Uploaded September 2025 | Updated September 2026, 5 days ago
Join us for a deep dive into the fundamentals and advanced applications of radar level measurement in process industries. This is Part 1 of a two-part webinar series designed to help engineers, technicians, and plant managers understand radar technology from the ground up.
What You’ll Learn in Part 1:
- Basics of radar technology and electromagnetic spectrum
- Differences between radar frequencies: 6 GHz, 26 GHz, 80 GHz, and 180 GHz
- Antenna design and beam angle considerations
- Guided wave vs. free-space radar
- Application examples in chemical tanks, silos, wastewater, and more
- Pitfalls to avoid in radar selection and installation
- Safety and biological impact studies of radar emissions
Key Features Discussed:
✅ Beam angle and energy distribution
✅ Antenna types and materials (PTFE, horn, encapsulated)
✅ Radar Accuracy Index (RAI) and signal processing
✅ Installation best practices for challenging environments
✅ Frequency selection based on media, vessel design, and process conditions
Join us for a deep dive into the fundamentals and advanced applications of radar level measurement in process industries. This is Part 1 of a two-part webinar series designed to help engineers, technicians, and plant managers understand radar technology from the ground up.
What You’ll Learn in Part 1:
- Basics of radar technology and electromagnetic spectrum
- Differences between radar frequencies: 6 GHz, 26 GHz, 80 GHz, and 180 GHz
- Antenna design and beam angle considerations
- Guided wave vs. free-space radar
- Application examples in chemical tanks, silos, wastewater, and more
- Pitfalls to avoid in radar selection and installation
- Safety and biological impact studies of radar emissions
Key Features Discussed:
✅ Beam angle and energy distribution
✅ Antenna types and materials (PTFE, horn, encapsulated)
✅ Radar Accuracy Index (RAI) and signal processing
✅ Installation best practices for challenging environments
✅ Frequency selection based on media, vessel design, and process conditions










