Outdoor Sensor Infrared Photoelectric Barrier 2 beams 30m ACTii AC4899
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Double-beam photoelectric infrared barrier designed for indoor and outdoor applications. Consists of a separate transmitter and receiver. The alarm is triggered when the beam between the transmitter and receiver is interrupted.
The system based on infrared barriers is designed to trigger an alarm when an intruder intends to enter the premises while still outside the object.
The curtain consists of several active infrared barriers (paths) that form an invisible grid in the window or door recess. Any attempt to violate this grid triggers an immediate alarm signal.
Infrared curtains are also used to protect controlled passages, gates, fences, valuable objects in open spaces, etc. In museums, infrared curtains successfully serve as a non-intrusive, discreet way to keep viewers away from valuable exhibits.
Outdoor Sensor Infrared Photoelectric Barrier 2 beams 30m
Model: ACTii AC4899
EAN: 6931240048993 SKU: 489989435
- Two infrared beams
- Tamper protection.
- Robust construction
- 30m outdoor range
Description
Double-beam photoelectric infrared barrier designed for indoor and outdoor applications. Consists of a separate transmitter and receiver. The alarm is triggered when the beam between the transmitter and receiver is interrupted.
The system based on infrared barriers is designed to trigger an alarm when an intruder intends to enter the premises while still outside the object.
The curtain consists of several active infrared barriers (paths) that form an invisible grid in the window or door recess. Any attempt to violate this grid triggers an immediate alarm signal.
Infrared curtains are also used to protect controlled passages, gates, fences, valuable objects in open spaces, etc. In museums, infrared curtains successfully serve as a non-intrusive, discreet way to keep viewers away from valuable exhibits.
Specification
Parameters
Type of protection: Interruption of two infrared light beams
Light source: Infrared diodes
Response time: <0.1sec
Synchronous and asynchronous mode operation
Beam
Beam direction: Vertical 90°, Horizontal 180°
Outdoor barrier range: 30m (10-30m)
Indoor barrier range: 120m (10-60m)
Number of infrared beams: 2
Stream characteristics: Transmission coding
Interruption period (beam violation): 40 ... 1000 ms
Alarm output
Adjustable: normally open or closed (NO or NC)
Relay contact rating: AC DC 30V 0.5A max
Weather conditions
Frost or fog: Ultrasonic waves implemented in the device allow it to operate correctly
Operating temp.: From -20° to +55°C
Tamper protection
YES, Transmitter and receiver have tamper protection; an alarm can be triggered if an attempt is made to remove the cover.
Power supply
Acceptable supply voltage: DC 10.5V~18V
Power consumption: 85mA
Material
Aluminum
ABS resin - molded material resistant to weather conditions, especially sunlight.
The sensor is silver-colored
Set contents
Transmitter.
Receiver.
Mounting dowels and screws.
User manual
Box.
Certificates and standards
CE, RoHS
Dimensions, Weight
Product dimensions: 40 x 410 x 30 mm (D x W x H)
Package dimensions: 60 x 450 x 60 mm (D x W x H)
Product weight: 400 g
Weight with packaging: 480 g
Zum Download
489989435
5 Items
Specific References
- ean13
- 6931240048993
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Double-beam photoelectric infrared barrier designed for indoor and outdoor applications. Consists of a separate transmitter and receiver. The alarm is triggered when the beam between the transmitter and receiver is interrupted.
The system based on infrared barriers is designed to trigger an alarm when an intruder intends to enter the premises while still outside the object.
The curtain consists of several active infrared barriers (paths) that form an invisible grid in the window or door recess. Any attempt to violate this grid triggers an immediate alarm signal.
Infrared curtains are also used to protect controlled passages, gates, fences, valuable objects in open spaces, etc. In museums, infrared curtains successfully serve as a non-intrusive, discreet way to keep viewers away from valuable exhibits.