GL SPECTIS 8.0 Spectrometer

NegotiableUpdate on 12/14

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

GL SPECTIS 8.0 can be used in conjunction with other devices to measure all types of light sources, displays, and LED lights.

Product Details

The Spectis8.0 spectrometer uses a silica transmission grating to improve resolution and system sensitivity. Each spectral radiometer is individually calibrated and undergoes three pre calibration stages before the spectral calibration process: (1) wavelength calibration, (2) nonlinear correction, and (3) optical stray light suppression

GL SPECTIS 8.0 can be used in conjunction with other devices to measure all types of light sources, displays, and LED lights.

GL SPECTIS 8.0光谱仪(图1)

system function

**Photon Technology

The optical system of GL SPECTIS 8.0 spectroradiometer uses the * * * * solution available in spectroscopy. The mirror/grating/mirror spectrometer platform uses a silicon dioxide transmission grating and a back thin CCD image sensor. Sensors and electronic devices have thermal stability, and software continuously monitors baseline levels.

The transmission grating provides * * transmission performance and high diffusion efficiency. These features allow for setting very short integration times, which are crucial for high-precision light source measurements and may be a crucial factor in ultra fast production process control applications.

The back thin CCD Hamamatsu sensor provides very high quantum efficiency over a wide spectral range. This helps to achieve more accurate and low-noise light measurements in the UV, VIS, and NIR ranges. The high optical resolution of this platform makes it an ideal tool for narrowband light source measurement and fast light measurement in industrial applications.

Photometric and radiometric calibration

Before delivery, integrate * * spectral calibration into each spectrometer to accurately measure different * * values (such as lux, candela, or lumens) and radiance values, depending on the installed measurement accessories.

Dark current compensation

The GL Spectis 8.0 spectrometer can provide very accurate measurements under different conditions. The temperature sensor installed on the electronic board monitors temperature changes and automatically compensates for any changes in dark current levels, providing excellent measurement stability.

GL SPECTIS 8.0光谱仪(图2)

System specification parameters

Spectral Range*	250 – 1050 nm
sensor	Back thin CCD image sensor with cooling (5 ° C)
Pixels	2048
Optical resolution/FWHM	2.0 nm
Wavelength reproducibility	±0.2nm
integration time	10ms~10s
A/D conversion	16bits
Signal to Noise Ratio	2000：1
stray	2*10E-4
Spectral radiation accuracy**	±2%
Measurement uncertainty of color coordinates (x.y)**	±0.001
pc interface	USB 2.0
data format	XML
External power adapter	Input: AC 100... 240 V (50/60 Hz) 1.5 A Output: DC 12V*
operation temperature	5-35°C
Dimensions [H x W x D]	270 mm x 180 mm x 325 mm
weight	4800 kg

*The spectral range of the sensor. Due to limitations in the use of optical accessories, the actual spectral range of the system may be reduced.
**Immediately after calibration, measurement uncertainty appears. The expanded uncertainty corresponds to a coverage probability of 95%, with a coverage factor of k=2.
This parameter is effective under laboratory conditions of 25 ° C and relative humidity of 45%
Attention: Instrument, firmware, and software specifications are subject to change without prior notice. All information contained in the GL OPTIC data sheet, as well as any form of product information, has been carefully prepared and includes truthful information. Please note that differences may occur due to text and/or other errors or changes in available technology. Please contact us before using the product to obtain the product specifications.

Applicable to:

Lamp manufacturer
Lighting testing agency
Environment or personnel related to lighting inspection and testing
Suitable for various optical measurement applications from laboratory to on-site testing