Selection Notes
• Measurement Type: The VEGAFLEX 83 is ideal for continuous level and interface measurement. It is especially suitable for multi-phase liquids.
• Process Conditions: It operates reliably under high temperature and pressure. However, always confirm your exact process limits before selection.
• Probe Selection: Choose the correct probe type (rod or cable) and length based on tank height and installation conditions. This improves measurement stability.
• Medium Properties: The liquid must have a sufficient dielectric constant for proper signal reflection.
• Installation Position: Ensure proper mounting to avoid internal obstructions or false reflections.
Why Choose the VEGAFLEX 83
• Precise TDR Measurement
The VEGAFLEX 83 uses TDR technology to measure level and interface accurately. It calculates the signal reflection time to deliver stable and repeatable results.
• Optimized for Interface Measurement
It reliably detects interfaces such as oil and water. Therefore, it is ideal for separators, storage tanks, and process vessels.
• Strong Performance in Harsh Conditions
The sensor works well in high temperatures, high pressures, and aggressive media. As a result, it meets the needs of demanding industries.
• Flexible Probe Options
You can select rod or cable probes based on your application. This flexibility simplifies installation and improves adaptability.
• Low Maintenance Design
The device has no moving parts, which reduces wear. In addition, it ensures long-term stable operation with minimal maintenance.
FAQ
Q: What applications is the VEGAFLEX 83 best for?
A: It is ideal for level and interface measurement in industries such as oil & gas, chemical processing, and storage tanks with multi-phase liquids.
Q: How does TDR technology work?
A: The sensor sends electromagnetic pulses along the probe. When the signal reaches a boundary, it reflects back. The device calculates the level based on the travel time.
Q: Can it measure oil and water interface?
A: Yes. The VEGAFLEX 83 accurately measures interfaces like oil and water, even under challenging conditions.
Q: Is it suitable for high-temperature environments?
A: Yes. It is designed for high-temperature and high-pressure applications, ensuring reliable performance.








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