How Does Automatic Sliding Gate Work?
Gate automation has made it easy for us to open and close gates without having to step out of our cars. Automatic sliding gates are one of the types of gates that have become popular in recent years. If you are wondering how they work, here is a step-by-step guide.
H2 - Step 1: Power up the system.
The automatic sliding gate works on electricity. So, the first step is to power up the system. This is done either by connecting the gate to the mains electricity or by using a backup battery.
H2 - Step 2: Remote or Keypad Entry.
Automatic sliding gates are operated using a remote control or a keypad. When you approach the gate, simply press the button on the remote or enter the access code on the keypad. This will send a signal to the gate to open.
H3 – Step 2a: Remote Entry.
If you are using a remote, press the button on the remote when you are within range of the gate. The signal will be picked up by the receiver, which is mounted near the gate opener motor. This will activate the motor, which will then begin to move the gate.
H3 – Step 2b: Keypad Entry.
If you are using a keypad, enter the access code on the keypad. Once the correct code has been entered, the signal will be sent to the receiver and the process of opening the gate will begin.
H2 - Step 3: Gate Movement.
Once the signal has been received by the receiver, the motor will start to move the gate along its tracks. The speed of the gate will depend on the setting of the motor. Some motors have a variable speed that can be adjusted according to your preference.
H3 – Step 3a: Gear Rack Movement.
The motor moves the gate by turning a gear that is attached to a gear rack. As the gear turns, it moves the gate along the tracks. The gear rack is fixed to the gate and runs along the length of the gate. This ensures that the gate moves smoothly along the tracks.
H3 – Step 3b: Track Movement.
The gate moves along the tracks, which are fixed to the ground. The tracks guide the gate and prevent it from swinging or moving out of line. The tracks should be well maintained to ensure that the gate moves smoothly and without restrictions.
H2 - Step 4: Stop and Reverse.
Automatic sliding gates are equipped with sensors that detect obstacles in their path. If an obstacle is detected, the gate will stop and reverse. This is a safety feature that prevents the gate from causing damage to people or property.
H3 – Step 4a: Obstacle Detection.
The sensors are located at various points along the gate's tracks. As the gate moves, the sensors send out signals that bounce back when they detect an obstacle. The signals are interpreted by the control board, which stops the motor when an obstacle is detected.
H3 – Step 4b: Reverse.
Once the motor has been stopped, the gate will reverse direction and move away from the obstacle. This process will continue until the obstacle has been cleared.
In conclusion, automatic sliding gates are a convenient and safe way to open and close gates. By following these simple steps, you can enjoy the convenience of automatic gates while ensuring the safety of yourself and others.
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