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Discover the differences between multi-valve manifolds, block valves, and bleed valves. Learn how each type functions, their unique benefits, and ideal applications to make informed choices for your industrial needs.

Accurate vacuum measurement is not only a technicality but also a need in sectors such as scientific research, food packaging, and semiconductor manufacture. In many situations, knowing how to measure vacuum pressure accurately might mean the difference between success and failure. Everything you need to know about measuring vacuum pressure will be covered in this tutorial, from the fundamentals to sophisticated advice on maintaining accuracy.

Pneumatic pressure controllers play a role, in industrial settings especially in hazardous conditions. These devices use compressed air to manage and oversee pressure, temperature and flow rates. Safety is of importance when it comes to these controllers considering the dangers in hazardous environments.

Electrochemical detection proves to be an adaptable technique employed for examining substances in different settings. Its significance has markedly increased owing to its sensitivity, precision and capability, for real time monitoring. In this article we aim to delve into the fundamentals of sensing the methodologies applied and its uses in monitoring the environment. By grasping these notions we can acknowledge the function that electrochemical detection serves in safeguarding our surroundings.

Reducing greenhouse gas emissions is a cornerstone of combating climate change and minimizing its harmful effects. These emissions mainly carbon dioxide, methane, and nitrous oxide drive global warming, contribute to rising sea levels, and increase the frequency and severity of extreme weather events. To address this critical issue and move toward a more sustainable future, it's essential to employ a multi-pronged strategy. A gas monitoring system is a critical tool for detecting, measuring, and managing gas emissions, especially those that contribute to greenhouse gas (GHG) accumulation in the atmosphere. These systems play a pivotal role in reducing greenhouse gas emissions by enabling businesses and organizations to identify, quantify, and control gas leaks, emissions, and other sources of pollution.

Pressure transmitters are used in a wide variety of industrial applications to measure the pressure inside the machinery. These devices are considered critical products due to the following reasons: Pressure transmitters serve as warning systems about impending disasters due to high-pressure levels. These devices ensure that machines apply exact pressure levels during operation. These transmitters

As the name suggests, a level measurement transmitter is an instrument providing continuous level measurement. It can be used to determine the level of liquid or bulk-solid at a particular time. Levels of media such as water, viscous fluids, and fuels, or dry media such as bulk solids and powders can be measured using the

Nuclear power plants stand as intricate facilities engineered to capture the energy unleashed in nuclear fission reactions, translating this power into electricity. In meeting the ever-growing global energy needs, these plants emerge as pivotal contributors, providing a substantial and dependable source of power. What sets them apart from conventional fossil fuel-based power plants is their unique method of electricity generation through controlled nuclear reactions. This controlled process often involves the utilization of uranium or plutonium isotopes, distinguishing nuclear power as a distinct and powerful force in the energy landscape.

In the intricate landscape of industrial processes, precision and control are paramount. Two fundamental properties that play a pivotal role in achieving this balance are density and viscosity. These physical characteristics hold the key to understanding and optimizing various processes across industries, ranging from chemical manufacturing and food production to oil refining and pharmaceuticals.

Vacuum pressure gauges play a pivotal role in a multitude of industries and applications, serving as crucial instruments for measuring and monitoring pressure levels in vacuum systems. In this blog, we will delve into the fundamental aspects of vacuum pressure gauges, unraveling the mystery behind their operation and exploring their significance in diverse fields.Vacuum pressure gauges play a pivotal role in a multitude of industries and applications, serving as crucial instruments for measuring and monitoring pressure levels in vacuum systems. In this blog, we will delve into the fundamental aspects of vacuum pressure gauges, unraveling the mystery behind their operation and exploring their significance in diverse fields.

Pressure monitoring in pump systems is a critical aspect of ensuring the smooth and reliable operation of various industrial processes. This comprehensive guide aims to shed light on the pivotal role that pressure monitoring plays in optimizing pump system performance. Understanding the nuances of pressure management is essential for industries ranging from manufacturing and agriculture to water treatment and beyond.

