

3.6mm 3MP M12 IR corrected wide angle lens with 104° FOV, F2.0 aperture, manual focus and 1/3″ sensor support.
CCL13036MPR2 M12 S-mount wide angle 3.6mm CCTV board lens with IR corrected.
| IMAGE FORMAT | 1/3″ |
| FOCAL LENGTH | 3.6mm |
| F.O.V. | 104°(D) |
| 75°(H) | |
| 58°(V) | |
| RESOLUTION | 3Megapixel |
| APERTURE | F2.0 |
| MOUNT | M12X0.5 |
| IRIS | Fixed |
| FOCUS | Manual |
| ZOOM | Fixed |
| B.F.L. | 7.1mm |
| T.T.L.(mm) | 22.4 |
| M.O.D. | 0.3m |
| IR | Corrected |
This 3.6mm 3MP M12 wide angle lens is designed for compact camera systems that require a wider field of view together with stable imaging across visible and infrared wavelengths. With a 104° diagonal FOV, 75° horizontal FOV, and 58° vertical FOV on a 1/3″ sensor, the lens provides broad scene coverage while maintaining a more moderate wide-angle configuration than ultra-wide lenses. Its 3MP resolution, fixed F2.0 aperture, and IR-corrected optical design make it suitable for compact security cameras, day-and-night monitoring systems, and embedded imaging devices.
The M12X0.5 mount, 22.4mm total track length, and 7.1mm back focal length support integration into compact camera assemblies. Manual focus allows the optical position to be adjusted during installation, while the fixed focal length and fixed iris provide a straightforward configuration for production camera modules. For additional compact optical options, TOWIN provides a selection of M12 lenses and wide angle lenses.
For additional information on optical configuration and lens engineering, customers can explore TOWIN’s Optical Design resources.
The combination of 3.6mm focal length, 104° diagonal FOV, 3MP resolution, and IR correction makes this lens suitable for camera systems that need broad scene coverage but do not require the extreme viewing angle of a fisheye or ultra-wide lens.
This lens can be considered for:
For customers matching this lens with a particular CMOS sensor, TOWIN’s Sensor Guide can help evaluate sensor-format compatibility.
If the required field of view is already known, the FOV Calculator can be used to evaluate focal length and scene coverage before final lens selection.
For a broader optical selection workflow covering sensor size, focal length, FOV, and other parameters, refer to the Lens Selection Guide.
For security applications involving infrared and day-and-night imaging, customers can also explore TOWIN’s Smart Security solutions.
Designed for day-and-night security and compact wide-angle imaging applications.
Q: What sensor size is this 3.6mm M12 lens designed for?
A: The lens is specified for a 1/3″ image format and provides a 104° diagonal, 75° horizontal, and 58° vertical field of view.
Q: What is the field of view of this 3.6mm M12 wide angle lens?
A: The lens provides a 104° diagonal FOV, 75° horizontal FOV, and 58° vertical FOV, offering broad coverage for compact monitoring systems.
Q: Is this lens IR corrected?
A: Yes. The lens is specified as IR corrected, making it suitable for camera systems that operate with both visible and infrared illumination.
Q: Why is IR correction important for a security camera lens?
A: Visible and infrared wavelengths can focus at different positions without optical correction. IR correction helps reduce this focus shift, supporting more consistent image focus when a camera changes between daytime and nighttime operating modes.
Q: What resolution does this M12 lens support?
A: The lens is specified for 3MP resolution, making it suitable for compact camera systems that require more image detail than standard 2MP configurations.
Q: Does this lens have an adjustable iris?
A: No. It uses a fixed F2.0 aperture and fixed iris configuration, providing a consistent optical setup for compact camera integration.
Q: Can the focus be adjusted?
A: Yes. The lens uses manual focus and has a specified minimum object distance of 0.3m, allowing the focus position to be adjusted during camera assembly or installation.
Q: What type of mount does this lens use?
A: It uses an M12X0.5 threaded mount, a common interface for compact security cameras, embedded camera modules, and other small imaging devices.
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