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A flow body is included in the inline or in-line flow meter, which is more permanently positioned in a process line. A built-in flow conditioner in this meter configuration improves the process gas’s flow profile.
The in-line meter has the advantage of not requiring as much straight run as the insertion-style meter does, allowing the end user to typically reduce the length of the straight run upstream to three pipe diameters.
In-line flowmeters could be computerized and mechanical stream meters. Ultrasonic, electromagnetic, and turbine flowmeters are all common types of in-line flowmeters. In-line flow meters can measure and control inline flow with analog output, stainless steel material, and 4-20mA.
A more accurate representation of the fluid velocity profile can be obtained by measuring the entire cross sectional area of the flow profile. Because they have control over the section of piping where the flow measurement is being made, in-line flow meters can calculate cross sectional area with greater precision and thus measure flow with greater accuracy.
The installation location of the in line flow meter that is to be mounted necessitates minimal lengths of straight run piping, and this length varies depending on the type of volumetric technology chosen.
In order to produce a fully developed flow profile, typical volumetric flow technologies require 10 pipe diameters upstream and 5 pipe diameters downstream of the piping straight run.
This will change contingent upon the innovation, yet in the event that Attractive stream innovation is chosen this prerequisite might be fundamentally decreased to a little as 1 line width up and downstream of the meter spines, which permits huge adaptability in determination of the place where the meter might be mounted.
The Global Inline Flowmeter market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
The Water Inline (WIN) Ultrasonic Flow Meter from AW-Lake Company can measure the flow of cooling water, condensing water, and water/glycol solutions with high accuracy and dependability.
The WIN Ultrasonic Flow Meter has no moving parts, making it ideal for use in industrial cooling circuits as well as process cooling applications.
This makes it long-lastingly reliable and saves money on maintenance. The ultrasonic flow meter maximizes signal strength and reduces wear caused by moving parts by incorporating two wetted ultrasonic transducers that face each other directly in the flow tube.
Over a broad flow range and with minimal pressure drop, the new flowmeter provides extremely high accuracy (+1.0% of reading over 25:1 turndown, 100:1 total turndown).
An innovative flow tube design makes it easier to install in short straight runs and ensures that the flow path is clear. The new product operates safely when temporarily submerged in water due to its IP67 (NEMA 6) rating.
Modbus RTU communications include a version with an LCD display that displays run hours, alarms, flow rate, volume total, and diagnostics.
The display can be removed for installing a remote mount up to five feet from the sensor. Modbus data can be easily accessed thanks to an integrated data logger. Analog and pulse outputs, 24V AC/DC power, one pulse, and one analog output are standard on units without a display.
