With the Spectis 5.0 Touch optical spectrometer, the accuracy and configurability of portable light measurement devices has been taken to a new level. Until now, photometric and radiometric accuracy this high was only available in high end lab systems. Using this state-of-the-art spectral light measurement instrument, you can get lab grade data anywhere you go. Our light spectrometers are individually calibrated to deliver precise results quickly, with options to include our industry leading Spectrosoft Analysis suite for advanced analysis and reporting.

This truly unique LED spectrometer can be configured to cover an extended spectral range from UV to NIR using a single sensor, calibrated for absolute measurements from 200nm to 1050 nm. The practical design of this instrument allows for various types of measurements for a range of different applications. From UV measurements in Photobiological Safety tests through lab accuracy VIS range LED lamps evaluation to IR range tests of LEDs in medical application. The Spectis 5.0 optical spectrometer has you covered.

With a wide wavelength range from 200 to 1050nm, the Spectis 5.0 Touch spectroradiometer allows for measurements in accordance with a number of standards, including Photobiological Safety (EN 62471) or measurement of SSL products (IESNA LM-79-08).

The instrument does not require a computer to take measurements. Navigation is very simple and key data can be immediately displayed using the device’s color touch screen:

• full spectral profile i.e. spectral power distribution
• chromaticity charts according to CIE standards
• color coordinates
• all lighting parameters like CCT, CRI and the individual R1 – R 15 indices
• color peak values

Automotive and other vehicle lighting product compliance testing becomes a challange for many engineers in the industry. It’s mainly because the cost optimization and increasing speed of new products introduction onto the market puts additional pressure to measure more, faster and better.

The GLG A 50-1800 goniophotometer has been designed for every day application in R&D laboratories and product compliance testing center labs where dependable data is provided by truly user friendly photometric instruments system.

Following the industry standards this goniophotometer system is ready to photometric testing of vehicle LED and other types of lamps luminous intensity distribution in H,V coordinates. Robust design, user friendly interface and top level accuracy available for fast developing industry.

• Programmable, robust and accurate Type A goniometer with 3 mechanized H,V and Z axes and DUT moving x,y mechanical mounting table
• A preconfigured, turn-key system including all instruments with software and a dedicated PC which is tested prior to shipment to customer
• Unique laser alignment system with mirrors and system control options helps to calibrate system vertical and horizontal alignment and also faster photometric positioning of DUT*
• FAST PHOTOMETER + FLICKER
• On-fly measurements available with this new optional instrument combined with optical flicker characterization of DUT*

GL Opticam 3.0 4K TEC Imaging Luminance Measuring Device

Until recently, measuring luminance distribution in accordance with EN 13201: 2016 Road Lighting Standard has been a tedious, time-consuming and expensive process, requiring many people and specialist knowledge. GL Optic presents GL OPTICAM 3.0 4K TEC, a system that offers verification of luminance distribution under real and varying weather conditions. Measurements that were previously only possible in the laboratory can now be performed in the field.

World’s first solution for field luminance measurements

The GL OPTICAM 4K TEC system was developed in cooperation with the Poznań University of Technology and implemented under the Program of the National Center for Research and Development and is the world's first solution fully adapted to field measurements. The device was equipped with a thermal stabilization function of the matrix, which compensates for measurement errors resulting from changing temperature conditions. Its hermetic casing (IP 54) is designed field use and prepared for various weather conditions - even in the rain, without fear of damaging the camera. Additionally, it has a rechargeable power source, which relieves the operator of the need to use power generators and portable power supplies when working in the field. A set of included accessories, including measurement field markers and a measurement wheel, make it easy to mark the road area and carry out a complete measurement process.

Ready to work according to the plug and measure principle

The high-resolution, high-sensitivity camera is pre-configured for immediate measurement of luminance distribution in the field, for any application. The intuitive analytical software, GL Opticam SOFT, immediately presents the results, including the installation’s compliance or non-compliance with the assumptions and requirements of the road lighting standard. In addition, the software allows a report to be generated at the touch of a button, something not previously available in any system on the market.

