

2.2mm M6 5MP miniature low distortion wide angle lens for 1/4″ sensors, featuring 87° diagonal FOV, <1.5% distortion, F2.2 aperture, and compact 3.40mm TTL.
M602214007522 is Low-distortion 5-Megapixel wide-angle 1/4″ M6.0x0.25 mount lens with 87° diagonal F.O.V., F2.2 aperture, for security surveillance.
| IMAGE FORMAT | 1/4″ |
| FOCAL LENGTH | 2.2mm |
| F.O.V. | 87°(D=4.57) |
| 75°(H=3.66) | |
| 60°(V=2.74) | |
| RESOLUTION | 5 MP |
| TV DISTORTION | <1.5% |
| APERTURE | F2.2 |
| MOUNT | M6.0x0.25 |
| IRIS | Fixed |
| T.T.L. | 3.40mm |
| M.B.F.L. | 0.80mm |
| STRUCTURE | 4P |
| C.R.A. | <33° |
| R.I. | >25% |
This 2.2mm M6 miniature lens is designed for 1/4″ sensors requiring a wide 87° diagonal field of view, 5MP resolution, and TV distortion below 1.5%. With a compact 3.40mm TTL, F2.2 aperture, and fixed M6.0 × 0.25 mount, it provides a practical optical solution for space-constrained machine vision and embedded imaging systems.
The 2.2mm focal length combines a broad field of view with controlled geometric distortion, making this lens suitable for compact inspection systems where the camera must cover a relatively large area from a short working distance.
For applications requiring more information about optical selection, the Lens Selection Guide can help engineers evaluate focal length, sensor format, field of view, and distortion together.
Designed for compact machine vision application.
Typical uses include:
The M6.0 × 0.25 mount and 3.40mm TTL make this lens particularly suitable for cameras where optical space is limited. Its 75° horizontal FOV can cover a relatively wide scene without requiring a long focal length.
The lens can be integrated into compact vision modules used in:
For robotics systems with strict mechanical space constraints, see the Robotics Vision Solution for broader optical application requirements.
With an 87° diagonal FOV and 60° vertical FOV on a 1/4″ sensor, the 2.2mm lens provides wide scene coverage while maintaining TV distortion below 1.5%. This makes it useful when a standard narrow-angle lens would require excessive camera-to-object distance.
Potential applications include:
Engineers can also use the FOV Calculator to evaluate how the 2.2mm focal length affects coverage for different sensor formats and working distances.
This lens can be considered for integration with:
When selecting a sensor, the Sensor Guide can help verify compatibility between sensor dimensions and the lens image format.
Q: What sensor size is this 2.2mm lens designed for?
A: This lens is designed for a 1/4″ image format and provides 87° diagonal, 75° horizontal, and 60° vertical FOV on the specified sensor format.
Q: Is this 2.2mm M6 lens a fisheye lens?
A: No. Although the lens provides a wide 87° diagonal FOV, its TV distortion is specified at below 1.5%, which is substantially different from the strongly curved imaging typically associated with fisheye optics.
Q: What makes this lens a low distortion lens?
A: The specified TV distortion is below 1.5%. This helps preserve the geometric shape and positional relationship of objects across the image, which is valuable for inspection and measurement-oriented imaging.
Q: What camera mount does this lens use?
A: The lens uses an M6.0 × 0.25 mount, making it suitable for compact camera modules and miniature embedded imaging systems.
Q: What resolution can this lens support?
A: The lens is specified for 5MP resolution, making it suitable for compact high-resolution imaging applications where both wide coverage and image detail are required.
Q: How wide is the field of view?
A: On a 1/4″ sensor, the lens provides an 87° diagonal FOV, 75° horizontal FOV, and 60° vertical FOV.
Q: Is the aperture adjustable?
A: No. The lens has a fixed F2.2 aperture and fixed iris configuration.
Q: Why is the 3.40mm TTL important for compact cameras?
A: A 3.40mm total track length helps reduce the optical package size, which is beneficial when integrating the lens into compact camera modules, embedded vision devices, and space-constrained equipment.
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| RESOLUTION | |
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| T.T.L.(mm) | |
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