Outdoor Sensor, Infrared Photoelectric Barrier, 2 Beams, 10m ACTii AC3494
search
  • Outdoor Sensor, Infrared Photoelectric Barrier, 2 Beams, 10m ACTii AC3494
  • Outdoor Sensor, Infrared Photoelectric Barrier, 2 Beams, 10m ACTii AC3494
  • Outdoor Sensor, Infrared Photoelectric Barrier, 2 Beams, 10m ACTii AC3494
  • Outdoor Sensor, Infrared Photoelectric Barrier, 2 Beams, 10m ACTii AC3494
  • Outdoor Sensor, Infrared Photoelectric Barrier, 2 Beams, 10m ACTii AC3494
  • Outdoor Sensor, Infrared Photoelectric Barrier, 2 Beams, 10m ACTii AC3494

Outdoor Sensor, Infrared Photoelectric Barrier, 2 Beams, 10m ACTii AC3494

zł139.29
Tax included Dostawa w ciągu 1-2 dni.
Dual-beam photoelectric infrared barrier designed for indoor and outdoor applications. It consists of a separate transmitter and receiver. The alarm is triggered the moment the beam between the transmitter and receiver is broken.

The system based on infrared barriers is designed to trigger an alarm when an intruder is about to enter the premises, while they are still outside the facility.

The curtain consists of several active infrared barriers (paths) that create invisible grilles in the window or door recess. Any attempt to breach this grille causes an immediate alarm activation.

Infrared curtains are also used to secure controlled passages, gates, fences, and valuable objects in open spaces, etc. In museums, infrared curtains successfully serve the role of a non-intrusive, discreet way to separate the viewer from valuable exhibits.

Quantity
Produkt dostępny

Outdoor Sensor, Infrared Photoelectric Barrier, 2 Beams, 10m

Model: ACTii AC3494

EAN: 6931240034941 SKU: 349423319

  • Two infrared beams
  • Tamper protection.
  • Solid construction, aesthetic appearance
  • 10m outdoor range

Description

Dual-beam photoelectric infrared barrier designed for indoor and outdoor applications. It consists of a separate transmitter and receiver. The alarm is triggered the moment the beam between the transmitter and receiver is broken.

The system based on infrared barriers is designed to trigger an alarm when an intruder is about to enter the premises, while they are still outside the facility.

The curtain consists of several active infrared barriers (paths) that create invisible grilles in the window or door recess. Any attempt to breach this grille causes an immediate alarm activation.

Infrared curtains are also used to secure controlled passages, gates, fences, and valuable objects in open spaces, etc. In museums, infrared curtains successfully serve the role of a non-intrusive, discreet way to separate the viewer from valuable exhibits.

Specification

Parameters

Protection type: Cutting of two infrared light beams

Light source: Infrared LEDs

Response speed: <0.1sec

Operation in synchronous and asynchronous mode

Beam

Beam direction: Vertical 90°, Horizontal 180°

Outdoor barrier range: 10m (1m - 10m)

Indoor barrier range: 20m (1-20m)

Number of infrared beams: 2

Beam characteristics: Transmission coding

Interruption period (beam violation): 40 ... 1000 ms

Alarm output

Adjustable: normally open or closed (NO or NC)

Switched contacts capacity: 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 the housing is removed.

Power supply

Acceptable supply voltage: DC 10.5V~18V

Power consumption: 85mA

Material

Aluminum

ABS resin - molded material resistant to weather conditions and especially sunlight.

The sensor is silver-colored

Certificates and standards

CE, RoHS

Contents of the set

Transmitter.

Receiver.

Mounting plugs and screws.

User manual

Box.

Dimensions, Weight

Product dimensions: 40 x 370 x 30 mm (D x W x H)

Package dimensions: 60 x 400 x 60 mm (D x W x H)

Product weight: 350 g

Weight with packaging: 430 g

Zum Download

349423319
6 Items

Specific References

ean13
6931240034941
Comments (0)
No customer reviews for the moment.