Durable WallMount Bracket for Infrared Motion Detectors Key benefits Reliable durability: Made from PC material to provide temperature resistance and longlasting use without compromising build quality. Improved detection accuracy: Multiple adjustable angles let you precisely aim the sensor to expand its detection range and reduce blind spots. Broad compatibility: Designed for all types of wallmounted detectors and compatible with both wired and wireless models, making it suitable for a wide range of security setups. Cost efficient: A practical bracket that balances functionality and affordability for routine security installations. What this bracket solves Eliminates fixedangle limitations by allowing fine adjustment of sensor orientation, so the detector can cover the intended area more effectively. Provides a consistent mounting solution that works with different detector types, avoiding the need for multiple specialized mounts. Reduces replacement frequency thanks to materials that withstand elevated temperatures and normal operational wear. Features and performance Material: PC construction for temperature resistance and lasting service life. Function: Adjustable multiangle bracket to optimize infrared motion alarm detector field of view and improve detection reliability. Compatibility: Fits wallmounted detectors of varying designs and supports both wired and wireless detector systems. Value: Simple, effective design offered at a reasonable for straightforward integration into existing security installations. Typical applications Home entryways and hallways where precise sensor aiming improves early detection of movement. Office corridors, stairwells, and storage areas where reliable sensor coverage is needed for safety and asset protection. Small retail or service spaces where flexible mounting and compatibility with wired or wireless detectors simplify installation. This bracket is a practical, durable way to mount and aim infrared motion alarm detectors to achieve better coverage and dependable operation across common security environments.