Air flow measurement playing important role in numerous industries, from ensuring the efficiency of HVAC systems to optimizing combustion processes in power plants. The task of measuring air flow is not without its challenges and professionals across different fields encounter a range of obstacles that can impede the accuracy of their measurements.

The efficient production and distribution of energy are critical components of modern society, powering everything from homes and industries to transportation and technology. Within the vast landscape of energy production, power plants play a pivotal role in generating electricity from various sources, such as fossil fuels, nuclear reactions, renewable resources like wind and solar, and more. To ensure the consistent and reliable operation of these power plants, monitoring and controlling energy production is of paramount importance. In this context, transmitters emerge as indispensable tools that enable real-time data acquisition, analysis, and remote control, facilitating the optimization of power generation processes, safety, and environmental compliance.

In the world of heavy industry and metallurgy, molten metal plays a pivotal role in the production of countless essential components and materials. From steel manufacturing to aluminum casting, the process of dealing with molten metal demands the highest levels of precision, efficiency and safety. Ensuring that the liquid metal remains at the right levels is not only crucial for product quality but also for the well-being of workers and the integrity of equipment.

The food processing industry is vital as it plays a critical role in guaranteeing the safety and quality of food products. It involves various stages of preparation, preservation, and packaging, which are essential for preventing contamination, extending shelf life, and delivering nutritious and safe food to consumers.

In the world of industrial automation, where precision and efficiency are paramount, positioners play a crucial role in ensuring that machinery and equipment perform their designated tasks with utmost accuracy. Positioners are devices designed to control the position of a mechanical element, typically a valve or an actuator, in response to a control signal. In essence, they bridge the gap between the digital control signals used in automation systems and the physical movement of industrial machinery.

Efficient drying processes play a critical role in numerous industries, ranging from food processing and pharmaceuticals to textiles and beyond. The ability to effectively remove moisture from products is vital for preserving quality, extending shelf life, and ensuring optimal performance. However, one often overlooked factor that can significantly impact drying performance is pressure fluctuations within the drying system.

Fluid system monitoring plays a crucial role in various industries and applications, ensuring the efficient and safe operation of processes involving liquids or gases. One of the key parameters to monitor in fluid systems is pressure. Understanding pressure ranges and units is essential for accurate and reliable monitoring, as it allows us to interpret and analyze the data effectively. Whether you're involved in HVAC systems, industrial processes, or any other application involving fluid systems, having a solid grasp of pressure ranges and units is fundamental.

Exhaust gas temperature (EGT) sensors are crucial components in modern engines, particularly those with forced induction systems. Exhaust gas temperature sensors are provide real-time temperature readings of the exhaust gases that are used by the engine control unit to regulate fuel injection and ignition timing. By monitoring exhaust gas temperature, the engine control unit (ECU) can optimize engine performance, reduce emissions, and prevent damage to the engine caused by overheating. This blog post will provide a comprehensive guide on how to choose the right exhaust gas temperature sensor for your engine. It will cover the different types of EGT sensors available, how they work, factors to consider when choosing one, key features to look for, installation and maintenance tips, and common problems that may arise.

Pressure instrumentation plays a crucial role in process industries by measuring and monitoring pressure in various applications such as pipelines, tanks, and vessels. It helps in ensuring the safe and efficient operation of the process by providing accurate and reliable pressure readings. However, accurate pressure measurement requires proper fluid flow isolation techniques to isolate the pressure sensor from the process fluid. The proper selection and maintenance of these techniques are critical to ensure accurate and reliable pressure measurement. In this blog, we will discuss the various types of fluid flow isolation techniques, their selection criteria, and installation and maintenance practices.

HVAC system balancing involves adjusting the airflow, temperature, and pressure in ductwork and pipes to ensure that the system is functioning efficiently and providing maximum comfort. In this blog post, we will discuss the benefits and challenges of HVAC system balancing and how pressure transmitters play a crucial role in achieving optimal balance.

