Rotary Compressor R32

Rotary Compressor R32

1.Brand:GMCC
2.Type:Rotary
3.Model:KSN98D34UFZ3
4.Cooling Capacity:3050W

Description

Rotary Compressor R32 GMCC KSN98D34UFZ3

 

Product description:

In the future, GMCC&Welling will steadfastly pursue connotative and intensive development, sustainable growth, and environmentally-friendly practices, all rooted in knowledge innovation and accumulation. Our primary focus will be on enhancing the comprehensive competitiveness of our products, emphasizing performance, quality, and cost-effectiveness. Our dedication lies in fortifying and expanding our compressor and motor business, ensuring that we consistently deliver the world's leading environmentally-friendly and efficient products and services to our valued customers.

 

Product detail:

Name

Rotary compressor

Model

KSN98D34UFZ3

Refrigerant

R32

Power

DC Inverter

Displacement

9.7cc

Cooling Capacity

3050W/10407Btu/h

Power

770W

COP

3.95W/W

Compressor Height

260mm

Discharge Pipe ID

8.1mm

Suction Pipe ID

12.9mm

MOQ

1 Piece

 

KSN98D34UFZ3

 

Working principle of Rotary Compressor R32:

Rotary compressors are a common type of compressor commonly used in air conditioning, refrigeration, and heat pump systems. Its working principle is based on the screws (or blades) on two rotating axes, which compress the gas through their motion.

1. Suction process: At the beginning of the operation of the rotor compressor, the screws on the two rotating shafts are called the main rotor and the driven rotor, respectively. The main rotor drives the driven rotor to rotate, forming a pair of tight spiral cavities. As the rotor rotates, the volume of the cavity gradually increases, and low-pressure gas enters the cavity through the suction port.
2. Compression process: As the rotor continues to rotate, the volume of the spiral cavity gradually decreases. This will cause the inhaled gas to be compressed, compressed between the spiral cavities, and gradually increasing pressure and temperature.
3. Exhaust process: When the gas is compressed to the required pressure, it is discharged through the exhaust port. The rotational motion of the rotor continues, causing the gas to be continuously sucked in, compressed, and discharged, resulting in a stable high-pressure gas flow.
It should be noted that rotor compressors are usually used to compress gases rather than liquids. Their working principle makes them suitable for handling large amounts of gas and generating high-pressure refrigerant in air conditioning and refrigeration systems to achieve cooling or heating effects. Due to its high efficiency and stable operation, rotor compressors are widely used in many industrial and commercial applications.

 

Our services:

1. Good quality products with reasonable price and can be modified.

2. We prioritize the confidentiality and privacy of our customers' commercial dealings. Your business transactions with us will remain strictly confidential and will not be disclosed to any external parties without your consent.

3. Before being sent out, all compressors undergo a comprehensive inspection process. This ensures that the compressors meet our quality standards and are in optimal condition before reaching your hands. Our commitment to quality control guarantees that you receive reliable and well-functioning compressors.

 

Rotary compressor

 

The use of R32 refrigerant offers several benefits:
1. Environmental friendliness: R32 is a refrigerant with low global warming potential (GWP), and its GWP value is much lower than traditional R410A and R22. Therefore, using R32 can help reduce the greenhouse effect on the atmosphere and is a more environmentally friendly option.
2. Efficiency: R32 exhibits high performance in air conditioning and refrigeration systems, and its thermophysical properties make the operation of the compressor more efficient. Compared to traditional refrigerants, R32 can provide better refrigeration performance, thereby reducing energy consumption and operating costs.
3. Adaptability: The use of R32 refrigerant in rotor compressors can achieve a more compact design, as it has higher refrigeration efficiency and reduces the demand for refrigerant volume. This helps to make refrigeration equipment more lightweight and compact, suitable for different types of applications and installation environments.
4. Safety: R32 is a non-toxic and non corrosive refrigerant with low safety risks to humans and equipment. In addition, due to its low GWP value, the environmental damage caused by accidental leakage is relatively small.
5. Global recognition: As an environmentally friendly refrigerant, R32 has been recognized and promoted by countries around the world. Many countries and regions' regulations and standards encourage and support the use of low GWP refrigerants, promoting the widespread application of R32 in the market.
Overall, the use of R32 refrigerant in rotary compressors can bring higher energy efficiency and environmental performance, while meeting the environmental and energy-saving requirements of the modern refrigeration industry. However, any new refrigerant requires proper design, operation, and maintenance to ensure safety and reliability. Therefore, in systems using R32 refrigerant, relevant installation and maintenance standards should be strictly followed.

 

FAQ

Q: What is a refrigeration compressor?

A: A refrigeration compressor is a device used to compress refrigerant from a low-temperature and low-pressure state to a high-temperature and high-pressure state to facilitate the refrigeration cycle.

 

Q: What types of refrigeration compressors are there?

A: Common types of refrigeration compressors include screw compressors, piston compressors, centrifugal compressors, and rotary compressors.

 

Q: What is the working principle of a refrigeration compressor?

A: The working principle of the refrigeration compressor is to continuously compress the low-temperature and low-pressure refrigerant into a high-temperature and high-pressure state, thereby increasing its temperature so that it can release heat in the condenser, and finally achieve the purpose of refrigeration.

 

Q: What are the factors in the selection of refrigeration compressors?

A: The selection of refrigeration compressors needs to consider a series of factors, including refrigeration load, compressor energy efficiency ratio, noise, maintenance costs, ambient temperature and humidity, etc.

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