Industry Insights

Apply load-pin load cells correctly by defining bearing geometry, shear planes, load direction, pin retention, rotation, overload, cabling and installed calibration.

Select weigh modules by calculating support loads, thermal movement, side forces, uplift, piping restraint, mounting stiffness, calibration access and maintenance requirements.

Select vibrating level switches by checking liquid or solids duty, density, viscosity, buildup, mounting, fail-safe output, proof testing and hazardous-area requirements.

Select torque load cells by defining reaction or rotary duty, torque range, speed, coupling alignment, torsional dynamics, overload, signal transmission and calibration.

Select bending-beam load cells by checking capacity, minimum load, mounting stiffness, side loads, overload protection, environmental sealing, cabling and calibration.

Design reliable industrial weighing systems by defining load cases, structure, load-cell mounting, junction boxes, cabling, calibration, diagnostics and maintenance access.

Select capacitive level sensors by checking dielectric contrast, probe geometry, vessel grounding, coating, temperature, calibration and fail-safe point-level duty.

Select magnetic level gauges by checking density, pressure, temperature, float design, chamber connections, materials, switches, isolation and safe maintenance.

Select RF admittance switches by checking dielectric properties, coating, probe geometry, grounding, process connection, sensitivity, fail-safe output and proof testing.