Schneider Industrial Optics 27-1932135 Lens AQUAMARINE 2.0/35 TFL-R Ruggedized, 24mm, M30.5x0.5, Country of Origin: DE, HS Tariff Code 9002.11.9000The Aquamarine series is designed as a budget-friendly solution for high-resolution industrial imaging. These lenses are compact and robust, built to deliver reliable performance in demanding, harsh industrial environments. Key Technical Specifications Maximum Sensor Size: Supports up to 1.3in (24 mm) sensors. Initial Aperture: Fast starting aperture of F2. Focal Length Options: Available in two focal lengths: 28 mm (Aperture range: F2.0 to F16) 35 mm (Aperture range: F2.0 to F22) Mounting Options: Available in standard C-Mount and TFL-Mount (M30.5x0.5 thread). Optical Coating: Features a special broadband Anti-Reflective (AR) coating, allowing the lenses to be used in either the visible range (400 to 700 nm) or the Near-Infrared (NIR) range (700 to 1000 nm). Specialized Product Variations While the series includes standard models, the 28 mm variant offers two specialized configurations for specific industrial needs: Ruggedized Version (C-R): Built with exceptional shock and vibration resistance to increase lifespan and lower maintenance costs in high-reliability applications. Motorized Iris Version (C-MI): Utilizes an electrical control to automatically adjust the iris, providing precision and flexibility in fluctuating lighting conditions. Environmental Durability & Testing The lenses are thoroughly tested against stringent DIN ISO 9022 standards to verify their resilience in demanding environments: Temperature Resistance: Survives slow temperature cycling from -25°C to +70°C (5 cycles of 12 hours). Humidity Resistance: Withstands cyclic damp heat from -23°C to +40°C with 80% to 95% relative humidity. Shock Resistance: Rated for shock testing up to 50 g / 11 ms (18 shocks total). Vibration Resistance: Tested against sinusoidal vibration at 2 g across 10 to 500 Hz. Core Applications & Markets The Aquamarine series is heavily utilized across automated industrial lines, including: Machine Vision & Robotic Vision: For object, pattern, and visual feature recognition. Automated Optical Inspection (AOI): Analyzing and inspecting components for manufacturing defects. 2D and 3D Measurement: Accurately measuring object geometry and dimensions. Traffic & Surveillance: Monitoring public safety and managing traffic flow.
