Brief introduction to the structure principle of LCD TV lifter

A. A variety of control methods are available:

    1. A wireless remote control can be used for remote control (Note: a single unit can be remotely controlled, or it can be set to achieve unified lifting and lowering of all machines through a remote control).

    2. The touch keypad on the lifter panel can be used for single control.

    3. It can be controlled by serial port RS232 and RS485, and all elevators can be directly controlled by the computer's serial port for lifting. (Note: Our factory provides computer control software for free, no need to buy or sell)

B. Component structure design:

    1. The entire electrical device part adopts suspended and enclosed design to be waterproof and dustproof. - LCD TV lifter

    2. VGA signal line and power supply adopt tank drag chain wire method, which will not produce wire clamping phenomenon, and ensure the safety and smooth flow of the line.

    3. The whole mechanical parts are made of copper and reserved for maintenance and refueling positions, which can ensure the service life of the machine.

    4. It adopts precision alloy double-threaded track + gear frame structure for lifting, which is more advanced than the chain structure and pulley structure of the previous generation products, making the product lifting more stable, not tilting after a long time, more durable, and longer life.

C. The entire action flow:

    1. Press the machine's ascending switch button, and the ascending motor starts to work at this time, touching the stopper, the inner door begins to open, and the display screen begins to rise. At this time, if the inner door of the machine does not open and the stopper cannot be touched, the lifting motor will stop working, there will be no screen collision, and the door opening action is completed

    2. When the display screen starts to rise and after it rises to the position, it touches the upper limit position, and then transfers the next signal to the corner motor.

    3. The corner motor receives the signal and starts to turn automatically, and the whole action is completed.