IR Corrected Lens – CCL12703616MP

CCL12703616MP 3.6mm M12 wide angle IR Corrected lens with 114° FOV

3.6mm 2MP M12 Wide Angle IR Corrected Lens

This 3.6mm M12 IR Corrected Lens is designed for compact imaging systems that require a wide field of view, stable fixed-focus imaging, and infrared-compatible optical performance. With a 114° diagonal FOV, F1.6 aperture, 2MP resolution, and IR-corrected optical design, this M12 wide angle lens provides broad scene coverage in space-constrained camera modules.

For systems requiring compact optics and consistent imaging performance, this lens can be integrated into M12 lens platforms and small-format camera assemblies. The 0.2m minimum object distance also supports applications where subjects are positioned relatively close to the camera.

Product Core Highlights

• 3.6mm wide-angle focal length provides 114° diagonal FOV for broad scene coverage.
• 2MP optical resolution supports compact imaging systems using 1/2.7″ sensors.
• F1.6 aperture provides efficient light transmission for general imaging environments.
• IR-corrected optical design helps maintain imaging performance across visible and infrared wavelengths.
• Compact M12 × 0.5 configuration is suitable for small camera modules and embedded optical systems.

IR Corrected Lens Applications

This 3.6mm M12 IR Corrected Lens is suited to compact camera applications where a broad viewing area is required without using a larger lens assembly. Its combination of 114° diagonal FOV, 3.6mm focal length, F1.6 aperture, and IR correction makes it particularly useful for applications involving wide-area monitoring and compact camera integration.

Typical applications include:

• Compact security camera modules
• Indoor monitoring cameras
• Smart home and IoT cameras
• Embedded vision camera modules
• Wide-angle monitoring devices
• Compact access and monitoring equipment
• Small-format CMOS camera systems
• Space-constrained imaging devices

The IR-corrected design makes this lens particularly relevant to camera systems that may operate with infrared illumination or require consistent focus characteristics across visible and near-infrared imaging conditions. This can be valuable in monitoring systems using IR-assisted imaging.

The 0.2m M.O.D. also makes the lens suitable for relatively close-range imaging scenarios, while the 96° horizontal FOV provides substantial scene coverage for compact camera installations.

For more information about available M12 Lenses, explore the M12 Lenses range. When selecting a lens for a specific sensor, working distance, and viewing area, the Sensor Guide and Lens Selection Guide can help determine the appropriate optical configuration.

Compatible Devices

This lens can be considered for use with:

• 1/2.7″ CMOS camera modules
• Compact security cameras
• Embedded camera systems
• IoT imaging devices
• IR-assisted monitoring cameras
• Small-format vision modules

Frequently Asked Questions

Q: What is the focal length of this M12 lens?
A: This lens has a 3.6mm fixed focal length, providing a wide viewing angle for compact camera systems.

Q: What is the field of view of the 3.6mm M12 lens?
A: The lens provides a 114° diagonal FOV, 96° horizontal FOV, and 58° vertical FOV on the specified 1/2.7″ image format.

Q: Is this lens IR corrected?
A: Yes. The lens is IR corrected, making it suitable for imaging systems that operate with visible and infrared illumination.

Q: What sensor format is this lens designed for?
A: The specified image format is 1/2.7″, with a resolution of 2 Megapixels.

Q: Is the 3.6mm M12 lens fixed focus?
A: Yes. The lens uses a fixed focal length and manual focus configuration. The specified minimum object distance is 0.2m.

Q: What mount does this lens use?
A: The lens uses an M12 × 0.5 mount, a common compact interface for embedded camera modules and small imaging systems.

Q: What applications are suitable for this wide-angle M12 lens?
A: It can be used in compact security cameras, IoT cameras, embedded vision modules, monitoring devices, and other applications requiring wide scene coverage in a compact form factor.

Q: How can I select the right lens for my camera system?
A: Sensor format, focal length, field of view, working distance, resolution, aperture, and infrared requirements should all be considered. You can also use the FOV Calculator to evaluate the relationship between sensor size, focal length, and field of view. For a customized optical solution, Contact TOWIN.

Online contact