Introduction to Sensor Door Configuration

Induction Door Configuration

Based on the environment and requirements for installing the induction door, consider selecting the configuration of the induction door.

1) Sensor selection: High-sensitivity sensors can be used in hotels and office buildings; in places like banks and stores where there are often people passing by, choose a narrow area micro-sensor (the sensor can be adjusted).

2) Safety auxiliary devices: In places like hotels, to prevent people from being trapped by the induction, consider installing anti-pinch infrared sensors.

3) Equipped with a backup power supply: To ensure that the automatic door can work normally even during a power outage, a backup power supply can be equipped. The main performance of sliding induction doors is that there are many types of automatic induction doors.

First, the sliding induction door group consists of the following parts:

1. Main controller: It is the command control center of the automatic door. It issues corresponding instructions through a large integrated block with a built-in instruction program, instructing the motor or electric lock system to work, while adjusting parameters such as opening speed and opening range through the main controller.

2. Induction detector: Responsible for data collection from the outside to generate signals, just like the human eye. When a moving target object can enter its working range, it sends a pulse signal to the main controller.

3. Power motor: Provides the main power for opening and closing the door, controlling the acceleration and deceleration of the door leaf.

4. Door leaf travel track: Like the tracks of a train, the door leaf's suspension wheel system is mainly restricted to move in a specific research direction.

5. Door chain wheel system: Used to suspend the movable door chain wheel while driving the door chain wheel under power traction.

6. Timing belt (some manufacturers can use a triangular belt): Used for transmitting the power generated by the motor to pull the door leaf suspension wheel system.

7. Lower guiding system: It is the guiding positioning device located at the bottom of the door leaf, preventing the front and rear doors from swinging during the operation of the door leaf.

When the door leaf needs to open or close, the work management process is analyzed as follows: When the induction detector detects someone entering, it sends a pulse control signal to the main controller. At a certain point, it applies force and enters slow operation. After the motor receives a certain operating current, it moves forward, transferring power to the timing belt, which then transfers power to the suspension system to open the door. If closing is needed, it notifies the motor to move in reverse to close the door.

The main performance of the swing induction door:

1. Easy to install and use: Not affected by the original structural knowledge of the door post and gate, any swing door can be easily installed without damaging the original industrial structure; there are no special educational requirements for the shape and size of the door post and door body.

2. Large effective thrust: The door opener works at the optimal stress point when opening the door, with 100% efficiency. As long as one person can push the door, it can work reliably.

3. Small force acting on the door body: Due to the good force point and high efficiency, the force acting on the door body is small, and the door body structure will not deform.

4. Can open ultra-wide doors: Because it works at a point far from the door pivot, and the direction of force is always the same as the opening direction, it can easily open and close regardless of how wide it is.

5. 0-360 degrees ultra-wide angle door can open and close freely.

6. Self-locking: After the door is closed, the opening function can be reliably locked without the need for an electric lock.

7. High degree of intelligent development: Due to the national machine system's built-in interlocking electric lock, it can freely set the opening time sequence of the left and right doors, designate any door to open individually, rebound when blocked, stop automatically when blocked, and automatically determine whether it is a vehicle or a person leaving. After leaving, it automatically closes the door and has a value-added interface, forming a modern intelligent access control management system with ground sensors, card readers/Password.