Performance Characteristics

Strong Anti-Interference Capability:
Adopting a robust Pressductor® weighing sensor design, the unit features low impedance and high output signal power, ensuring minimal sensitivity to insulation degradation. Even when the insulation resistance drops to 10 kΩ, the measurement accuracy remains stable. This makes the device ideal for industrial environments with strong electromagnetic and environmental interference, such as steel plants and paper mills.

Excellent Long-Term Stability:
Through a specially engineered manufacturing process, the sensor can operate continuously and reliably under 24-hour conditions, meeting the stringent requirements of production lines such as rolling mills and paper machines. This design effectively reduces the need for frequent recalibration or maintenance, improving operational efficiency and uptime.

Typical Applications and Installation Guidelines

Core Application Scenarios:

Rolling Force Measurement: Serves as the key measuring component within the rolling mill frame, accurately detecting rolling force.

High-Precision Force Feedback: Suitable for tension control in the paper industry, as well as pressure and force monitoring in metal forming and processing equipment.

Key Installation Requirements:

Ensure that all applied forces are transmitted directly through the sensor for optimal measurement accuracy.

The measurement point should be positioned as close as possible to the force source (e.g., the roll gap in a rolling mill).

Protect the sensor from bending, lateral, and torsional loads to prevent measurement errors.

For rolling mill applications, the sensor is typically mounted beneath the mill screw, integrated with thrust bearings and pressure plates to improve mechanical stability and stress distribution.