Hanwha Vision SLA-5M7000P 5MP 7.0mm Fixed Lens

Product Description

The HANWHA VISION - US SLA-5M7000P is a 5-megapixel CMOS wide-angle lens with a 7.0mm fixed focal length, designed for use in professional IP surveillance and security camera systems. This lens is engineered to deliver high-resolution imaging performance suited to demanding commercial and industrial monitoring applications. The fixed focal length design provides a stable, consistent field of view without mechanical zoom drift, making it a reliable choice for fixed-mount camera installations. Installation is typically performed by licensed security integrators and surveillance system technicians.

The SLA-5M7000P is intended for use in fixed-mount surveillance installations where a wide-angle perspective and 5MP image resolution are required. Typical applications include perimeter monitoring, lobby coverage, parking structures, and large open interior spaces where broad scene capture is essential. The 7.0mm focal length provides a moderately wide field of view appropriate for mid-range coverage distances in both indoor and outdoor environments when paired with a compatible camera housing.

Key Features

• 5-megapixel CMOS-optimized optical design for high-resolution surveillance imaging
• 7.0mm fixed focal length for consistent wide-angle field of view
• Fixed lens construction eliminates mechanical zoom components, reducing failure points
• Designed for professional IP camera system integration
• Sold individually as a single unit

Compatibility

Designed as an OEM-style replacement or accessory lens for 5MP CMOS-based IP surveillance camera systems requiring a standard lens mount interface.

Installation Notes

Installation should be performed by a qualified security systems technician or licensed integrator familiar with IP camera lens mounting standards. Power down the camera system completely before removing or installing any lens to avoid sensor damage. Ensure the lens mount thread type matches the target camera body before installation. Handle the optical elements carefully to avoid contamination of lens surfaces, which can degrade image quality.