Data accuracy and reliability guaranteed

Comparative tests have shown that the measurement accuracy of GL OPTICAM 3.0 4K TEC is equal to that of equipment from the world's leading manufacturers. And the repeatability of the measurements due to temperature stabilization as well as the refined set of accessories and intuitive software surpass all luminance measuring instruments available on the world market. The accuracy and reliability of the data is ensured by the 9-step calibration performed in GL Optic’s Calibration and Research Laboratory of Optical Radiation (CARLO), , which is the only facility in Central and Eastern Europe equipped with a Black Body Radiator, a primary standard source for implementation of spectral irradiance units . Such standards are only found in the leading National Institutes of Standards and Technology in the world, such as NIST, PTB or VNIIOFI. Once taken, the measurements and the data recorded from them can be analyzed at any time, even months or years after the physical measurements – even if standardization requirements change.

Excellent results in comparative tests

GL OPTICAM 3.0 4K TEC was used to measure one of the most important traffic sections in Poland, the A2 motorway, along the southern borders of the Poznań conurbation. The tests were carried out on the night of 16-17 June and were conducted by the Poznań University of Technology. For the tests it used its own recognized brand meter and the new GL Optic solution. The results obtained from both measurements overlapped additionally the tests confirmed that the lighting on this critical section of motorway meets the photometric assumptions and requirements in terms of quality and functional potential and complies with the PN-EN 13201 standard.

GL OPTICAM 3.0 4K TEC is a system designed in a very thoughtful way, using the extensive measurement experience and knowledge of the partners from the Department of Light Technology and Electrothermics of the Poznań University of Technology, with attention to detail that allowed to simplify and accelerate the measurement itself and the presentation of the results.

An upgraded version of the very successful Spectis 1.0 Touch spectral light meter, this new variant takes portable light measurement to a new level. This innovative new light spectrometer instrument can now measure flicker of light in addition to the extensive range of standard photometric and colorimetric values available on the Spectis 1.0 Touch for color and intensity…all within seconds.

The Spectis 1.0 Touch light flicker meter is now equipped with additional electronics and fast photodiode to measure flicker frequency, flicker index and flicker ratio. Designed and developed in consultation with industry leaders and standards committees, this device provides all the measurement quantities required to accurately measure and understand flicker.

The Spectis 1.0 Touch Flicker meter delivers reliable and accurate optical performance, and intuitively operated spectral instrument for light measurement. Dependable light assessment is no longer restricted to only experts or external laboratories. Our preconfigured, individually calibrated measurement instruments deliver fast and precise results, and the included software includes extensive analysis and automation capabilities that deliver the results that matter.

GL Optic light spectrometers are designed and preconfigured for light measurement applications. The B class cosine corrected measurement head is a standard accessory allowing for precise measurement of light. Now, with the addition of a photodiode placed next to the standard diffusor with fast readout electronics, optical flicker signal response is captured at the same time. Directly on the touch screen you can check the values and the graph showing the wave shape, height and frequency and you can even zoom in to check details. Extended analytical and reporting capabilities are possible with the optional GL Spectrosoft PRO license.

• Self Contained Handheld Spectrometer
• Automatic Accessory Detection
• Dark current compensation
• Trigger Socket
• Photometric and Radiometric calibration

With the Spectis 5.0 Touch optical spectrometer, the accuracy and configurability of portable light measurement devices has been taken to a new level. Until now, photometric and radiometric accuracy this high was only available in high end lab systems. Using this state-of-the-art spectral light measurement instrument, you can get lab grade data anywhere you go. Our light spectrometers are individually calibrated to deliver precise results quickly, with options to include our industry leading Spectrosoft Analysis suite for advanced analysis and reporting.

This truly unique LED spectrometer can be configured to cover an extended spectral range from UV to NIR using a single sensor, calibrated for absolute measurements from 200nm to 1050 nm. The practical design of this instrument allows for various types of measurements for a range of different applications. From UV measurements in Photobiological Safety tests through lab accuracy VIS range LED lamps evaluation to IR range tests of LEDs in medical application. The Spectis 5.0 optical spectrometer has you covered.

With a wide wavelength range from 200 to 1050nm, the Spectis 5.0 Touch spectroradiometer allows for measurements in accordance with a number of standards, including Photobiological Safety (EN 62471) or measurement of SSL products (IESNA LM-79-08).

The instrument does not require a computer to take measurements. Navigation is very simple and key data can be immediately displayed using the device’s color touch screen:

• full spectral profile i.e. spectral power distribution
• chromaticity charts according to CIE standards
• color coordinates
• all lighting parameters like CCT, CRI and the individual R1 – R 15 indices
• color peak values

Automotive and other vehicle lighting product compliance testing becomes a challange for many engineers in the industry. It’s mainly because the cost optimization and increasing speed of new products introduction onto the market puts additional pressure to measure more, faster and better.

