Wake Frequency Calculation for Thermowells (ASME PTC 19.3 TW-2016) Published • ~14–18 min read Thermowells protect temperature sensors from harsh process conditions—but they also introduce a bluff body into the flow. That means vortex shedding, dynamic forces, and the potential for damaging resonance. ASME PTC 19.3 TW-2016 codifies how to evaluate these risks. This practical...
Copper Tip Bearing RTD vs. Isolated Tip Bearing RTD: Which Is Best for Motor Monitoring? Copper Tip Bearing RTD vs. Isolated Tip Bearing RTD: A Practical Comparison In modern motor monitoring, bearing temperature sensing is a critical input for predictive maintenance programs. Two prominent RTD configurations—copper tip bearing RTDs and isolated tip bearing RTDs—offer different...
Measuring Extreme Temperatures with Type C and Type W Thermocouples Published: April 2026 • Estimated read time: 11 minutes Understanding Type C and Type W Thermocouples When engineers push thermometry to the top end of the temperature range, Type C (WC) and Type W thermocouples are common choices. Each alloy has pros and cons. They...
Extending Sensor Life in Corrosive Environments: Choosing the Right Protecting Tube Material Published • 7 min read • Updated for practical deployment Why Protecting Tube Material Matters for Sensors Protecting tubes shield sensors from corrosive fluids, moisture, and deposits. These threats harm signal quality and shorten sensor life. The tube material affects how often you...
LNG storage uses very cold, dangerous media. This makes safety and precision critical. Multipoint RTD Sensors give a clear temperature map across the tank. They help detect leaks. They help operators act fast to risks. During the cool-down, precise data from the tank bottom, walls, and roof matters. It helps reduce vapor and lessen heat...
Unlocking Reliability: The BTC-BAY Copper Tip Bayonet Thermocouple for Critical Equipment Published: October 26, 2023 • Estimated Read Time: 12 minutes In the intricate world of industrial operations and power generation, the silent threat of overheating looms large. Unchecked temperature fluctuations in critical machinery can lead to catastrophic failures, costly downtime, and significant safety risks....
MgO-packed thermocouples, also called mineral-insulated metal-sheathed (MIMS) thermocouples, are a reliable and durable choice compared to ceramic beaded thermocouples. MgO thermocouples are constructed by placing thermoelements inside a metal sheath insulated with high-purity MgO (magnesium oxide powder). The cable is then redrawn to the required size and heat-treated to normalize the metal conductors and sheath....
To ensure longer thermocouple life and measurement accuracy, additional protection tubes are recommended along the length of the thermocouple exposed to high temperatures. Protection tubes also simplify thermocouple replacement. A common question is: Which Protection Tube Is Right For My Thermocouple? While all protection tubes provide some level of protection, performance varies depending on process...
At TempoTech, our strength isn’t just building temperature sensors that work; it’s about designing and manufacturing solutions that exceed the rigorous demands of your specific application. Since 1989, TempoTech has been a leader in designing custom thermocouples and RTDs for unique processes across the USA and Canada. What sets us apart is our deep dive...
There are various types of thermocouples used in industry to measure temperatures between –200°C to 2300°C. It is important to select the right thermocouple for accurate and efficient temperature measurement. Our Platinum Rhodium sheathed thermocouples, available in Type S, R, and B, can withstand continuous temperature monitoring up to 1700°C. Platinum–Rhodium alloy–sheathed thermocouples offer superior...
