Photometers & Colorimeters
Instrument Systems Optische Messtechnik GmbH (Optronik)
A photometer is used to measure the photometric quantities of illuminance (lx), luminous intensity (cd), luminous flux (lm), and luminance (cd/m²). The integral method and the fast response time of silicon photodiodes means that photometers can achieve an outstanding measuring speed. They are therefore ideal for performing fast goniophotometric measurements. We take great care in the development and production of photometer heads and use innovative amplifier technologies.
-
product
Photometer
Optronik Line DSP 200
Instrument Systems Optische Messtechnik GmbH
DSP 200 offers outstanding sensitivity and stability for precise measurements even at very low illumination levels. The instrument meets, of course, all requirements of the newest standards, like EN 13032-1 and DIN 5032-7 (2017). A low-noise photo diode with V(lambda)-filtering and optimized electronics provides for a broad dynamic range from 0.1 mlx to 200 klx. At the same time the very high local resolution allows an accurate determination even of high gradients when measuring headlamps. Therefore, the DSP 200 is suitable for all automotive and traffic applications, as well as for flashlights and for measurements of all pulse width modulated light sources.
-
product
Photometer
DSP 10
Instrument Systems Optische Messtechnik GmbH
The preamplifier of the DSP 10 photometer was specially developed for fast “on-the-fly” measurements with the AMS and LGS series of goniophotometers from Instrument Systems. Spatial light distribution can be measured in a fraction of the time needed with conventional systems.
-
product
Luxmeter
Digilux 9500
Instrument Systems Optische Messtechnik GmbH
The Digilux 9500 of the Optronik line is a high caliber luxmeter for the precise measurement of illuminance, luminousintensity in the lab, or determination of luminous flux with an integrating sphere. It is equipped with a state-of-the-art photocurrent amplifier and microprocessor technology, and offers multiple operating and display functions with an excellent price-performance ratio.
-
product
Colorimeter
CM 10
Instrument Systems Optische Messtechnik GmbH
The CM 10 from the Instrument Systems Optronik line is a precise tristimulus colorimeter for a wide range of light sources. It features an impressively high signal dynamic range and a wide measuring range of up to 600 klx. The colorimeter head of the CM 10 contains four silicon photodiodes with full-glass filtering for the Xred, Xblue, Y and Z tristimulus functions. This permits particularly precise correction.
-
product
Retroreflectometer
RMS 1200
Instrument Systems Optische Messtechnik GmbH
The RMS 1200 from the Optronik line from Instrument Systems measures the back reflection of retroreflectors of all kinds in the automotive field and other retroreflecting materials. High-precision measurements are made in accordance with CIE Publication 54.2-2001 and reliably fulfil all current requirements, e.g. ECE R3, SAE J594, ISO-EN-DIN 20471 or DIN 67520.
-
product
Spectrally Enhanced Imaging Colorimeter
LumiTop 2700
Instrument Systems Optische Messtechnik GmbH
The LumiTop 2700 combines the accuracy of Instrument Systems’ well-known spectroradiometer CAS140 series with the obvious advantages of imaging colorimetry. Our innovative design merges an RGB CCD camera and a flicker-diode with the high-end spectroradiometer CAS140 CT or D. Using the extremely accurate spectral information of the CAS140 measurements as reference, guarantees spectroradiometric precision across the whole 2D image.
-
product
Retroreflectometer
RC 100
Instrument Systems Optische Messtechnik GmbH
The RC 100 Reflex Checker was specifically developed to for testing the retroreflecting characteristics of retroreflectors used in the automotive industry. The main area of application is for adjusting and monitoring injection-molding machines in production control. That way, the RC 100 is capable to replace time-consuming measurement with goniophotometers and retroreflectometers in a photometric laboratory.
