TAKEX HARDWIRED ANTI CRAWL PE BEAM WITH TWIN BEAM BLACK 100M DETECTION AREA 1 x SPDT OUTPUT PLASTIC WALL/ POLE MOUNT 12- View larger

TAKEX

TAKEX HARDWIRED ANTI CRAWL PE BEAM WITH TWIN BEAM BLACK 100M DETECTION AREA 1 x SPDT OUTPUT PLASTIC WALL/ POLE

TAKPB-IN-100AT

PB-IN-100AT

New product

Balcatta: 0
Geebung: 0

PB-IN-100AT Anti-Crawl Photoelectric Beam Sensor

The PB-IN-100AT from TAKEX is a state-of-the-art "Anti-crawl" photoelectric beam sensor, specifically engineered for high-security applications. This sensor extends protection up to 100 meters (330 feet) outdoors, making it ideal for securing perimeters of large properties. It features a unique dual modulation pulsed beam system with separate beams for the upper and lower sections, allowing for precise differentiation between crawling intruders and small animals, minimizing false alarms.

The sensor's smart AND/OR gating system enhances its flexibility, enabling it to adapt to various security needs. It also includes four frequency selections to prevent cross-talk in complex installations. The PB-IN-100AT is equipped with auto-gain control that adjusts sensitivity according to environmental conditions, ensuring reliable detection even in adverse weather. The easy alignment feature, complemented by an audible signal, simplifies the installation process, while the environmental module provides a trouble signal when beam reception levels drop below acceptable standards.

Key Features

  • Extended Outdoor Range: Provides reliable detection up to 100 meters.
  • Anti-Crawl Technology: Detects specific patterns of interruption to distinguish between humans and animals.
  • Dual Response Times: Offers customizable response times for enhanced detection accuracy.
  • Environmental Adaptability: Features programmed AGC for consistent performance in all weather conditions.
  • Versatile Frequency Settings: Reduces the risk of cross-talk in stacked or linear installations.
  • COLOR BLACK
  • PRODUCT TYPE PE BEAM - ANTI CRAWL

30 other products in the same category:

Motion PIR