerant cycle between the upper part and the bottom part. We call it reverse Carnot cycle, it consists of four component,

1. Compressor, (in upper part)

2. Condenser, (in tank)

3. Throttle unit, (in upper part)

4. Evaporator. (In upper part)

c. The cycle details are:

1. In compressor, refrigerant gas temp increases much.

2. in condenser. Between water and refrigerant, it’s copper pipe.

Refrigerant, gas → liquid, releases latent heat.

Water gets heat, increase temp.

3. in throttle unit. Very small parts refrigerant liquid evaporate, most part still liquid, temp drop much, more or less as temp increase in compressor.

4. in evaporator,

Refrigerant, liquid → gas, absorb heat.

Air release heat, temp drops.

From evaporator, refrigerant gas returns compressor again, a cycle finished.

2.Advantages:

1. Efficiency and energy conservation
2. Green energy, environment friendly

3. Safety and reliability
4.Easy installation,Advanced control

5. All-weather application
6. Intelligent control
7.Multipoint water supply

3.Technical parameters