Load Pins

Load Pins

The clevis or load pin is a unique strain gage force sensor developed by Strainsert. It utilizes the internal strain gage process perfected by Strainsert and used so successfully in our other load cells, including tension load cells and force sensing bolts and studs. The force sensing load pin offers percision force measurement by simply replacing existing shear pins, clevis pins, shear axles or many other type of pinned joints used by the Aerospace, Automotive, Military and Marine industries.

Force Sensing Load Pins

The force sensing load pins offer precision force measurement by simply replacing any existing shear pins, clevis bolts, shear axles and many other types of pinned joints used in the Aerospace, Automotive, Military and Marine industries.

Load Pins/Bolts, CPA/CBA Series

These load pins and load bolts offer precision force measurement by replacing existing shear pins, clevis bolts, clevis pins, shear axles and many other types of pinned joints.

Wire Rope Load Pins, SPA Series

These load pins have applications for mooring lines, clam shells, crane cables and bridge support cables, cable dead ends and more.

Shackle Load Bolts, RCP Series

These Shackle Load Pins and Bolts are designed for use with Crosby and Skookum shackles. Complete strain gage bridge circuit bonded and sealed inside small hole along longitudinal axis of the bolt by exclusive Strainsert process.

Hydraulic Cylinder Load Pins, SPHC Series

These load pins are designed for use in hydraulic cylinders and hydraulic actuator applications. The load pins are easily installed in the actuators, and output direct accurate applied hydraulic actuator force.

Wireless Load Pin

The Wireless Load Pin provides the wireless transmitter, attached to the load pin or shackle bolt, and integrates with either standard or custom load pins.

Strainsert Load Pins

Strainsert produces superior custom internally gaged force sensors for research, testing, measurement and control applications that require durability, reliability and accuracy in space, on land and underwater.

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