The Magnetrol 705-510A-A21 is a high-performance guided wave radar level transmitter designed for continuous level measurement in demanding industrial applications. Combined with the durable X7MR-A548-210 probe assembly, this system provides exceptional accuracy, measurement stability, and resistance to process disturbances such as vapor blankets, agitation, or turbulence.

Using time-domain reflectometry, this transmitter delivers reliable performance across a wide range of liquid media including hydrocarbons, chemicals, water, and interface layers. Its compact head design and robust electronics provide fast response, advanced diagnostics, and minimal calibration requirements.

Ideal for refineries, chemical plants, power generation, storage tanks, and critical control loops, this Magnetrol configuration supports integration with modern control systems and DCS platforms through standard industrial output protocols.

Key Features

• High-accuracy guided wave radar measurement

• Immune to vapor, foam, and density variation

• Robust X7MR-A548-210 probe construction

• Continuous, non-contact time-domain reflectometry

• Maintenance-free solid-state electronics

• Advanced diagnostics and signal filtering

• Field-configurable output parameters

Technical Highlights

• Model: 705-510A-A21

• Probe: X7MR-A548-210

• Technology: Guided Wave Radar (TDR)

• Output: Analog & digital (model dependent)

• Media Compatibility: Water, chemicals, hydrocarbons, condensate, slurry

• Mounting: Process vessel, tank, column (vertical)

(More detailed specification can be added if pressure/temperature ratings are provided.)

Typical Applications

• Refinery process vessels

• Chemical storage tanks

• Interface level control

• Boiler feedwater tanks

• Condensate return systems

• Separator level monitoring

• Power plant process loops

Benefits

• High accuracy with no moving parts

• Excellent performance in harsh conditions

• Reduced maintenance intervals

• Reliable level measurement despite vapor/foam

• Improved process safety and control

• Long-term calibration stability