HCDAR-82 High Temperature Resistant Radar Level Gauge

Accurate measurement of materials is key to ensuring production efficiency and product quality in industrial production processes. Especially in high-temperature environments, traditional level measuring equipment often fails to function properly or loses accuracy due to temperature effects. The emergence of high-temperature resistant radar level gauges provides an effective solution to this challenge, as it can provide reliable level measurement under extreme temperature conditions through advanced technology and materials.

The advantage of radar level gauges lies in their non-contact measurement method, which reduces equipment wear and maintenance requirements. Meanwhile, they are typically unaffected by dust, steam, and most chemical gases, making them suitable for use in harsh industrial environments. In addition, radar level gauges have good measurement accuracy and repeatability, providing real-time level information to help operators adjust process parameters in a timely manner and optimize the production process.

Radar level gauge is a high-performance measurement tool designed specifically for extreme temperature conditions. Through its unique high-temperature resistant design and precise measurement capability, it can provide stable and reliable level measurement in various high-temperature industrial applications. With the continuous development of industrial automation and process control, the role of radar level gauges in improving production efficiency, reducing operating costs, and ensuring worker safety will become increasingly important.

Protection level:

How to ensure installation meets IP68 requirements as shown in the picture: Please ensure that the sealing head is not damaged. Please ensure that the cables of this device are not damaged. Please ensure that the cables used comply with the electrical connection specifications. Please ensure the waterproof performance of the cable sealing head when entering the meter to meet the requirements of protection level IP68. Before entering the electrical interface, bend the cable downwards to ensure that water does not flow into the housing. Please tighten the cable sealing head as shown in ①, and plug the unused electrical interface with blind plugs as shown in ②

Selection and Application

Application Cases

Add quartz isolation flanges and heat dissipation devices, suitable for measuring liquids or solids, with a small antenna beam angle, suitable for high temperature and high pressure applications.