Any questions or would you like to order this product? Do not hesitate to contact us
Any questions or would you like to order this product? Do not hesitate to contact us
The main objective of the spectroradiometer’s design was to provide a new modular technology for measuring optical radiation. The goal was to create an instrument that could be adjusted to each customer’s unique requirements while still retaining accuracy comparable to that of a laboratory.
When thermal stabilization is directly given to the detector, it lowers noise and dark current values, which enhances the detector’s ability to measure low-level signals, particularly those in the ultraviolet (such as LED UV-C). In the application range, the solution will also provide independence from the surrounding temperature.
By adjusting the aperture and filters, the variable optical path module guarantees flexibility in the system’s optical property adjustment to the nature of the measured signal. This method typically eliminates the need to install a separate measuring probe for each application by enabling the user to readily adjust the instrument to specific measurement needs. all the while keeping all optical path configurations’ calibration settings intact.
The state-of-the-art spectroradiometer GL SPECTIS 4.0 M has the newest optical solutions for accurate light quality control in a range of applications. It has a Peltier module, which lowers signal noise and dark current levels to reduce measurement uncertainty for demanding measurement applications in the lab or industrial setting.
GL SPECTIS 4.0 M’s universal modular design makes it an excellent option for quickly creating a specialized measuring device. For particular purposes, it is possible to increase the spectral range by adding an additional filter. Radiant power and total luminous flux can be measured when coupled to an integrating sphere. In conjunction with telescopic probes for brightness and radiance, a specialized assessment of risks associated with optical radiation and light quality can be carried out.
We respect accurate calibration techniques and clever system architecture. Every spectroradiometer is calibrated separately, and a number of pre-calibration steps, including wavelength calibration, non-linearity correction, and stray-light inspection, are carried out prior to the absolute spectral calibration procedure.
This measuring device was created to satisfy certain needs in cutting-edge applications. Its extended spectral range (UV–VIS–NIR) is 200–1050 nm. It comes with a multi-step, traceable factory calibration and high-performance optical components. The easy integration of production testers or stationary laboratory measuring stands is facilitated by the availability of on-demand rack housing. Operational stability and dependability are guaranteed by Ethernet connections. A selection of GL OPTI PROBES with fast connectors offers a level of simplicity never seen before.
Precise measurements about the actinic effects of optical radiation and photobiological safety can be performed with this module. UV measurements are carried out by GL SPECTIS 4.0 M UV, which has a high optical resolution of less than 1 nm (FWHM). The apparatus has the capability to measure absolute irradiance values within the 200 nm to 400 nm range through calibration.
In order to evaluate the photobiological risk and validate radiation sources used for medical and disinfection purposes, it is imperative to improve the quality of UV measurements.
This top-of-the-line spectroradiometer is ideal for characterizing LEDs since it can be used with any of our goniometer systems and integrating spheres to perform measurements that meet CIE 127:2007 and CIE 025/E:2015 standards. It is the perfect tool for measurements verifying IES LM-79-08 and other international standards due to its excellent accuracy and resolution.
The capacity to modify the system’s and the spectroradiometer’s configuration to meet the unique requirements of each customer is the main advantage of the device’s modular design. Additional modules can be added to the machine to increase its capability if needed, even months after purchase.
By adjusting the aperture and filters that affect the readings, the variable optical path module enables the optical route to be adjusted to the characteristics of the measured signal. This technique eliminates the need to switch to a specialized measuring probe in order to swiftly adjust the instrument to certain measurement requirements. all the while keeping all optical path configurations’ calibration settings intact.
The method of thermal stabilization of detectors in GL SPECTIS 4.0 M devices relies on directly stabilizing the sensor using a Peltier cell, which eliminates the need to cool the complete apparatus. The module’s purpose is to preserve the detector’s linearity, noise level, and dark current value while facilitating low-level signal readings. Reduced temperature variations lead to a decreased level of uncertainty in the measurement that was obtained.
Our spectroradiometers are individually calibrated and set to provide accurate findings for almost any realistic optical radiation measurement application. Using the accompanying software, measuring and reviewing the findings takes only a few seconds.
+ plenty more!
The GL SPECTIS 4.0 M spectrometer is very accurate and suitable for any application.
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