Barrier and Parking

DORMATIC BARRIER
1. The barrier must be suitable for the passage of all types of terrestrial vehicles. When the barrier arm is opened, it should move to a position perpendicular to the ground.
2. The barrier arm should be able to be mechanically adjusted at opening and closing.
3. There should be reflective labels on the arm of the barrier. The barrier arm is white in color and there should be a red warning wick above and below it.
4. Programmable microprocessor should be used in the control unit in the barrier.

5. The processor and motor mechanics should be controlled with the help of electric motor, the jamming function should be protected by the current control circuit on the board, the motor and the board should be protected. The card must also be protected against overcurrents with a glass fuse.
6. There should be jamming sensitivity in the direction of closure, and at the time of jamming, the barrier should stop working, then continue its movement in the direction of opening.
7. There should be jamming sensitivity in the direction of opening, and the barrier arm should stop working at the time of jamming.
8. Must be operated by transformer.
9. The barrier body must be equipped for manual intervention against power outages. In addition, it should continue to work with the battery charging card as an option against power cuts.
10. It should have a card system suitable for operating 2 synchronized barriers.
11. The system must have deceleration against hard impacts at opening and closing.
12. Speed control should be ensured.
13. A strobe warning light should be used as a warning when the barrier is working.
14. The control card should support connecting a Red-Green traffic light.
15. The barrier should have an automatic closing function after opening and this function should be optionally activated or deactivated. The automatic switch-off time must be set analogue via the control card from 5 s to 90 s.
16. Sensors to be used for safety purposes in barrier movements should be able to be connected. These sensors must be able to be used for switching on and off. If the object passes while closing the barrier with the help of adjustable functions, the barrier should move in the direction of opening. After the object passes in this direction, the barrier should close automatically again. If the object passes while opening the barrier with the help of adjustable functions, the door should stop and continue its movement in the direction of opening the barrier when the object comes out of this direction.
17. Must adapt to Internal or External remote control receiver system.
18. Thanks to the Open and Close dry contacts on the barrier control card, the smart card system should be designed in accordance with the card pass system (KGS) and the automatic pass system (OGS).
19. Motor and Switch direction should be able to be changed simultaneously via electronic card.

20. Barrier reducer materials should be made of stainless steel.
21. The barrier electronic card should be protected from rain, water and moisture. (IP65) (The card must be in a board with gasketed edges in the cabinet.