Anti-burglary systems with interlocked doors

Interlocked door anti-burglary systems

Interlocked doors are a type of security system used to prevent unauthorized access or to protect certain areas. These systems work by preventing more than one door from opening at the same time or specific doors from being opened without the correct authorization. Furthermore, when the person is inside the interlock the system can carry out a check on the subject, preventing the passage of unauthorized weapons or objects. There are several ways this can be accomplished:

  1. Mechanical interlock: Doors are linked so that opening one door automatically blocks the opening of other doors in the system. This can be done using mechanical devices such as deadbolts or locks.
  2. Electronic interlock: The doors are connected to an electronic access control system. To open a door, you must use an electronic key, password, access card, or other form of authentication. The system can be programmed so that opening a door temporarily or permanently disables other doors in the system.
  3. Magnetic interlock: The doors are equipped with magnets that are activated or deactivated by a control system. To open a door, it is necessary to deactivate the corresponding magnet, which can be done via an authorized control device.

These systems add an additional layer of security over traditional locks and access control systems, helping to protect people and assets within a protected area.

anti-burglary systems with interlocked doors are often used in sensitive environments such as banks, jewelery shops, government facilities and research laboratories, but not only that, in all environments where it is essential to limit access only to authorized personnel .

Interlocking doors are commonly used in environments where access to different areas needs to be controlled in a safe and controlled manner. These blocking systems are often implemented in contexts such as:

  1. Building security: Interlocking doors can be used in commercial, industrial or government buildings to ensure that only authorized persons can access certain sensitive areas, such as server rooms, archives or security rooms .
  2. Healthcare and pharmaceutical sectors: In laboratories, hospitals and other healthcare facilities, interlocking doors can be used to control access to restricted areas such as operating rooms, warehouses chemical substances or places where medicines are stored.
  3. Security in prisons or detention centers: In prison environments, interlocking doors are used to manage the movement of inmates within the facility, ensuring they cannot access unauthorized areas.
  4. Manufacturing: In factories and industrial facilities, interlocking doors can be used to limit access to dangerous machinery or sensitive production areas.
  5. Office access control: In corporate environments, interlocked doors can be used to regulate access to restricted rooms such as conference rooms, executive offices, or departments with sensitive data.

In essence, interlocked doors are a versatile solution for ensuring security and access control in a wide range of contexts, helping to protect people, assets and sensitive information.

The main components of an interlocking door system include:

  1. Electric or electromechanical keys: These keys are used to activate or deactivate the door locking mechanism.
  2. Safety switches: These switches are usually mounted on the door itself and detect whether the door is open or closed.
  3. Safety sensors: These sensors detect the presence of people or objects within the perimeter of the door, ensuring that it is not accidentally closed on someone or something.
  4. Control units: These units process the signals from the various sensors and switches and manage the overall operation of the interlocking door system.
  5. Light and sound indicators: These devices provide visual and auditory feedback to system users, for example indicating when a door is blocked or when it is safe to pass through.
  6. Mechanical locking elements: These physical components physically prevent a door from opening until certain conditions are met, such as stopping a machine or closing other doors.< /li>
  7. User interfaces: These can be control panels mounted on the wall or portable devices such as remote controls or magnetic cards used to activate or deactivate the interlocking door system.

These are just some of the most common components that can be present in an interlocking door system. The exact configuration depends on the specific security needs and characteristics of the application in which the system is used.

These are some of the products available: