Displacement measurement systems with a push rod

Linear position sensors with push rods are specifically designed for linear motion and provide precise control, even under demanding conditions. These sensors are distinguished by their mechanical connection to the object being measured, which enables direct and accurate position determination. They are ideal for harsh industrial environments where reliability and durability are essential.

The sensors’ sturdy push rods ensure direct detection of linear motion and are designed to compensate for lateral forces or misalignments via a coupling. This design ensures high measurement stability and a long service life, even under intensive use. The performance of these sensors minimizes downtime and reduces maintenance requirements. The push rods are made of high-strength materials, which provide additional stability and resistance to kinetic and chemical influences.

In addition to their robustness, these systems offer exceptional precision in motion tracking, which is crucial for ensuring the reliability of processes in manufacturing environments. Furthermore, their easy integration into existing systems allows for seamless adaptation to existing production lines, while also providing flexibility in planning new machine layouts.

Key Benefits of Linear Positioning Systems with a Push Rod

• Precise linear motion: Direct coupling to the moving object ensures consistent and accurate process monitoring.
• Load capacity: The design is engineered to withstand mechanical stress and ensure long periods of operation without failure.
• High flexibility: Ball joints on the sensor allow for a gimbal-mounted configuration, which compensates for misalignments or angular displacements between the sensor and the moving object, enabling virtually unrestricted mounting.

Typical Applications for Linear Positioning Systems with a Push Rod

• Industrial Applications: linear position transducers push rods are frequently used in the injection molding industry for the manufacture of consumer goods, where cost-efficiency is crucial while maintaining precision.
• Measurement and Control Technology: Precise position measurement systems are used to detect valve positions in valves and fittings, in testing equipment in the watch industry, and for geotechnical and building monitoring.