Pelco 13M2.8-8 13M Series Megapixel Varifocal Lens, 2.8-8.0mm Varifocal Lens, 1/3", Auto Iris (Direct Drive)

Designed for professional security and surveillance applications, the Pelco by Motorola Solutions 13M 2.8–8mm varifocal lens delivers the flexibility and image quality needed for reliable monitoring and evidence capture. This varifocal lens covers a 2.8–8.0mm zoom range to support both wide-area situational awareness and closer inspection of points of interest, reducing the need for multiple lenses. The 1/3" optical format ensures compatibility with common board and dome cameras, while the Direct Drive Auto Iris provides consistent exposure in varying light—critical for 24/7 monitoring and video analytics.

Engineered as part of the 13M series, the lens optimizes resolution and minimizes distortion on megapixel sensors, improving image clarity for identification and security review. Its compact design and straightforward mounting make it a practical choice for retrofit projects and new installations alike. Ideal for retail, transportation hubs, government facilities, and enterprise campuses, this varifocal lens helps integrators and security teams achieve dependable surveillance coverage. Add the Pelco 13M 2.8–8mm varifocal lens to your next camera deployment to improve flexibility and image fidelity—contact us to confirm compatibility and order.

• Flexible framing for surveillance: 2.8–8.0mm varifocal range lets you switch from wide-area coverage to targeted zoom without swapping lenses.
• Reliable low-light performance: Direct Drive Auto Iris maintains consistent exposure in changing lighting for clearer monitoring and analytics.
• Compact compatibility: 1/3" optical format fits a wide range of board and dome cameras, simplifying upgrades and replacements.
• High-resolution imaging: 13M series optics are optimized for megapixel sensors to reduce distortion and preserve detail for security recordings.
• Simple deployment: Direct replacement for select models (e.g., IXE10DN8-EAD), accelerating installation and minimizing downtime.