Jerguson Magnicator MGWR Series Magnetic Liquid Level Indicator Guided Wave Radar Transmitter

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Jerguson Magnicator MGWR Series Magnetic Liquid Level Indicator with Guided Wave Radar Transmitter

Jerguson offers the optimum solution for level indication with the Magnetic Level Gage & Guided Wave Radar (MGWR) Series. 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.

The MGWR Series is available with a single chamber design (MGWRS) and a dual chamber design (MGWRD).

Features

MGWR: Highly visible flag system, Independent guided wave radar level transmitter, Increased plant and personnel safety, Single process connection for two independent devices
Transmitter: Measurement independent of density / conductivity / dialectric constant / and temperature, Measurement unaffected by foam or turbulent surfaces, Models available for interface applications, Models available with gas phase compensation for steam applications
MGWRS: A slotted internal baffle plate provides separate compartments for the float and GWR probe in a single chamber; compact design minimizes space requirements and potential weight concerns, baffle plate provides inherent benefits of reducing the effects of flashing or plugging with build-up in heavy particulate media; variety of custom arrangements available
MGWRD: Separate Magnetic Level Gage and GWR chambers; ability to add valves to independently isolate either device while maintaining operations; arrangements available with process connections off either device; reduced potential for build-up in heavy particulate media; flashproof designs available for flashing or dirty service
True redundant level technologies