Nuts Bolts And Fasteners #4855782

FeaturesPrecision Load SensingEasy InstallationRuggedBolt Series, CBADirect Force MeasurementInternally Sealed Strain GagesHigh Strength Stainless Steel Custom Pin design performance and specification may vary with design requirements. Note: All Load Pins can be fit with a permanently attached cableModel CPA-1 (SS)X shown

Features of Strainsert Load Sensing Clevis Pins Easy Installation: By replacing pins in Crosby (or Equivalent) wire rope socket, with minimum machining alterations (2-tapped holes), and hardware (2-bolts, keeper plate).Precise Cable Load Sensing: Complete bridge circuit bonded and sealed inside small hole along longitudinal axis of Pin, calibrated in the direction of the applied load.Rugged: Self protecting nature of strain gage installation sealed in small hole, and has proven to be immune to harsh environment.Accuracy: Strainsert Load Sensing Clevis Pins have combined error due to repeatability and non-linearity less than 1% of rated load typically. Typical Load Sensing Applications End of Whip Line WinchClam ShellBoom Pendant Cable SupportCrane Hoist CablesMooring Lines

Features of Strainsert Load Sensing Clevis Pins Easy Installation:By replacing pins in hydraulic cylinders with minimum alterations using custom keeper plates.Precise Load Sensing:Complete strain gage bridge circuit bonded and sealed inside small hole along longitudinal axis of Pin, by exclusive Strainsert process.Rugged:Due to self protecting nature of strain gage installation sealed in small hole. Proven immune to harsh environment.Accuracy:Strainsert Load Sensing Clevis Pins have combined error due to repeatability and non-linearity of less than 1% of rated load typically. Custom Pin design performance and specification may vary with design requirements.

When both the magnitude and the direction of the load are unknown, the vector measurement is possible using a Strainsert force sensing pin instrumented with two strain-gage bridges oriented 90 apart around the circumference. The cross-section of the pin shows the two sets of strain gages, the Y bridge will sense force component Py, while the X bridge will sense forces in the Px direction, 90 to Py. The outputs from the two bridges, Ex and Ey, can be measured and the resultant force magnitude and direction can be determined (see Biaxial Schematic Image.) *Certain custom pin geometry and bridge to bridge effects (cross-talk) may result in a measurement accuracy of 5% or greater. For such cases, Strainsert can provide a correction algorithm to minimize errors.