Choosing the Right Dust Collector Timer Controller Choosing the right dust collector timer controller depends on channel count, available power, cleaning strategy, and expandability. This guide compares the DCT500A, DCT500ADC, DCT600, DCT1000, and DCT1000DC to help identify the appropriate controller for different pulse-jet dust collection systems.
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How to Read a Psychrometric Chart Master the fundamentals of the psychrometric chart with this comprehensive guide. Learn how to locate dry bulb temperature, relative humidity, dew point, wet bulb temperature, humidity ratio, enthalpy, and other key air properties while gaining a deeper understanding of humidity measurement and HVAC system analysis through practical examples and step-by-step instruction.
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How To Properly Size a Valve Understand the fundamentals of valve sizing, including Cv, pressure drop, critical flow, rangeability, and media-specific equations for liquids, gases, and steam. Explore how DwyerOmega valve solutions support precise, reliable flow control across demanding applications.
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What are Submersible Pressure Transducers? Explore how submersible pressure transducers provide reliable pressure, depth, and water-level measurements in submerged environments. Learn how they work, key design and selection considerations, common underwater applications, and available solutions for continuous monitoring.
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How School HVAC Systems Work Explore how sensors and transmitters help classroom HVAC systems maintain comfortable temperatures, control humidity, manage ventilation, monitor airflow, and support indoor air quality. Learn how key HVAC instrumentation provides building automation systems with the measurements needed to maintain efficient, consistent classroom environments.
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Temperature Control in Anaerobic Digestion Temperature stability is one of the most important factors affecting anaerobic digester performance. This article explains how anaerobic digestion works, why methanogens depend on consistent operating temperatures, and how PID-controlled heating systems help maximize biogas production while minimizing process upsets. It also explores common anaerobic digestion applications and highlights instrumentation that supports reliable process control.
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What is Traceability? Learn what traceability means in calibration, how measurement results are linked to recognized standards through an unbroken chain of calibrations, and why traceability is essential for ensuring measurement accuracy, regulatory compliance, quality control, and confidence in critical industrial applications.
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What is a Wheatstone Bridge? A Wheatstone bridge is a precision electrical circuit used to measure unknown resistance and detect extremely small changes in resistance. This guide explains how Wheatstone bridges work, the differences between balanced and unbalanced bridge circuits, quarter-, half-, and full-bridge strain gauge configurations, and why they remain the foundation of modern load cells, pressure transducers, and other high-accuracy sensor systems.
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How Pump Controllers and Level Transmitters Automate Wastewater Lift Stations Wastewater lift stations play a critical role in municipal and industrial collection systems by pumping wastewater when gravity flow is no longer sufficient. Learn how level transmitters and pump controllers work together to automate pump operation, maintain wet well levels, reduce maintenance, and support reliable wastewater transport.
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How Differential Pressure Monitoring Improves Portable Dust Collector Filter Performance Portable dust collectors rely on clean, properly functioning filters to maintain airflow and capture airborne particulates effectively. This article explains how monitoring differential pressure across filters can help identify filter loading, optimize pulse-jet cleaning cycles, reduce maintenance requirements, and support overall dust collection system performance. It also highlights DwyerOmega solutions for pressure measurement, automated filter cleaning, and demand-based cleaning control.
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Monitoring Coolant Level in Heavy Equipment Radiator Cooling Systems Heavy equipment engines depend on liquid cooling systems to operate reliably under demanding conditions. Learn how coolant level monitoring helps prevent overheating, reduce downtime, and protect critical engine components. This article explains how radiator cooling systems work and how optical level switches provide reliable low-coolant detection for construction, mining, agricultural, and industrial equipment.
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An Introduction to Chart Recorders Chart recorders remain a practical solution for visualizing process data over time, especially where simplicity, reliability, and at‑a‑glance monitoring are priorities. While modern systems offer digital capabilities, traditional and hybrid recorders continue to serve industrial and laboratory applications effectively by providing continuous, easy‑to‑interpret insights into process behavior.
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The Importance of Instrument Calibration Accurate measurement is critical to process control, product quality, and safety. Over time, environmental factors and wear can cause instrument drift, leading to costly errors and operational risk. Routine calibration and NIST-traceable certification help maintain data integrity, reduce variability, and ensure compliance—keeping systems reliable and performance on target.
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Differential Pressure Transmitters vs. Room Status Monitors Controlled environments depend on accurate differential pressure to maintain proper airflow and prevent contamination. This article explains how transmitters and room status monitors measure, display, and integrate pressure data for healthcare, laboratory, and cleanroom applications, and where each device type is most effective.
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How Signal Conditioning Improves Measurement Accuracy and System Performance Signal conditioning is a critical step in data acquisition, enabling sensors to deliver accurate and reliable measurements. By amplifying, filtering, isolating, and converting signals, signal conditioners ensure compatibility between real-world inputs and digital systems used in industrial, commercial, and laboratory applications.
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Measuring Thermal Energy in Hydronic HVAC Systems Thermal energy measurement in hydronic HVAC systems relies on flow, temperature differential, and calculation. This article outlines core components and compares flexible, lower-cost custom configurations with fully integrated ultrasonic and electromagnetic systems. It explains how each approach works, key performance considerations, and when to prioritize simplicity, accuracy, or cost.
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From Apollo to Artemis NASA’s Artemis program is advancing human exploration beyond low Earth orbit, building on the technical legacy of Apollo. While spacecraft and mission architectures have evolved, fundamental requirements such as pressure control and gas flow management remain critical. From Apollo 11’s quarantine systems to today’s Artemis missions, accurate measurement supports crew safety, sample protection, and reliable system performance.
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The Importance of Monitoring Indoor Air Quality During Wildfire Season Wildfire smoke introduces fine particulates that can infiltrate indoor environments, making IAQ an active system challenge rather than a passive condition. This article outlines how facilities can use particulate monitoring, differential pressure sensing, and CO₂/VOC measurement to maintain safe indoor air during smoke events. By combining filtration strategies with real-time data, operators can balance reduced outdoor air intake with occupant health, system performance, and ventilation control.
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Four Reasons to Measure Relative Humidity Relative humidity is less visible than temperature but has measurable impacts on product integrity, process stability, and occupant comfort. From manufacturing and storage to building performance, maintaining controlled humidity ranges helps reduce risk and improve consistency. Instruments such as fixed humidity transmitters and portable thermo-hygrometers provide the data needed to monitor, verify, and manage conditions effectively.
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Fluid Control in Modern Data Centers As rack densities increase, liquid cooling is becoming essential to maintain thermal performance in modern data centers. Along with this shift comes greater emphasis on fluid routing, isolation, and control. Valves now play a central role in managing flow paths, enabling automation, and supporting rapid response to leaks or system changes. This article outlines how different valve types fit into liquid-cooled architectures and where they provide measurable operational value.
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Types of Relays
Relays are fundamental components in industrial control systems, providing reliable isolation and switching of electrical loads. This article explains how solid state and electromechanical relays operate, highlights key features and performance considerations, and outlines how to select the right relay for demanding applications.
If you want the meta description more product‑driven, educational, or application‑specific (e.g., HVAC, motor control, power switching), I can tune it precisely.
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Product Highlight: IF-IOL Series IO-Link® Converter
Many facilities still rely on proven 4–20 mA and 0–10 V analog sensors for critical measurements. While these signals remain widely supported, integrating them into modern digital architectures can introduce unnecessary complexity, particularly as systems scale or require more granular diagnostics.
The IF-IOL Series IO-Link® Converter is designed to bridge that gap. By converting legacy analog signals into IO-Link® process data, the IF-IOL Series enables existing sensors to participate in a standardized, bidirectional digital communication framework without requiring sensor replacement or extensive rewiring.
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Types of Accelerometers An accelerometer is a device that can measure acceleration experienced by an object. However, there are many types of accelerometers. In this article you will learn about those.
