The Coaxial Tube Guided Wave Radar Signal Is Stable And Can Measure Low Dielectric Constant Media

The coaxial pipe guided wave radar level gauge is a high-performance contact type level measurement instrument. Its core feature is the use of a coaxial pipe antenna as the waveguide body, concentrating microwave pulse energy highly within the pipe space, thereby achieving high-precision and high-reliability measurement of the liquid level of low dielectric constant liquids.

• Highest measurement accuracy (the best in guided wave radar)
• Extremely strong anti-interference ability, completely unaffected by steam, foam, dust, and stirring
• Extremely stable signal, no side interference
• Can measure media with extremely low dielectric constant (such as liquefied petroleum gas, light hydrocarbons)
• Can accurately measure liquid-liquid interfaces

• Power and energy industry: Precise measurement of liquid levels in boiler feedwater, deionized water tanks, condensers, etc., with extremely high requirements for water purity (low dielectric constant).
• Petroleum and chemical industry: Used for liquid level measurement in storage tanks of light components such as liquefied petroleum gas (LPG), liquid ammonia, and ethylene, where the media have low dielectric constants and the environment is complex.
• Food and pharmaceutical industry: Suitable for measuring liquid levels of ultra-pure water, water for injection, and pharmaceutical solutions, etc., with clean structures that meet hygiene requirements.
• Special processes: Applicable in situations with slight foam, steam, or where interface measurement is required for clean liquids.

The coaxial pipe type guided wave radar level gauge is the type with the best measurement performance and the strongest anti-interference ability in the guided wave radar family, but its application scope is also the most specific. It is perfectly suitable for the precise measurement of clean and low dielectric constant liquids and is an ideal choice for solving the liquid level measurement problems in special working conditions (such as pure water, LPG).