Pressure gauges are used to measure and control pressure in an industrial system, and hence they are often exposed to harsh environments, involving high pressures, extreme temperatures, and so on. The pressure values are relative to the atmospheric pressure, and hence the latter is set to zero. While industrial pressure gauges are designed to withstand these parameters, they are impacted by temperature fluctuations. Ambient temperature may at times impact the accuracy or functioning of process pressure gauges and utility gauges. Mitigation of temperature-related effects is especially important for process gauges which are used in applications where precision, stability, and accuracy are crucial. This post discusses the effects of temperature on pressure gauges and tips to mitigate them.

Remanufacturing refers to the rebuilding of an originally manufactured but non-functional or worn out product. This is done to restart the product functioning to at least the minimum required level. Remanufacturing is often done using recycled or reused parts which keeps the cost at minimum. Usually, remanufacturing decisions for particular products are made by business owners based on their functional and financial feasibility and demand as well some other factors such as the durability and lifespan of the materials used in the product. Various engineered instruments such as control valves and transmitters can be remanufactured. This post discusses at length about remanufactured transmitters and control valves.

Resistance Temperature Detectors, abbreviated as RTDs are wire wound and thin film devices that are widely employed to measure temperature in laboratory and industrial processes. The device, which is made of thin layer of metals on a ceramic substrate, is reliable and can offer a higher degree of accuracy compared to other temperature measuring instruments such as thermocouples or thermistors. However, in order to withstand high temperatures while maintaining excellent stability, RTD temperature sensors must be manufactured using specialized materials. Therefore, to meet the rising demand for precision temperature sensing, RTDs are generally made using Copper, Nickel, and Platinum. Amongst these metals, Platinum is largely preferred for most of the industrial applications where accuracy and stability are of paramount importance. What account for the rising popularity for Platinum resistance temperature detectors? This post describes the same in brief.

Control valves are an integral part of various industrial applications, such as power generation units, oil and gas plants, fire prevention systems, and more. These control valves are available in different types and specifications. Temperature control valves are one of the popular valve types used today. These devices are designed to control the fluid temperature in the system to ensure efficient process operations. The temperature control valve controls the fluid flow, flow rate, and the process quantities, such as temperature, pressure, and liquid levels. Is that all? Obviously not. How does a temperature control valve work? What types of temperature control valves are in use today? Are you bothered with these questions? If yes, this post answers all questions regarding temperature control valves. So, stay tuned.

Flow transmitters are the equipment used for flow measurement, monitoring, and control in industrial fluid transmission systems. The flow transmitters consist of flow sensors and a flow control mechanism. Being electro-mechanical equipment, these devices can be constructed according to the industrial flow control and monitoring requirements. Owing to the versatility in industrial flow monitoring and control operations, various types of metering and control mechanisms can be found in flow transmitters. This leads to an understandable confusion in the selection of an appropriate flow meter. Having a wide range of specifications and performance abilities of the flow transmitters, the selection of an appropriate flow transmitter becomes complex. This post guides the readers through the process of selecting an appropriate flow transmitter for optimum results.

The control valves are important parts of pumping systems. In fact, when it comes to controlled transmission and forwarding of fluids, the control valves are the most important components. This is why the maintenance of these devices is essential. Generally, the operators pay utmost attention to preventive maintenance of complete pumping units, but the individual control valve preventive maintenance is often overlooked. This ignorance towards control valve preventive maintenance can result in abrupt failure of the flow control valve. This eventually results in errors and failure of the fluid transmission units. This is why it is important to do preventive maintenance of control valves. If you are wondering how you maintain control, then this post is for you. Then this post discusses how to do the periodical inspection and maintenance of the control valve.

Fisher 5383 pneumatic positioner is a single-acting positioner. It is an integral part of Fisher control valves and flow transmitters. The working of the positioner has to be precise to give calculated operations. If not, it can impact the overall performance of the control valve or a transmitter. Hence the calibration of the valve positioner is an inevitable maintenance activity. Being a positioner for precise control valves and transmitters, the Fisher 3583 pneumatic single-acting positioner requires appropriate calibration. This post introduces Fisher 5382 pneumatic positioner and guides through the calibration procedure for the same.

