The high-precision Lux Meter was developed to perform even the most demanding light measurements with maximum accuracy and reliability. The remarkable accuracy of the chromaticity coordinate (Δx, Δy) of ± 0.005 enables exact colour representation and therefore makes the Lux Meter ideal for applications in light and colour analysis.

The lux meter is designed for measuring the luminance of self-illuminating surfaces, such as monitor matrices, TV sets, negatoscopes, reading panels, etc. The lux meter guarantees an accurate measurement, regardless of the spatial distribution of the measured luminance or the backlighting of the surface to be tested.

The high-precision Lux Meter was developed to perform even the most demanding light measurements with maximum accuracy and reliability. The remarkable accuracy of the chromaticity coordinate (Δx, Δy) of ± 0.005 enables exact colour representation and therefore makes the Lux Meter ideal for applications in light and colour analysis.

The UV Lux Meter is a high-precision meter for analysing UV-A, UV-B and UV-C radiation and offers exceptional measuring accuracy and versatility. With a measurement range of 0.1 to 500,000 µW/cm² and an accuracy of ±0.01 µW/cm², the Lux Meter is suitable for demanding applications in photobiology, material testing and UV protection analysis.

The lux meter is a precise measuring instrument that fulfils the highest requirements for light measurements. In accordance with DIN 5032-7, it fulfils the requirements of precision class A, which enables accurate and reliable measurement of light intensities. With an impressive measuring range of 0.000 lux to 500,000 lux, the lux meter is extremely versatile.

The lux meter PCE-VDL 16I from PCE Instruments measures and stores the relevant measured variables: temperature, relative humidity, air pressure, light as well as acceleration in three axes by means of a vibration sensor. Therefore, this lux meter is ideal for monitoring vibrations on machines while simultaneously measuring and recording the relevant environmental conditions of the system.