This kind of motor belongs to dry and wet machine. It can absorb dust and water. The surrounding wind that be myzesised into chassis without through the motor and directly discharge form the ventilation system of Chassis side.After using the vacuum cleaner,please clean up the foreign matter that in dust bag and dust cup in time.So that it can prevent too many foreign bodies blocked the suction of machine and burn motor.
Special temperature control device: Thermal protector of 115 degrees Celsius that binding on the stator winding can protect the motor effectively. Once the temperature reaches 105 to 115 degrees Celsius, there can outage to protect the motor.After waiting for winding temperature to cool down, please restart the cleaner power switch and you can continue to work.
It’s strictly prohibited the motor direct electricity running test in your hands After receiving the goods.Because the motor speed is too high and starting torque is too big. May be left out of your hand and damaged the motor . There is even a risk of electric shock.Antibacterial rate is 98% Dust removal rate is 99% Disinfection rate is 98% Good filtering low noise Stable performance High service life.
The primary function of the AC vacuum motor is to provide suction or airflow, making it indispensable in vacuum systems and other devices that rely on air movement. It can generate high-speed rotations that create a powerful suction force, necessary for cleaning, air circulation, or material handling.
The AC vacuum motor’s combination of high efficiency, durability, and versatility makes it a valuable component in a wide range of products and industries. Whether used in a household appliance like a vacuum cleaner or in industrial equipment like wire cutters, this motor delivers reliable performance, ensuring the functionality and success of the device it powers.
Model NO. | Air flow | Efficiency | Pole | Vacuum | Voltage | Power | INSULATION Grade |
---|---|---|---|---|---|---|---|
LWXA-B1 | 1.6-3.5m’/min | 34-36% | 2 | 14-26KPa | 100-240V | 400-1600W | A,E,B,F |
Model NO. | Air flow | Efficiency | Pole | Vacuum | Voltage | Power | INSULATION Grade |
---|---|---|---|---|---|---|---|
LWXA-B2 | 1.8-2.8m’/min | 26-28% | 2 | 14-26KPa | 100-240V | 400-1600W | A,E,B,F |
Model NO. | Air flow | Efficiency | Pole | Vacuum | Voltage | Power | INSULATION Grade |
---|---|---|---|---|---|---|---|
LWXA-B2 | 1.8-2.8m’/min | 26-28% | 2 | 14-26KPa | 100-240V | 400-1600W | A,E,B,F |
Model NO. | Air flow | Efficiency | Pole | Vacuum | Voltage | Power | INSULATION Grade |
---|---|---|---|---|---|---|---|
LWXA-F2 | 1.0-2.5 m’/min | 24-30% | 2 | 10-20KPa | 100-240V | 200-1000W | A,E,B,F |
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