132mm Low Angle Ring Light White

Product Details Low 30° LED Mounting Angle Designed for Constant Output Power for Prolonged Use Ideal for Darkfield Illumination CCS Low-Angle LED Ring Lights feature a low 30° LED mounting angle for darkfield illumination applications. By mounting a flexible circuit board at a steep slope, these ring lights are able to effectively concentrate light at small working distances. These low-angle LED ring lights are designed to maintain constant output power over prolonged periods. CCS Low-Angle LED Ring Lights enable images that clearly emphasize characteristic features of an object and are ideal for inspection of engraving, damage, or stains on metal surfaces, edge detection, inspection for contaminants, and other manufacturing and industrial applications. 3D-Printable Mount Files Ring Light Configuration Download Now Designed for use with the Articulating Arm Mounting Systems , these 3D-printed mounts allow easy positioning of lights in brightfield or darkfield setups. The design is based on mounting illumination to ¼-20″ breadboards or into 80/20 extrusion systems, but can be adapted based on user needs. Mounts are available for ring, bar, line, and inline spot lights. Application Note Illumination Mounts for Machine Vision Applications Read Video Assembly of 3D Printed Mounts for Common Illumination Geometries Watch Specifications General Model Number: LDR2-132SW2-LA Type of Illumination: LED Illuminator Manufacturer: CCS Geometry: Low-Angle Ring Light Illumination Mode: Constant Physical & Mechanical Properties Dimensions (mm): OD: 132 , ID: 96 , Height 22 Weight (g): 270 Optical Properties Color: White Electrical Power Consumption (W): 16 Hardware & Interface Connectivity Input Voltage (V): 24 Power Supply: Power Supply Required and Sold Separately: USA: #73-491 Europe: #73-491 Japan: #89-513 Korea: #33-773 China: #73-491 Environmental & Durability Factors Color Temperature (K): 5500 Regulatory Compliance RoHS 2015: Exempt × Reach 224: Contains SVHC(s) × Certificate of Conformance: View ×