Industry Insights

Design tank weighing systems by controlling support loads, piping, thermal movement, restraints, weigh modules, junction boxes and installed calibration.

Apply tuning-fork level switches by checking medium density, viscosity, coating, fork position, process connection, fail-safe output and proof-test requirements.

Select and install rotary paddle level switches by checking bulk density, particle size, buildup, mounting, insertion depth, material pressure and fail-safe testing.

Compare guided-wave radar quotations by probe design, process connection, materials, pressure, temperature, hazardous approvals, outputs, accessories and commissioning scope.

Compare compression load cell types by load introduction, capacity, bearing surfaces, side force, environmental protection, electronics and installed calibration needs.

Mount shear-beam load cells by controlling support loads, base stiffness, load introduction, thermal movement, side forces, uplift, junction boxes and installed calibration.

Install single-point load cells correctly by controlling platform size, fixed and live ends, base stiffness, eccentric loading, overload stops, cabling and corner calibration.

Select an S-beam load cell by checking load direction, capacity, rod-end alignment, side force, overload, environment, signal conditioning and installed calibration.

Evaluate ultrasonic fuel-level sensors by checking tank geometry, vapour, temperature gradients, foam, condensation, dead zone, hazardous areas and commissioning references.