Luminous Intensity Distributions
Test system for luminous intensity distributions
The kps'lid compact testing system enables quick and yet high-quality testing of luminous intensity distributions while requiring a minimum of space. Lengthy and extensive measurements in the light lab are now only required in rare cases.
The test can be performed quickly and easily close to production. Even smaller companies without a complete light lab can reliably test their injection parameters with this system. This allows fast and direct correction of production parameters (e. g. injection molding settings) even with partial components.
The test stand allows a professional and comprehensive evaluation of the luminous intensity distribution and the illuminance distribution of several types of luminaires.
The camera based measurement serves for a fast and easy evaluation of photometric and geometric parameters of illuminance distributions and luminous intensity distributions.
The far-field measurement distance required by standards can be reduced to a measurement distance of less than 1.50 m by using an optical system.
Test and control systems
Production and quality control
The opsira eol (end of line) systems enable both the control of your production process and the quality of your products before delivery. opsira verifies your products while they are manufactured, robot based if required. The control is part of an automated solution including loading and unloading of the devices under test as well as pass/fail labelling of your products.
|power and voltage supply||AC, DC, up to 6 kW|
|power measuring devices||P, Peff, frequency, phase shift, etc.|
|thermal sensor system||temperature, air pressure, humidity (i.e. for EN 13032-4)|
|temperature sensor system||multichannel measurement by thermocouples|
|temperature control of samples||heating or cooling control of the sample|
|identification of samples||barcode and DMC reader|
|labelling of samples||label printer, marker|
|ambient light protection||enclosure|
|security||laser scanner for safety of user and system|