Computar H0514-VSW SWIR 1/2“ 5mm, F1.4, C- Mount, Manual Iris Lens

High-Performance Computar H0514-VSW SWIR Lens for Close-Up Applications

Product Spec Sheet

Discover the pinnacle of optical excellence with the Computar H0514-VSW SWIR lens, meticulously designed to meet the stringent demands of industrial and machine vision applications. This cutting-edge lens is engineered with precision, boasting a specialized emphasis on performance for close-up tasks prevalent in factory automation, robotics, and image processing realms.

The Computar H0514-VSW lens features a 1.5-megapixel sensor and an impressive f/1.4 aperture, ensuring exceptional light intensity across peripheral areas and capturing intricate details with unparalleled clarity. Its C-Mount compatibility offers versatility, making it seamlessly integrable into existing systems.

Crafted with a robust design and fortified with built-in locking mechanisms for focus and iris, this lens guarantees stability and reliability even in harsh industrial environments. Its low distortion capabilities ensure accurate image reproduction, vital for critical applications where precision is paramount.

Ideal for industrial machine vision and intelligent traffic systems, the Computar H0514-VSW lens delivers unparalleled performance and clarity, empowering businesses to achieve new heights of efficiency and accuracy in their operations.

With its exceptional features and unmatched reliability, the Computar H0514-VSW SWIR lens is the perfect choice for businesses seeking to elevate their security systems to new levels of performance and reliability. Invest in this cutting-edge lens today and unlock the true potential of your vision applications.

Features:

• 1.5-megapixel sensor
• 1/2" format
• 5mm focal length
• f/1.4 aperture with locking iris & focus
• C-Mount compatibility
• Low distortion
• Assured excellent light intensity even in peripheral areas
• Robust design with built-in locking mechanisms for focus and iris

Applications:

• Factory automation
• Robotics
• Image processing
• Industrial machine vision
• Intelligent traffic systems