Optex AX-TW100S Photobeam Enclosure Single Side

Product Description

The OPTEX AX-TW100S is a single-side photobeam enclosure designed to house and protect photobeam detector hardware in perimeter security and access control installations. This enclosure provides a weather-resistant housing solution for beam-based detection systems, keeping internal components shielded from environmental exposure. The 3x3 form factor suits compact mounting scenarios where space is limited but protection is still required. Security integrators and low-voltage alarm technicians are the primary trades that install this enclosure as part of a complete perimeter detection assembly.

The AX-TW100S is suited for use in residential and commercial perimeter security systems where photobeam detectors require a dedicated protective enclosure. Single-side configurations are common in installations where the transmitter or receiver is mounted independently on a post, gate frame, or wall surface. This enclosure is designed to work within OPTEX photobeam system installations requiring a 3x3 housing format.

Key Features

• Single-side enclosure design for independent transmitter or receiver mounting
• 3x3 form factor for compact post, gate, or wall surface installations
• Protective housing shields internal photobeam components from environmental exposure
• Designed for use with OPTEX photobeam detection systems
• Sold as a single unit per package

Compatibility

Designed as an OEM-style enclosure for use with OPTEX photobeam detector systems requiring a single-side 3x3 housing configuration.

Installation Notes

Installation is typically performed by licensed low-voltage security technicians or alarm system integrators. Power down and de-energize the associated detection system before mounting or wiring any enclosure components. Secure the enclosure to a stable surface such as a post or wall bracket using appropriate fasteners for the substrate. Follow local building and electrical codes applicable to low-voltage security system installations.