

2/3″ 5MP 16mm C-Mount low distortion lens with <0.1% TV distortion, F1.4–16 aperture, 37.5° FOV and M30.5×0.5 filter thread.
C1623014M5 is 2/3″ 16mm FA Industrial Lens, low-distortion lens, high-resolution 5 Megapixel C-Mount manual lens with adjustable aperture (F1.4~16).
| IMAGE FORMAT | 2/3″ |
| FOCAL LENGTH | 16mm |
| F.O.V. | (D)37.5° (2/3″) 28° (1/2″) |
| (H)30.5° (2/3″) 22.5°(1/2″) | |
| (V)23° (2/3″) 17° (1/2″) | |
| RESOLUTION | 5 MP |
| APERTURE | F1.4~16 |
| TV DIST. | <0.1% |
| MOUNT | C-Mount |
| B.F.L. | 12.69mm |
| IRIS | Manual |
| FOCUS | Manual |
| ZOOM | Manual |
| M.O.D. | 0.1m |
| FILTER SCREW | M30.5X0.5 |
For engineers checking the actual coverage of a 16mm lens with a specific sensor and working distance, the FOV Calculator can be used during the optical selection process.
This 2/3-inch 5MP C-Mount low distortion machine vision lens features a 16mm focal length and less than 0.1% TV distortion, providing highly controlled image geometry for precision industrial inspection. Its F1.4–16 manual aperture, 0.1m minimum object distance, and M30.5×0.5 filter thread provide additional flexibility for machine vision and factory automation systems.
The lens supports both 2/3-inch and 1/2-inch sensor applications, with dedicated field-of-view specifications for each format. This makes it a versatile low distortion industrial lens for inspection systems requiring accurate image reproduction and consistent optical performance.
This ultra low distortion machine vision lens is optimized for industrial applications where maintaining the geometric integrity of the captured image is important. With TV distortion below 0.1%, it is particularly suitable for inspection systems that analyze straight edges, component dimensions, alignment, positioning, and other measurable features.
In factory automation, the lens can be mounted on fixed inspection cameras for automated checking of machined components, electronic parts, mechanical assemblies, connectors, labels, and product features. The 16mm focal length provides a controlled field of view, helping inspection systems focus on a defined working area rather than capturing an excessively broad scene.
The extremely low distortion specification is also valuable for image-based measurement and positioning. When a vision system needs to identify edges or compare the relative position of multiple features, minimizing lens-induced geometric deformation can help maintain a more consistent relationship between the captured image and the physical target.
The lens can be used with both 2/3-inch and 1/2-inch sensor configurations, although the resulting FOV differs between the two formats. On a 2/3-inch sensor, the specified diagonal FOV is 37.5°, while a 1/2-inch sensor provides a narrower 28° diagonal FOV. This allows system designers to select the appropriate sensor and lens combination according to the required inspection area.
The F1.4 maximum aperture provides additional flexibility when illumination is limited, while the manual iris allows the optical system to be tuned during machine setup. The M30.5×0.5 filter thread can also accommodate compatible filters when additional optical control is required.
For complete industrial inspection applications, this lens can be integrated into Machine Vision Solutions and automated inspection equipment. Engineers can also review the dedicated Lens Selection Guide when comparing sensor format, focal length, working distance, and FOV.
When matching the lens to a camera, engineers should confirm the actual sensor format rather than selecting only by the lens’s nominal 2/3-inch format. The Sensor Guide provides additional information about sensor formats and lens compatibility.
For applications where distortion is a key consideration, the Distortion Guide can help explain how optical distortion affects industrial imaging and measurement.
If the working distance and required field of view are already known, the Focal Length Calculator can be used to evaluate whether a 16mm focal length is appropriate.
Designed for precision machine vision, factory automation, dimensional inspection, component positioning, and automated quality-control applications.
Q: What is the distortion of this 16mm machine vision lens?
A: The specified TV distortion is less than 0.1%, making this lens suitable for applications that require highly controlled geometric image reproduction.
Q: What sensor formats can this C-Mount lens support?
A: The supplied specifications provide FOV values for both 2/3-inch and 1/2-inch sensor formats. The actual sensor and camera should be verified for optical compatibility before installation.
Q: What is the FOV on a 2/3-inch sensor?
A: With a 2/3-inch sensor, the specified diagonal FOV is 37.5°, horizontal FOV is 30.5°, and vertical FOV is 23°.
Q: What is the FOV on a 1/2-inch sensor?
A: With a 1/2-inch sensor, the specified diagonal FOV is 28°, horizontal FOV is 22.5°, and vertical FOV is 17°.
Q: Is this lens suitable for dimensional inspection?
A: Yes. The <0.1% distortion specification makes it particularly suitable for imaging tasks involving dimensions, edges, alignment, positioning, and other geometric features.
Q: What is the aperture range of this C-Mount lens?
A: The manual aperture ranges from F1.4 to F16, allowing users to adjust exposure and depth of field according to the lighting and inspection requirements.
Q: Does the lens support optical filters?
A: Yes. It features an M30.5×0.5 filter screw for compatible optical filters.
Q: How can I determine whether the 16mm focal length is suitable for my inspection system?
A: The required focal length depends on the sensor format, working distance, and desired field of view. The FOV Calculator and Focal Length Calculator can be used during the selection process.
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