Whenever you need to build a complex LED test and measurement setup, this rack mounted spectrometer module is ready. Easily connect with other devices like power supplies, TEC controls, power meters and other peripherals of the instrument system for LED lighting laboratory or production testing.
GL Spectis 6.0 Usage
LED chip and LED lamps production process control
New international standards for LED lighting put additional demand on complete measurement systems which can perform optical test along with the electrical and thermal parameters testers. The GL Spectis 6.0 LED spectroradiometer uses industrial standard 19″ rack housing for easy integration into production testing systems and larger laboratory settings to include power measurement, TEC systems, triggers and other testing devices.
Practical industrial rack housing allows for easy connection of complexed measurement systems. Available USB and Serial interface simplifies integration with different types of control software and data systems.
With a wide wavelength range from 200 to 1050nm, the Spectis 6.0 allows for measurements in accordance with a number of standards, including Photobiological Safety (IEC EN 62471) or measurement of SSL products (IESNA LM-79-08) and the latest global CIE S025 standard. One device can cover many different types of measurements.
- Complete measurements in accordance with CIE 127:2007 and CIE 025/E:2015.
- Photobiological Safety testing of LED Products in accordance with EN 62471.
- Measure of SSL Products in accordance with (IES) LM-79-08.
- Ecodesign requirements in accordance with (EU) No 1194/2012.
GL Spectis 6.0 Features
An absolute spectral calibration is integrated into each spectrometer before delivery thereby enabling the accurate measurement of different absolute values such as lux, candela or lumen together with radiometric values depending on the measurement accessory installed.
Despite the fact that it is not a cooled detector instrument, the Spects 6.0 is ready to provide very accurate measurements in different conditions. A temperature sensor installed on the electronic board monitors changes in temperature and automatically compensates for any change in dark current level ensuring excellent measurement stability.
With the universal concept and design of the Spectis 6.0, you can easily expand your measurement system by adding any one of our integrating spheres or additional accessories.
The Spectis 6.0 possesses a unique mechanism to detect and automatically load the correct calibration file for that attached accessory. This enables the user to confidently avoid measuring errors when changing accessory interfaces. The calibration meets the requirements of leading standards institutes and is confirmed with a manufacturer’s certification.
Spectis 6.0 Metrics
- Lux – irradiance
- Lumen – luminous flux
- CRI – color rendering index according to the CIE
- CCT – the color temperature according to standard CIE
- Color – the chromatic coordinates of the CIE 1931 and CIE 1964
- TM-30 – color rendering using the latest IES recommend approach
- Fidelity and Gamut – method for evaluating light source color rendition according to TM-30 IES standard
- PAR/PPFD – photosynthetic active radiation measurements for horticulture
- EML – biological effects of light on humanism equivalent melanopic luxe
- mWatt – radiation energy
- + many more!
GL Spectis 6.0 Specifications
|Spectral range||340-850nm / 200-800nm / 380-1050nm / 200-1050nm|
|Sensor||Back-thinned type CCD image sensor|
|Number of pixels||2048|
|Physical resolution||~ 0.5nm|
|Optical FWHM||2.5nm – 3.5nm|
|Measurement range||1 – 50.000lx [Illuminant A]|
|Integration time||10ms to 60s|
|A/D conversion||16 bits|
|Signal to noise ratio||1000:1|
|Measurement uncertainty of color coordinates (x.y)||0.0015|
|Illuminance**||0.1 lx to 200.000 lx|
|Irradiance||0.02 to 600 w/m2|
|Luminous Flux (w/ Opti Sphere 48mm)||0.005 to 150 lm|
|Luminance (w/ Opti Probe 1.0.10)||5 to 150,000 cd/m2|
|Dimensions||2U 19” | 480 x 262 x 88.9 mm; 2.5 kg|
|Featuring a temperature monitored sensor system|
*Absolute measurement uncertainty after calibration. The expected uncertainty corresponds to a coverage probability of 95% and the coverage factor k=2
**Measurement below 1 lx may require customization to obtain noted specification. Please discuss with technical sales.
Note: Instrument, firmware and software specification are subject to change without prior notice. All information included in GL OPTIC datasheets and product information available in any form are carefully prepared and included information believed to be true. Please note that discrepancies may occur due to text and/or other errors or changes in the available technology. We advise to contact GL Optic before the use of the product to obtain the latest product specification.