Monitoring & metering


Are you ready for a


Groundbreaking patents lead to an evolution in multiphase detection, measurement, and control with Magnetrol- AMETEK’s Genesis Multiphase Detector.


oil, gas and petrochemical sectors due to the value derived from effectively separating water and hydrocarbon. While level instrumentation has come a long way in measuring liquids of all varieties, multiphase level measurement remains a towering challenge and a considerable opportunity. The new Genesis Multiphase Detector


M 32


encompasses several significant engineering accomplishments. This cutting-edge, multiphase detector provides profiler performance at a competitive cost without the regulatory burdens and HSE concerns.


ultiphase level measurements exist throughout process industries. They are especially significant in the


The Genesis Multiphase Detector from LEVELution? FEATURES AND BENEFITS


Magnetrol is designed to measure multiple phases in applications with thick and dynamic emulsion layers:


Vapour phase Total level (e.g., hydrocarbon liquid) Top of emulsion layer


Bottom of emulsion layer (e.g., water level) Sediment


Measuring dynamic conditions in difficult processes, such as desalters and separators, is now achievable with Magnetrol’s Genesis Multiphase Detector. The Genesis is a powerful, cost-effective solution capable of measuring total level, emulsion layers, and sediment from a single opening in the vessel.


Magnetrol-AMETEK www.magnetrol.com


24VDC input with four (4) 4-20mA outputs (including HART) for convenient control of total level, top of emulsion, water level, and sediment


Concurrent Top-Down and Bottom-Up signal generation


Proprietary and innovative software algorithms for interpreting signals


Changing media characteristics have no effect on level measurement Calibration or moving of levels in the vessel is not required


4-button keypad and graphic LCD display allow for viewing of configuration parameters and performance curves


Proactive diagnostics for scheduling maintenance and mitigating unplanned shutdowns Probe designs are available up to +400°F / 1,000psi (+200°C / 70 bar)


Electronics can be remote mounted up to 100 feet (30 meters) away from the probe


No moving parts in the process, reducing measurement errors and downtime TDR/Electromagnetic energy based Superior accuracy


August 2022 Instrumentation Monthly


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