SLDL5524 High-Temperature Cable Guided Wave Radar Level Meter

The SLDL5524 high-temperature cable guided wave radar level meter is a professional level transmitter designed for liquid level measurement in high-temperature and high-pressure working conditions. Based on the time-of-flight principle, this instrument delivers stable and accurate measurement even in strong foam, buildup and heavy steam environments, making it an economical and reliable solution for industrial liquid level monitoring.

Working Principle of the SLDL5524 High-Temperature Cable Guided Wave Radar Level Meter

The SLDL5524 high-temperature cable guided wave radar level meter operates using the time-of-flight principle. Radar pulses travel at the speed of light along the cable or rod probe. When the pulses reach the medium surface, they reflect back to the sensor. The electronic unit converts the travel time into a precise level signal, ensuring real-time and reliable measurement.

Product Features of the SLDL5524 High-Temperature Cable Guided Wave Radar Level Meter

Advanced Technology for Complex Conditions

The SLDL5524 high-temperature cable guided wave radar level meter uses an advanced microprocessor and professional echo processing technology. It supports various process connections and probe types, making it suitable for high-temperature, high-pressure and low dielectric constant media applications.

Low Power Consumption & Safe Use

With pulse working mode and extremely low emission power, the SLDL5524 high-temperature cable guided wave radar level meter can be installed in all metal and non-metal vessels without any harm to personnel or the environment.

Stable Performance in Harsh Environments

The SLDL5524 high-temperature cable guided wave radar level meter maintains high measurement accuracy unaffected by foam, deposits and heavy steam, ensuring stable operation in tough process conditions.

Core Advantages of the SLDL5524 High-Temperature Cable Guided Wave Radar Level Meter

1.Guided setup procedure for simple, fast and reliable commissioning

2. Gap-free hygienic design with easy and reliable cleaning

3. Simple installation and maintenance for reduced operating cost

4. Cable probe can be cut on site for flexible application planning

Technical Parameters Table