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Sanitary Sensors & 3‑A Standards Sanitary sensors are purpose-built measurement devices designed for applications where preventing contamination is as critical as maintaining measurement accuracy. Unlike general industrial sensors, they must meet additional hygienic requirements to support cleanability, regulatory compliance, and product safety in food and beverage, pharmaceutical, and cosmetic processes. Standards such as 3‑A Sanitary Standards provide guidance on sensor design, materials, and installation practices to help reduce contamination risk and protect the integrity of sanitary production systems.
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Why is Air Balancing HVAC Systems Important? Air balancing ensures an HVAC system delivers the correct airflow to each zone, room, and terminal as intended by the original design. By measuring, adjusting, and verifying airflow, proper balancing improves comfort, indoor air quality, energy efficiency, and equipment reliability. This article explains common airflow measurement techniques, including flow hoods and duct traverse methods, and compares traditional proportional balancing with predictive balancing. It highlights how predictive balancing reduces iteration, improves accuracy, and saves time, especially in complex or mission-critical HVAC systems such as hospitals, laboratories, clean rooms, and data centers.
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Love is in the (Conditioned & Ventilated) Air This article highlights a series of HVAC and industrial “power couples” that demonstrate why certain devices are designed to work together. Using a Valentine’s Day theme, it shows how pairing complementary sensors, controls, and protection devices improves system reliability, reduces downtime, and prevents damage. Featured pairings include level switches with leak detectors for layered protection, RTD probes with thermowells for accurate and protected temperature measurement, flowmeters with controllers for measurement-driven control, flexible heaters with thermostats for controlled heating, and thermocouple wire with matched connectors for signal integrity.
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What are Water Chillers? Water chillers remove heat from circulating water to provide reliable temperature control in HVAC and industrial applications. This article explains how chillers work, outlines the main chiller and compressor types, compares air-cooled and water-cooled systems, and introduces common methods for proving chilled water flow to ensure efficient and reliable operation.
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Getting Ready for AHR 2026 DwyerOmega will be exhibiting at AHR Expo 2026, where attendees can explore updated HVACR measurement solutions across temperature, pressure, flow, level, indoor air quality, and gas detection. Through hands-on demonstrations and direct conversations with product experts, the DwyerOmega team uses AHR as an opportunity to listen to customer feedback, understand real field challenges, and ensure future product development aligns with evolving industry needs.
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What is an Air Handling Unit? An air handling unit (AHU) is a core part of a building’s HVAC system, responsible for circulating and conditioning air to maintain comfortable and healthy indoor environments. Commonly used in commercial and industrial facilities, AHUs work alongside heating and cooling equipment to regulate airflow, temperature, and humidity. Modern AHUs rely on sensors and transmitters to monitor air quality, optimize energy efficiency, detect issues early, and support effective preventive maintenance.
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5 Factors to Consider When Choosing a Valve Choosing the correct valve is essential for safe, reliable, and efficient system operation. This article breaks down five key factors to consider when selecting a valve, including valve function, process media, pressure and temperature ratings, flow requirements, and actuation or installation constraints. Understanding how these factors interact helps engineers and system designers avoid premature failure, improve control performance, and ensure long-term reliability across industrial and HVAC applications.
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How To Ensure Safety in the Food & Beverage Industry Refrigeration is a key HACCP control point because unsafe temperatures allow harmful bacteria to multiply. Food processors must monitor, record, and verify temperatures continuously to stay compliant and protect product quality. Reliable sensors, alarms, and documentation tools make it possible to detect excursions quickly and maintain safe cold storage at every stage of production.
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What are the Best Monitoring Solutions for Semiconductor Subfabs? Semiconductor transistors operate at nanometer-scale dimensions, where even minor environmental variations can affect performance and yield. As a result, semiconductor fabrication demands extremely precise control of temperature, humidity, pressure, and contamination to ensure reliable microchip manufacturing.
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How to Properly Monitor Open Channel Flow Open channel flow monitoring measures the rate of water or wastewater moving through gravity-fed systems such as flumes, weirs, and open channels. Traditional mechanical methods like staff gauges and floats are being replaced by ultrasonic and hydrostatic level sensors that deliver continuous, precise, and low-maintenance measurement. These modern solutions improve accuracy, reduce field labor, and ensure reliable data for irrigation, stormwater, and wastewater applications.
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What are Strain Gauges? Strain gauges convert mechanical deformation into measurable resistance changes through the piezoresistive effect. Small resistance shifts are detected using a Wheatstone bridge with amplification and temperature compensation. Common types include linear, diaphragm, rosette, torsion, and dual-parallel gauges—each suited to specific stress directions and materials. Used widely in structural testing, load and pressure measurement, and industrial condition monitoring, strain gauges provide precise data essential for safety, performance, and predictive maintenance across engineering applications.
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What is Wastewater? Wastewater is water that has been used in homes, businesses, or industries and contains contaminants such as chemicals, organic matter, and microorganisms. Before being released or reused, it must be treated to remove pollutants that threaten health and the environment. Modern treatment plants accelerate natural purification through steps like screening (removing large debris), grit removal (settling sand and solids), and primary clarification (separating sludge and scum). These processes ensure the safe return of clean water to the environment and support sustainable water use.
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Understanding Thermocouple Wire Wire that is used in a thermocouple from the point of sensing to the point of cold junction compensation (cjc end) where the signal is measured.
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Integrated Temperature Control Solutions for Industrial Refrigeration This article explores how integrated temperature control and monitoring systems ensure safety, consistency, and compliance in industrial refrigeration environments. It explains how universal input controllers, digital switches, thermocouple alarms, and data loggers work together to maintain stable conditions in cold storage, food processing, and pharmaceutical facilities. Readers will learn how precision control devices from DwyerOmega improve reliability, protect inventory, and streamline maintenance across multi-unit systems.
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Parallax Error Even small mistakes in measurement can have big consequences. Parallax error — a simple observational issue — is common with analog gauges and dials, but it’s preventable. Explore what parallax error is, where it shows up in industry, and how modern solutions from DwyerOmega help eliminate it.
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All About Pressure Sensors Pressure measurement isn’t one-size-fits-all. From strain gauge to piezoelectric designs, different pressure transducers serve unique applications. This guide breaks down the main types, explains how they work, and shows you how to choose the right sensor for accurate, reliable performance. #Engineering #Sensors #IndustrialAutomation
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How Flow Meters Regulate Air Flow in Salt Spray Test Cabinets Salt corrosion test cabinets depend on tightly controlled conditions to deliver consistent, repeatable results. One of the most critical variables is bubbler air flow, which directly influences fog density, droplet formation, and overall chamber uniformity. Using a calibrated flow meter allows operators to precisely adjust and maintain air supply, helping meet standards such as ASTM B117 and ISO 9227 while minimizing variability between tests. With proper flow control, laboratories can improve reproducibility, stabilize atomization conditions, and ensure more reliable evaluation of materials, coatings, and surface treatments.
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Retrofitting for a Greener Future Retrofitting industrial equipment with advanced sensors is a smart, sustainable strategy that extends equipment life, improves efficiency, and reduces energy waste—without the cost of full system replacement. This Earth Day-inspired article explores how modern sensing technology can help facilities meet environmental goals while maintaining high performance. Learn how integrating sensors into legacy systems can support your journey toward greener operations and smarter data-driven decisions, all while keeping your existing infrastructure in play.
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All About Particulate Matter Sensors “Air quality isn’t just about temperature and humidity — particulate matter (PM) plays a critical role. From dust and mold to smoke and aerosols, PM sensors detect and measure airborne particles in real time, helping industries, facilities, and workplaces maintain healthier environments. Discover how these sensors work and why they’re vital for monitoring indoor air quality.
