EM Lock

Reliable
Performance

Perfect Companion for Biometric Systems

EM lock or electromagnetic lock is a present-day contemporary door engaging lock which is used to provide secure and assured door entry at every professional and corporate place allowing only the authorized users to pass by.

It can be used with access control and a Biometric Attendance System. Electromagnetic locks are used to block unauthorized movement in offices and work set-ups.

It is a fail-safe lock which means doors automatically open in cases of emergency, fire, and power failure assuring that no one gets stuck inside the buildings.

The Dynamically powered electromagnet establishes a flawless connection with the door.
A forceful armature plate is used to establish a firm connection with the electromagnet which can hold a force of up to 300 kgs.
The interface is linked with a card reader or finger touch which authenticates the entry of any person.
An Automated lock with a lock-unlock feature through card, finger, pin, password & button without any need for levers and doorknobs.

The electromagnetic Lock from Starlink Communication is a vital component that is not to be ignored while considering corporate security.

Frequently Asked Questions (FAQs) EM Lock

1. What is an EM Lock?

An EM Lock, or Electromagnetic Lock, is an electronic door-locking device that uses magnetic force to secure a door. It can be integrated with access control and biometric attendance systems to allow authorized users to enter secured areas.

2. How does an Electromagnetic Lock work with an Access Control System?

An EM Lock is connected to an access control device such as a biometric reader, fingerprint device, card reader, or PIN-based system. When an authorized user is successfully authenticated, the access control system releases the lock and allows the door to open.

3. What is the holding force of the Star Link EM Lock?

The Star Link EM Lock uses an electromagnet and armature plate designed to provide a holding force of up to 300 kg. The actual holding performance can depend on correct installation, door condition, alignment, and mounting.

4. Can an EM Lock be used with a biometric attendance machine?

Yes. An EM Lock can be integrated with a biometric attendance and access control system. Employees can authenticate using methods such as fingerprint, card, PIN, or password, after which the connected access control system can release the door lock.

5. Is an EM Lock suitable for office and corporate door security?

Yes. Electromagnetic locks can be used to secure doors in offices, corporate workplaces, restricted rooms, factories, and other professional environments where organizations need controlled entry.

6. Is an EM Lock fail-safe during a power failure?

Yes. The Star Link EM Lock is described as a fail-safe lock, meaning the lock releases when power is removed. This characteristic can help ensure that doors can be opened during situations such as power failures or emergencies.

7. Can an EM Lock be used for emergency and fire exits?

Yes. EM Locks can be incorporated into emergency exit systems. In Star Link’s fire-exit setup, activating an emergency break-glass button disconnects power to the EM Lock, allowing the door to unlock for evacuation.

8. What access methods can be used with an EM Lock?

An EM Lock can be integrated with different access authentication methods depending on the connected access control system. Star Link describes configurations using cards, fingerprints, PINs, passwords, and buttons for lock/unlock control.

9. What should be considered before installing an EM Lock?

Before installation, organizations should consider the door type and size, door opening direction, mounting requirements, bracket requirements, wiring, lock alignment, and power requirements. Proper measurement and testing are also important for reliable operation.

10. How do I choose the right EM Lock for my Access Control System?

The appropriate EM Lock depends on the door type, required security level, required holding force, installation arrangement, access control device, and emergency-exit requirements. It is important to ensure that the lock is compatible with the door and the power specifications of the complete access control system.