1.79mm F2.0 162° Wide Angle Robot Vision Lens for Industrial Automation YT-7760-C1-A

YT-7760-C1-A： 1.79mm F2.0 Ultra-Wide Angle Robot Vision Lens, 162° DFOV, 5MP for AGV/AMR

Expand Your Robot's Field of View with Wide-Angle Imaging

Designed for robotic vision, embedded imaging, and industrial automation, this compact wide-angle lens delivers a 162° diagonal field of view and a 1.79mm effective focal length. It helps robotic systems capture a broader surrounding scene for environmental perception, object detection, and visual data acquisition.

Featuring an F2.0 aperture and a 2G4P optical structure, this lens is suitable for evaluating compact vision systems used in robotic grippers, industrial robotic arms, automated inspection equipment, and AGV/AMR applications. Its suitability depends on sensor compatibility, installation requirements, and system-level performance validation.

1. Ultra-Wide 162° Diagonal Field of View

The YT-7760-C1-A offers a horizontal field of view of 144°, a vertical field of view of 100°, and a diagonal field of view of 162°. This wide viewing range enables a camera system to capture a broad area from a single mounting position.

It can support robotic environmental perception, close-range scene monitoring, object presence detection, and visual data collection. Actual field coverage depends on the image sensor, camera orientation, installation position, and surrounding environment.

2. F2.0 Large Aperture for Indoor Imaging

The F2.0 maximum aperture allows light to reach the image sensor, supporting image capture in indoor industrial environments with limited or uneven lighting.

For robotic vision systems, adequate image brightness can help image-processing algorithms identify objects and interpret surrounding scenes. Actual low-light performance also depends on sensor sensitivity, exposure settings, illumination conditions, and camera processing.

3. 5MP Resolution Support

The YT-7760-C1-A is specified for a 1/2.6-inch image sensor format, with a reference sensor resolution of 1920 × 1200 and a pixel size of 3 μm. The product specification lists a maximum resolution of 5MP.

For optimal imaging performance, the lens should be evaluated with the intended sensor and camera module. Sensor compatibility, image-circle coverage, edge image quality, and resolution performance should be verified during system integration.

4. Compact Optical Design for Easy Integration

With an optical total length of 15.00 mm and an outer diameter of Φ14 mm, the YT-7760-C1-A is designed for compact camera assemblies where installation space is limited.

Its compact form factor can support integration into robotic arms, grippers, embedded vision equipment, and other space-constrained imaging systems. Before assembly, the lens mounting interface and mechanical dimensions should be confirmed against the latest engineering drawing.

5. 2G4P Optical Structure

The YT-7760-C1-A features a 2G4P optical configuration, combining two glass elements and four plastic elements in a compact optical assembly.

The specified TV distortion is -22%. As wide-angle imaging applications may have specific geometric accuracy requirements, distortion performance should be evaluated according to the intended application. For measurement-sensitive tasks, appropriate calibration or software distortion correction may be required.

6. Versatile Applications in Robotics and Industrial Automation

The YT-7760-C1-A can be evaluated for a range of robotic vision and industrial imaging applications, including:

• AGV and AMR environmental perception

• Robotic gripper and end-effector vision

• Industrial robotic arm vision systems

• Close-range object and workpiece detection

• Automated visual inspection

• Robotic visual data acquisition

Final application suitability depends on sensor compatibility, optical performance, mounting conditions, lighting, and system-level validation.

Wintop Optics – Your Partner in Vision Lens Solutions

Wintop Optics specializes in optical lenses for robotic vision, machine vision, automotive imaging, and other embedded camera applications. We help customers evaluate lens specifications and identify suitable optical solutions based on sensor format, field of view, mechanical constraints, and application requirements.

Contact Wintop Optics to discuss the YT-7760-C1-A, request product specifications, or explore sample evaluation and customized optical solutions for your project.

FAQs

1. What is the focal length of the YT-7760-C1-A robot vision lens?

The YT-7760-C1-A features an effective focal length of 1.79mm and a maximum aperture of F2.0, making it suitable for evaluating wide-angle imaging applications in compact robotic vision systems.

2. What is the field of view of the YT-7760-C1-A?

The lens provides a horizontal field of view of 144°, a vertical field of view of 100°, and a diagonal field of view of 162°. The actual field of view may vary depending on the image sensor and camera configuration.

3. Which image sensors are compatible with this lens?

The lens is specified for a 1/2.6-inch sensor format. The reference sensor specification is 1920 × 1200 with a 3μm pixel size, while the product table lists a maximum resolution of 5MP. Compatibility should be confirmed with the intended sensor and camera module.

4. Can the YT-7760-C1-A be used for AGV and AMR vision systems?

Yes, it can be evaluated for AGV and AMR environmental perception, robotic navigation-related imaging, and visual data acquisition. Final suitability depends on the system's field-of-view requirements, sensor compatibility, mounting conditions, and image-processing needs.

5. What are the dimensions and optical structure of this lens?

The lens has an optical total length of 15.00mm, an outer diameter of Φ14mm, and a 2G4P optical structure consisting of two glass elements and four plastic elements. Please confirm the mounting interface and mechanical drawing before integration.

6. Is the YT-7760-C1-A suitable for low-light environments?

The F2.0 maximum aperture supports light collection in indoor environments with limited illumination. Actual low-light performance depends on the image sensor, exposure settings, lighting conditions, and camera processing. Application testing is recommended before deployment.