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Monitoring Center Pivot Irrigation Systems Center pivot irrigation systems rely on consistent pressure, balanced flow, and dependable water supply to achieve uniform coverage across large fields. Integrating pressure, flow, and level transmitters provides continuous visibility into system performance, allowing operators to maintain target operating conditions, reduce energy consumption, and quickly identify issues such as leaks, blockages, or pump inefficiencies. This measurement-driven approach supports more efficient water use, improved system reliability, and better crop outcomes throughout the growing season.
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The Basics of Daisy Chaining Daisy chaining is a wiring method that links devices in a sequential series, allowing power or communication signals to pass from one device to the next. Common in industrial automation, HVAC, and building management systems, daisy chain networks reduce wiring complexity and installation costs while enabling easy system expansion. Learn how daisy chaining works, its advantages and limitations, and discover DwyerOmega solutions that support scalable monitoring and control applications.
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Variable Area Flow Meter Corrections Getting Accurate Readings from Variable Area Flow Meters Most variable area flow meters are factory-calibrated for air or water at standard conditions (70 °F and 14.7 PSIA). But when real-world pressure, temperature, or gas type changes, the reading can drift from the true flow. To correct this, apply two simple formulas: one to account for pressure and temperature changes, and another for gas specific gravity. Together, they convert the indicated flow to actual standard flow. DwyerOmega’s Series VF, VA, and Rate-Master® RM flow meters deliver reliable measurements when paired with proper correction—helping you maintain accuracy across any application.
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Lift Station Level Sensing Wastewater lift stations use level sensing devices to automate pump control, prevent overflows, and support efficient sewage transport. Explore key technologies like ultrasonic, submersible, and radar transmitters.
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What Are the Differences Between 2-Wire, 3-Wire, and 4-Wire RTDs? A Resistance Temperature Detector (RTD) measures temperature using a resistor with a resistance value that changes as its temperature increases or decreases. RTDs are typically manufactured in three different wiring configurations: 2-wire, 3-wire, and 4-wire. Each configuration is designed to compensate for lead wire resistance to varying degrees, impacting measurement accuracy.
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What are Electromagnetic Flow Meters? A magnetic flow meter (mag flow meter) is a volumetric flow meter which does not have any moving parts and is ideal for wastewater applications or any dirty liquid which is conductive or water based.
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Rope and Tape Heaters Rope and tape heaters are flexible heaters designed to wrap around pipes, beakers, and other round surfaces. Rope and tape heaters are very similar in that they have similar power densities and construction.
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What is a Thermal Imaging Camera? A thermal imager is a non-contact temperature measurement device.
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Setting the Standard When it comes to temperature measurement in an important application process – like yours – precision is paramount. So much relies on the accuracy of these measurements, and the quality of the instrumentation and devices that are used can make all the difference. We put our Super OmegaClad XL and our standard Inconel probes up against some of our competitors’ similarly spec’d probes in a battery of long-term product testing – and the results speak for themselves.
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Ultrasonic Level Sensors in Action By installing level sensors, operators can be proactive and monitor liquid levels - ensuring environmental regulations associated with the design and operation are consistently met.
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Discover the Different Types of Pressure Measurement Discover the different types of pressure measurement and the differences between them. This video, which features one of our star engineers, provides a comprehensive overview to elevate your understanding.
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Digital Panel Meters Accurate measurement of electrical parameters is crucial for efficient operation and safety across a wide range of applications. Digital panel meters, which provide a precise, real-time display of vital electrical quantities – such as voltage, current, resistance, frequency, strain, and temperature – can assist in achieving this high level of accuracy. These devices offer a user-friendly interface with clear numerical displays – eliminating the guesswork that often accompanies analog meters and allowing operators to monitor system performance at a glance.
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Brewing Up Precision In this application, the purpose is to measure the temperature of the motor in an industrial coffee grinder during the grinding process to better understand the strain on the motor.
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IIoT and Small Businesses: A Match Made in the Cloud Operational efficiency is key to the success of any small business, and IIoT essentially helps you achieve that by turning your offline processes to online through a connected environment.
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Bridging the Gap Monitoring bridge health involves utilizing various methods and technologies to track data points and assess the overall condition and performance of a bridge over a period of time.
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Installation Obstacles: Invasive In-Pipe Immersion Sensors When it comes to process piping systems, temperature of in-pipe media is often a necessary measurement – and one that needs to be monitored accurately. Traditionally, in-pipe immersion sensors are used. However, invasive in-pipe immersion sensors are often not ideal for use within process piping systems. Here are 3 considerations to take before installing immersion sensors in process piping systems.
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From Rocketry Competitions to Moonwalkers The Apollo 11 team achieved a historic accomplishment – a feat that symbolized relentless innovation, unwavering commitment, and profound human ambition. The Apollo 11 expedition stands not only as a pinnacle of post-War American ingenuity, but as an effort that accelerated aerospace technology and ignited imaginations of people across the globe. As a company of engineers – a company that works with engineers, for engineers, by engineers – Omega has held a strong, ongoing commitment to STEM education, ensuring that its impact on science, technology and human achievement endures for years to come. In our continuing efforts to support and encourage access and interest in STEM education across the globe, Omega has sponsored many student-run engineering program – including several collegiate rocketry programs.
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Stop! Calibrate and Listen Calibration is crucial in industrial manufacturing because it ensures the accuracy and reliability of measurement instruments and equipment used in production processes. With proper calibration, manufacturing professionals can verify performance against recognized standards and initiate adjustments, if necessary.
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Tapping the Keg of Innovation - Omega's Unparalleled Temperature Measurement Technology is the Craft Brewer's Newest Secret Ingredient Innovation is, and always has been, the fuel that drives the Craft Beer Brewing Industry – from fostering creativity to propelling industry dynamics, it is a main contributor to both growth and evolution.
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Enabling On-Shoring of Critical Water/Wastewater Infrastructure with Omega’s New
Non-Invasive Temperature Sensor for Plastic Pipes
After years of ongoing challenges with the global supply chain, ResinTech Inc, a resin manufacturer and global leader in ion exchange for water purification, built the first new ion exchange factory in the US in more than 30 years. Inside, ResinTech manufactures its own high quality ion exchange resin from scratch to rigid specifications.
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A Need for Speed: How Omega’s Innovative Temperature Sensing Technology was used to Expedite the Commission of a Productivity Enhancing Investment The brewing team at Allagash Brewing Company successfully utilized the versatility, non-invasiveness, and high accuracy of the HANI Clamp Temperature Sensor – which clamps right onto the outside of a desired pipe and measures the fluid inside with as much accuracy and with the same high performance as traditional sensors – to expedite the commissioning process and meet their ROI of an important investment to their system.
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HANI Temperature Sensor Chosen as Finalist in Best of Sensors Awards Sensors Converge is almost here! Sensors Converge began as a show focused solely on sensor technology, and has evolved over the years to a large event focusing on not only sensors, but also the complex systems that work with them. The 2023 show will be held June 20-22 in Santa Clara, CA at the Santa Clara Convention Center.
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A Need for Speed: How HANI Technology Was Used to Expedite the Commission of a Productivity Enhancing Investment The brewing team at Allagash Brewing Company successfully utilized the versatility, non-invasiveness, and high accuracy of the HANI Clamp Temperature Sensor – which clamps right onto the outside of a desired pipe and measures the fluid inside with as much accuracy and with the same high performance as traditional sensors – to expedite the commissioning process and meet their ROI of an important investment to their system.
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The Future is Bright: Omega’s Own Co-Op Wins Prestigious Award The Omega Co-Op/Internship Program was created to help students grow and realize their full potential - setting them up with the experiences and tools needed to excel in their future careers. We sit down with one of our latest engineer co-ops, David Austin, to find out more about his time with Omega and his recent award from Drexel University.
