Horn shaped radar water level gauge, radar level gauge, one click acquisition of transaction price

Description :

　　Advantages and Applications of Radar Water Level Gauge 1. Radar level gauge can measure liquid and solid media such as slurry, raw coal, fine coal, volatile liquids, etc; 2. It can measure all media with a constant greater than 1.2 in vacuum, with a measurement range of up to 70m. 3. The power supply and output signals are transmitted through a two core cable (loop circuit), using 4-20mA output or digital signal output; 4. Non contact measurement installation is convenient, using extremely stable materials that are sturdy and durable, with a reliable resolution of up to 1mm; 5. It is not affected by working conditions such as noise, steam, dust, vacuum, etc; 6. Not affected by changes in medium density and temperature, the process pressure can reach 400 bar, and the medium temperature can reach -200 ℃ to 800 ℃; 7. There are multiple installation methods to choose from: top installation, side installation, bypass pipe installation, waveguide pipe installation; 8. Debugging can be done in multiple ways: using programming modules for debugging (equivalent to an analytical processing instrument), SOFT software debugging, and HART handheld programmer debugging, making debugging convenient and fast.

　　The correct selection of radar level gauges is based on two key factors: the correct stacking of radar level gauges is necessary to ensure their better use. What type of radar level gauge should be selected based on the physical and chemical properties of the measured fluid medium? Make the diameter, flow range, lining material, electrode material, and output current of the radar level gauge suitable for the properties of the target fluid and the requirements of flow measurement. 1. The precision level and function of precision function inspection are iteratively selected based on measurement requirements and usage scenarios to achieve cost-effectiveness. For example, in situations such as trade settlement, product handover, and energy measurement, a higher accuracy level should be selected, such as 1.0, 0.5, or higher. In situations such as process control, different accuracy levels should be selected according to control requirements. For some sites that only check process flow and do not require control and measurement, a slightly lower accuracy level, such as 1.5 or 2, can be selected At level 5 or even 4.0, low-cost plug-in radar level gauges can be used repeatedly. 2. When measuring the medium flow rate, instrument range, and caliber of a measurable medium, the full-scale flow rate of a radar level gauge can be selected within the range of 0.5-12m/s for measuring medium flow rate, which is relatively wide. The selection of instrument specifications (caliber) may not necessarily be the same as the process pipeline. It should be determined based on the flow rate range of S within the flow rate range. That is, when the pipeline flow rate is too low to meet the requirements of the flow instrument or the measurement accuracy cannot be guaranteed at this flow rate, the instrument port diameter should be reduced to increase the flow rate inside the pipeline, and satisfactory results should be obtained.

　　With the improvement of industrial automation level, radar level gauges have been widely used in fields such as petroleum, metallurgy, and chemical engineering In the industrial production process, even small measurement errors of level gauges can cause huge economic losses, and improving the measurement accuracy of level gauges has become an urgent need.

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• Horn shaped radar water level gauge