Hanwha Vision - Us SLA-T4680DW Door Jamb Camera Head

Product Description

The HANWHA VISION - US SLA-T4680DW is a door jamb camera head equipped with a 4.6mm fixed lens, designed for discreet surveillance installations in commercial and residential access points. This unit mounts flush within a door jamb profile, positioning the camera at an optimal angle to capture face-level imagery of individuals entering or exiting a space. Security integrators and licensed low-voltage technicians install this type of device as part of a broader IP camera or analog surveillance system. The 4.6mm lens provides a moderately wide field of view suited to close-range corridor and entryway monitoring.

This door jamb camera head is intended for entryway and access control surveillance applications. It fits within the door jamb housing configuration common in retail, commercial office, and multi-unit residential deployments where a covert or low-profile camera position is required. The unit is sold individually and is compatible with the corresponding HANWHA VISION mounting and lens system infrastructure.

Key Features

• 4.6mm fixed lens for close-range, wide-angle entryway coverage
• Door jamb form factor enables discreet, flush-mount installation at face height
• Designed for integration into HANWHA VISION camera and lens system platforms
• Sold as a single unit for targeted replacement or new installation

Compatibility

Designed as an OEM-style replacement or component for HANWHA VISION door jamb camera systems utilizing the SLA-series lens head configuration.

Installation Notes

Installation should be performed by a licensed low-voltage or security systems technician in accordance with local codes and NEC requirements. Power down and de-energize the associated camera system before handling or connecting the camera head. Ensure the door jamb channel or housing is correctly sized and clear of obstructions before seating the unit. Verify lens alignment and field of view after installation using the connected DVR or NVR monitor output.