导波雷达物位计的微波脉冲沿着一根缆

雷达物位计发射功率很低的极短的微波通过天线系统发射并接收。雷达波以光速运行。运行时间可以通过电子部件被转换成物位信号。一种特殊的时间延伸方法可以确保极短时间内稳定和精确的测量。即使存在虚假反射的时候，的微处理技术和软件也可以准确地分析出物位回波。通过输入容器尺寸，可以将上空距离值转换成与物位成正比的信号。仪表可以空仓调试。在固体测量中的应用可以使用K-频段的高频传感器。由于信号的聚焦效果非常好，料仓内的安装物或仓壁的粘附物都不会影响测量。
The radar level meter emits and receives extremely short microwaves with low power through an antenna system. Radar waves travel at the speed of light. The running time can be converted into level signals through electronic components. A special time extension method can ensure stable and accurate measurements in an extremely short period of time. Even in the presence of false reflections, the latest microprocessing techniques and software can accurately analyze the level echoes. By inputting the container size, the distance value above can be converted into a signal proportional to the level of the object. The instrument can be debugged empty. The application in solid-state measurement can use high-frequency sensors in the K-band. Due to the excellent focusing effect of the signal, the installation materials inside the silo or the adhesion of the silo wall will not affect the measurement.
导波雷达物位计
Guided wave radar level meter
导波雷达物位计的微波脉冲沿着一根缆、棒或包含一根棒的同轴套管运行，接触到被测介质后，微波脉冲被反射回来，并被电子部件接收，并分析计算其运行时间。微处理器识别物位回波，分析计算后将它转换成物位信号给出。由于测量原理简单，可以不带料调整，从而节省了大量调试费用。测量缆或棒可以截短，使之更加适应现场的应用。对于蒸汽不敏感，即使在烟雾、噪音、蒸汽很强烈的情况下
The microwave pulse of the guided wave radar level meter runs along a cable, rod, or coaxial sleeve containing a rod. When it comes into contact with the measured medium, the microwave pulse is reflected back and received by electronic components, and its operating time is analyzed and calculated. The microprocessor recognizes the level echo, analyzes and calculates it, and converts it into a level signal to provide. Due to the simple measurement principle, it can be adjusted without material, thus saving a lot of debugging costs. The measuring cable or rod can be shortened to make it more suitable for on-site applications. Not sensitive to steam, even in conditions of strong smoke, noise, and steam