Technical Notes
technical notes
Troubleshooting Load Pin Guide
Use this Load Pin Troubleshooting Guide for instructions on various measurements, including bridge resistance, zero load and insulation resistance, along with possible causes and solutions.
technical notes
Wireless Load Pin Datasheet
The Strainsert Wireless Load Pin is a high-performance wireless telemetry solution where wired installation may be difficult, cost prohibitive, or undesirable.
technical notes
Load Cell Center Hole Bolts
Center Hole Bolts are provided for locating and attaching the load cell to loading structure. These bolts are not intended to carry any substantial loading.
technical notes
Load Cell Spacers Datasheet
Review this datasheet on the important role of spacers to prevent the loosening of hold down bolts in Universal and Fatigue Rated Load Cells.
technical notes
Load Cell Technical Note
The Load Cell technical note explains the Strainsert load cell’s mechanical properties and special features.
technical notes
T24 Wireless Load Cell System Datasheet
The T24 Wireless Load Cell System product range provides high-performance wireless telemetry solutions aimed at Strainsert sensor applications where wired installation may be difficult, cost prohibitive, or undesirable.
technical notes
Dual Bridge Load Pin Application Note
Dual Bridge Load Pins provide two independent strain gage circuits. Dual Bridge transducers may use both bridges for simultaneous control and measurement or use a single bridge for measurement with the other bridge reserved as a spare.
technical notes
Load Cell Hold Down & Loading Bolt Preload Torque Values
Use this data to dictate the exact tightening force required to secure a sensor to its mounting base. It ensures the load cell remains mechanically stable, properly aligned, and capable of achieving its designated calibration accuracy.
technical notes
Sheave Load Pin Application Note
Load Pins for sheave applications are designed to measure the sheave load transferred to the load pin acting as the sheave axle. Many times the sheave load is equated to line tension.