We will be closed for Christmas from 23rd December 3PM, returning on Thursday 2nd January 2025.
Merry Christmas and a Happy New Year, thank you for your continued support.

Model Number: LG 200

SITRANS LG200 is a guided wave radar transmitter for short and medium-range level, level/interface and volume measurement of liquids and solids. It is unaffected by changes in process conditions, high temperatures and pressures, and steam. SITRANS LG200 provides accurate measurement in level, volume, and interface applications. For short and extended applications, LG200 offers coaxial, single or twin rod probes, and single or twin cable probes up to 22.5 m (75 ft). SITRANS LG200 measures accurately in liquid or slurry applications of corrosive vapours, foam, saturated steam, high viscosity, quick fill/empty rates, low levels and varying dielectrics and product densities. Ideal for retrofitting torque tube applications, SITRANS LG200 chamber replacement probe can be mounted in existing chambers or cages for optimal measurement. Key applications: hydrocarbon processing, interface/level measurement, low dielectric liquids, high temperature/pressure applications, powdered solids with a high angle of repose.

  • Technology: Guided wave radar
  • Range: 22.5m (75 ft)
  • Process Temperature: -196 to 427 °C (-320 to 800 °F)
  • Process Pressure: Full vacuum to 431 bar g (6250 psi g), probe dependent

Not sure which product you need?

Contact our technical sales advisors here.

Need a bespoke part?

Our team of engineers are fully equipped to provide bespoke system design and manufacture.

This process involves specifying, procuring, calibrating and maintaining instrumentation and control systems for industrial and commercial process control applications.

Call our technical sales team for advice

helpdesk technician

Latest news

This site uses cookies to monitor site performance and provide a more responsive and personalised experience. You must agree to our use of certain cookies. For more information on how we use and manage cookies, please read our Privacy Policy.