ABF Series Infrared Beam Detector Image 1ABF Series Infrared Beam Detector Image 2ABF Series Infrared Beam Detector Image 3ABF Series Infrared Beam Detector Image 4ABF Series Infrared Beam Detector Image 5

ABF Series Battery-Backed Infrared Duplex Wireless Sound and Light Alarm

  • The ABF Series 1000mAh Non-Rechargeable Wireless Integrated Infrared Beam Detector! This sleek device, powered by a 3.6V lithium battery, features a single infrared beam for long-range outdoor use. Ideal for perimeter wall security and height restriction, it provides reliable anti-theft alerting.
ParameterABF2-80ABF3-50ABF3-120ABF4-100ABF4-150
Beam2 Beams3 Beams3 Beams4 Beams4 Beams
Warning distance80M50M120M100M150M
Communication method433MHz
Communication distance100 meters open
Alarm methodThe infrared beam is completely blocked
Battery voltage3.6 V
Beam frequencyFour options available (the projector and the light receiver must be set to the same frequency)
Alarm cycle≥25 seconds: Battery 3.6V 8500mA
Two-light emission current: 170uA
Two-light receiving current: 180uA
≥25 seconds: Battery 3.6V 8500mA
Three-light emission current: 220uA
Three-light receiving current: 180uA
≥25 seconds: Battery 3.6V 8500mA
Four-light emission current: 240uA
Four-light receiving current: 180uA
Battery lifeThree years
Protection gradeIP65
Working temperature—25°C~5°C
Environmental humidity≤95%RH (No condensation)
Correct the AngleHorizontal 360°C (±180°C) Vertical 180°C (±90°C)
Installation locationIndoor/outdoor, wall installation

Product Configuration

Product Name: ABF Series Non-Rechargeable Wireless Infrared Beam Detector

Overview:

The ABF series 1000mAh non-rechargeable wireless integrated infrared beam detector is powered by a 3.6V lithium battery and equipped with a single infrared beam, making it suitable for long-distance outdoor use. The product is designed for perimeter protection and height restriction of fences, providing reliable anti-theft alarm functions. It adopts 433MHz wireless communication technology, is easy to install, suitable for indoor and outdoor wall installation, has a waterproof rating of IP65, and can adapt to various complex environments.

Product Characteristics

Precautions:

Working Principle

The ABF series non-rechargeable wireless infrared beam detector is an active intrusion detection device that achieves perimeter protection and anti-theft alarm through the emission and reception of infrared beams. Its working principle is as follows:

Infrared beam emission:

The detector's transmitter is equipped with an infrared emission module that emits one or more (2, 3 or 4, depending on the model) precisely focused infrared beams. The transmitter is powered by A 3.6V 8500mAh non-rechargeable lithium battery, with A low emission current (170μA for dual light, 220μA for triple light, and 240μA for quadruple light), ensuring a battery life of up to 3 years. The beam frequency is adjustable (supporting four frequency options) and needs to be matched with the receiver to reduce interference.

Infrared beam transmission:

The infrared beam is transmitted in a straight line to the receiver, covering the specified alarm distance (50 meters, 80 meters, 100 meters, 120 meters or 150 meters depending on the model). In the absence of obstructions, the light beam travels stably along a straight path, making it suitable for outdoor open environments with a communication distance of up to 100 meters.

Beam Reception and signal processing:

The receiver is equipped with a photosensitive receiver and a signal processor inside, which receive the infrared beam emitted by the transmitter and convert it into an electrical signal. The receiver is also powered by A 3.6V 8500mAh lithium battery, with A low receiving current (180μA for dual light, 180μA for triple light, and 180μA for quadruple light). The receiver processes the signal through digital filtering technology to reduce the interference of environmental light or weather factors (such as rain and fog), ensuring the reliability of the detection.

Alarm trigger mechanism:

When the infrared beam is not blocked, the receiver continuously receives the beam and outputs a high-level signal, indicating a normal state.

When the infrared beam is completely blocked (such as when someone or an object passes through the beam path), the receiver cannot detect the beam and outputs a low-level signal, triggering an alarm. The alarm cycle is ≥25 seconds to ensure stability and minimize false alarms.

The alarm signal is transmitted to the alarm host or related equipment via 433MHz wireless communication, with a communication distance of up to 100 meters (in open environments).

Environmental Adaptation and Protection:

The equipment features an IP65 waterproof rating, operates within a temperature range of -25°C to 5°C, and has an ambient humidity of ≤95%RH (without condensation), making it suitable for complex indoor and outdoor environments. The transmitter and receiver support horizontal 360°C (±180°C) and vertical 180°C (±90°C) Angle correction to ensure precise beam alignment. The digital filtering and environmental adaptive functions further reduce the false alarm rate and adapt to various weather and lighting conditions.

Installation and Operation:

The transmitter and receiver are installed through the wall and feature a one-click quick locking design, making installation simple and convenient. The device does not require wiring and is powered by batteries. The transmitter and receiver need to be set to the same frequency to ensure stable communication. The alarm method of complete infrared beam blocking ensures that the alarm will only be triggered when there is a clear intrusion behavior, enhancing reliability.

Product Introduction

The ABF series detectors provide efficient perimeter protection and height limit alarms through infrared beam occlusion detection, and are widely used in unmanned orchards, fish ponds, construction sites, border outposts, communication rooms and other places. Its low power consumption, wireless communication and high protection performance make it particularly suitable for outdoor scenarios that require long-term unattended operation.

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