A high temperature is usually considered to be 38C or above. This is sometimes called a fever. Many things can cause a high temperature, but it's usually caused by your body fighting an infection. Check if you have a high temperature. You may have a high temperature if: your chest or back feel hotter than usual ; you have other symptoms, such as shivering (chills), sweating or warm, red skin ...
Airflow sensor for gaseous media. Media temperature: -20°C to +400°C. Immersion depth: approx. 50mm (alternatively 130 / 165 / 300 mm) Process connection: PG7. Sensor material: stainless steel. Pressure resistance: 10bar. Cable connection: /². Protection class: IP50. Suitable airflow monitor: WEEE-Reg.-Nr. DE 38909112
Temperature sensor, MBT 5116, 300 mm 084Z3262 Temperature range [°C]: -50 - 600, Sensor element type: Pt, Sensor elem. resistance [Ohm]: 100, Protection tube material: AISI 316 Ti, Electrical connection: Slim-line, Electrical connection size: Pg 9
· Temperature measurements for high temperature harsh environments is a challenge industrial task. In this work, a low-cost sapphire fiber high temperature sensor is introduced which uses single crystal sapphire fiber as the light guiding and a sapphire-wafer-based Fabry-Perot (F-P) interferometer as the temperature sensing element. The research ...
Naturally packaged (written) directly in fiber, these sensors can be used as they are or they can be packaged into a variety of higher-level sensors for use in optical sensing systems. Small-size and fast response time. Excellent wavelength to temperature linearity after annealing or regeneration. The T160 FBG sensor handling and installation is fast, easy and intuitive. Delivers the ...
· Flexible and high accurate temperature sensors have great potential toward applications such as medical diagnosis and body temperature monitoring. Here, we demonstrated a flexible temperature sensor based on graphite-filled polyethylene oxide (PEO) and polyvinylidene fluoride (PVDF) composites exhibiting a high accuracy of °C and high repeatability nearly 2000 times, in the sensing ...
· José. retrolefty November 28, 2012, 7:57pm #2. A type K thermocouple is the most common temperature sensor for temps that high. But I think wanting +/- 1 C accuracy is a stretch for any thermocouples. There are a few RTD sensors rated for around that max temperature available and they are more accurate then thermocouples but are more expensive.
With Balluff infrared temperature sensors, you can monitor high temperatures even in environments that are inaccessible or hazardous for humans, detect hot objects (even in motion), reliably detect temperature values and measure/monitor temperatures with or without contact in a …
· This temperature sensor offers the potential to capture transient temperature changes in real-time to be used as feedback signals in a closed-loop control system. Separate sensors using lasers for CO near μm, CO 2 near μm and H 2 O near μm were developed for measuring the CO, CO 2 , and H 2 O concentrations needed to monitor syngas lower heating value (LHV) in the gasifier …
and particularly for high temperature appli-cations up to 250 °C there are only products with separate electronics available. IMS has developed some of the basic building blocks for an integrated proximity sensor based on the IMS high temperature CMOS SOI technology. These circuits are capable to show the basic function of sensing metallic targets at temperatures up to 250°C and more using ...
HEATAN™ sensor feedthroughs are a single-component solution for applications of 1000°C (1800°F) and beyond. While conventional sensor sealing assemblies are based on multi-component designs requiring several manufacturing steps to achieve the required high temperature properties, our customizable and easy-to-integrate sensor feedthroughs can be assembled using a simple sealing …
Airflow sensor for gasseous media. Media temperature: -20°C to +250°C. Immersion depth: approx. 50mm (alternatively 130 / 165 / 300 mm). Process connection: PG7. Sensor tube material: stainless steel
The high-end version STS35 is the most accurate temperature sensor available with an accuracy of ±°C over a temperature range of 20 to 60°C. Thanks to Sensirion’s CMOSens® Technology, the STS3x temperature sensor is designed for mass production, comes with a high signal-to-noise ratio and high process capability, and is proven to be highly reliable and stable over the long term.
Monnit’s ALTA® High-temp Sensors remotely monitor commercial ovens, heaters, furnaces, boilers, and other can’t-fail applications with a -50°C to +370°C (-58°F to +700°F) temperature range. A temp swing will trigger a sensor alert for you (or on-site personnel) via …
The SensyTemp TSH200 series of temperature sensors was engineered to withstand severe thermal conditions in varied processing environments. This range is comprised of three distinct products: TSH210, with an Inconel thermowell and a maximum operating temperature of 1300°C (2372°F);
Measuring the temperature of high temperature and molten metals is one of the most demanding applications for and sensor technology. The Optris range of infrared non-contact temperature sensors has however been designed to overcome the pitfalls often encountered. Short wavelength sensors ensure that low emissivity materials are handled more easily, providing more accurate measurements …
High Temperature Sensors For Exhaust After-Treatment AB Elektronik’s technical solution is based on a integrated element and can detect temperatures ranging up to +1,100 °C with short response times. How It Works Any change in temperature causes the sensor resistance to change, which the customer’s analysis circuit then detects and feeds into the control circuit. […]
2. High temperature gas sensors and applications High temperature gas sensors are mainly designed to solve gas detection and monitoring problems with high operating temperature environment, such as gas turbine power plants, nuclear power plants, and automobile internal combustion engine emission. Usually, high temperature gas sensors are also subject to other harsh environment, such as high
High-temperature inductive sensors detect metallic objects – contact-free. At extreme temperatures ranging from −60 to +450° C, they conduct end-position detection and check for presence and correct positioning in order to assure trouble-free, effi cient material fl ow. Processes can thus be optimized with regard to productivity and quality. As a result of their unique resilience, they ...
The high temperature test validates the high temperature measurement capability. The sensing system survived 700 °C. It successfully detects the ultrasonic signal and got the temperature measurements. The test results agreed with the reference sensor data. Two potential industry applications of fiber optic ultrasonic sensing system are, it could serve as an acoustic pyrometer for temperature ...
· Fiber optic sensing continues to grow as a valuable temperature measurement tool, thanks to the fiber’s small diameter, small mass and robust operation in harsh environments. The nuclear industry, for example, has shown interest in fiber optic sensors for very high temperature applications, such as monitoring fuel performance during irradiation or even embedding fiber in commercial reactor ...
For applications of up to 180 °C (365 °F), humidity transmitters should be equipped with a high-temperature industrial humidity sensor. The series EE23, EE310, and EE33 are industrial transmitters that are meant to measure humidity and temperature under demanding environmental and process-related conditions.
PCB ® High Temperature dynamic pressure sensors are designed for operation at the highest temperatures. They can be structured with a quartz element (112, 115, 116 Series) or a UHT-12™ element (176 Series). Quartz sensors operate, without cooling, up to …
· High Temperature Sensors. Stoneridge’s family of high temperature (900°C+) sensors use a resistance temperature detector (RTD) which varies directly and linearly with the temperature of its environment. The ECM utilizes this sensor input to determine differences in air/fuel ratios and other variables that affect exhaust gas emission levels.
High temperature sensors are specialised for applications where processing temperatures regularly exceed 1000°C (1832°F). Industrial furnaces, combustion chambers, and metallurgical processing apparatuses are temperature-dependant systems that require constant thermal monitoring to maintain optimal working conditions.
High temperature applications require special thermometers with ceramic thermowells and thermocouples made from special metals, such as platinum and rhodium. The thermowell protects the sensor from mechanical and chemical damages and temperature shocks caused by the process and therefore increases the life span of the sensor. High temperature thermometers . Our product …
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