Βάση οροφής ShiverPeaks BS89761

The ShiverPeaks BS89761 ceiling mount is designed for secure and discreet attachment of lightweight equipment to ceilings. Constructed to support loads up to 10 kg, the mount features a slim profile and a neutral grey finish that integrates with a wide range of interiors. This single-pack solution provides the necessary support for devices where a compact, low-visibility ceiling fixture is required.

Advantages

The ceiling mount combines a compact design with a load capacity appropriate for small speakers, cameras, lights and similar devices. Its grey finish reduces visual contrast with most ceiling surfaces, while the straightforward mounting arrangement simplifies installation and minimizes the required ceiling footprint. Materials and construction are chosen to provide reliable holding capacity within the specified weight limit.

Suitable for

• Small surveillance cameras and dome cameras
• Compact speakers and audio peripherals
• Light fixtures and LED modules within the weight limit
• Projector accessories and lightweight AV equipment
• Home and office ceiling installations where low-profile mounting is desired

Key specifications

• Maximum supported load: 10 kg
• Color: grey
• Pack size: single unit
• Mounting location: ceiling
• Design: low-profile, slim

How to use

Select a suitable ceiling location that can structurally support the combined weight of the mount and attached device. Mark mounting points, drill appropriate holes for the chosen fasteners and secure the mount according to the ceiling material (drywall, concrete, wood). After fastening the mount base, attach the device and verify stable fixation. Ensure cabling or connectors are routed safely and do not place additional load beyond the specified capacity.

Recommendations

Use appropriate anchors or screws for the ceiling type and confirm that the ceiling structure can carry a 10 kg load plus the weight of the attached device. Regularly inspect the mount and fasteners for signs of loosening or wear, and avoid exceeding the specified maximum load.