Process instrumentation lines feature several instruments including process interface valves, impulse lines, manifolds, and transmitters, which are used to measure different process parameters such as flow, temperature, level, and pressure. The level of accuracy required for each of these parameters vary with each application. At times, a range of temperature or pressure is sufficient, while in some applications, exact and absolute value may be needed. The accuracy aspect and tolerances in an instrument are designed or customized accordingly. Process instrumentation has been in use since decades; however, the earlier devices were mainly mechanical. Now with technological advancements, you can have multiple functionalities in these instruments. For instance, a device such as a transmitter can measure relative as well as absolute pressure. If it finds any variations in values, it issues an alert to the connected computer or smartphone. Transmitters are an important part of this instrumentation. However, the entire loop and connectivity among these devices is just as important. So, instrument manifolds are used. This post discusses some ways or techniques for accurate pressure, flow, and level measurement in a process.

Internal process pressure measurement is an important requirement in many industrial fluid systems. This pressure is measured using pressure gauges or gauge pressure transmitters. Thus, it can be rightly said that gauge pressure transmitters are an integral part of pressure warning systems in many industrial facilities. A pressure point is set and any value above and below that can impact the process quality, and may pose risk for operators and people working in the vicinity. However, pressure gauges may fail to perform as expected and this may be largely due to the failure of these devices. There are several reasons for the failure of these pressure gauges. Are you intrigued to know what they are and how these reasons can be prevented or fixed before they escalate? If it sounds yes, perhaps, this post is for you. It analyzes the top 5 reasons for gauge pressure transmitter failure and their fixing tips.

The control valve actuators are the triggering units in control valves. These actuators are responsible for generating the motive force needed to operate the valves. The actuators can be operated using different types of energy provision systems such as hydraulic, pneumatic, manual, electrical, etc. Therefore, there are multiple types of valve actuators. Different types of actuators offer different operational parameters and performance efficiencies. Also, different types of these actuators feature different design specifications and scope for failure during applications. While using the actuators, it is essential to understand the types, and failure modes. That is why this post introduces valve actuators, different types, and failure modes for them.

Pressure gauges are the industrial equipment used for measuring pressure fluctuations. Generally, they are installed on the fluid transmission lines in industrial supply systems, fluid-operated equipment, etc. Pressure plays a crucial role in industrial process control. Hence the pressure gauges are of great significance. However, the performance of these gauges should be precise and accurate, otherwise, sudden pressure buildup, pressure drop, etc can cause damage to the industrial systems. This is why testing the pressure gauges before an application is essential. These gauges are often tested, calibrated, and validated before and during the application. The testing plays the most significant role in ensuring the performance and verification of these devices. There are multiple ways of testing gauges. Out of which functional testing and verification testing are mandatory and are performed by the manufacturers or users of these gauges. This post discusses the processes of verification and functional tests for these gauges.

Thermowells play an important role in industrial processes. These are cylindrical tubes used to protect thermal equipment like temperature sensors from coming in direct contact with fluids. Since temperature is a crucial factor of industrial processes, the protection of temperature sensors ensures the durability of thermal equipment and desired temperature measurement. However, these devices are only helpful if installed properly. If you are unaware of its installation procedure, then this post is for you. This post offers detailed guidelines for the installation of one or multiple Thermowells in industrial systems and important considerations related to it.

The accuracy of pressure transmitters plays a crucial role in-process monitoring and control across industries. Since pressure is an essential parameter of industrial processes, continuous and accurate monitoring of pressure is of utmost importance. Slightly incorrect measurement in value of pressure may result in pressure shoot-up, pressure drops, and eventually abrupt damage to industrial systems. Needless to say, such incidents pose hazards to operators. In high-pressure hydraulic and pneumatic systems, this can lead to fatal accidents. This is why accuracy of pressure transmitters cannot be jeopardized. Thus, calculation of accuracy of pressure transmitters should be done while selecting and troubleshooting the equipment. This post discusses the process and considerations of calculating accuracy of transmitters.

