Everfine
Everfine
Everfine
Home Products Optical Radiation Safety & Blue Light Hazard Test OST-2000A/B Optical Radiation Safety Test System
OST-2000A/B Optical Radiation Safety Test System
OST-2000B is designed refer to IEC 60825.1-2014, IEC 60825.2-2021 and IEC 62471 to get the various lamps, lighting systems, laser radiation and classify safety level.
Typical application scenarios
The system adopts automated testing platform, it can quickly obtain the maximum intensity/maximum irradiance hazard direction and automatically measure the diameter of the source on the apparent surface,, angular subtense, spectral radiation distribution of photobiological safety, radiant power, irradiance, radiance, hazard weighted radiation exposure, equivalent radiation ratio(mW/klm), emitting limitation and etc.It can classify the safety level for light source in standard with high automation, excellent repeatability, and more accurate measurement result, which is especially suitable for the measurement and classification of photo-bio-safety, such as intelligent lighting, intelligent drive, medical cosmetology, materials processing, biosensing, OLED and scientific experiment.
Everfine
Main characteristics
OSTM-2000B optical radiation safety test system mainly includes: photochemical UV radiation hazard, ocular near-UV radiation hazard, blue light radiation hazard for the eye, thermal radiation hazard for the eye, near-infrared hazard exposure limit for the eye, visible and infrared radiation hazard for the skin and etc. It covers the types of hazard in standard, and it can classify the safety level according to the degree of hazard.
Technical Specifications
ModelOST-2000A/B
Spectral Coverage200-3000nm
Wavelength Measurement AccuracyUp to 0.1 nm
Spectral BandwidthUp to 2 nm
Irradiance Accuracy4%
Stray Light10E-8 (double-monochromator mode)
Radiance Measurement Field of ViewAutomatic switching among four FOVs: 0.1 rad/0.011 rad/0.005 rad/0.0017 rad
Laser Angular Subtense Measurement Range1.5 mrad-100 mrad
Optical Rail Length6 m (customizable)
Pulsed Spectral Measurement RangeNot less than 300–1650 nm
Pulse Width≤10 us
Radiance Measurement GeometryComplies with CIE/IEC pupil-simulation conditions
Radiance Measurement Field of ViewAutomatic switching among four FOVs: 0.1 rad/0.011 rad/0.005 rad/0.0017 rad; automatic analysis and measurement of the maximum radiance
EverfineEverfine

QR code

Everfine

Follow us

EverfineEverfine

Online
consultation

Everfine

WeChat Scan Code Contact

EverfineEverfine

Return
top