L type elbow flow meter manufacturer price, manufacturer and model

Abstract: The price, manufacturer and model information of L-shaped elbow flowmeter manufacturers are provided by excellent flowmeter and flowmeter manufacturers and quotation manufacturers. Elbow flowmeters are differential pressure flow measurement systems. It is to use the circular motion of the fluid flowing through the elbow sensor to generate centrifugal force, that is, to form a pressure difference between the inside and outside of the elbow sensor. For more flowmeter manufacturers to select models and price quotations, you are welcome to inquire. The following is the details of the L-shaped elbow flowmeter manufacturers' prices, manufacturers and models. Elbow flowmeters are differential pressure flow measurement systems. The centrifugal force is generated by the circular motion of the fluid flowing through the elbow sensor, that is, a pressure difference is formed between the inside and outside of the elbow sensor. The size of the pressure difference is related to the fluid flow rate, fluid mass (density) and the radius of curvature of the circular motion. , the average flow velocity V of the fluid is proportional to the square of the pressure difference. Measuring medium ●Liquid: hot water, cold water, chemical liquid, light body oil. ●Gas: blast furnace gas, coke oven gas, various single-component and multi-component gases. ●Superheated steam, saturated steam. ●Compressed air. ●Natural gas, flare gas, liquefied gas. Elbow flowmeter features: ● There are no inserts and throttling parts inside the sensor, and there is no pressure loss. ●Suitable for measuring dirty gas, not easy to block. ●Sensor is suitable for wide temperature and pressure range: -50～600℃, 0～30Mpa. ●Straight pipe section requirements are low, 5D in the front and 2D in the back. ●Large-diameter sensor can use 90 in the field°Elbow rebuild online. ●The sensor can work in harsh conditions of high temperature, high pressure, dust, vibration and humidity. ●Expert algorithm in the full range, especially the measurement of steam. As the steam changes with temperature and pressure, superheated steam is often transformed into saturated steam, forming a vapor-liquid two-phase flow medium. In the algorithm, the influence of the vapor-liquid two-phase flow medium on the mass flow measurement is compensated to ensure the measurement accuracy. ●You can query the traffic data of the first 720 hours, the first 365 days, the first 36 months, and the first 10 years. Bend sensor Bend sensor is divided into L type and S type. The L-type sensor is installed on the 90 of the field pipeline°At natural turns, the S-type sensor can be installed on straight pipes in any space. The connection with the pipeline is welded or flanged. ●L-type sensor applicable pipe diameter: DN15～3800mm Bend-diameter ratio: R/d 1.0～5.0 Bend-diameter ratio 1.5 Bend-diameter ratio greater than 1.5 Geometry diagram of L-type sensor ●S-type sensor applicable pipe diameter: DN15～3800mm S-type sensor Schematic diagram of geometric shape S-type bend-to-diameter ratio 1.5 sensor length table 637 848 1062 1274 1486 1699 1910 2121 2545 2970 3395 3816 4247 5092 5940 6364 Installation of elbow flowmeters Installation of S-type sensor on horizontal straight pipeline Installation of S-type sensor on vertical straight pipeline ●The differential pressure transmitter should be installed below the elbow sensor, so that the gas in the impulse pipe is discharged back into the pipeline. If the site conditions are that the differential pressure transmitter must be installed above the elbow sensor, the pressure-inducing pipe connected to the primary valve should be downward first, then slowly turn upward, and connect with the differential pressure transmitter. ●When the temperature of the liquid to be measured is higher than 100℃, the root valve should be a high temperature type and a condensing pan should be installed. Installation of L-type sensor on horizontal-to-horizontal pipeline for gas measurement system Installation of L-type sensor on horizontal-to-vertical or vertical-to-horizontal pipeline Installation of S-type sensor on horizontal straight pipeline Installation of S-type sensor on vertical straight pipeline For the convenience of installation and maintenance, the differential pressure transmitter is preferably installed below the elbow sensor. ●In order to make the water in the gas enter the pressure guiding tube as little as possible, the pressure taking body is inclined upward by 15°corners. ●When the temperature of the gas to be measured is higher than 100℃, select the high temperature type for the root valve and install a condensing pan. The installation of the L-type sensor on the horizontal-to-horizontal pipeline of the steam measurement system The installation of the L-type sensor on the horizontal-to-vertical or the vertical-to-horizontal pipeline The installation of the S-type sensor on the horizontal straight pipeline The installation of the S-type sensor on the vertical straight pipeline The tray surface of the tray condenser should be horizontal and on the same level as the pressure taking body. ●The differential pressure transmitter should be installed below the elbow sensor, so that the gas in the impulse pipe is discharged back into the pipeline. If the site conditions are that the differential pressure transmitter must be installed above the elbow sensor, the pressure-inducing pipe connected to the root valve should be downward first, and then slowly turn upward to connect with the differential pressure transmitter. Installation of temperature transmitter ●The temperature transmitter is a two-wire 4～20mA output. ●The installation position should be 2D to 5D downstream of the elbow sensor. ●The temperature transmitter is installed perpendicular to the pipeline or obliquely opposite to the flow direction of the fluid in the pipeline. ●When the temperature of the pipeline is high, try to avoid the hot air flow. If necessary, install a thermal insulation layer on the pipeline to make the working environment temperature of the transmitter lower than 60℃. Installation of pressure transmitter ●The pressure transmitter is two-wire 4～20mA output. ●The installation position should be less than 2D away from the elbow sensor. ●When the measuring medium is liquid or gas, the pressure-taking position should be on the upper half of the pipeline, and when measuring steam, the pressure-taking position should be on the side of the pipeline.

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