All other thermocouple instruments are integral components to systems that use or generate heat, usually by gas. Read More…
In business since 1972, Thermo Sensors Corporation is a leading thermocouple manufacturer of an array of many products and services.
We manufacture a full line of Thermocouples to fit your application. Temperatures from cryogenic to 4000F, and sizes ranging from needle thin to several thousand pound multipoint temperature sensors.
Kelvin Technologies is a high-quality thermocouple manufacturer, representative, and distributor for all of your electrical heating, temperature controlling, and temperature sensing requirements. Our products are engineered and manufactured in-house to address specific requirements, such as higher temperatures and more compact profiles. With over 100 years of combined experience, all of us at...
Temperature Specialists, Incorporated is a manufacturer of quality thermocouples. Temperature Specialists provide solutions for your sensing needs by building to meet your specifications. Feel free to visit their comprehensive and helpful website for full descriptions of their state-of-the-art line of quality products and services or call their experts with any questions.
Acrolab has a diverse and comprehensive database consisting of thousands of application solutions that have aided our customers in resolving thermal management processing challenges, increasing their production rates and the bottom line. We work with your team to supply thermal management expertise, along with all the services and components to provide a complete application solution.
Since 1971, Thermalogic has been a leading manufacturer of electronic temperature and humidity control and sensors. Here at Thermalogic we work with our clients in a partnership to build a lasting business relationship. All of our products have quick turnaround times, including custom designs, and are thoroughly tested prior to being sent out. At Thermalogic we pride ourselves on our high...
Backer Hotwatt manufactures a complete line of electric heating elements for a wide range of uses. We offer a broad product line of cartridge heating elements, tubular heating elements and immersion heating elements.
We have over 81 years of successful manufacturing experience and we offer a wide range of solutions. Our thermostats are utilized in industries including HVAC, process heating, food service, laboratory tank heating, industrial system control, and more. We have made it our mission to remain on the forefront of our industry and we work closely with our customers to ensure maximum satisfaction.
More Thermocouple Instrument Manufacturers
Thermocouple Instruments - Backer Hotwatt, Inc.There are many different types of thermocouples, including type K, which is by far the most common for general use, as well as type E, J and N, which are also universal, platinum types B, R and S that use platinum or platinum-rhodium alloy wires, as well as T, C and M, all of which use different metal alloys as temperature sensors and have varying temperature ranges. In general, thermocouple devices operate in temperatures ranging from -420º F all the way up to 3300º F, although a single thermocouple alone isn't able to vary in temperature this much.
Thermocouple instruments are safety devices that prevent gas leaks, explosions, over heating and system damage in the petrochemical, oil and gas, water heating, pharmaceutical, food, brewing, power generation and metal fabrication industries. Furnaces, gas fireplaces, gas water heating systems and diesel engines also use thermocouples as heat sensors for temperature measurement of liquids or gases.
All thermocouple instruments are simple devices composed of only a few parts-two dissimilar metal alloy wires that are joined together at one end, insulating and protective tubing around the wires, and a thermostat, which attaches to the other end of the wires. Portable thermocouple instruments are battery powered and most likely have a digital readout. All thermocouples use the conjoined end wires as a sensor that is placed directly in the area to be measured or monitored. The heat generates electrical voltage that conducts its way up the two wires.
The voltage changes in proportion to the temperature, therefore the voltage indicates a temperature difference between the area at the sensor end of the wires and the room temperature thermostat attached to the opposite end of the conducting wires. That temperature difference is deduced from a measurement of the difference in thermoelectric potentials developed along the wires. If the thermocouple measures a temperature that is too high or low, it will signal an alert or system shut down. The most accurate thermocouple instruments are platinum or platinum-rhodium types R and S, but the most widely used are K because of its wide temperature range. Type K uses aluminum and nickel alloy for one wire and a chromium nickel alloy for the other, both of which are inexpensive metals.
