一级授权皮托管式阿牛巴流量计 IBFD-25-ID305

西安相远科技有限公司   代理德国IA液位计   阿牛巴流量计   高经理/  QQ2628879629

皮托管流量计是一根弯成直角的双层空心复台骨，带有多个取压孔，能同时测量流体总压和静压力。与差压变送器、流量显示仪配套使用。它在石油化工、冶金、电厂、电力、轻纺等行业的生产过程中广泛使用，对气体、液体、蒸汽、水、风量等流体进行流量测量。

皮托管具有压损小，价格低廉，体积小，便于携带、安装和测量等优点，适用于中、大管径管道的流量测量，以及风管、水管和矿井中任意一点的流体流速和流速分布测量。

Pressure sensors are classified as Differential Pressure 

sensors for flow measurement. 

The measuring principle of the pitot tube utilizes the 

differences between the pressure ridge on the upstream side 

of a bluff body and the static pressure on its down stream side. 

. 

ITABAR-pitot tube sensors, see sample Fig 1.1, are mainly 

used to measure the volumetric flow of liquids, gases and 

steam in closed pipes ranging from ½“ to 480“ (DN 20 to DN 

12000). 

Examples of their applications are precise volumetric flow 

measurement in batch processes, continuous measurement of 

liquid ingredients in the process industry, fuel, air, steam and 

gases as primary energy source as well as in control functions 

requiring a high degree of stability and repeatability. 

Examplary in comparsion to almost all other flow measuring 

instruments is the ITABAR-sensor’s ease of installation. The 

installation consists of these steps: drilling of the pipe, weld-olet is welded on to the pipe, ITABAR is inserted. Models FloTap FT , see Fig 1.2, allows installation and removal without 

shutting the process down. 

ITABAR-pitot tube sensors were developed with the goal of 

high reliability even under difficult conditions. ITABAR-pitot 

tube sensors are optimized in several ways with respect to 

fluid stream conditions. Advantages of the engineered sensor 

profile are their low permanent pressure loss as well as the 

constistent measurement accuracy over a wide range of 

Reynolds numbers. 

For over two decades ITABAR-pitot tube sensors have been 

applied in the industrial world. Their examplary reliability and 

excellent long-term use record resulted in broad acceptance 

by customers. Many measurements by independent institutes 

are testimony to the ITABA-sensor’s high measuring accuracy.