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Balls Out Have you ever heard someone use the term ‘balls out’? You know, as in giving it maximum effort or going all out. Have you ever wondered where the term comes from? Well, the truth is it probably doesn’t mean what you think it does. For the origins of the term, we need to go back to the late eighteenth century, when Scottish inventor and mechanical engineer James Watt was looking for a way to automatically regulate the speed of a steam engine.
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HANI: The Shortcut that ACTUALLY Works Getting the accurate temperature of media flowing through a pipe is a serious pain in the neck. And, up until now, there really has only been one viable option: immersion sensors. But now there is another option: the HANI. It's quick, it's accurate, its non-contact. The HANI temperature sensor is the short cut that actually works.
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Measuring Temperature of Media Flowing Through a Pipe The first way you might attempt to measure the temperature of a fluid moving through a pipe or inside a tank is to use a surface sensor.
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How to Monitor Walk-In Freezer Temperatures with IIoT Devices Maintaining optimal freezer temperatures is essential in protecting quality, ensuring food safety & reducing waste. Learn how companies are using Omega's products.
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An Introduction to Industrial pH Measurement and Control In this article how pH describes the degree of acidity or alkalinity of a solution and how is measured is explained. Click here to learn how it´s done.
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What to Look for When Selecting Accelerometers There are some specifications that you should always look when selecting an accelerometer. In this article the most important factors are explained.
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Why Calibration Certificates Matter Calibration certificates validate the device’s accuracy levels to a standardized reference.
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How to Use a Magnetic Flow Meter to Meet Hygiene Requirements for Clean-in-Place (CIP) Systems In the food and beverage industry, clean-in-place (CIP) maintenance is essential for meeting safety and hygiene standards while maintaining process efficiency and maximizing equipment service life.
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Measurement of Outflow Facility in the Eye Glaucoma is a world-leading cause of blindness. The major risk factor for glaucoma is elevated intraocular pressure (IOP), with the sole treatment for glaucoma patients being to reduce the IOP.
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IIOT - Industrial Internet of Things IIoT or Industrial Internet of Things is one such technology that is mostly unknown to non-extert. In this article, IIoT is explained in detail.
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How Do Infrared Thermometers Work? Infrared (IR) forehead thermometers are useful in measuring temperature across a range of industrial and clinical environments.
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Infrared Thermometers: FAQs It is essential to understand that the accuracy of IR thermometers depends on how and where you use them.
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Most common applications of Infrared Thermometers Because of their ability to measure temperature from a distance, IR thermometers have a broader scope of application than just checking whether you have a fever.
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7 Key Benefits of Remote Monitoring Using IIoT Businesses can overcome challenges by leveraging the IIoT-enabled remote monitoring framework and achieve substantial improvements.
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Give Your Legacy Systems an IIoT Upgrade and Achieve More The most common obstacle is collecting operational data from legacy machines and communicating that data to the cloud.
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Advantages of New OMEGA PCC-SMD for Cold Junction Compensation OMEGA’s new PCC-SMD unique features make integration of cold junction compensation easier than it ever has been before.
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Best Practices to Implement Temperature Screening As businesses plan to resume operations with the easing lockdown restrictions, the immediate challenge for them is to keep their employees and customers safe.
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Real-World Examples of IIoT Monitoring Here, we explore two typical use cases and corresponding real-world examples of IIoT monitoring solutions.
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Cómo activar una alarma cuando se deja abierta la puerta del congelador Cuando la puerta de un congelador se deja accidentalmente entreabierta, puede provocar el deterioro de los alimentos y un aumento de los costes energéticos.
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Cómo realizar la supervisión de la temperatura del asfalto con dispositivos IIOT La temperatura del asfalto mezclado en caliente es un componente crítico para la compactación y la longevidad del hormigón vertido.
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Cómo conectar sus dispositivos Modbus a la pasarela Omega Link Las instalaciones industriales buscan aprovechar las ventajas del Internet Industrial de las Cosas (IIOT) mediante el establecimiento de un entorno conectado.
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Monitorización remota para tiempos difíciles ¿Cómo puede la supervisión remota ayudar a que su aplicación se mantenga a flote y a que los empleados estén seguros?
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5 formas en que los datos de sensores inteligentes aportan beneficios a su negocio La tecnología inteligente está ampliando sus horizontes a los productos sensoriales y ha cambiado por completo el concepto, la integración y la aplicación de estos dispositivos.
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¿Qué es la computación periférica? El concepto de computación periférica existe desde hace varios años, desde los tiempos de los ordenadores de instrumentación informática o de interfaz hombre-máquina (HMI) instalados en las propias instalaciones.
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Facilitar el mantenimiento Es necesario seleccionar la familia de cables adecuada según las condiciones del proceso para obtener los controles de temperatura deseados dentro de los tubos.
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¿Qué es un sistema de trazado térmico? Un sistema de trazado térmico es un conjunto de vías alineadas a lo largo de tubos o recipientes.
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Diseño del sistema de calefacción por trazas térmicas adecuado El diseño de un sistema de trazado térmico perfecto requiere tener en cuenta varias variables importantes.
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Termopares tipo K Un termopar tipo K es cualquier sensor de temperatura que contenga conductores de cromel y alumel y que cumpla los requisitos de salida establecidos en las normas ANSI/ASTM E230 o IEC 60584 para termopares tipo K.
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¿Cuáles son las aplicaciones habituales de los termopares? Los termopares se utilizan en una amplia gama de aplicaciones.
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¿Cómo realizar el montaje correcto de los termopares? Al conectar termopares a otros dispositivos, se debe tener cuidado de mantener la polaridad adecuada.
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Preguntas frecuentes: Características y especificaciones de los termopares Los termopares tienen cables positivos y negativos, por lo que, para leer una temperatura correcta, es necesario mantener la polaridad en todo el circuito.
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Tipos y construcciones de termopares Los termopares tienen tres tipos de uniones: con conexión a tierra, sin conexión a tierra y expuestas.
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Técnicas comunes para la calibración de termopares Los termopares suelen calibrarse de una de estas tres formas, dependiendo de la precisión necesaria y de las condiciones en las que se realiza la calibración.
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Preguntas frecuentes: Instalaciones de termopares Cuando se necesita más de una medición, los termopares duales proporcionan esa señal de medición adicional.
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Transductores de presión y controladores No solo es necesario medir la presión, sino que su sistema también debe realizar cambios basados en las lecturas de presión.
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Selección de transductores de presión y amplificadores La elección del amplificador adecuado depende del tipo de señal que necesite su sistema.
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Transductor de presión para gases «Gas» es un término increíblemente amplio. Muchas industrias utilizan gas, pero no todas necesitan medir con precisión la presión del sistema.
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Transductor de presión para aire La presión del aire se midió por primera vez en 1643, cuando se inventó el barómetro.
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Transductor de presión en aplicaciones de aire Existen una gran variedad de aplicaciones que requieren un control adecuado de la presión del aire.
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Transductores de presión y registradores de datos Los registradores de datos se utilizan normalmente para medir y almacenar las señales de presión que emite un sistema.
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Elegir un transmisor de señales Al analizar ambos dispositivos y la forma en que funcionan con otros dispositivos, queda claro que los transmisores de señal y los acondicionadores de señal realizan más o menos el mismo conjunto de tareas.
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Transmisores de señales Un transmisor de señales es un dispositivo que transmite datos de un lugar a otro.
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Por qué el IoT no es suficiente para aplicaciones industriales Siempre que se habla acerca del IIOT, se compara con el IoT.
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¿Qué componentes hay en una red IIOT? El Internet Industrial de las Cosas (IIOT) es una tecnología muy conocida entre los expertos del sector, pero prácticamente desconocida para el resto.
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Medición de la presión del nivel del agua Calcular cuánto ha subido o bajado el nivel del agua en un depósito (o algo similar) debería ser una tarea sencilla.
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Transductores de presión para refrigerantes Muchos sistemas en el mundo real dependen del ciclo de refrigeración, desde los enormes sistemas de refrigeración de los supermercados hasta el aire acondicionado de su coche.
