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A Thermocouple is a versatile temperature measurement device and can be exposed to extreme environments. When this is the case, your choice of Sheath material is most important as different materials come with varied temperature ranges, melting points and chemical resistance.
This week we will look at the different sheath material available and provide you with some useful information on the 3 most common.
I understand if you are confused, when it comes to MI Cable (mineral insulated cable) there are more letters then you could write into a Jackson 5 pop song! But all of these unique calibration types are suitable for different temperature ranges and applications. We will touch on all of these calibrations and before you know, it will be as easy as 123.
Whether you’re an engineer, small business owner or purchase officer the two most important resources you deal in is time & money. D&N Engineering understands this, and we save you both by using in house CNC & Fabrication workshop in our temperature sensor manufacturing.
Thermocouples are versatile and durable sensors that can measure temperature up to 1800 degrees. But without regular maintenance a thermocouple may start giving incorrect readings. When this happens how much will it cost your business?
A Resistance temperature detector (RTD) or a thermocouple? Both can be used to measure temperatures and are suitable in a broad range of applications. This often leaves our customers with the dilemma of choosing what temperature sensor best suits their needs. Before we make that decision it is vital to understand the difference between the two sensors.
Welcome to the New D&N Engineering Blog for up to date information on Thermocouple Development and Design.
Please Meet Shane Rynott Your First contact To D&N Engineering Supplies
