Tension Load Cells

The four primary types of load cells are tension, compression, universal (tension and compression), and shear beam load cells. Each is designed for a specific force direction and application. Tension load cells measure pulling forces, compression types measure pushing forces, universal types handle both, and shear beam types are common in platform and industrial weighing systems.

To calibrate a tension load cell, apply a series of known reference loads across the sensor's rated capacity and record the corresponding output signals. Compare measured values against the reference and adjust the signal conditioner or data acquisition software accordingly. SensorData Technologies offers free in-house calibration when sensors are supplied as part of a complete turnkey measurement system.

The SensorData Technologies Turnkey Measurement System (M411-106-10K) supports 4-component simultaneous measurement, capturing tensile force (Fz), horizontal bending moment (Mx), vertical bending moment (My), and twisting moment (Mz), providing comprehensive stress data for conveyor and material handling diagnostics.

The SensorData Turnkey Measurement System transmits data wirelessly at 915 MHz with a range of up to 750 feet, eliminating cabling requirements and enabling real-time monitoring across large factory floors or industrial facilities without infrastructure limitations.

Yes. SensorData's tension measurement systems are specifically designed to enable conveyor predictive wear analysis. By continuously monitoring tensile force and bending moments in real time, the system detects stress anomalies early, allowing maintenance teams to intervene before costly failures occur and establish benchmarks for newly installed or repaired conveyors.

Tension load cells are widely used in automotive manufacturing, conveyor and material handling, aerospace, military and defense, power generation, construction, petroleum and mining, medical device testing, tire manufacturing, and structural testing laboratories — anywhere accurate tensile force measurement is critical to safety, quality, or performance.