• Wide Temperature  Range, Long Switching Distances

    Gas detection

    Wide Temperature Range, Long Switching Distances

    Inductive proximity switches from EGE’s (Germany) IDT series are designed for a wide temperature range: they withstand ambient temperatures between -25 and +120 °C. The sensors are IP67-protected and suitable for use e.g. in rugged industrial environments. They are available in three versions with 80, 105 and 160 mm diameters and maximum switching distances of 50, 80 and 110 mm. Especially resistant to electromagnetic interferences, the devices ensure opti-mal reliability. They are operated with 10...55 V DC or 20...250 V AC. Additionally, EGE develops and implements individual, application-specific sensor solutions for customers at short notice.

    Moreover, EGE provides the IDH 080 sensor series for maximum ambient temperatures of +250 °C. These sensors feature a high-temperature plug connection that allows users to quickly and easily install a replacement sensor head in case of damage without having to replace the sensor cable. Their electronics are housed separately in a pluggable cable amplifier. The units are connected via a metal armored cable.


    Digital Edition

    AET 29.2 May 2025

    May 2025

    Water / Wastewater- From Effluent to Excellence: Microbiological assessment of a containerized modular water reuse pilot system- Without water everything comes to a haltAir Monitoring- Probe Sampli...

    View all digital editions

    Events

    ACE 2025

    Jun 08 2025 Denver, CO, USA

    A&WMA ACE

    Jun 09 2025 Raleigh, NC, USA

    ETTC 2025

    Jun 10 2025 Toulouse, France

    Hydrogen & P2X Conference

    Jun 11 2025 Copenhagen, Denmark

    FLOWEXPO

    Jun 17 2025 Guangzhou, China

    View all events

    Congratulations...
    We will send you the latest eBulletin as soon as its ready..
    Sign up to Envirotech for FREE.
    Register and get the eBulletin, a Monthly email packed with the latest environmental products, news and services. Join us and get the latest information first.