Axis M12 F1.9 IR 6mm Lens 10-Pack - 02008-001
The Axis M12 Lens F1.9 IR (6mm), SKU 02008-001, is a professional-grade fixed lens designed for low-light and night surveillance applications. This 10-pack bundle delivers cost-effective optical solutions for organizations deploying multiple Axis compact network cameras. With an F1.9 aperture and integrated infrared capability, these lenses provide superior image clarity across varying lighting conditions—from bright daylight to complete darkness.
Key Features
- 6mm focal length with 56° horizontal field of view
- F1.9 aperture for enhanced low-light performance
- Integrated IR capability for 24/7 surveillance
- M12 form factor for compact camera integration
- 10-lens bundle for multi-camera deployments
- Fixed lens design for stable, maintenance-free operation
Technical Specifications
The M12 form factor enables seamless integration with Axis compact network cameras, including the P3925-R, P3935-LR, and P3925-LRE models. The 6mm focal length delivers a 56° horizontal field of view, making it suitable for general surveillance, corridor monitoring, and medium-distance perimeter applications. The F1.9 aperture maximizes light transmission in challenging low-light environments, while the integrated IR capability ensures visibility in complete darkness without relying on external lighting.
Compatibility
These lenses are designed as optional replacements for the Axis P3925-R and P3935-LR cameras, and serve as the default lens configuration for the Axis P3925-LRE. The M12 mount ensures reliable optical performance across these professional-grade platforms.
Applications
- Multi-camera surveillance system deployments
- Indoor facility monitoring and access control
- Low-light and nighttime security operations
- Retail, office, and industrial surveillance
- Organizations requiring standardized lens configurations across multiple locations
The 10-pack format provides excellent value for enterprises and system integrators managing large-scale camera deployments, reducing per-unit costs while ensuring optical consistency across the entire surveillance infrastructure.
