The dual arm welding smoke purifier equipment is an industrial environmental protection device, usually used in welding operations such as manual arc welding and tin welding, to collect and purify the smoke and dust generated by welding, and to protect the working environment and the health of workers.

The main components of the dual arm welding smoke purifier equipment include: universal vacuum arm, vacuum hose, vacuum hood (with air volume regulating valve), flame retardant mesh, flame retardant filter element, pulse blowback device, pulse solenoid valve, differential pressure gauge, clean room, activated carbon filter, ash drawer combination, flame retardant sound-absorbing cotton, new Korean style wheels with brakes, fan, ABB motor, and electrical control box.

Product features of dual arm welding smoke purifier equipment:

1. The suction arm can rotate 360 degrees freely, hover and fix at any time;

2. Double stage filtration, lining stage filtration removes large particles of dust; Grade filtration is a filter element;

3. The fan design is designed to handle high air volume and low power consumption;

4. The surface of the filter cartridge is coated with (process) hot pressed polytetrafluoroethylene film, which can filter up to 0.3um;

5. Equipped with fully automatic pulse control dust cleaning function, clean the filter cartridge;

6. The filtration efficiency of the purifier reaches

7. After the fan stops running, it has the function of manually cleaning the dust during shutdown;

8. Adopting a protective device to prevent motor overcurrent and overload, with high performance;

9. The standard suction arm length is 2 meters, and the non-standard length is 3/4 meters.

Correct use and operation of dual arm welding smoke purifier equipment:

1. Before connecting the power supply, it is necessary to check whether the voltage, power supply frequency, and equipment specifications match;

2. Install grounding wire;

3. Check the contact seal of the maintenance door;

4. Check if the filter cartridge is in tight contact;

5. Check if the current of the power switch is consistent with the current used by the motor;