INFRARED BARRIER AN900-B100 3 BEAM

€89.86
Shipping from warehouse: ⁨D4⁩
Estimated shipping: Mon, Apr 22 - Thu, Apr 25
14 days returnUnconditional return policy
Availability:
moderate quantity
Product code:
AN900-B100 / 5902887021695

Specification

-25 °c ... 55 °c / max. 95 %:Operating Temperature / Relative Humidity:
± 10° vertical± 90° horizontal:Angle adjustment range:
1.25 kg:Transmitter and receiver weight:
100 m:Outdoor range:
12  ... 24 vdc:Power:
2 s ± 1 (nominal):Alarm duration:
2 years:Warranty:
287 x 91 x 110 mm:Transmitter or receiver dimensions:
3:Number of bundles:
300 m:Indoor range:
50  ... 700 ms (selectable):Interruption period (beam violation):
High quality aspherical lenses adjustable flux violation time automatic gain control responsive to changes in weather conditions maintaining stable operation with energy loss of streams up to 99.5% due to intense rain, dust, snow, fog:Selected features:
Ip65:Sealing:
Max. 80 ma:Current consumption:
Modulated pulsed triple infrared flux:Flux characteristics:
N.c. retractable when removing the housing (transmitter and receiver):Anti-tamper contact:
On the wall or post:Assembly:
Relay (ac/dc 30v max. 0.3a):Alarm output:
Simultaneous violation of 3 bundles:Method of detection:

Alarm systems based on passive infrared detectors, capture an intruder who has already entered the roomThe system based on infrared barriers is designed to trigger an alarm when the intruder is just about to enter the rooms, and is still outside the facility

The curtain consists of several active infrared barriers (tracks) that create invisible \"grilles\" in the window or door cavity."An attempt to violate this \"lattice\" causes an immediate activation of the alarm signal

Infrared curtains are also used in securing controlled passages, gates, fences, valuable objects in open space, etc. In museums, infrared curtains successfully play the role of a conflict-free, discreet separation of the viewer from valuable exhibits

During the constant interruption of the beam (placing an obstacle between the transmitter and the receiver), the barrier does not return to its original stateSuch the behavior of the barrier is important when controlling entrance gates, barriers, etc.

Despite our best efforts, we cannot guarantee that the published technical data and photos do not contain inaccuracies or errors, which, however, cannot be a basis for claims.

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