Information about the Electromagnetic lock

An electromagnetic lock is used in iron and wooden doors and is one of the most used electric locks in the access control system, which is widely used in schools, enterprises, and institutions to provide security for people. Next, let's take a look at the information about hotel floor electromagnetic locks. Here are some answers.

Here is the content list:

l Advantages of the Electromagnetic lock.

l Detailed installation steps for Electromagnetic lock.

l Applications and types of Electromagnetic lock.

Advantages and disadvantages of the Electromagnetic lock.

Electromagnetic locks use the electromagnetic theory, where the lock generates a magnetic force when energized, which controls the opening and closing of the lock. The electromagnetic lock is stable, safe, and reliable, with few faults, and easy to install. The apartment electromagnetic lock is very energy efficient and will automatically unlock in the event of a power failure, which is in line with fire safety requirements.

Detailed installation steps for Electromagnetic lock.

First, open the cover with a screwdriver and then hit the side panel with a hexagonal spanner to prepare the electromagnetic lock. Second, take out the mounting cardboard, fold the cardboard along the dotted line and place the cardboard where the lock is to be installed and then mark the area to be perforated and punch the holes. Thirdly, to fix the locking plate, insert the hexagonal screw into the plate and place the rubber washer between the two metal washer pieces and then place it on the hexagonal screw. Insert the plate into the three holes punched in the door and at the same time insert the mushroom head from the other side of the door and use the hexagonal spanner to lock the plate to the door. Fourthly, attach the side plate to the door frame where the holes were previously punched with two half-round head screws (fixed in the long holes in the side plate). Be careful not to lock the side panel tightly, allowing it to move backward and forward to facilitate the correction of the position. Fifthly, correct the position of the side plate so that it is in the right position for the relay plate so that the lock body is in close contact with the relay plate. Sixthly, after fixing the lock body and the side plate and locking the half-round head screws on the side plate, lock all the countersunk head screws and then remove the half-round head screws and drill holes in the appropriate places for wiring. Finally, lock the lock body to the side plate using the hexagonal spanner. Seventh, follow the instructions for wiring. Eighthly, close the cover plate and insert the small aluminum plunger into the screw holes of the lock body.

Applications and types of Electromagnetic lock.

An electromagnetic lock is mainly applied to the front and rear doors of indoor high-voltage switchgear where interlocking is required to prevent misoperation and is an indispensable locking device for the power generation and supply sector. In addition, to meet the needs of integrated automation substations, some office electromagnetic locks also increase the auxiliary contact within the lock, which can provide the user with a pair of corresponding switch contacts at the closing and dividing positions of the lock, facilitating the interlocking of user locks and integrated automation sampling, avoiding the empty range, which is the ideal locking device for modern substation equipment.

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