What are the characteristics of an 80G high-frequency radar level gauge?

       The characteristic of the 80G high-frequency radar level gauge is its significant effectiveness under harsh conditions. Whether it is a toxic medium, a corrosive medium, or a solid, liquid, dust, or slurry medium, it can be measured.

1. Easy to maintain and operate: The radar level gauge has fault alarm and self diagnosis functions. Analyze faults based on the error codes prompted by the operation display module, promptly identify and troubleshoot them, making maintenance and correction more convenient and accurate, and ensuring the normal operation of the instrument.

2. Widely applicable, it can measure almost all media: from the shape of the tank body, the radar level gauge can measure the liquid level of spherical tanks, horizontal tanks, cylindrical tanks, cylindrical vertebral tanks, etc; From the perspective of tank function, it is possible to measure the liquid level in storage tanks, buffer tanks, microwave tubes, and bypass pipes; From the perspective of the tested medium, it is possible to measure liquids, particles, slurries, etc

3. Continuous and accurate measurement: The probe of the radar level gauge has no contact with the surface of the medium, which belongs to non-contact measurement and can accurately and quickly measure different media. The probe is almost unaffected by temperature, pressure, gas, etc. (the impact is only 0.018% at 500 ℃ and 0.8% at 50 bar).

4. Accurate, safe and energy-saving: The radar level gauge uses materials with stable chemical and mechanical properties, and the materials can be recycled, making it highly environmentally friendly.

5. No need for maintenance and strong reliability: Microwave is almost undisturbed and does not come into direct contact with the measuring medium. It can be applied in various occasions, such as vacuum measurement, liquid level measurement, or material level measurement. Due to the use of advanced materials, they are durable under extremely complex chemical and physical conditions, and can provide accurate, reliable, and long-term stable analog or digital level signals.