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Especificaciones del transductor de presión Los transductores de presión son útiles en una gran variedad de industrias.
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Preguntas frecuentes sobre transductores de presión Los sensores de presión pueden sufrir contaminación del entorno que los rodea o del fluido de trabajo que miden.
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Prueba de transductores de presión Los transductores de presión son instrumentos precisos y, como todos los instrumentos, son propensos a sufrir fallos.
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Procedimiento de calibración de presión in situ La calibración es un paso importante que ayuda a los dispositivos a producir mediciones precisas.
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¿Qué tipo de tecnología de detección por infrarrojos funcionará mejor para su aplicación: un termómetro por infrarrojos o una cámara de captación de imágenes térmicas? Hay muchas aplicaciones que requieren una medición precisa de la temperatura superficial, pero que no permiten el uso de una sonda de superficie porque no es posible establecer contacto directo con el objeto cuya temperatura se está midiendo.
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¿Cómo se divide una señal de Termopar? Los termopares son sensores de temperatura termoeléctricos sencillos y económicos. Se utilizan en una amplia gama de procesos y aplicaciones de medición de temperatura.
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¿Cómo calcular la potencia del calentador para alcanzar la temperatura adecuada? Al seleccionar un calentador de superficie para su uso en un proceso o aplicación industrial, lo primero que debe hacer es calcular los requisitos de potencia.
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¿Cómo se utiliza un transmisor de presión o un transductor de presión para medir la altura de una columna de agua en un recipiente? Descripción general de la configuración de una aplicación experimental en la que utilizamos un transmisor de presión para medir la cantidad de presión que ejerce una columna de agua en una botella de agua.
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¿Por qué es tan difícil calibrar una sonda de superficie? Las sondas de superficie albergan muchos tipos de conjuntos de medición de temperatura, incluidos los termopares, que son muy utilizados.
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Tipos de acondicionadores de señal Los acondicionadores de señal son dispositivos que modifican las señales de salida producidas por un sensor.
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Cómo utilizar las celdas de carga para la medición del peso Para medir el peso, el objeto se coloca en un punto de aplicación de carga de una célula de carga.
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Especificaciones de las celdas de carga En este artículo se explican todas las especificaciones de la ficha técnica de una célula de carga. Haga clic aquí para obtener más información y comprender mejor los aspectos técnicos.
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¿Cómo se realiza la prueba de una célula de carga? Ajuste el multímetro en milivoltios y conecte los cables de salida de la célula de carga al mismo. Suministre un voltaje de excitación y coloque un peso de prueba sobre la célula de carga.
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Por qué el acondicionador de señal de la celda de carga es fundamental para una configuración de galgas extensométricas Los acondicionadores de señal toman la salida de la célula de carga, la modifican y luego la envían a monitores digitales o Registradores de datos.
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¿Cómo elegir un registrador de datos para su célula de carga? Una fuerza aplicada a una celda de carga provoca la deformación de la galga extensométrica, lo que genera una señal eléctrica. Un registrador de datos toma esos datos del proceso y los almacena para su uso posterior.
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Medidor de celda de carga: elección de los medidores de tensión adecuados El medidor de célula de carga se conecta directamente a la galga extensométrica para convertir la señal en un valor mostrado. También pueden alimentar la célula de carga.
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Preguntas frecuentes sobre celdas de carga ¿Tiene alguna pregunta acerca de las celdas de carga?
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Célula de carga con pantalla remota Para leer y procesar con precisión los valores de la célula de carga, las pantallas son una parte esencial del sistema de pesaje.
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Controlador de celdas de carga Un controlador de célula de carga es un dispositivo que se utiliza junto con una célula de carga para convertir las señales eléctricas de la célula de carga en valores legibles del mundo real.
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Báscula de plataforma con celdas de carga: ejemplo ilustrativo Para aplicaciones de pesaje de alta precisión, las básculas de plataforma con celdas de carga deben medir la carga con precisión. Para ilustrar esta precisión de medición, aquí se explica un ejemplo con un peso de prueba.
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¿Qué es un amplificador de celda de carga? Un amplificador de célula de carga es un dispositivo que puede aumentar la intensidad de las señales procedentes de una célula de carga.
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Celdas de carga USB: aproveche al máximo los datos de medición Las celdas de carga analógicas no pueden registrar los datos para su posterior análisis. Para que las señales de las celdas de carga sean legibles por un ordenador, es útil una salida USB. Léalo aquí.
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Cómo localizar una fuga de agua con un medidor de caudal ultrasónico Cuando una sola línea de conductos en una configuración compleja de tuberías se ve comprometida, puede resultar difícil localizar el punto exacto en el que se produce la fuga.
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Cómo supervisar de forma inalámbrica la temperatura para realizar pruebas de rendimiento Como parte del proceso de control de calidad de los equipos de refrigeración, como frigoríficos, congeladores y rieles fríos, es necesario validar que los equipos funcionan dentro de los parámetros especificados.
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Controlador de sobremesa para calentador de manto Los calentadores de manta se utilizan habitualmente en los laboratorios para calentar líquidos como parte del proceso de investigación.
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Cómo lograr una regulación precisa de la temperatura de los materiales experimentales utilizando una fuente de calor controlada por Controladores PID en aplicaciones de laboratorio Para investigar si el comportamiento de cambio de fase termocrómico de las películas delgadas de polidiacetileno se altera cuando se colocan sobre un sustrato de carbono como el grafeno, un investigador desarrolló un bloque de transferencia de calor cuya temperatura se puede regular a lo largo del tiempo.
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How to Monitor pH Levels in a High-Temperature Environment En una aplicación de proceso, como el remojo de madera en un baño de agua, se pueden eliminar los olores desagradables. Al neutralizar los niveles de pH en el baño de agua, se pueden controlar los olores.
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Cómo medir los niveles de pH en el sistema digestivo de un rumiante Los niveles de pH en cada uno de los cuatro estómagos de un rumiante desempeñan un papel esencial en el proceso digestivo y la producción de leche de una vaca.
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Pruebas de carga y vibración en la fabricación de bicicletas Como parte de un proceso de control de calidad, un fabricante de bicicletas desarrolló un sistema de pruebas capaz de cuantificar las fuerzas de carga y vibración en los parámetros físicos.
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Cómo probar la tolerancia de carga en cables de control Pruebas de productos Los cables de control desempeñan un papel fundamental a la hora de garantizar la seguridad y la integridad operativa de una amplia variedad de dispositivos mecánicos y electromecánicos, como cortacéspedes y bicicletas.
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Medición de la fuerza aplicada al paracaídas de un cohete Los cohetes despliegan paracaídas para ayudar a reducir rápidamente la velocidad de reentrada o aterrizaje del cohete. Sin embargo, antes de su uso, es esencial realizar una prueba del sistema utilizando celdas de carga de viga en S.
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Cómo medir la fuerza de flexión de una máquina dobladora de chapa metálica Para medir la tensión de flexión se requiere determinar la fuerza media ejercida sobre el material que da como resultado una superficie uniforme y con repetibilidad.
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Cómo determinar la medición de la fuerza de una ballesta Las ballestas funcionan como un resorte. La fuerza y la tensión que se aplican al tensar la cadena de la ballesta son las que crean el movimiento y la energía necesarios para propulsar la flecha desde el arco a gran velocidad.
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Flujo de pasta de papel Un cliente de la industria papelera quería medir el caudal de pasta de papel en una línea de acero inoxidable de 250 mm con un caudal medio de 120-150 l/s y una temperatura de la pasta de 45 °C.
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Medición sanitaria y precisa del caudal para microcervecerías Todas las microcervecerías necesitan poder medir el caudal de líquido de su producto de una manera sanitaria y que cumpla con las regulaciones de la FDA.