Pressure transmitters and pressure transducers, both act as advanced pressure gauges. Although the purpose of utilizing both these pressure gauges is nearly the same, the devices possess different technical specifications. Often the manufacturers and users of pressure transmitters and pressure transducers consider these devices interchangeable. However, they are not really interchangeable. They can be used for pressure level measurement but the performance characteristics of these two pressure gauges vary in various aspects. When it comes to the selection of a transmitter or a transducer, these devices are often pitted against each other due to incomplete knowledge about their functioning. This post offers an introduction and differentiating characteristics of pressure transmitters and pressure transducers which makes the selection convenient.  

Radar as a technology for years has been used to detect occupancy, sound, and so on, in many mission critical applications such as defense, aerospace, and others. Additionally, it is also used in applications where liquid level monitoring is required, such as certain industrial processes. Usually, there are many contact-based probes and sensors used for level measurement. However, guided wave radar level transmitters offer a non-contact measurement of liquids and gases levels in industrial processes. This post discusses what radar level transmitters are and how they work in level measurement applications.

Industrial operations are majorly dependent on different parameters, which require, regular monitoring, and control. Multivariable transmitters are one of the most used instruments for monitoring variables in various industrial processes. The multivariable transmitters are the transmitters that measure multiple parameters. Popular multivariable transmitters like Rosemount transmitter 3051 are designed to measure mass flow, differential pressure, temperature, and absolute pressure

A 4-20mA current loop output or signal is a standard scale of testing and troubleshooting the industrial process control or monitoring devices like pressure transmitters, flowmeters, etc. The modern process parameter control instruments like Rosemount pressure transmitter work on highway addressable remote transducer i.e.; HART protocol. The circuit includes an electronic 2-wire system with 4-20mA current loop output.

Temperature transmitters are the devices used for temperature measurement and its display on the monitoring screen. These devices are often used for enhancing the integrity of process parameters. In industrial applications, there various types of temperature transmitters are utilized. Today, you can find various types of result-centric, cost-efficient, high-performance temperature transmitters.

Different types of level transmitters are used to control the level of liquids or semi-solid substances in a pressure tank or vessel. Radar level transmitters and ultrasonic level transmitters are most popularly used for level measurement.

The calibration of the control valve positioner is a crucial process and must be done properly for the desired results. Do you know how to calibrate the control valve positioner? If not, then the post leads you through the important steps of control valve positioner calibration and more.

In the fluid transmission system, several types of devices are used to measure and control the process parameters. The flow meter and the flow transmitter are two important devices used in such systems. For some reason, these two devices are often considered the same. Sometimes their functions are interchanged. However, in reality, both these devices and their functions are quite different than each other. This post introduces the flow meters and the flow transmitters individually and helps you to understand the difference between these devices.

There are different types of pressure transmitters in use today. Absolute pressure transmitter and gauge pressure transmitter are two popular choices. Would you like to know more about them? This post discusses both pressure transmitters in detail. So, stay tuned.

A thermocouple sensor is one of the many types of temperature sensing devices used in measuring different variables in industry applications. They are often used for temperature measurement and control at gas turbine exhausts, diesel engines, high-temperature furnace operations, etc. This post discusses what thermocouples are and how do they work.

Today, HART protocol has become an industry standard for industrial automation. This post analyzes HART protocol, its working, benefits, and everything else you want to know about it.

Absolute pressure transmitter measures pressure in a complete vacuum with no contents inside. The measurement taken in absolute pressure uses absolute zero as the reference point. So, here there is no comparison in terms of pressure changes or relativity. With such importance in many industrial processes, it is essential to understand the working of these transmitters along with their applications. This post discusses the same.

RTD sensors are known to be accurate in their readings and designed for stability in harsh environments. This means they are resistant to extreme temperatures, vibration, shock, and so on. This post discusses the details about RTD sensors, their working, and more.

