SATEL BRACKET E-5 Ball Joint Mounting Bracket for Outdoor Motion Detectors, White, ABAX2 Compatible

For installers setting up perimeter protection in residential or commercial sites, the SATEL BRACKET E-5 offers a flexible way to position ABAX2 outdoor motion detectors exactly where coverage is needed. Its ball joint design allows precise aiming across multiple axes, ensuring optimal detection patterns even on uneven walls or corners.

Key specifications

• Product type: Mounting bracket
• Bracket type: Ball joint
• Compatibility: SATEL ABAX2 system detectors
• Colour: White
• Material: High-quality ABS plastic
• Mounting method: Wall / surface mount
• Adjustability: Multi-directional (tilt, swivel, rotation)
• Rotation angle: 360°
• Tilt angle: Up to ±90°
• Application environment: Outdoor
• Weather resistance: Yes
• UV resistance: Yes
• Operating temperature range: -25°C to +55°C
• Installation: Easy, screw-on
• Included accessories: Mounting hardware (screws, wall plugs)
• Manufacturer series: ABAX2
• Design: Discreet, aesthetic

Why choose it

Built from durable ABS plastic with weather and UV resistance, this bracket withstands harsh outdoor conditions while maintaining a clean, low-profile look. The 360° rotation and ±90° tilt give installers complete freedom to fine-tune detector orientation, reducing false alarms and blind spots. All necessary mounting hardware is included, making installation quick and straightforward.

Ideal use cases

• Mounting outdoor motion detectors on exterior walls, corners, or poles
• Adjusting detector angle for optimal coverage of driveways, gardens, or entry points
• Retrofitting existing ABAX2 installations where original brackets are lost or damaged
• Professional security system installations requiring precise sensor alignment

Good to know

The BRACKET E-5 is specifically designed for SATEL ABAX2 outdoor detectors, ensuring a secure fit and reliable performance. Its discreet white finish blends with most building exteriors, and the robust construction guarantees long-term stability even in extreme temperatures.