Mineral Insulated Sensor

A standard male plug, female jack or miniature connector directly attached to the sheath.

Junction:
1.Exposed
2.Grounded
3.Un-Grounded

• Pay Mode Terms: T/T (Bank Transfer),Other
• Port of Dispatch: Rajkot
• Delivery Time: 4-5 Days

Owing to our expertise in this domain, we are able to manufacture, export and supply superior quality of Mineral Insulated Sensor. Water resistance, long service life and robust design are its features. This sensor is precisely manufactured using the ultra-modern technology and best grade components. Additionally, it can be availed from us with various specifications as per the clients’ requirements.

Applications:

• Turbines
• Bearing temperature
• Steam generators
• Nuclear reactors
• Atomic research
• Jet engines and test cells
• Rocket engines
• Semiconductor manufacturing
• Refineries/oil processing
• Catalytic reformers
• Food processing

Benefits:

• Special mineral insulation
• Protect wires from oxidation and hostile environment

Features:

• Cold end, stripped and sealed with epoxy inhibits moisture penetration
• Dual element style allows two instruments to run off the same elements, reducing cost

What is Mineral Insulated Cable/Sensor?

M.I. (Mineral Insulated) cable is used to insulate thermocouple wires from one another and from the metal sheath that surrounds them. MI Cable has two (or four when duplex) thermocouple wires running down the middle of the tube. The tube is then filled with magnesium oxide powder and compacted to ensure the wires are properly insulated and separated. MI cable helps to protect the thermocouple wire from corrosion and electrical interference.

Hi-Temp Solution's mineral insulated thermocouples are fast responding, durable and capable of handling higher temperatures.

These thermocouples are manufactured with Thermo flex trademark.

It responds fast because the protective metal outer sheath allows the use of smaller diameter thermocouple conductors. The rock-hard compacted MgO insulation further enhances the sensor's ability to "read" temperature by transferring heat quickly to measuring junction.