Section II: Fire Emergency Light Testing Technical Specifications
Fire Emergency Light Test SS-1000XColor difference measurement using imaging color difference meters involves detecting the color difference between two samples (the standard sample and the measured sample). Traditional color difference measurement relies on the naked eye, which can be influenced by the surrounding environment and the observer's own condition, resulting in less accurate measurements. As the demand for color accuracy increases, manual detection methods are no longer sufficient for professional color testing. To achieve more precise color management, professionals use more sophisticated instruments, such as imaging color difference meters equipped with XYZ cameras, D65 light sources, spherical integrating spheres, and synchronous power supplies.
Performance Parameters:Pixel size 3.45um x 3.45um, 4/3-inch CMOS image sensor with high-precision XYZ, V(λ) filters; Effective pixels 16 million, resolution @ frame rate 4112x4112 max @ 23.5fps, 12-bit AD width dot matrix, capturing the entire scene: simultaneously measuring the brightness of each pixel point.
Pixel Capture:Automatic, single-point, multi-point, multi-point connectivity, circular, square, polygonal, elliptical, curved, etc.
Test Parameters:Color Difference △E, L*a*b*, XYZ, Color Coordinates x, y, HUE, RGB Color Coordinates x, y, Brightness, Color Difference Distribution Curve, Color Difference Pseudocolors
Key Features:
1. High-precision Measurement: The XYZ filter camera strictly matches the human eye's visual function V(λ), ensuring accurate acquisition of true brightness data.
2. Rich Software Features: Equipped with functions for uniform distribution of brightness and chroma in single-point, multi-point, and regional false-color maps, with adjustable upper and lower limits for each parameter.
3. Exposure Area: Exposure areas of any pixel size can be set to move
4. Features dual calibration support
5. Rich Interface: Equipped with input/output IO interfaces, capable of triggering tests with customers' PLCs and other automation equipment, providing PASS/NG indicators for pass/fail, and also offering SDK software packages developed by third parties.
Primary Applications:Textile and Apparel Industry, Printing Industry, Coatings and Paints Industry, Plastics and Rubber Industry, Food Industry, Cosmetics Industry, Automotive Industry, Pharmaceutical Industry, Building Materials Industry, Electronics and Appliance IndustryPending
CIE 117-1995 Indoor Lighting Discomfort Glare CIE 112-1994 Glare Evaluation System for Outdoor Sports Areas and Fields CIE 140-2000 Road Lighting Calculations
GB50034-2013 Building Illumination Design Standard CJ145-2015 Urban Road Lighting Design Standard GB 7793-2010 Sanitary Standards for Natural Light and Illumination in Primary and Middle School Classrooms JG1153-2016 Lighting Design and Inspection Standards for Sports Facilities Additional Glare-Related Standards
GB4599-2007, QC/T413 Automotive Ambiance Light Test Standard, Fire Emergency Lights, New National Standard GB17945-2010, Automotive LED Headlights GB 25991-2010