The GLG A 50-1800 goniophotometer has been designed for every day application in R&D laboratories and product compliance testing center labs where dependable data is provided by truly user friendly photometric instruments system.

Following the industry standards this goniophotometer system is ready to photometric testing of vehicle LED and other types of lamps luminous intensity distribution in H,V coordinates. Robust design, user friendly interface and top level accuracy available for fast developing industry.

• Programmable, robust and accurate Type A goniometer with 3 mechanized H,V and Z axes and DUT moving x,y mechanical mounting table
• A preconfigured, turn-key system including all instruments with software and a dedicated PC which is tested prior to shipment to customer
• Unique laser alignment system with mirrors and system control options helps to calibrate system vertical and horizontal alignment and also faster photometric positioning of DUT*
• FAST PHOTOMETER + FLICKER
• On-fly measurements available with this new optional instrument combined with optical flicker characterization of DUT*

GL Opticam 3.0 4K TEC Imaging Luminance Measuring Device

Until recently, measuring luminance distribution in accordance with EN 13201: 2016 Road Lighting Standard has been a tedious, time-consuming and expensive process, requiring many people and specialist knowledge. GL Optic presents GL OPTICAM 3.0 4K TEC, a system that offers verification of luminance distribution under real and varying weather conditions. Measurements that were previously only possible in the laboratory can now be performed in the field.

World’s first solution for field luminance measurements

The GL OPTICAM 4K TEC system was developed in cooperation with the Poznań University of Technology and implemented under the Program of the National Center for Research and Development and is the world's first solution fully adapted to field measurements. The device was equipped with a thermal stabilization function of the matrix, which compensates for measurement errors resulting from changing temperature conditions. Its hermetic casing (IP 54) is designed field use and prepared for various weather conditions - even in the rain, without fear of damaging the camera. Additionally, it has a rechargeable power source, which relieves the operator of the need to use power generators and portable power supplies when working in the field. A set of included accessories, including measurement field markers and a measurement wheel, make it easy to mark the road area and carry out a complete measurement process.

Ready to work according to the plug and measure principle

The high-resolution, high-sensitivity camera is pre-configured for immediate measurement of luminance distribution in the field, for any application. The intuitive analytical software, GL Opticam SOFT, immediately presents the results, including the installation’s compliance or non-compliance with the assumptions and requirements of the road lighting standard. In addition, the software allows a report to be generated at the touch of a button, something not previously available in any system on the market.

Data accuracy and reliability guaranteed

Comparative tests have shown that the measurement accuracy of GL OPTICAM 3.0 4K TEC is equal to that of equipment from the world's leading manufacturers. And the repeatability of the measurements due to temperature stabilization as well as the refined set of accessories and intuitive software surpass all luminance measuring instruments available on the world market. The accuracy and reliability of the data is ensured by the 9-step calibration performed in GL Optic’s Calibration and Research Laboratory of Optical Radiation (CARLO), , which is the only facility in Central and Eastern Europe equipped with a Black Body Radiator, a primary standard source for implementation of spectral irradiance units . Such standards are only found in the leading National Institutes of Standards and Technology in the world, such as NIST, PTB or VNIIOFI. Once taken, the measurements and the data recorded from them can be analyzed at any time, even months or years after the physical measurements – even if standardization requirements change.

Excellent results in comparative tests

GL OPTICAM 3.0 4K TEC was used to measure one of the most important traffic sections in Poland, the A2 motorway, along the southern borders of the Poznań conurbation. The tests were carried out on the night of 16-17 June and were conducted by the Poznań University of Technology. For the tests it used its own recognized brand meter and the new GL Optic solution. The results obtained from both measurements overlapped additionally the tests confirmed that the lighting on this critical section of motorway meets the photometric assumptions and requirements in terms of quality and functional potential and complies with the PN-EN 13201 standard.

GL OPTICAM 3.0 4K TEC is a system designed in a very thoughtful way, using the extensive measurement experience and knowledge of the partners from the Department of Light Technology and Electrothermics of the Poznań University of Technology, with attention to detail that allowed to simplify and accelerate the measurement itself and the presentation of the results.