Modules just 6 mm wide, designed to be reliable and extremely flexible / ACT20M product family approved for potentially explosive conditions for zone 2
The IN 6/78-L pyrometer uses a special wavelength of 7.8µm to measure glass sheets below 1 mm thickness and is the most recent addition to LumaSense-s IMPAC pyrometry portfolio
Long-lasting energy-saving alternative to 250 W metal halide lamps
The FLS-C laser distance sensor measures absolute distances up to 500 m contact-free and with a unique accuracy of ±1 mm. The repeat accuracy is ±0.3 mm. Measurement values are updated at a frequency of up to 200 Hz. The measurement values are output via an SSI interface (Synchronous Serial Interface) which is fitted as standard. This ensures uncomplicated data exchange between the FLS-C transducer and a control system. As a result, the FLS-C laser distance sensor can be connected
Visit us at Hall A1.452 where you will see our range of 3V Reed Relays which supplement our already wide range of high quality Reed Relays for Instrumentation and ATE / Pickering Electronics to showcase 3V versions of its SIL Reed Relays
At Productronica, Ersa presents many new as well as continuing developments
OMNIMATE® Signal LMF – simple, fast and secure. ? Wire connection method with wire cross-section of up to 2.5 mm²
Gleichmann Electronics now offers the world-s first 7.0-inch (17.8 cm) Full HD TFT display module from KOE Europe (part name TX18D200VM0EAA), which is developed specifically for industrial applications. The TX18D200VM0EAA, which has mechanical outline dimensions of 169.0 mm (w) x 104.0 mm (h) x 10.0mm (d), uses the latest Advanced IPS (in-plane-switching) technology and features a high resolution of 314 ppi (pixels per inch), a 16.7 million color palette and 170° vertical and horizo
Production above pre-crisis level, export markets tuned on dynamic growth expectations noticeably higher than those in the entire machinery industry – the sector of the rubber and plastics machines is belonging to the growth sectors in the machinery
The nexonar MotionLab is used for the flexible measurement and analysis of dynamic processes as well as for the measurement of static coordinates.