The radar level transmitters are widely used for level measurements in different applications. There are two types of radar level transmitters – non-contact systems and contact systems. Before making a buying decision, it is important to understand these systems and their underlying technologies in detail. The setup and working principle were discussed in detail in the previous post. This final part of the two-part post gives insights about radar transmitter functioning technologies and its industrial significance in terms of applications.

There are several manufactures that offer quality flow transmitters like Rosemount flow transmitters, Foxboro flow transmitters, etc. Each transmitter is calibrated differently. However, the basic steps of the calibration process remain the same. This post introduces different processes of flow transmitter calibration.

Remote seals are flexible membranes that are used in pressure equipment to protect them from damaging media. These seals are often used in devices such as pressure sensors, pressure transmitters, pressure switches, and so on. Remote seals are also known as chemical seals or diaphragm seals. How do these seals work? What are its advantages? This post introduces you to remote seals and then focuses on their industrial significance, applications, and more.

Radar level transmitters electronic devices that are used for fluid level measurement. As the name suggests, these level transmitters use radar technology for fluid level detection. These transmitters function on the basis of electromagnetic waves at a range of 10GHz under microwave X-band bandwidth. Due to non-contact level measurement, these level transmitters have found their place in industries like mining, boiler technologies, paper and pulp industries, etc. How do these transmitters work? Why they have gained prominence in various industries? This is a two-part blog answer everything that you would like to know about these transmitters.

A pressure transmitter is a device that converts pressure into the analog signal. As the technology is developing, the transmitters are getting smarter, day by day. Therefore, the application of pressure transmitters is getting extravagant and its selection is being difficult. Since the pressure transmitters are mainly used for industrial processes, selecting a pressure transmitter becomes a complex process. It requires consideration of specific and critical industrial factors that not everyone can do without proper knowledge. Therefore, this post sheds light on factors to consider while selecting pressure transmitters.

Transmitters, switches, and pressure gauges find application in various process applications across the world. Although they are designed to withstand abusive work environments, sometimes they may fail due to various reasons.

Transmitters are used to measure variables in industrial applications. Even if conventional transmitters were working just fine, various industrial applications demand precision, performance, and reliability. Therefore, smart transmitters have gained significance in recent years. This post helps you understand the difference between conventional and smart transmitters, and what makes smart transmitters a better option.

A diaphragm seal is an enclosure or a flexible membrane, which safeguards several types of pressure instruments. This seal is flexible so that it permeates internal pressure outside but seals the contents safely. These are mounted along with  pressure gauges, switches, transmitters so that these instruments can be used in harsh environments and extreme weather conditions.

Level sensing is an important requirement in industries that utilize different types of fluids for functioning. The increase or decrease in the levels of a fluid may alter the results of the end process, or may also adversely affect people and environment around. To avoid this, industry users rely on various types of level sensing devices such as level switches and level transmitters. These devices help users measure the level of fluids accurately and avoid untoward incidents. Although the aforementioned devices are designed to measure the levels of fluids in various applications, they differ in terms of their operation. What is the difference between a level switch and a level transmitter? How to choose the right device for your application? Read the post to find answers.

Rosemount transmitters by Emerson have set the industry standards for pressure, temperature, and flow measurements. Today, various types of Rosemount pressure transmitters are used across industries for accurate measurements. Rosemount 3051 and Rosemount 2088 are two popular pressure transmitters used today.

Control valves play an important role in various process industries. They are designed to control the flow of fluids in a system. They are designed to start and stop as well as throttle the fluid flow to ensure efficient process operation. Owing to their increasing use in process industries, today, it is easy to find these valves in different specifications. This large selection may be confusing to users who are purchasing it for the first time. There are several factors to be considered when making a selection. This post aims to ease the control valve selection by providing a few easy-to-follow tips.

Know the main differences between the Rosemount 3051C vs 3051S transmitter. The Rosemount 3051 transmitters are known for their accuracy, user-friendly designs, and reliability. These transmitters are widely used across various process industries that depend on accurate level, pressure, and flow measurements for functioning.

