GO-DS Large Center Mirror Distribution Photometer (Distributed Photometer) Editor's Note: This series of products involves the GO-R100 Large Motion Mirror Distribution Photometer (Distributed Photometer) using the preferred design scheme of third-party lighting test institutions in North America. GO-DS large central mirror distribution photometer (distributed photometer), GO1900 distribution photometer (distributed photometer), GO1900L lamp light distribution curve test system, GO300 high precision distribution photometer (with German advanced design scheme) Distributed photometer), GO-HD2 traffic and vehicle lighting performance test system with corner accuracy up to 0.01°, GO-HD automatic metering system, precision metering guide and YFF-10 type Road standard temperature rise system, etc. Mainly used for outdoor lights (with), indoor lights (with), road lights (with), floodlights (with), car lights (with), traffic lights (with), motorcycle lights (with), marine lights ( Light distribution performance analysis of,), spotlights, semiconductor light-emitting devices, retroreflectors, retroreflective materials, and the like. Product Description: It is suitable for the photometric test of various lamps (with), outdoor lights (with), road lights (with), floodlights (with). CIE A-α, CIE B-β, CIE C-γ measurement scheme can be realized with different software. The IESNA file format output can be directly used as input data of international general lighting design software, and meets the requirements of international and domestic standards such as CIE and IESNA. Technical characteristics: Measuring the spatial light intensity distribution curve, light intensity data, regional luminous flux, luminaire efficiency, brightness distribution, utilization coefficient, brightness limit curve, glare level, estimated curve, maximum allowable distance ratio, effective illuminating angle, and upward luminous flux Photometric parameters such as down-light flux, iso-illuminance curve, and other light intensity curves; using large-scale plane mirrors, the measured position of the tested lamps is consistent with the actual use state, and the lamp burning state is unchanged; domestic unique technology - standard level? Set the magnifying? Constant temperature photometric detector is much better than the first-level detector, and the test accuracy is higher; Precision, stable mechanical structure, stable rotation, low noise, high angular precision, adjustable test arm length 5m ~ 30m, and meet various types Test requirements for luminaires; rotation can be controlled by remote control, turntable controller or computer software. The test arm length (distance) is easy to adjust. If equipped with a light guide rail, it is very beneficial for various lamps to be measured under various conditions.
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Maxway Technology Co., Ltd. , http://www.mwacrylic.com