110V 60HZ AC Single Cylinder Refrigerant Recovery Machine, 3/4HP Refrigerant Recycling Machine HVAC 558psi Refrigerant Recovery Unit Air Conditioning Repair Tool (Grey)

DescriptionDischarge of refrigerant will not only pollute the environment but also increase the maintenance cost of your equipment. With this single cylinder refrigerant recovery machine, you can easily recycle refrigerant and solve the above problems for you. And its simple and easy-to operate-and powerful functions are a product worth more!SpecificationColor: GreyStyle: SimpleMaterial: Copper, Aluminum, Iron, PlasticNumber of Modes: 3 (Gaseous, Liquid, Push-pull Mode)Plug: American StandardVoltage: 110V 60HZMotor Power: 3/4HPHigh-voltage Protection: 558psiRecovery Rate: 0.25kg/min (Gaseous), 1.8kg/min (Liquid), 6kg/min (Push-pull Mode)Product Size: 40*25*36cm/ 15.75*9.84*14.17inPackage Size: 50*22*35cm/ 19.69*8.66*13.78inGross Weight: 16kg/ 35.56lbsPackage Included1* Single Cylinder Refrigerant Recovery Machine1* Filter1* Connecting Hose1* Power Cable1* English Operating ManualNotes1. Please note that it is not suitable for explosive, flammable, or corrosive refrigerants.2. Please ""self-clean"" the equipment after each use, otherwise, the residual liquid refrigerant in the condenser may cause damage to the components.3. Please note that the disposable steel cylinders on the market are equipped with one-way valves, so this product does not apply to recycled steel cylinders.4. Please note that the air inlet can be properly closed when the liquid recovery speed is too fast and the generated liquid will cause high-pressure protection.5. Please allow the slight color difference caused by the shooting light and 1-3 cm error due to manual measurement, and make sure you do not mind before ordering.

• 【High-Efficiency Refrigerant Recovery】This single-cylinder refrigerator refrigerant recovery machine outperforms small compressors. Its gaseous recovery rate reaches 0.25 kg/min, liquid recovery rate reaches 1.8 kg/min, and push-pull mode reaches 6 kg/min, saving you valuable time. Its filter interface uses an ultra-fine filter screen, effectively filtering impurities such as iron needles, thus effectively extending the machine's lifespan.
• 【Durable Materials】The HVAC recovery machine is constructed from high-hardness materials such as premium copper, aluminum, iron, and plastic, ensuring its longevity. The single-cylinder refrigerant recovery machine is moderately sized (40*25*36 cm / 15.75*9.84*14.17 inches) and features a handle for easy daily transport. Equipped with high-pressure and low-pressure gauges, it allows for intuitive pressure monitoring during machine operation, ensuring safe use.
• 【High Safety】The recovery machine is equipped with overload protection and high-pressure protection, effectively preventing motor overload due to low voltage and refrigerant cylinder explosion due to excessive pressure, providing you with a safer user experience. It uses a polymer filter to effectively filter acidic substances in the refrigeration system, maintaining the purity of the refrigerant. Furthermore, this technology eliminates the need for regular maintenance, extending its lifespan.
• 【Multiple Adjustment Modes】The AC recovery machine offers three options: liquid recovery, gaseous recovery, and push-pull mode. The operation knob adjusts the recovery speed to meet your different recovery needs. Utilizing oil-free compression technology, it is compatible with various refrigerant oils, avoiding lubricant contamination. Equipped with a fan and multiple heat dissipation holes, it effectively cools the motor and high-pressure system, extending the machine's lifespan.
• 【Wide Range of Applications】This refrigerant recovery machine is widely used in marine refrigeration equipment, heat pump refrigeration equipment, central air conditioning refrigeration equipment, cold storage refrigeration equipment, and other fields. The motor of this single-cylinder refrigerant recovery machine uses thickened copper wire, which is energy-efficient. It has a self-cleaning function, effectively reducing the risk of cross-contamination caused by mixing different refrigerants.