Jerguson® Magnicator® with Guided Wave Radar (MGWR™)

4119

Check out these before and after install photos of our Single Chamber Magnicator® with Guided Wave Radar (MGWR™) on a separator vessel at an oil & gas company in Ohio!

A Compact Solution with Customer Preferred Radar

By combining Guided Wave Radar (GWR) with a Magnetic Level Gage, the Magnicator Guided Wave Radar (MGWR) brings a new standard of assurance to level indication.

The MGWR seamlessly integrates two independent level technologies off a single set of process taps for true redundant measurement. The Jerguson Magnicator utilizes a wide indicator for superior level visibility, and a unique magnet arrangement, so you never have to worry about skipped or missed flags. The GWR transmitter obtains an independent reading of the liquid level, providing an accurate output even in the case of float failure. The GWR transmitter will read the true level of the fluid even if the density of the product varies.

Combining 2 Trusted Level Technologies into a Single Solution!

Jerguson Magnetic Level Indicator – Density Based Level Measurement

Chamber contains a sealed float with magnet arrangement that rises and falls as liquid level changes in the process level.

  • Strongest magnetic field of any Magnetic Level Indicator
  • Highly visible level indication
  • NEW! Wide Indicator (1.5″ width)
  • Indicator flags magnetically coupled together to prevent skipping / missed flags
  • Robust Sch 40 (min) chamber standard construction
  • Models available for interface applications; both total and interface level can be measured
  • Less prone to level fluctuations with foaming applications
  • Attractive alternative to glass gages reducing maintenance, eliminating leak paths, and increasing visibility
  • ASME B31.1 & B31.3 Design

Guided Wave Radar – Dielectric Based Level Measurement

Various GWR manufacturers available based on customer preference.
On-board electronic module sends low-power microwave pulses down the GWR probe which are reflected by the process media. Time of flight is measured to determine the process level.

  • Measurement independent of density, conductivity, dielectric constant, and temperature
  • Models available for interface applications; both total and interface level can be provided with one HART signal
  • Measurement unaffected by foam or turbulent surfaces
  • Models available with compensation for steam applications
  • Various GWR manufacturers available based on customer preference