Refrigerant Recovery Machine Recovery Rate ≥ 95%

• Cooling Method: Indirect Cooling
• Certification: ISO
• Condition: New
• Transport Package: Plywood
• Specification: Recover rate≥ 95%
• Trademark: HJ
• Model NO.: RCM0009
• Origin: China
• Production Capacity: 5 Sets Per Month

Product Description

Refrigerant recovery machine recovery rate ≥95%

Product Description

The refrigerant recovery machine can recover HCFC and HFC series mainstream refrigerants such as R22, R134a, R410A, R407C, etc. The recovery speed range is 25-90 kg/hour. The operation of the touch screen and PLC control system is used to achieve intelligent control. All parameters can be set on the touch screen. When the recycling is abnormal, an audible and visual alarm will be issued and the specific reason will be displayed. The refrigerant recovery machine uses a high-efficiency compressor, and both liquid and gaseous refrigerants can be quickly recovered with a recovery rate of ≥95%.

 

Test items

Recycling efficiency and performance testing:

Test the recovery efficiency of the refrigerant recovery machine under different conditions, including recovery speed, recovery volume, etc., to evaluate its performance.
Test the purity of the refrigerant recovered by the recovery machine to ensure that the quality of the recovered refrigerant reaches the standard.

Leak detection:
Conduct leak detection on the recycling machine and its related pipes and connections to ensure that there will be no refrigerant leakage during the recycling process and to ensure the safety of the working environment.

Pressure and vacuum test:
Verify the working ability of the recycling machine under high pressure and vacuum conditions to ensure that it can operate stably and safely in different pressure ranges.

Electrical safety performance testing:
Test the electrical system of the recycling machine, including power input, control circuits, safety protection devices, etc., to ensure that it meets electrical safety standards.
Conduct withstand voltage tests, insulation tests, etc. to evaluate the electrical safety performance of the recycling machine in harsh environments.

Mechanical performance and stability testing:
Check whether the mechanical structure of the recycling machine is strong and durable, and whether the components fit closely and move flexibly.
Conduct long-term continuous operation tests to evaluate the stability and reliability of the recycling machine.

Environmental protection and emission testing:
Detect whether there are harmful gases or substances emitted during the recycling process to ensure that the recycling machine meets environmental standards.

Operability and user experience testing:
Test whether the operation interface of the recycling machine is friendly and easy to use, and whether the control system responds quickly and accurately.
Evaluate the degree of automation, intelligent functions, etc. of the recycling machine to improve operational efficiency and user experience.

Security and compliance testing:
Check whether the recycling machine complies with relevant safety standards and regulatory requirements, such as explosion-proof, fire-proof, and electric shock-proof.
Verify whether the recycling machine has necessary safety protection devices and warning signs.
 

Test object

Refrigerant recovery machine body:
The refrigerant recovery machine itself is the object that needs to be comprehensively tested, including tests on its performance, efficiency, safety, stability, etc. These tests are designed to ensure that the refrigerant recovery machine can effectively recover refrigerant according to the design requirements while ensuring the safety and stability of the operation.

Ancillary equipment and accessories:
The refrigerant recovery machine is usually used with some ancillary equipment and accessories, such as pipes, valves, sensors, etc. The performance and quality of these equipment and accessories will also affect the effectiveness and safety of refrigerant recovery and therefore also need to be tested.

Different types of refrigerants:
The refrigerant recovery machine needs to be able to recover many different types of refrigerants, such as R22, R134a, R410A, etc. During the testing process, these different models of refrigerants need to be tested to ensure that the refrigerant recovery machine can adapt to and effectively recover various refrigerants.

Working environment and conditions:
The working environment of the refrigerant recovery machine is also an important object of testing. Under different conditions such as temperature, humidity, pressure, etc., the performance of the refrigerant recovery machine may be different. Therefore, the refrigerant recovery machine needs to be tested in various actual working environments to evaluate its adaptability and stability.

 

Product Parameters

Model	RCM0009-A	RCM0009-S
Recovery refrigerants	R134a,R404A,R406A,R22,R407C,R410A
Compressor power	Equivalent to 1.5HP	Equivalent to 5HP
Recovery speed	15-60 KG/H	90-200 KG/H
Power	220V/50Hz	220V/50Hz
Interim cylinder	40L/60L/100L interim cylinder optional
Recover rate	≥95%
Recovery state	Gas, liquid