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The remanufacturing industry offers tremendous benefits to organizations. Generally, the quality of remanufactured products is at par with the original equipment while the price is substantially reduced. The carbon footprint of remanufactured equipment is much

Today, a variety of transmitters are being used to measure parameters, such as temperature, pressure, flow, level, etc. An instrument, which is used to measure the pressure of a fluid is referred as a pressure gauge. These gauges are used in several industries. However, for an accurate reading of the fluid pressure, these instruments require

Transmitters are used in various process industries to measure pressure, temperature, and levels of fluid (liquid, and gases). These transmitters can be extremely expensive, especially if you are buying new ones from well-known brands. If you wish to use high-quality transmitters, without paying high prices, consider buying reconditioned ones. Many users are still reluctant to

There are various types of equipment and instruments used in fluid flow measurement and control applications. Out of the many instruments, a control valve is one of the most widely used instruments. As the name suggests, control valves are used to control and regulate the fluid flowing through a pipe. It plays a vital role

Transmitters are among the most important equipment used for the purpose of measuring a number of parameters, such as pressure, temperature, level, flow, etc. Different transmitters are used for measuring diverse parameters. These measurement transmitters are available in the market, and can be availed in two options – new or remanufactured. Both the options are

Flow measurement is basically the process of determining the fluid flow in a plant or an industry. This measurement can be done with the help of various devices, such as positive displacement meters, differential pressure transmitters, Coriolis, magnetic meters, etc. However, differential pressure transmitters are being used on a large scale for flow measurement in

A pressure transducer is a device, which converts the pressure applied to it into a measurable electrical signal. These transducers are used in applications, such as leak testing, altitude sensing, pressure sensing, depth or level sensing, and more. However, if these transducers are not calibrated over time, they may start showing false readings, which

Pressure transducers, also known as pressure transmitters or pressure sensors, are used to convert pressure into analog electrical signals. Stain gages are bonded into the diaphragm of the transducer. The gages are wired into a Wheatstone bridge configuration. The deformation of strain gages converts pressure into an electrical signal, which is used to drive further

Transmitter calibration requires meticulous preparation. In the preceding post, we have discussed basic setups for calibrating a pressure transmitter. Here we will discuss how to proceed with pressure transmitter calibration. Steps to Calibrate a Pressure Transmitter After completing all the preliminary requirements, you can proceed in the following ways: Calibrate the 0%, Lower Range Value

Transmitters are used in the process industry environments to measure pressure and other parameters. The plant operators rely upon these devices for accurate measurements and process optimization. The performance of these transmitters may weaken with time due to several factors. This is when they need calibration. During calibration, a comparison is made between the current

Pressure transmitters are used to measure the pressure of liquids, fluids, and gases in the process industry. Also, known as pressure transducers, these equipment do more than just checking the pressure of the working equipment. Over the years, process companies have identified interesting uses of these pressure measurement devices. What are they? Read the post

Accurate control of the liquid level in a reactor, tank, or other vessel is essential in several process applications. To ensure the profitability and safety of industrial processes, it is necessary that the vessel should be equipped with instruments that provide consistent and accurate level measurements. All level measurements include interaction between a sensing device,