BSH95L16 CONDUCTIVE SAFETY EDGE 8,2kΩ

BSH95L16 – CONDUCTIVE SAFETY EDGE 8,2kΩ

BSH95L16  – 1.6-METER CONDUCTIVE SENSITIVE SAFETY EDGE (PROFILE 95mm) – SAFETY DEVICES
BSH95L20 – 2.0-METER CONDUCTIVE SENSITIVE SAFETY EDGE (PROFILE 95mm) – SAFETY DEVICES
BSH95L25 – 2.5-METER CONDUCTIVE SENSITIVE SAFETY EDGE (PROFILE 95mm) – SAFETY DEVICES
BSH61L16  – 1.6-METER CONDUCTIVE SENSITIVE SAFETY EDGE (PROFILE 61mm) – SAFETY DEVICES
BSH61L20 – 2.0-METER CONDUCTIVE SENSITIVE SAFETY EDGE (PROFILE 61mm) – SAFETY DEVICES
BSH61L25 – 2.5-METER CONDUCTIVE SENSITIVE SAFETY EDGE (PROFILE 61mm) – SAFETY DEVICES

CONDUCTIVE SENSITIVE SAFETY EDGE – SAFETY DEVICES 8,2kΩ FOR SWING AND SLIDING GATES
High profile 95mm / low 61mm – contact 8,2kΩ with maximum detection speed 12 m/min – colour black

If you are an electrician or automation specialist, call +39.0558778855
or write an email to: commerciale@automazione-cancelli.net
to get a quote/offer and an extra discount

Conductive sensitive safety edge 8,2kΩ contact

The safety edges are used to eliminate the risk of crushing or shearing
caused by sliding doors, bulkheads, automatic gates etc. and respect the
requirements of the impact curve as stipulated in EN12453. The edges are
made up of a C-shaped aluminium support and a PVC profile in which a
safety sensor has been inserted. When the profile is deformed or crushed
the two metal contacts of the sensor come into contact causing the alarm
situation. The ample height of the rubber profile and the insert in conductive
rubber allow rapid intervention times fully respecting the standards and
regulations in force.

MECHANICAL EDGE N.C. CONTACT  – AUXILIARY AND SAFETY DEVICES
FOR SWING GATES, SLIDING GATES AND GARAGE DOORS

The safeties edge is made up of a rubber profile with elastic impact absorption and an aluminium
profile, which is fixed to the column or the gate and acts as a support for the safety edge.
Its operating principle is based on detection (active along the entire length of the safety edge), via the crushing
pressure applied by an obstacle or a mass that is located within the operating sphere of the closing
device that is fitted with the protection. The deformation of the rubber profile causes the safety edge
to create a contact, which is then sent (by cable or by radio) to a control centre, which in turn activates
a STOP command.

Active mechanical safety edge with an N.C. contact for sliding gates / swing gates

The mechanical safety edge NC8K2L16N is used as a safeties devices in installations with automatic sliding gates with
horizontal movement and on other closing device installations (hinged gates etc.), where there is a real
risk of crushing or trapping.
Operation of the device is guaranteed by 2 micro-switches. Both of them intervene when the safety
edge and/or the pliable end caps are deformed.

Safety edge for garage doors N.C. contact

This mechanical device is an extremely versatile safety edge in aluminium that can be fitted to
overhead garage doors, rolling shutters and other industrial closing devices. The edges are fitted with
sealed micro-switches and have a series of accessories permitting a variety of combinations and uses.

Low profile / high profile passive edge

Although it is not to be considered a safeties devices due to the absence of an electrical contact.
he passive edge has the same dimensions and mechanical protective characteristics as
the active safety edge and does supply valid absorption protection against impact. The
low profile edge, which works as simple impact protection, is suitable for closing
devices where passing room is limited.

Conductive safety edge 8,2kΩ contact

The safety edges are used to eliminate the risk of crushing or shearing
caused by sliding doors, bulkheads, automatic gates etc. and respect the
requirements of the impact curve as stipulated in EN12453. The edges are
made up of a C-shaped aluminium support and a PVC profile in which a
safety sensor has been inserted. When the profile is deformed or crushed
the two metal contacts of the sensor come into contact causing the alarm
situation. The ample height of the rubber profile and the insert in conductive
rubber allow rapid intervention times fully respecting the standards and
regulations in force.