MTL3 Magnetostrictive Displacement Sensor Applications and Features

The principle of the MTL3 magnetostrictive sensor involves generating a strain pulse signal when two different magnetic fields intersect. By measuring the time required to detect this signal, the sensor calculates the precise position. It is widely used for displacement and stroke measurement in hydraulic cylinders, pneumatic cylinders, and oil cylinders across various industries, including construction machinery, industrial automation and hydraulic systems, aerospace, metallurgy and heavy equipment, as well as marine and offshore engineering.

Product Features:

1. High Precision and Resolution

Measurements based on magnetostriction achieve micrometer-level accuracy, offering high stability and reliability with fast dynamic response, ideal for real-time closed-loop control.

2. Non-Contact Measurement

The moving magnetic ring has no mechanical contact with the sensing rod, preventing wear and extending service life. No recalibration is required, reducing maintenance needs.

3. High-Pressure Resistance and Adaptability

Can be directly integrated into hydraulic cylinders, withstanding high-pressure environments (up to 35 MPa). Resistant to vibration and shock, suitable for demanding industrial settings.

4. Compact Structure and Easy Integration

Its miniaturized design saves installation space and supports multiple output signals (analog voltage or current, RS485, etc.).

The MTL3 built-in magnetostrictive displacement sensor, with its high precision, strong environmental adaptability, and long service life, serves as a core component in hydraulic closed-loop control systems. Widely applied in industrial scenarios demanding stringent reliability, it drives the intelligent and efficient development of equipment.