Traditional Culture Encyclopedia - Traditional festivals - What's the difference between villa seat elevator and traditional elevator?

What's the difference between villa seat elevator and traditional elevator?

The chair elevator can be used in old residential buildings, villas and other families, and can be used by the elderly, pregnant women and physically disabled people, with small occupied space and comfortable and quiet ride. There are linear and curved types to meet the needs of different stairs. Therefore, some customers want to know the difference between chair elevator and traditional van elevator. The following is a brief explanation of Dior Bian Xiao:

1. Compared with the traditional elevator, the internal engine of the seat elevator adopts permanent magnet synchronous traction machine, which saves about 35% energy compared with the traditional van elevator.

2. The low-vibration sensorless motor can hardly feel the vibration during operation.

3, to prevent electromagnetic damage to the human body, the new permanent magnet motor can largely avoid electromagnetic damage to the human body.

4. The current required for starting is small, and the chair elevator can run with only 1.5 times the rated current.

5, no noise pollution, completely change the previous design, so that its noise is controlled at a low decibel.

6, the occupied space is very small, and the whole machine can be folded and docked, which basically will not affect the use of the whole space.

7, high face value, can change the external shape and color according to the decoration style of the user's home, so that the home improvement will have a taste on the stairs.

8. The use efficiency is high, the unreasonable structure of the traditional elevator is eliminated, and the newly developed permanent magnet motor is used.

9. Intelligent design. The variable frequency drive controller can adjust the speed according to the voltage, which makes the seat elevator more accurate and stable, and can improve the operating efficiency in the state of synchronous conversion.