Item Number | Load Capacity | Thread Size | Height In Inches | Length In Inches | Width In Inches | Environmental Conditions | Features | Output Type | Connection Type | # Of Bridges/channels | Connector Type | Cable Length | Load Directions | Nonrepeatability | Max Operating Temperature | Min Operating Temperature | Max Excitation | Nonlinearity | Input Resistance | Safe Overload | Ip / Nema Rating | Material | Weight In Lb | Custom Special | Temperature Shift Span | Max Compensated Temperature | Temperature Shift Zero | Min Compensated Temperature |
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
50 lb | M2.5x0.45 | 0.39 | 0.197 | Water Resistance | Fatigue Rated, RoHS,TEDS | mV/V | Cable | 1 | 1 ft | Tension & Compression | 0.05 %RO | 180 F | -40 F | 10 VDC | 0.1 %RO | 350 Ohm | 300 %RO | IP64 | 17-4 PH S.S. | Y | 0.02 TSS | 160 F | 0.01 TSZ | 60 F |
QLA417 Custom Miniature Flange Style Load Cell is a shear beam load cell type.
Shear beam load cells deliver exceptional stability in the case of lateral or side forces. Shear strains on the spring element do not change when the load application point moves within a specific range, which is desirable in applications where the load application force varies. Therefore, the electrical signal output of the strain gauge bridge is proportional to the applied force, regardless the point where the load is applied.
Shear beam load cell is also known as bending load cell, parallelogram load cell or Parallel Beam Load Cell, is widely used in industrial weighing scale and general measurement applications where robustness is required.