• Memosens Academy
    Discover more about the value of Memosens
  • Maximum Performance in a Minimum of Space
    MemoRail with Modbus Interface
    Multiparameter measuring device in a 17.5 mm modular housing
  • ProLine | Interface Technology
    First-class high-precision products with protective separation
  • BasicLine | Interface Technology
    Optimized for standard applications
  • Process Analytics | Measurement by System
    From the sensor to the process analyzer
  • Portavo | Memosens Mobile
    Portables with Memosens technology

Loop-Powered Supply

WG 25

The passive WG 25 repeater power supply is loop-powered. It is used for galvanic hazardous-area separation of a 2-wire supply line and transmits both 4 ... 20 mA and HART® signals in both directions. With a voltage drop of just 4.2 V, the WG 25 uses the supply optimally so that all common 2-wire transmitters can be connected.

Compared with active repeater power supplies, it has considerable price and reliability advantages. Multi-channel systems require only one central, safe-area power supply that does not even need protective separation.


  • Low-cost due to omission of the integrated power supply
  • No mains power required costs savings doe to lower wiring effort
  • No mains interference
  • Low power loss no unnecessary heating in the enclosure
  • Protective separation according to EN 61140: protection of the maintenance staff
      and subsequent devices against excessively high voltages
  • HART® transmission: bi-directional point-to-point transmission of digital data
      according to the HART® specification
  • EMC tested RFI suppressed and surge proof: reliable operation even
      with electromagnetic interference
  • Maximum reliability: no maintenance work so the associated costs are not incurred
5 year warranty

HART® is a registered trademark of the HART Communication Foundation

Contact Us
Phone: +49 30 80191-0
Fax: +49 30 80191-200
We use cookies to personalise content and ads, to provide social media features and to analyse our traffic. By using this site you agree to our use of cookies.