Magnicator | Level Instrumentation

Jerguson Flashproof Magnetic Level Gage

Magnicator

The Jerguson FlashProof design addresses two potential problems that may occur with standard level indicators: boiling fluids and flashing vapors. By employing a larger 3″ Schedule 40 pipe and two internal guide rods, entrained gases that build up under the float can harmlessly escape. The float is held to one side of the chamber to insure an optimized magnetic field in close proximity to the indicator, transmitter or switches. This provides an accurate float level and indicator reading. The Jerguson FlashProof design also addresses problems caused by dirty or viscous services. The use of an oversized 3″ Schedule 40 chamber creates additional space to prevent the float from binding when dirt, sludge, or wax-like solids are present in the process fluid. In a standard gage dirty service could potentially bind the float, causing the level to appear unchanged. Additionally, the bypass zone allows for the gage to be flushed without removing the float from the column. Specification Overview Larger diameter chamber with float guides Complies to ASME B31.1 and ASME B31.3 Available with full range of Jerguson indicators, transmitters, and switches 3″ Schedule 40 pipe chamber as standard Schedule 80 and 120 available for high pressure applications Size Range from 12″ to 240″ vessel centers Specific Gravity Minimum: 0.36 Pressure class rating up to 1919 PSIG (132BarG) @ 100° F (37°C), as per ASME B31.3 Temperature Range: -325°F to 1000°F (-198°C to 538°C)"

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Jerguson MGWRS Single Chamber Redundant Level Instrument

MGWRS

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 MGWRS – Single Chamber Design 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 True redundant level technologies

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Jerguson MGWRD Dual Chamber Redundant Level Instrument

MGWRD

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. MGWRD – Dual Chamber Design 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 Reduces potential for build-up in heavy particulate media FlashProof designs available for flashing or dirty service True redundant level technologies

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Jerguson Mini-Magnicator light duty industrial level device

Mini-Mag

Models Beginning With: MII-15B. The Mini-Magnicator is specifically designed for the light duty industrial market. These versatile and economical level devices can be utilized in a variety of applications. How It Works: The Magnetic Level Gage chamber contains a float, with magnets, that rises and falls as liquid level changes in the storage vessel. The float is magnetically coupled to the external indicator, whose flags rotate to indicate level, as the float travels by. The updated design utilizes the Jerguson patented magnetic arrangement for superior reliability. The Magnet Matters! Jerguson uses a unique float construction with 360 degree ring magnets with north poles opposing. This yields a strong focused magnetic field which eliminates skipped flags and provides reliable activation of switches and transmitters. Features: Superior visual level indication from extended distance – Wide Indicator standard (flags with integral magnets) NEW! Float design can now operate reed switches and various transmitters Shock and vibration resistant Considerable upgrade for armored or tubular glass with – Less maintenance and leak paths Easy Installation Economical means for level indication Construction to ASME B31.3 std. / B31.1 optional Custom Engineered designs. Specifications: 1.5"" Sch 10 Chamber Max Pressure: 475 psig (32.7 barg) Max Temp: 650°F (343°C) S.G. Down to .59 Flange Class: 150# and 300# Materials of Construction: All 316SS, All 304SS, 316 or 304 with CS trim Visible Range: 1' – 18.5' NACE MR0103/0175 (Consult M100.30 Magnicator Specification Guide for configuration selection)

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