A pressure transducer is a device that measures the pressure of gases or liquids. They are used in applications requiring high-resolution and accurate measurement of pressure. They are highly sensitive, and a few factors need to be considered during and before their installation to get the desired results. Vibration and shock are commonly overlooked factors. They are the worst enemies of pressure transducers and are not easily identifiable. Would you like to know how shock and vibration impact the performance of a pressure transducer? How to prevent pressure transducer problems? Read the post to know more.

Differential pressure transmitters are devised to quickly measure the pressure difference of closed and pressurized tanks, pumps or filter controlling, among others. Available in several models, these instruments are largely used across oil and gas, chemical, petrochemical, energy, food and beverage, paper industries. The instrument, which is made to offer high accuracy and the best long-term stability, is designed for cost-efficiency and ease-of-installation even in confined spaces.

Physical parameters such as pressure and temperature are crucial in some industries such as oil & gas, chemical, wastewater, petroleum, pharmaceutical, and food & beverages. In most of these industries, pressure needs to be monitored, controlled, and maintained continuously or till a certain process stage is over.

Pressure sensors are devices used to measure the pressure of liquids and gases. These devices are also known as pressure transducers or pressure transmitters, and are used for controlling and monitoring pressure in a number of day-to-day applications such as touch screen devices, biomedical instruments, and automobiles. They sense pressure in a liquid or gas, and convert it into an electrical signal. Pressure sensors are a must in most industries where pressure needs to be monitored and maintained on a regular basis. This post offers tips to improve the performance of pressure sensors in your application. It also discusses the factors you should consider when selecting a pressure sensing device.

Pressure transducers are used in various industries to measure the pressure of a given fluid and stop it from expanding.  Differential pressure transducers are one of the important types of pressure transducers widely used across industries to measure the difference in a liquid’s gauge pressure when flowing through a pipe. They are also used to measure the difference between the pressures of two fluids.

Pressure transmitters are an integral part of the process industries across the globe. These instruments are designed to measure the pressure of gases and liquids used in these industries. With such an important role to play, their underlying technologies are also gaining importance. Initially, the pressure transmitters were equipped with capacitance and piezo-resistive technologies.

Over the years, pressure transducers have proved to be a convenient, accurate and reliable means of measuring fluid pressure in a wide variety of applications from HVAC/R compressors, variable speed pumps to industrial pipelines, among others. Unlike the past, there are several models of pressure sensors available with advanced heat dissipation, reduced creep and hysteresis effects, among others for use in the harshest environments with the presence of the most hostile and corrosive media.

Nowadays, pressure sensors are technologically advanced and designed to offer reliable performance than earlier ones. Most of these pressure transmitters are designed for long-term performance even in harsh environments of industrial, automotive, aerospace, gas turbine, oil processing, nuclear plant, and power station applications. Although they are built ruggedly using time-tested components, they are also prone to failure or sudden breakage at any time during their service life.

The pressure transmitters are used in the process industry for measuring several variables, such as temperature, pressure, flow, etc. With their importance slowly increasing, today, it is easy to find a wide variety of pressure transmitters in different specifications and prices ranging from $40 to $400. There are lots of factors that contribute to this price difference. Do you want to know how $40 pressure transmitters are different from $400 transmitter units?

Temperature sensors are extensively used across various industries for temperature measurements. These devices are regularly subjected to high pressure, corrosive environments, material velocity, etc. Regular exposure to these environments may damage the sensors, which is why they are guarded using components such as thermowells. Do you want to know what these components are? This post discusses the thermowells in detail.

Pressure is a factor that decides the fate of many equipment and, hence processes. Too much pressure can lead to accidents, whereas too less pressure can cause failure in proper functioning of many processes. Pressure sensor is used in a wide range of applications, which involve measuring the pressure of liquid or gas.

