Hanwha Vision - Us SBP-250WMW Wall Mount White

Product Description

The HANWHA VISION - US SBP-250WMW is a wall mount bracket finished in white, designed to provide a secure, fixed mounting surface for compatible surveillance cameras. Intended for installation on vertical wall surfaces, this mount positions a camera at the correct angle and offset for effective field-of-view coverage. Licensed security and low-voltage technicians typically handle installation in both commercial and residential settings. The white finish suits interior and select exterior environments where a clean, unobtrusive appearance is required.

The SBP-250WMW is suited for wall-surface installations where a camera needs to be elevated and angled away from a flat mounting plane. Typical applications include corridors, building perimeters, retail interiors, and facility entrances. The bracket is sold as a single unit and is paired with a compatible HANWHA VISION camera dome or housing to complete the assembly.

Key Features

• Wall-mount design positions camera away from flat surfaces for improved coverage angles
• White finish blends with light-colored interior and exterior wall surfaces
• Sold as a single unit for straightforward procurement and replacement
• Designed for use within the HANWHA VISION camera mounting ecosystem

Compatibility

Designed as an OEM-style wall mount bracket for use with compatible HANWHA VISION camera housings and dome assemblies. Confirm camera model compatibility against HANWHA VISION mounting documentation before ordering.

Installation Notes

Installation should be performed by a licensed low-voltage or security systems technician in accordance with local building and electrical codes. Power down and disconnect any camera or associated equipment before attaching or adjusting the mount. Ensure the wall substrate is capable of supporting the combined weight of the bracket and camera assembly before fastening. Follow the camera manufacturer's mounting documentation for proper fastener type and bracket orientation.