Medium behaviour
Liquid or solid, dielectric properties, density, coating, foam, vapour, dust, agitation and interface conditions.
Level measurement
Know what is in the vessel—and what the measurement must protect.
Continuous measurement, point detection and interface monitoring selected around the product, vessel, internals and operating consequence.
The vessel and medium shape the technology choice.
Radar, guided-wave radar, ultrasonic, hydrostatic, capacitance, displacer and point-level technologies behave differently as conditions change.
Foam, vapour, agitation, density variation, coating, solids, interfaces, nozzles and vessel internals can affect performance. ISC Controls helps establish which conditions matter and whether non-contact, contacting or pressure-based measurement is appropriate.
Selection checklist
Define what the sensor will actually see.
Drawings and operating scenarios can reveal limitations that are invisible on a basic datasheet.
Vessel geometry
Height, shape, nozzle, stilling well, internals, obstructions, agitators and accessible mounting locations.
Operating envelope
Normal and design pressure and temperature, filling and emptying rates, alarm points and dead zones.
Integrity & interface
Accuracy, diagnostics, output, proof testing, materials, area classification and control-system role.
Engineering support
Reduce avoidable level-measurement uncertainty.
We can review vessel data, measurement duty, mounting feasibility and system interfaces before equipment is ordered.
Continuous and point-level duty definition
Technology and mounting review
Alarm and protective-function interfaces
Vendor documentation and commissioning needs