Pressure transmitters, which are also commonly referred to as pressure transducers, are the devices, which are used to convert pressure into an electrical signal. This signal can then be used to drive further circuitry. Over the years, these transmitters have seen a lot of developments, and technological advancements. There are a variety of pressure transmitters being used today, and each type has its own set of properties, and features.

Temperature measurement is required in most industries. This is done by making use of various devices that help measure the temperature. This goes a long way into helping you adjust the right temperature required for the particular industrial process or procedure. However, it is important to ensure that the measured temperature is accurate, or precise to maintain the efficiency of the process, and also that of the machine or equipment.

A vast variety of equipment and machines are used in different industries, in order to carry out various processes efficiently, and smoothly. One such widely used equipment employed in most industries for process control applications is a control valve. These valves come in different types, and have different construction, physical properties, features, and applications.

Temperature transmitters are available in several models with a wide range of configurations. Therefore, selecting the best and performance-driven transmitter brand from the several ones available would be a little tedious task. The aim of this post is to familiarize you with one such popular temperature monitoring units, namely Rosemount 3144P transmitter.

The control valves are an integral device in oil and gas plants, fire prevention systems, power generation units, and various other applications. Also, they are one of the most overlooked devices in terms of maintenance. However, if not provided with proper maintenance, these units fail to operate to their maximum efficiency, which in turn leads to several

The valve industry has seen a tremendous growth in the last century. The valves have become an integral part of several industries, because they are specifically developed to meet typical requirements. The control valves are one of the important types of valves used in various process industries to meet flow requirements. How do they work?

A huge variety of smart instruments are gaining popularity in the process industry, due to various reasons. These instruments are known to provide several benefits, which are valued in the said industry. Smart transmitters are one such instruments, which are valued for distinct services that they offer.

Industrial transmitters are types of electronic devices, which are designed to provide accurate measurements in terms of pressure and temperature. The use of transmitters allows for the monitoring and control of applications, thus ensuring safety, stability, and reliability of processes. As a part of the transducer group, transmitters are designed with additional reset and calibration

In the preceding post, we had mentioned that transmitters are divided into three groups – type, signal production, and process instrumentation. We had also provided details of pneumatic and electronic transmitters, and its subtypes. In this post, we shall look at the transmitters, which are utilized for process instrumentation purposes. Various Types of Process Instrumentation

Rosemount pressure transmitters are industrial standard transmitters used in various process industries to measure level, flow, and pressure in the fluid, liquid, and viscous mediums. These pressure transmitters are designed to eliminate on-site testing, assembly, and calibration. Although many businesses are aware of the potential benefits of these transmitters, they avoid purchasing it due to

Control valves, also known as control nozzles, are essential products used in many industries. One of their most well-known applications is the oil and gas industry. Control valves are used to control operating conditions such as flow, temperature, pressure, and liquid levels. They accomplish this by opening the valves partially, or completely after receiving signals

The Rosemount 1199 direct mount transmitters are designed as remote diaphragm seal systems As the name suggests, they can be mounted directly onto the application system. They are mainly chosen for applications involving pressurized liquids. They protect pressure transmitters from excess process temperatures. Let’s discuss this product in detail. Rosemount Direct Mount Transmitters Design and

The Rosemount 1199 direct mount transmitters are designed as remote diaphragm seal systems As the name suggests, they can be mounted directly onto the application system. They are mainly chosen for applications involving pressurized liquids. They protect pressure transmitters from excess process temperatures. Let’s discuss this product in detail. Rosemount Direct Mount Transmitters Design and

Transmitters are used in various process industries to measure temperature, pressure, level, and flow of media. The plant operators use the readings provided by these transmitters to optimize their processes. Thus, any incorrect measurement in pressure, temperature, or level may be detrimental. This is why organizations emphasize on transmitter calibration. What is calibration? Why is this process important? 

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,

Temperature is one of the most important measurement parameters that is used for monitoring and control in various industries. It can be measured with the help of a diverse temperature measurement devices. This post will discuss how temperature measurement is important in different industries. It will also detail different types of temperature measurement equipment. How