16mm f/16, HPi Series Fixed Focal Length Lens

Product Details 1.1″, C-Mount Lens Up to 20 MegaPixels, 1.85µm Pixel Size Sensors Instrumentation (HPi) versions of our HP Series Lenses with Streamlined Mechanical Designs and Fixed Apertures 16mm to 50mm Focal Length Ruggedized (HPr) Designs Also Available TECHSPEC HPi Series Fixed Focal Length Lenses offer the same high resolution performance as the TECHSPEC HP Series Lenses with a streamlined design. The simplified mechanical design enables a more compact size with a reduction in cost and weight, making them ideal for OEM volume applications. Featuring a wide range of fixed aperture versions and an adjustable focus, TECHSPEC HPi Series Fixed Focal Length Lenses offer the ideal combination of simplicity and flexibility required for industrial applications. Call for OEM Quantity Pricing. Edmund Optics has created a family of high performance optical designs (the HP Series family) and developed three customized optomechanical solutions targeted for specific applications. These lens sub-families utilize the same optics as the HP Series lenses providing the same optical performance in a variety of optomechanical solutions to meet your application requirements: HP Series : Features locking cam focus and iris adjustment. This is the most adjustable version of these optical designs and is the typical high quality machine vision lens. HPi Series: Simplified mechanics featuring fixed apertures with compact housing. Industrial Ruggedization for reduced size, cost, and locked focus. HPr Series : All optics glued in place and a locking C-clamp focus ring. Stabilized Ruggedization for reduced pixel shift and improved focus stability. Specifications General Product Family: HPi Series Type: Fixed Focal Length Lens Physical & Mechanical Properties Iris Option: Fixed Length (mm): 64.20 Maximum Diameter (mm): 48 Outer Diameter (mm): 48 Weight (g): 117 Maximum Rear Protrusion (mm): 0 Optical Properties Horizontal Field of View @ Max Sensor Format: 127mm – 53° Field of View at Max Sensor Format: Horizontal: 112.4mm – 47.2° Vertical: 82.7mm – 35.9° Diagonal: 144.7mm – 58° Horizontal Field of View, 1.1″ Sensor: 113.4mm – 47.6° Horizontal Field of View, 1″ Sensor: 101.3mm – 43.2° Horizontal Field of View, 2/3″ Sensor: 68.4mm – 30.1° Horizontal Field of View, 1/1.8″ Sensor: 55.7mm – 24.8° Horizontal Field of View, 1/2″ Sensor: 49.4mm – 22.1° Horizontal Field of View, 1/2.5″ Sensor: 44.7mm – 20.0° Horizontal Field of View, 1/3″ Sensor: 36.9mm – 16.6° Horizontal Field of View, 1/4″ Sensor: 27.6mm – 12.5° Maximum Image Circle (mm): 17.60 Numerical Aperture NA, Object Side: 0.004 Number of Elements (Groups): 9 (7) Focal Length FL (mm): 16.00 Working Distance (mm): 100 – ∞ Aperture (f/#): f/16 Coating: λ/4 MgF 2 Coating Specification: λ/4 MgF 2 Entrance Pupil Position (mm): Measured from the first lens surface on the object side. Positive values indicate direction toward the image side; negative values indicate direction toward the object side. 27.28 Object Space Principal Plane (mm): Measured from the first lens surface on the object side. Positive values indicate direction toward the image side; negative values indicate direction toward the object side. 40.34 Image Space Principal Plane (mm): Measured from the last lens surface on the image side. Positive values indicate direction toward the image side; negative values indicate direction toward the object side. 4.08 Maximum Distortion (%): -3.76 Exit Pupil Position (mm): Measured from the last lens surface on the image side. Positive values indicate direction toward the image side; negative values indicate direction toward the object side. -58.81 Optimized Working Distance (mm): 400 – 2000 Lens Wavelength Range: VIS Sensor Optimized Sensor Format: 1″ Maximum Sensor Format: 1.1″ Pixel Size (μm): 1.85 Threading & Mounting Filter Thread: M46.0 x 0.75 (Female) Mount: C-Mount Environmental & Durability Factors Storage Temperature (°C): -20 to +60 Type of Ruggedization: Industrial (Fixed Aperture with Simplified Mechanics) Regulatory Compliance Certificate of Conformance: View ×