Industry Insights

Specify high-frequency radar level response separately from GHz. Ask METRAVON to review process speed, filtering and receiver timing before selecting tank electronics.

Review METRAVON radar retrofit response time against the old loop, PLC filters and output settings. Send baseline records to define a replacement acceptance test.

Mixed 25 GHz and 26 GHz order labels do not identify the supplied radar assembly. Use MV-RD902 documents to reconcile antenna, output and approval scope before ordering.

A guided-wave radar probe that fits the connection may still change the level reference. Record MV-RD701 length, end fittings and settings before replacing or shortening.

Understand METRAVON radar level measurement in tanks and silos. Compare pulse and FMCW, check distance-to-level conversion and request a suitable model assessment.

Assess a hazardous-area radar retrofit before changing flanges or seals. Ask METRAVON for exact assembly evidence and keep process integrity separate from Ex claims.

A radar flange fit depends on the mating face, gasket, bolts and supply scope. Check MV-RD902 joint drawings before forcing a fit or accepting installed measurement.

Near-empty liquid readings can follow a tank-bottom return rather than the remaining surface. Check MV-RD902 raw distance and the low-level limit before offsetting.

A bench reflector can confirm an FMCW radar response without proving tank performance. Test MV-RD12 wiring and distance separately from installed process acceptance.