Piezoelectric force sensors capture dynamic and quasi-static forces when the sensor, mounting, and electronics are correctly matched. Learn how force washers, axial sensors, and three-axis designs differ, and how preload, charge amplifiers, calibration, and measurement duration affect reliable selection and integration.
FIBOS has completed third-party calibration of its FA4221-10MN force sensor up to 10,000 kN. Explore the compression test procedure, traceable calibration results, and practical integration considerations for engineers evaluating high-capacity load cells for heavy-load measurement projects, equipment integration, and structural testing applications.
Load cells convert applied force into a measurable signal for industrial weighing and force testing. This guide explains how strain gauge load cells work and compares eight types, including single point, shear beam, S-beam, column, and load pin designs. It shows how to size capacity for uneven loading, evaluate error at small loads, and match wiring to an indicator or data acquisition system. It also covers installation, calibration, and the checks needed when replacing a load cell in an existing system.