Benefits of 80GHz Non-Contact Level Measurement
Posted: Thu Jul 25, 2024 1:31 am
For numerous industrial processes, 80GHz non-contact level measurement demonstrates clear advantages over older technologies that are prone to fouling, corrosion, or reduced accuracy over time. By avoiding sensor intrusion into the process, 80 ghz radar level transmitter gauging sidesteps these common issues to deliver continuous value to industries.
Contacting probes and sight glasses expose the internals of the process equipment to coating, residue buildup, and chemical attack, which can shift readings or even require replacement. In contrast, radar floating sensors are free from such problems, as they require no tank entry and maintain calibration independently of process conditions or material properties. This feature makes them ideal for use in harsh and challenging environments.
High temperatures pose no barrier for 80GHz non-contact radar level measurement, allowing extended deployments into services like asphalt and molten metal levels approaching 1000°C, where contacting devices quickly fail. Furthermore, cryogenic LNG/LPG tank gauging at -210°C accepts no alternate non-contact choices, making radar technology the only reliable option in this extreme temperature range.
Process vibration and turbulence that affect resolution are transparent to radar level measurement systems, as they maintain steady performance even as conditions fluctuate wildly. Applications such as fluidized solids, stirred tank monitors, and mobile hydraulic silo trucks benefit from the reliable readings provided by radar technology, despite the movement of the process equipment.
Overall, 80GHz non-contact radar level monitoring proves to be a wise long-term investment for industries. Its absence of conditioning influences delivers the accuracy, uptime, and process insight required for optimized production control in even the harshest industrial environments imaginable. By adopting 80 ghz radar level transmitter measurement technology, industries can improve efficiency, reduce downtime, and enhance safety in their operations
Contacting probes and sight glasses expose the internals of the process equipment to coating, residue buildup, and chemical attack, which can shift readings or even require replacement. In contrast, radar floating sensors are free from such problems, as they require no tank entry and maintain calibration independently of process conditions or material properties. This feature makes them ideal for use in harsh and challenging environments.
High temperatures pose no barrier for 80GHz non-contact radar level measurement, allowing extended deployments into services like asphalt and molten metal levels approaching 1000°C, where contacting devices quickly fail. Furthermore, cryogenic LNG/LPG tank gauging at -210°C accepts no alternate non-contact choices, making radar technology the only reliable option in this extreme temperature range.
Process vibration and turbulence that affect resolution are transparent to radar level measurement systems, as they maintain steady performance even as conditions fluctuate wildly. Applications such as fluidized solids, stirred tank monitors, and mobile hydraulic silo trucks benefit from the reliable readings provided by radar technology, despite the movement of the process equipment.
Overall, 80GHz non-contact radar level monitoring proves to be a wise long-term investment for industries. Its absence of conditioning influences delivers the accuracy, uptime, and process insight required for optimized production control in even the harshest industrial environments imaginable. By adopting 80 ghz radar level transmitter measurement technology, industries can improve efficiency, reduce downtime, and enhance safety in their operations