Hanwha SPB-VAN16W Smoke Dome Vandal Housing
When deploying dome cameras in locations where discreet surveillance is required without sacrificing vandal resistance, the Hanwha SPB-VAN16W smoke dome housing delivers both concealment and impact protection. This accessory housing features a tinted smoke polycarbonate bubble that obscures camera direction while maintaining IK10-rated vandal resistance, making it ideal for retail environments, lobbies, correctional facilities, and any application where visible camera positioning could compromise security effectiveness or invite tampering.
Key Features
- Smoke-tinted polycarbonate dome obscures camera lens direction for enhanced covert surveillance
- IK10 vandal-resistant rating protects against physical impacts and tampering attempts
- Compatible with select Hanwha dome camera platforms for streamlined integration
- Maintains camera optical performance while providing directional concealment
- Durable construction designed for indoor installations in high-risk environments
- Clean aesthetic blends into ceiling environments across commercial applications
The smoke tint provides tactical advantages in scenarios where camera positioning needs to remain ambiguous. In retail loss prevention deployments, suspects cannot determine exact camera direction, expanding the perceived coverage area. Correctional and psychiatric facilities benefit from the housing's impact resistance combined with reduced visual prominence that might otherwise provoke confrontation. The IK10 rating ensures the dome withstands direct strikes from blunt objects, protecting the camera investment in vandalism-prone areas.
Installation follows standard Hanwha dome mounting procedures with the SPB-VAN16W housing replacing clear bubble assemblies. Verify compatibility with your specific Hanwha camera model prior to deployment, as this housing is designed for designated dome platforms within the Hanwha ecosystem. The smoke dome maintains optical clarity sufficient for camera operation while providing the directional ambiguity required in sensitive surveillance applications where overt camera presence is counterproductive.