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Cómo curvar los aros de una guitarra con un calentador de silicona Hay varias formas de doblar los laterales de una guitarra, incluido el método tradicional de utilizar un tubo caliente. Sin embargo, un método más rápido y rentable, que se ha vuelto común, consiste en utilizar calentadores de silicona flexibles con un termopar y un controlador flexibles.
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¿Cómo se utilizan las cámaras térmicas en las inspecciones de viviendas? Las inspecciones termográficas revelan una gran variedad de información que le ayudará a obtener detalles cruciales sobre su hogar. Obtenga más información sobre esta aplicación aquí.
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Principales aplicaciones de la captación de imágenes térmicas En este artículo se describen algunas de las aplicaciones más habituales de las cámaras de captación de imágenes térmicas en diversos sectores. Haga clic aquí para descubrirlas.
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Cómo elegir una cámara térmica Aparte del coste y la calidad, los dos factores principales que debes tener en cuenta al comprar una cámara de captación de imágenes térmicas son la resolución del detector y la sensibilidad térmica.
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Acerca de las cámaras térmicas Elegir una cámara de captación de imágenes térmicas es complicado, ya que son diferentes de otras tecnologías de imagen. Haga clic aquí para conocer las preguntas frecuentes que desconciertan a los compradores.
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Aprendamos acerca de Omega: El efecto del golpe de ariete El efecto de golpe de ariete es una carga de impacto que constituye la fuerza más incomprendida que conocen hoy en día los transductores de presión. Un golpe de ariete se produce al parar o iniciar repentinamente el flujo de un líquido.
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Conductividad y resistividad La conductividad mide la capacidad de una solución para conducir la corriente eléctrica entre dos electrodos. En una solución, la corriente fluye mediante el transporte de iones.
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Introducción a los caudalímetros Como su nombre indica, un caudalímetro es un instrumento para supervisar, medir o realizar el registro de la tasa de flujo, la presión o la descarga de líquidos o gases.
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Entrada de 4-20 mA Es extremadamente sencillo y económico medir una señal de 4-20 mA con un dispositivo que solo mida entradas de tensión.
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Transmisión de señales digitales Las redes industriales que transmiten datos mediante señales digitales suelen ser una parte integral de una solución de ADQUISICIÓN DE DATOS o control de procesos.
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Transmisión de señales digitales A diferencia de los transductores analógicos que detectan variables continuas, como la presión y la temperatura, muchos transductores proporcionan una salida que puede tener dos estados: alto o bajo, abierto o cerrado.
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Todo lo que necesita saber acerca de los calentadores de inmersión Un calentador de inmersión es un dispositivo que se instala en un depósito o contenedor para calentar un líquido. La instalación puede ser lateral, con brida o roscada.
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¿Qué es un calentador de poliimida? Los calentadores de poliimida, también conocidos como calentadores Kapton, están fabricados con Kapton, una película de poliimida desarrollada por DuPont.
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¿Para qué se utilizan los calentadores de silicona? Los calentadores de caucho de silicona tienen un amplio rango de aplicaciones industriales, comerciales y militares. Estos calentadores son resistentes a la radiación, la humedad, la compresión, la intemperie, el vacío, los hongos, los aceites, los disolventes y los ataques químicos.
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Las ventas realizan la medición de los niveles de agua Un servicio al cliente que va más allá, en combinación con excelentes productos a precios competitivos.
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Transmisión y control seguros y precisos de la temperatura Una medición estable, segura y de alta precisión de las señales de temperatura en todas las etapas del proceso de fabricación es fundamental en una planta de polisulfuro.
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Calidad, asistencia y flexibilidad Al llegar el momento de cambiar un panel antiguo que controlaba un compresor de hidrógeno, un técnico de automatización decidió optar por una placa base.
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Solución de problemas sobre el terreno Un proyecto de funcionamiento de una nueva línea de conversión de residuos en energía le dio a un ingeniero eléctrico la oportunidad de trabajar por primera vez con un transmisor de temperatura HART montado en campo como el TXUN-HT.
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Con un repetidor/divisor aislado Un proveedor de soluciones eléctricas para una amplia gama de clientes y otros contratistas eléctricos, desde mediciones de temperatura y presión hasta el suministro de pequeñas soluciones PLC, necesitaba una solución para trabajar con temperatura y aislamiento.
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Central de cogeneración danesa Los miembros del equipo de mantenimiento de una central eléctrica danesa estaban hartos de recibir mensajes de error y falsas alarmas del sistema de supervisión de la temperatura de una de las calderas.
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¿Qué es un medidor de flujo másico? Un medidor de flujo másico térmico mide el caudal de masa de gas basándose en la transferencia de calor por convección de una superficie calentada al fluido que fluye.
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¿Qué es un caudalímetro Coriolis y cómo funciona? Un medidor de flujo Coriolis es un tipo de medidor de flujo másico. Tiene un diseño diferente y funciona de manera distinta a los medidores de flujo másico térmicos o diferenciales.
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Escala Internacional de Temperatura de 1990 (ITS-90) Presidente del Comité Consultivo de Termometría y vicepresidente del Comité Internacional de Pesos y Medidas División de Física, Consejo Nacional de Investigación de Canadá, Ottawa, K1A OS1 Canadá
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Termopares frente a RTD Seleccionar el mejor sensor de temperatura para su aplicación puede ser todo un reto. Hoy en día existe una amplia gama de sensores disponibles, y cuanto mejor comprenda las diferencias clave entre ellos
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Principios de los termopares infrarrojos La línea de productos IRt/c representa un avance espectacular en la tecnología de detección de temperatura. Los sensores IRt/c no necesitan alimentación, son económicos y pueden medir la temperatura superficial de los materiales sin necesidad de tocarlos.
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Tipos de termopares: ¿sonda, cable o superficie? Dado que un termopar puede adoptar muchas formas y tamaños, es importante comprender cómo seleccionar correctamente el sensor adecuado.
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¿Qué es un medidor de flujo vorticial? Un medidor de flujo vorticial es un dispositivo de medición de caudal ideal para mediciones de caudal donde la introducción de piezas móviles presenta problemas.
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¿Cuáles son los diferentes tipos de termopares? Los termopares están disponibles en diferentes combinaciones de metales o calibraciones. Los más comunes son los termopares de «metal base», conocidos como tipos J, K, T, E y N.
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¿Qué es un controlador PID? Un controlador PID es un instrumento utilizado en aplicaciones de control industrial para regular la temperatura, el caudal, la presión, la velocidad y otras variables de proceso.
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Tiempo de respuesta del termopar Constantes de tiempo calculadas para aire a temperatura ambiente y presión atmosférica moviéndose a una velocidad de 65 pies por segundo para Termopares
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Conexión de relés a una placa de salida digital y consideraciones sobre el ruido Los relés mecánicos son muy ruidosos (eléctricamente) y pueden causar problemas al conectarlos a una tarjeta de E/S digital de PC, desde picos en las mediciones analógicas hasta bloqueos del ordenador.
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Termopares - Guía de referencia OMEGACLAD® es un sistema de tres partes compuesto por aislamiento compactado de MgO, cable de termopar y funda metálica.
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Cómo elegir un termopar Existen diferentes tipos de termopares y sus aplicaciones pueden variar. Un termopar expuesto funcionará mejor cuando se requieran tiempos de respuesta elevados, pero un termopar sin conexión a tierra es mejor en entornos corrosivos.
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How to Choose Between a RTD PT100 vs Pt1000? The sensing elements in Resistance Temperature Detectors (RTD’s) can be categorized in terms of the type of metal out of which they’re made and their resistance at a benchmark temperature.
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Types of RTDs Resistance Temperature Detectors (RTDs) available today can generally be categorized into one of two basic types of RTDs, depending on how their temperature sensing element is constructed.
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Practical Guidelines for Temperature Measurement Temperature can be measured via a diverse array of sensors. All of them infer temperature by sensing some change in a physical characteristic.
