What is Magnetostrictive Level Sensor Probes ?
Magnetostrictive Level Sensor Probes operate by detecting changes in the magnetic alignment within a sensing element. A current pulse generates a magnetic field, interacting with a magnetic float, causing a torsional strain wave. The time taken for this wave to travel is measured, determining the liquid level.
Known for high precision and robust design, these sensors are typically used in petrochemical industries, pharmaceutical manufacturing, and cryogenic applications. Their ability to function in hazardous environments adds to their appeal in these specialized areas.
Advantages:
High Precision: Extremely accurate readings.
Robust Design: Suitable for hazardous environments.
Reliable: Functions well in various industrial settings.
Large range cable probes can be customized.
Disadvantages:
More Expensive: Higher cost may limit applications.
Magnetic Interference: Susceptible to external magnetic fields.
