The 640 is the right solution for large industrial access with beams up to 7 m.
 With its length of 4 to 7 meters, the FAAC 640 range is ideal for traffic-control in large industrial accesses, with particularly demanding user reliability.
Use of cutting-edge materials and treatments such as cataphoresis and niploy, plus tried-and tested FAAC hydraulic technology, all combine to Ensure long-life.
High-Tech
SMT microprocessor electronic technology is supplied as standard to ensure exceptional performance. By means of an optional card, the barrier can also control auxiliary services and an additional opposing beam. Barrier statuses can be signalled to traffic control devices.
Precise Stopping
Perfectly calibrated stopping thanks to the adjustable electronic brake that slows down closing and opening movement. A thermal probe detects temperature and activates a cooling fan.
 642/40 INOX (stainless Steel)
Fast and versatile for beams up to 7 m.
The “rapid” version of the FAAC 642/40 for beams of up to 4 metres offers the continuity solution to the traffic problem, by enabling uninterrupted use frequency. The “Standard” version is suitable for lighter traffic, and can be equipped with a skirt to prevent break-ins.
The right solution for large industrial access.
With its length of 4 to 7 metres, the FAAC 642/70 range is ideal for traffic-control in large industrial access with particularly demanding use. On top of that, the stainless-steel version ensures resistance against any environmental aggression and reliability in line with the severest demands.
High-tech
SMT microprocessor electronic technology is supplied standard to ensure exceptional performance. By means of an optional card, the barrier can also control auxiliary services and an additional opposing beam. Barrier statuses can be signalled to traffic control devices.
Precise stopping
Perfectly calibrated stopping thanks to the adjustable electronic brake that slows down closing and opening movement. A thermal probe detects temperature and activates a cooling fan.
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