What is the function of the two pins in the single-door magnetic lock of the access control system?

Single-door magnetic locks usually consist of two parts: a magnet and an electromagnet. The magnet is used to mount on the door frame, and the electromagnet is installed on the door. The function of the two pins is to increase the security and stability of the door. Next, I will explain the functions of the two pins in detail.

One pin is located on the upper part of the door frame and is mainly used for the stability of the door. When the door is closed, this pin will be inserted into the hole above the door frame, so that the door can be fixed in a specific position to prevent the door from shaking or swaying when it is closed. The advantage of this is that it ensures that the door fits the door frame tightly, improves the anti-theft performance of the door, and prevents the door from being pried or damaged.

The other two pins are located on the side of the door frame and cooperate with the door lock. The function of this pin is to increase the security of the door. When the door is closed, this pin will be pushed into the hole on the side of the door frame and bite with the teeth of the door lock to increase the door's anti-pry ability. In this way, even if the door lock is pried or damaged, the door will not be easily opened, which improves the security of the door.

The selection and design of the two pins are determined by the requirements of the access control system and the material of the door. The choice of materials and processes has an important impact on the function and effect of the two pins. The pins must be strong and durable and able to withstand certain external forces and pressures. Moreover, the position and size of the pins also need to be prepared for calculation and design to ensure the accuracy and reliability of their insertion and bite.

In general, the two pins play a very important role in the single-door magnetic lock of the access control system. They increase the stability and security of the door, prevent the door from shaking and swaying, and also improve the anti-theft ability of the door. Through the correct selection and design, the security and stable operation of the access control system can be effectively protected.