LED spectrometer for high-throughput labs
In the wake of new lighting standards, an increasing number of new quality requirements are imposed to LED products. This raises the necessity to ensure constant quality of LED products during the production process. Though the demand trend currently goes towards small, easy-to-handle instruments for mobile use, the demand for high-quality spectrometers for high-end industry and laboratory applications has not decreased at all. Within this market environment, GL Optic is introducing a new instrument for high-throughput applications in large laboratories.
Due to its 2U 19" form factor, the GL Spectis 6.0 is ideal for use in standard racks. It measures radiation intensity across a very broad spectral range from 200 nm to 1050 nm – a spectrum that reaches from ultra violet across the entire visible range to near infrared, offering a spectral resolution of just 3.5 nm.
This feature set makes the GL Spectis 6.0 the ideal instrument for high-throughput-measurements of LED wafers or large luminaries such as street lamps. Designed to meet the needs of production process control in the production of LED chips or LED lamps, the GL Spectis 6.0 meets increasingly stringent requirements of international illumination standards such as CIE 127:2007 for LED surveys – a standard that defines techniques for measurements of photometric and radiometric dimensions such as radiated power or LED partial luminous flux. Likewise, the instrument also meets the IESNA LM79-08 standard describing processes for reproducible measurements of total luminous flux, light distribution or colour temperature of SSL products. What’s more, the GL Spectis 6.0 also fulfils the requirements of the ecodesign directive No. 1194/2012 regarding the policies for efficiency and labelling of LED packages. Another important property of LED illumination is the efficiency which frequently is described as a comparison to conventional light sources. The latter one is mostly expressed in lm/W; its measurement is mainly based on luminous flux and radiated power. Such measurements can be conducted with the GL Spectis 6.0 by connecting the spectrometer with an integrating sphere.
GL Optic will showcase the Spectis 6.0 at electronica – Hall A1, stand 373.
More information: https://www.gloptic.com
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