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Pt100 Probes Probes may be terminated in a connection head, quick disconnect, terminal block, or extension wire. OMEGA’s standard terminations are pictured on product pages.
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Resistance Elements and RTD’s Resistance elements come in many types conforming to different standards, capable of different temperature ranges, with various sizes and accuracies available.
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How to Install a Pressure Tranducer? OMEGA transducers have three main types of electrical outputs; millivolts (mV), volts (V), and current (mA). It is important for the user to know which output suits his application to ensure proper selection of a transducer.
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Water and Wastewater Test Methods for Operators A variety of test procedures and methods are available for use by water and wastewater operators.
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What is a Voltage Divider? In order to measure a signal which varies over a range greater than the input range of an analog or digital input of a measuring device, a voltage divider can drop the voltage of the input signal to the level the analog or digital input can measure.
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PFA Fluorocarbon Information PFA Fluorocarbon Information
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Flow Meter Tutorial So you want to measure flow? The answer would seem to be to purchase a flowmeter.
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Common Problems with Data Acquisition Devices Traditional printer drivers are very benign; they are only active, and use the printer port when you tell an application to print.
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Electronic Halogen Leak Detector For many years the most effective, and only, method for finding gas leaks of any type was the use of a soap or bubble solution.
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Industrial pH Monitoring: pH and pH Electrode Basics pH electrode technology hasn't changed much in the past 50 to 60 years, yet pH electrode manufacturing remains an art.
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Ion Selective Electrodes This article is designed to apply, in general, to all specific ion electrodes.
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What is a Low Pass Filter? A low pass filter is placed on the signal wires between a signal and an A/D board
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Infrared Quick Help When to Use Infrared Temperature Measurement
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Temperature Control Using PID Almost every process control application would benefit from PID control.
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Technical Principles of Valves Solenoid valves are used wherever fluid flow has to be controlled automatically. They are being used to an increasing degree in the most varied types of plants and equipment.
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Fundamentals of pH Measurement and Dissolved Oxygen Analysis Dissolved oxygen (DO) is the term commonly used in liquid analytical work for the measurement of the amount of oxygen dissolved in a unit volume of water.
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How Does a PID Controller Work? As its name implies, a PID controller combines proportional control with additional integral and derivative adjustments which help the unit automatically compensate for changes in the system.
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Contact Closure Inputs: Connect Digital Input & Output DAQ Board Many times it is necessary to monitor a contact closure using a PC. Some applications include monitoring a relay closure on a machine to record on-off times, or simply as an alarm to notify someone of an open freezer door.
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Scaling Voltage & Current to Engineering Units It is very often necessary to convert a voltage, millivot or current reading into a more useful value such as PSI, GPM, LBS, etc.
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Infrared pyrometers Pyrometer is derived from the Greek root pyro, meaning fire. The term pyrometer was originally used to denote a device capable of measuring temperatures of objects above incandescence, objects bright to the human eye.
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Mechanical Flow meters Discussed in this chapter are various types of mechanical flow meters that measure flow using an arrangement of moving parts,
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Differential Pressure Flow meters The calculation of fluid flow rate by reading the pressure loss across a pipe restriction is perhaps the most commonly used flow measurement technique in industrial applications
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Overview of GPIB protocol IEEE-488 refers to the Institute of Electrical and Electronics Engineers (IEEE) Standard number 488 and is commonly called GPIB (General Purpose Interface Bus).
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RF/Capacitance Level Instrumentation Capacitance level detectors are also referred to as radio frequency (RF) or admittance level sensors. They operate in the low MHz radio frequency range, measuring admittance of an alternating current (ac) circuit that varies with level.
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All About Flow Meters Measuring the flow of liquids is a critical need in many industrial plants.
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What is a Variable Area Flow Meter? Variable area flow meters are simple and versatile devices that operate at a relatively constant pressure drop and measure the flow of liquids, gases, and steam.
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Plug-in Cards Although the microprocessor and digital network technologies have fundamentally reinvented the ways in which today's data acquisition systems handle data
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Differential Signal Vs Single-Ended Inputs One of the most common questions asked is the difference between single-ended and differential signals inputs, and what applications they should be considered in.
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An Introduction to Venturi Flow Meters, Flow Nozzles, and Segmental Wedge Elements Venturi tubes are available in sizes up to 7 inches and can pass 25 to 50% more flow than an orifice with the same pressure drop
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Pressure sensor Piezoelectric presssure sensors can further be classified according to whether the crystal's electrostatic charge, its resistivity, or its resonant frequency electrostatic charge is measured.
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Strain Gauge When external forces are applied to a stationary object, stress and strain are the result.
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The RS-232 protocol Information being transferred between data processing equipment and peripherals is in the form of digital data which is transmitted in either a serial or parallel mode.
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What is an Orifice Plate Flow Meter? The orifice plate flow meter is commonly used in clean liquid, gas, and steam services. It is available for all pipe sizes but it is very cost-effective for measuring flows in larger ones (over 6 inches diameter).
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An Introduction to Pitot Tubes Although the pitot tube is one of the simplest flow sensors, it is used in a wide range of flow measurement applications such as air speed in racing cars and Air Force fighter jets
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What is a thermography? Thermography extends the concept of point radiation thermometry to one-dimensional profiles or two-dimensional pictures of non-contact temperature data.
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Strain Gage Technical Data The most universal measuring device for the electrical measurement of mechanical quantities is the strain gage.
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Non-contact thermometers Historically a radiation non-contact thermometer consisted of an optical system to collect the energy emitted by the target;
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RS485, RS422 and RS232 Why use RS232 vs RS485 and what is the real difference between RS422 Vs RS485? First, lets define each one. Keep in mind that all three are considered SERIAL, as opposed to IEEE-488 which is PARALLEL.
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pH Control Systems pH control systems are characterized by extreme rangeability and sensitivity, and are also subject to difficulties arising from contact between measuring electrodes and hostile fluids.
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Types of level measurement instrumentation One of the primary principles underlying industrial level measurement is that different materials and different phases of the same material have different densities.
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Specialty Level Switches Thermal, vibrating, and optical level switches are specialty devices developed to solve specific level detection problems.
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Working principle of thermocouples A typicial thermocouple is made up of two dissimilar metals joined together to form two junctions.
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PLATINUM™ Series PID Control Simulator In modern industrial systems, temperature is the most common physical measurement...
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Reactive Maintenance vs. Proactive Maintenance: You’re Paying 2-5X More for Maintenance Proactive maintenance, reactive maintenance, and the many benefits of switching to proactive maintenance.
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Preventive or predictive: what is the right type of maintenance for your process? Predictive maintenance differs from preventive as it allows you to repair or replace equipment before it runs-to-failure
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Wireless Process Monitoring: Pros & Cons of Using Wireless Devices Wireless monitoring is a versatile and inexpensive solution for a variety of applications in locations with no interference.
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Preventing Explosions with FM Approved Intrinsically Safe Instrumentation Industrial explosions have caused devastating loss of life on many occasions.
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Cellular Monitoring: Process Monitoring with Cellular Technology Cellular monitoring is ideal for applications and data logging where updated information is not required in real time.
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New Data Logging, Charting and Alarm Notification System The dashboard connects data from your measurement equipments to a webserver for easy-to-use data storage and collection.
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Particle Pollution & Environmental Safety Indoor air quality is the responsibility of building owners, managers and employers.
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5 Reasons to Wirelessly Measure Relative Humidity Monitoring Relative Humidity in Lab can be challenging. Choose the most simple and powerful way by using wireless transmitters.
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The Benefits of Implementing Predictive Maintenance Predictive maintenance can help you anticipate failure before it happens, saving money, time and making processes more efficient. Learn more about these and other advantages.
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Air Quality Monitoring | Things you should know about it Ambient air contains life supporting oxygen, nitrogen, carbon dioxide, and chemicals that can harm you and your employees.
