Barrier Systems

Parking barrier systems are used to prevent unauthorized entries or to control the entry and exit in desired areas. Barrier systems, employed to control all entries in areas where vehicle access is unwanted, are crucial for both life and property safety.


Barrier systems are not only used for security purposes but are also preferred for paid entries in certain areas. For instance, in shopping mall entrances or paid parking lots, these systems can facilitate payment control. Thus, the control of entries and the regular provision of paid services become achievable.

Integration can be implemented into barrier systems, such as Automatic Passage System (OGS) and license plate recognition systems. This allows for a more advanced and flexible access control.

Technical Specifications

The parking barrier is automatically controlled with an electronic card. When the barrier exceeds its operating period, the system stops the motor to provide protection. Control and motor circuits are designed to operate with single-phase electricity. In case of power outages, it can be manually opened with the opening lever or automatically with the UPS system. If there is no vehicle under the barrier arm while it is raised, it automatically closes in the desired time. Open and close commands can be given separately with dry contacts.

Frequently Asked Questions

Barrier systems are mechanical and automatic systems used in places like parking lots where vehicle entries and exits are controlled. These systems are designed to restrict or control the passage of vehicles by creating a physical barrier. Barrier systems are available in various types for different applications, and their types can vary based on usage purposes, features, and functions. Here are some fundamental types of barrier systems:

  • Manual Barrier Systems: Manual barrier systems are simple mechanisms controlled physically by the user. They are typically used in parking lots or private areas, where users use a key or remote control to open or close the barrier.
  • Automatic Barrier Systems: Automatic barrier systems are controlled by a motorized mechanism and can interact with automatic systems such as remote control, password panel, or card reader. These barriers usually provide fast and secure passage, making them preferable in areas with heavy traffic.
  • Electronic Barrier Systems: Electronic barrier systems are used in places that require high security. These barriers can be equipped with additional features such as vehicle scanning systems, license plate recognition systems, or security cameras. They may also include security technologies such as card readers, password entries, and biometric systems.
  • Pedestrian Passage Barrier Systems: Barrier systems are not only used for vehicle traffic but can also be employed to control pedestrian traffic. Pedestrian passage barrier systems allow pedestrians to have limited access to a specific area. They can be used, for example, in bus terminals or metro stations to ensure controlled pedestrian passage.

The general purpose of barrier systems is to meet the needs of users in various applications such as security, traffic regulation, entry-exit control, and access control. Every type of barrier system may have different features and advantages depending on the mechanism and technology used.

When selecting a barrier system, it is essential to consider various factors. Here are some factors to keep in mind when choosing barrier systems:

  • Purpose of Application: What is the intended use of the barrier system? Different barrier systems are available for various purposes, such as parking, security control, limited access areas, or traffic management. Choosing a system that suits your needs and application is crucial.
  • Security Level: The barrier system should be appropriate for the security level of the area to be protected. In high-security areas, barrier systems equipped with security features, such as card access, iris recognition, or security cameras, may be preferred.
  • Passage Speed: The barrier system should provide a sufficient passage speed according to your requirements. In areas with heavy traffic, systems that open and close quickly may be preferred. Passage speed allows for uninterrupted vehicle flow along with the opening and closing time of the barrier.
  • Durability and Maintenance: The barrier system should be durable for long-term use and require minimal maintenance. Factors such as material quality, resistance to weather conditions, resistance to environmental factors, and low maintenance costs should be considered.
  • Control System: Different control systems can be integrated with the barrier system. It’s important to choose a system with control options that meet your needs, such as remote control, password panel, card reader, or license plate recognition system.
  • Ease of Installation: Choosing a product that offers easy installation and setup can be advantageous. Additionally, the ability to install systems in an environmentally friendly and aesthetically pleasing manner should be considered.
  • Compatibility: It is necessary to choose a barrier that is compatible with existing systems. Especially if you want to integrate the barrier system with an existing security or access control system, attention should be paid to compatibility and integration capabilities.

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