Load Cells, Load Pins, Force Sensors

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Load Cells, Load Pins, Force Sensors - Strainsert

STRAINSERT...
FOR SUPERIOR INTERNALLY GAGED FORCE TRANSDUCERS

Strainsert provides comprehensive design, testing and service for industry leaders in space, on the ground and in the oceans. Strainsert demonstrates its product confidence with a two year warranty, twice the typical industry standard.

Strainsert's designs can be customized for unique applications. The patented internal strain gage process allows their products to deliver accurate results regardless of most environments.

Strainsert Shortform Catalog This brochure describes static and fatigue rated flat universal and compression load cells, clevis pins, shear pins, bolts and custom transducers.
Strainsert Flat Load Cells Mechanical & Dynamic Properties Flat Load Cell force capacity, models, full load deflection, spring rate, load cell without external weights, load cell with external weights, side loads, bending moment and torque are displayed in a tabular format.
Strainsert Compression Flat Load Cells Compression Flat Load Cells from Strainsert feature ranges from 250 lbs. to 2,500,000 lbs., and are low profile, rugged, compact and lightweight with low deflection, high frequency dynamic load sensing.
Strainsert Fatigue Rated Universal Flat Load Cells Flat Load Cells structure is simple and compact, consisting of an inner loading hub and an outer supporting flange bridged smoothly by a uniformly continuous solid shear web.
Strainsert Standard Force/Load Sensing Tension Links for Anchor & Chain Shackles Tension Links Force and Load Sensing from Strainsert (Shackle Tension Link) are superior performance sensors, for use in weighing and force measuring applications.
Strainsert Force/Load Sensing Tension Links, Pivot Ends Tension Link with Pivot Ends are superior performance sensors, for use in weighing and force measuring applications.
Strainsert Force/Load Sensing Tension Links, Threaded Ends Tension Link With Threaded Ends is a simple and most useful sensor, used in weighing and force measuring applications to great advantage.
Strainsert Standard Internally Gauged 12-Point Cap Screws, SDH Series Cap Screws from Strainsert utilize an exclusive internal gauging method to indicate bolt tension due to preload and subsequent service loads with strain gauge accuracy.
Strainsert Standard Internally Gauged Hex Head Cap Screws, SXS Series Internally Gauged Hex Head Cap Screws Strainsert SXS Series utilize an exclusive internal gauging method to indicate bolt tension due to preload and subsequent service loads with strain gauge accuracy.
Strainsert Standard Internally Gauged Hex Head Cap Screw, SXA Series Hex Head Cap Screw from Strainsert utilize an exclusive internal gauging method to indicate bolt tension due to preload and subsequent service loads with strain gauge accuracy.
Strainsert Custom Internally Gauged Load Sensing Clevis Pins & Bolts Load Sensing Clevis Pins & Bolts from Strainsert feature precision load sensing, internally sealed strain gauges and replaces any existing shear pins, clevis bolts, shear axles, etc.
Strainsert Standard Internally Gauged Load Sensing Clevis Pins For Wire Rope Termination Sockets Clevis Pin or Bolt is another unique strain gauge transducer developed by Strainsert.
Strainsert Standard Internally Gauged Studs Standard Studs Strainsert ST Series employ an exclusive internal gauging technique to detect the loads induced in them. The technique consists of the installation of foil type strain gauges inside a small hole drilled along the longitudinal neutral axis of the Stud.
Strainsert Custom Load-Sensing Bolts & Studs Load Sensing Bolts & Studs from Strainsert, with built-in strain gauges, permit: • Measurement of loads induced in fasteners • Accurate tightening of fasteners within 1% of induced load • Uniform tightening of fasteners in a bolt pattern • Overload detection in bolted machinery
Strainsert Portable Digital Load Indicator Portable Digital Load Indicator Strainsert Model PLN-D2 operation is extremely simple. For normal use only two controls are involved. Turn on the power switch, set the no load balance and begin reading applied loads.