
The BFT MOOVI 30 Barrier, featuring a 230 V motor, is designed for automatic parking barrier applications, allowing for openings up to 3.0 m wide with a rapid opening time of just 4 seconds. Its impact resistance is enhanced by a sensitive edge, ensuring safety during operation. The barrier boasts a grey RAL 7015 finish, achieved through cataphoresis coating and paint for durability.
Key specifications include an opening time that varies depending on the width of the leaf and a personal key release feature. It is suitable for semi-intensive use, with a protection rating of IP24.
With a clear opening of 3.0 m and an ALPHA BOM control unit, the BFT MOOVI 30 Barrier can operate across a range of environmental conditions from -20 to 50 °C. The motor operates at a power supply of 230 V and does not require interconnectivity or slowdown mechanisms, featuring mechanical locking for added security. For larger applications, the BFT MOOVI 60 Barrier offers similar features with enhanced capabilities.

This automatic parking barrier features a 230 V motor capable of opening up to 6 m wide, with an impressive opening time of just 8 seconds. Designed with impact resistance in mind, it includes a Sensitive edge for added safety. The barrier is finished in a sleek grey RAL 7015 and utilizes a cataphoresis coating and paint for durability. The control unit is the reliable ALPHA BOM, ensuring efficient operation in environmental conditions ranging from -20 to 50 °C. With a motor power supply of 230 V, this barrier does not offer interconnectivity or slowdown mechanisms, but it does come equipped with a mechanical locking system. The clear opening is 6 m, and the opening time may vary depending on the width of the leaf, typically around 8 seconds. Access is managed via a personal key release, and the impact reaction relies on the Sensitive edge technology. This barrier, suitable for semi-intensive use, holds a protection rating of IP24. The BFT MOOVI 30 Barrier and BFT MOOVI 60 Barrier are both excellent options for secure and efficient access control.