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3 Factors to Consider When Choosing a Custom or Off-the-Shelf Sensor Given the risk to human lives and the financial costs when things go wrong, aerospace engineering...
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OMEGA Has a Starring Role in the LSST Telescope Mirror The Large Synoptic Survey Telescope (LSST) is a new kind of optical telescope that will view a wider area of night sky than ever before possible. Once operational...
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10 Applications Where You Need a Digital Panel Meter Digital panel meters present numerical information that’s easy to read.
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Infrared Temperature Measurement Theory and Application Infrared thermometers for non-contact temperature measurement are highly developed sensors which have wide-spread application in...
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What are Nanosensors? How and Where are They Used? While few engineers need to work at the nano scale, temperature measurement with compact thermocouples is applicable across many fields.
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Differentiating State, Event and Pulse Data Loggers and Defining Applications Data loggers are instruments that monitor and record changes in conditions over time.
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Sensor Theory of Operation Omega is a reliable source for pressure transducers and load cells that provide high quality data in a myriad of processes.
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Custom Pressure Transducers A custom pressure transducer is a transducer that converts pressure into an analog electrical signal, often manufactured with the exact specifications required for an application.
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What is MI Cable? The basic construction provides high-temperature capability, exceptional electrical isolation, and physical protection for the conductors especially when subjected to harsh environments.
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PID with Fuzzy Logic Adaptive Control—The Best of Both Worlds Proportional integral derivative (PID) control is a well established way of driving a system towards a target position or level.
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The importance of wind tunnel testing in the lab Failure rates for many electronic components rise with temperature.
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High Temperature Pressure Transducers vs. Cooling Elements Pressure measurement is often a challenging task due to the harsh environments frequently found in industrial manufacturing.
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Temperature Measurement in Electromagnetic Environments One of the easiest ways to measure and record temperature is with a thermocouple. Thermocouples perform reliably in most environments, tolerating temperature extremes, vibration and even ionizing radiation.
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M12 Temperature Sensors Temperature sensors provide an input to a system (indicator, controller or other device) that is used to determine the temperature of a specific process or location.
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Doppler vs Transit Time Ultrasonic Flow Meters Ultrasonic flow meters are non-intrusive devices that use acoustic vibrations to measure the flow rate of liquid...
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Grippers A gripper is a motion device that mimics the movements of people, in the case of the gripper, it is the fingers.
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Types of Load Cells Various load cell types are preferred, relative to the needs of the laboratory or operational environment.
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A Brief History of the Temperature Sensor The sensations of hot and cold are fundamental to the human experience, yet finding ways to measure temperature has challenged many great minds.
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OEM Our commitment to maintaining the leading edge through research development and state-of-the art manufacturing keeps OMEGA firmly at the forefront of technology.
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Strip Heater A strip heater is a device which is mounted on a surface and used to heat the surface or air (gasses).
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Calibrator A calibrator is an equipment used to adjust an instrument accuracy, often associated with a specific application.
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What is a Thermal Mass Flow Meter? Thermal mass flow meters measure the mass flowrate of gases and liquids directly.
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Understanding How Vibration Affects RTDs & Thermocouples Challenges presented to temperature measurements in the presence of vibration
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Applications and Benefits of Mineral Insulated Cables in Critical Processes MI cable is a specialized type of cable used in high temperatures or harsh environmental conditions because it has low flammability, even when operating at high temperatures. It resists oxidation and enables precise measurement.
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Cryogenic Temperature Sensors Cryogenics is the branch of physics that deals with the production and effects of very low temperatures.
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Temperature Measurement Temperature can be measured via a diverse array of sensors. All of them infer temperature by sensing some change in a physical characteristic.
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Wireless Sensors Wireless sensors are standard measurement tools equipped with transmitters to convert signals from process control instruments into a radio transmission.
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Signal Conditioning and Transmission in Temperature Measurement Output signals produced by temperature measurement sensors require conditioning to convert them to a form that can be used for further processing.
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Thermowell Characteristics and Selection Criteria Thermowells are used to guard temperature sensors such as thermocouples, thermistors and bimetal thermometers against damage from excessive pressure, material velocity and corrosion
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IC Sensors An IC Temperature Sensor is a two terminal integrated circuit temperature transducer that produces an output current proportional to absolute temperature. The sensor package is small with a low thermal mass and a fast response time
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Data Acquisition In the simplest form, a technician logging the temperature of an oven on a piece of paper is performing data acquisition.
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Understanding Deadband for Pressure Switches A pressure switch consists of a sensing component and an electrical switch.
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Lessons about Positive Displacement Flow Meters Positive Displacement flow meters are the only flow measuring technology to directly measure the volume of fluid that passes though the flow meter.
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How Bright is it? Shining a light on intensity measurement Human vision depends on light. Light reflects off surfaces into the eyes, passing through the cornea and pupil to form an image on the retina.
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What is a Cartridge Heater and how does it work? Cartridge heaters are most frequently used for heating metal parts by insertion into drilled holes.
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Panel Meters A panel meter is an instrument that displays an input signal in either a digital or analog form.
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What are LVDT Sensors? An LVDT is an electromechanical device used to convert mechanical motion or vibrations, specifically rectilinear motion, into a variable electrical current, voltage or electric signals, and the reverse.
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An Introduction to Temperature Labels Temperature labels are temperature monitors consisting of one or more small heat-sensitive indicators sealed under transparent, heat-resistant windows.
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Infrared Thermometer On its most basic design an infrared thermometer consists of a lens to focus the infrared (IR) energy on to a detector.
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Accurate Airflow Measurement Calculating flow rates through ducts, pipes, hoods and stacks (collectively called ducts for our purposes), has never been difficult.
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What is a Temperature Controller? As the name implies, a temperature controller is an instrument used to control temperatures, mainly without extensive operator involvement.
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What Is A Pressure Transducer? A pressure transducer, often called a pressure transmitter, is a transducer that converts pressure into an analog electrical signal. Although there are various types of pressure transducers, one of the most common is the strain-gage base transducer.
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What is an Ultrasonic Flow Meter? An ultrasonic flow meter (non-intrusive Doppler flow meter) is a volumetric flow meter which requires particulates or bubbles in the flow.
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All About Thermistors A thermistor is an element with an electrical resistance that changes in response to temperature.
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What are Anemometers? An anemometer is an instrument used to measure the speed or velocity of gases either in a contained flow, such as airflow in a duct, or in unconfined flows, such as atmospheric wind.
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Stepper Motors A stepper motor is a brushless, synchronous electric motor that converts digital pulses into mechanical shaft rotation.
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What is an Accelerometer? An accelerometer is a device that measures the vibration, or acceleration of motion of a structure.
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What is a Flexible Heater? A flexible heater is a device which can conform to the surface which requires heating.
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An Introduction to pH Meters A pH meter is an instrument used to measure acidity or alkalinity of a solution - also know as pH.
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What is an Intrinsically Safe Product? Fire is a hazard in many industries. Sometimes the risk is quite evident, as when flammable gasses...
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What are Data Loggers? Gain valuable insights into the function and importance of data loggers. Learn about the different types—temperature, humidity, and pressure loggers—and how they improve monitoring accuracy, regulatory compliance, and data-driven decision-making across a wide range of industrial and commercial environments.
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Industrial Heaters Electric heaters are used in a variety of processes where the temperature of an object or process needs to be increased.
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An Introduction to Level Measurement Integral to process control in many industries, level measurement sensors fall into two main types. Point level measurement sensors are used to mark a single discrete liquid height–a preset level condition.
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Immersion Heater An immersion heater is a device which is installed in a tank or container to heat a liquid. The installation can be over-the-side, flanged or threaded.
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What is a Pressure Gauge? Pressure gauges are among the most often used instruments in a plant. But because of their great numbers, attention to maintenance--and reliability--can be compromised.
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