4116 Universal Transmitter – PR Electronics 3

DesignTechnology  

Universal Transmitter – 4116

Model: 4116

Make: PR Electronics

Origin: Denmark

Universal Input Converter

  • Model 4116
  • Accepts 90% of the standard industrial signals
  • Input for RTD, TC, Ohm, potentiometer, mA and V
  • 2-wire supply > 16 V
  • FM-approved for installation in Div. 2
  • Output for current, voltage and 2 relays
  • Universal AC or DC supply

Advanced features

  • Programmable via detachable display front (4501), process calibration, signal and relay simulation, password protection, error diagnostics and selection of help text in several languages.

Application

  • Linearized, electronic temperature measurement with RTD or TC sensor.
  • Conversion of linear resistance variation to a standard analog current / voltage signal, i.e. from solenoids and butterfly valves or linear movements with attached potentiometer.
  • Power supply and signal isolator for 2-wire transmitters.
  • Process control with 2 pairs of potential-free relay contacts and analog output.
  • Galvanic separation of analog signals and measurement of floating signals.
  • The 4116 is designed according to strict safety requirements and is therefore suitable for application in SIL 2 installations.

Technical characteristics

  • When 4116 is used in combination with the 4501 display / programming front, all operational parameters can be modified to suit any application. As the 4116 is designed with electronic hardware switches, it is not necessary to open the device for setting of DIP-switches.
  • A green / red front LED indicates normal operation and malfunction. A yellow LED is ON for each active output relay.
  • Continuous check of vital stored data for safety reasons.
  • 4-port 2.3 kVAC galvanic isolation.

3 Comments

  1. Fusce vitae nibh mi. Integer posuere, libero et ullamcorper facilisis, enim eros tincidunt orci, eget vestibulum sapien nisi ut leo. Cras finibus vel est ut mollis. Donec luctus condimentum ante et euismod.

  2. Pellentesque habitant morbi tristique senectus et netus et malesuada fames ac turpis egestas. Suspendisse eget facilisis odio. Duis sodales augue eu tincidunt faucibus.

    Anna Kowalsky
  3. Sed id tincidunt sapien. Pellentesque cursus accumsan tellus, nec ultricies nulla sollicitudin eget. Donec feugiat orci vestibulum porttitor sagittis.

    Peter Wargner

Comments are closed.