Bestselling Opto Engineering Tccr3m048-c 1.1″ F/8 132.9 Mm C-mount Telecentric Lens Family Size [sgxN7ZbQ]

Opto Engineering TCCR3M048-C Telecentric Lens

Introducing the Opto Engineering TCCR3M048-C, a 1.1″ f/8 telecentric lens designed for high-resolution sensors. This compact C-Mount telecentric lens offers exceptional optical performance in a super-compact design. With its unique optomechanical design, the TCCR3M048-C provides high resolution, low F#, nearly zero distortion, and a high depth of field, making it ideal for precision imaging applications. The lens saves up to 70% in length compared to similar FOV lenses, offering unparalleled efficiency and portability.

Key Features and Specifications

The TCCR3M048-C is part of Opto Engineering's TC3MHR CORE series, which is renowned for its ultra-compact telecentric lenses. This lens boasts a 0.303x magnification, an image circle diameter of 17.6 mm, and an image size of 15.29 x 15.29 mm. It features a distortion typical of less than 0.08% and a maximum distortion of less than 0.1%. With phase adjustment capabilities and telecentricity of less than 0.08° typical and 0.10° maximum, the lens ensures accurate and stable imaging. The working distance is 132.9 mm, and the depth of field is 4.5 mm, providing excellent performance in a variety of applications. Its f/8 working f-number and 17 μm resolution make it perfect for high-resolution sensor systems.

Applications and Flexibility

Perfect for a wide range of applications, the TCCR3M048-C is ideal for precision measurement, automated inspection, and machine vision systems. Its ability to be mounted in multiple orientations without clamping mechanics, thanks to the M6 threads on multiple sides, provides maximum flexibility. Additionally, the unique front mounting clamp offers even greater versatility. With a weight of 1171 grams and dimensions of 152.3 x 106 x 77 mm, the lens is robust and durable, ensuring reliable performance in demanding environments. The TCCR3M048-C is also designed for operation in a temperature range of 0 to 40°C, making it suitable for various industrial settings. Its no filter threads design and operating relative humidity specifications further highlight its versatility and compatibility with various imaging systems.