Mineral Insulated Transition Joint Thermocouples

Get a Price/Quote

Product Details:

Material Mineral insulated cable with metal sheath
Type Mineral Insulated Transition Joint Thermocouple
Usage Temperature measurement in process control, laboratory and industrial applications
Theory Seebeck effect (thermoelectric principle)
Connection Method Transition joint with extension cable
Customized Yes, dimensions and configurations can be customized
Density 8.0 Gram per cubic centimeter(g/cm3)
Click to View more
Share Your Product:

Request to Call Back Send Inquiry

Mineral Insulated Transition Joint Thermocouples Price And Quantity

Minimum Order Quantity 100 Piece

Packaging Standard or customized as per customer needs
Cold End Termination Bare wire, lugs, or connectors (as required)
Insulation Material High purity Magnesia (MgO)
Ingress Protection Up to IP67 depending on design
Vibration Resistance Excellent due to compact mineral insulated construction
Sheath Diameter 1.0 mm, 1.5 mm, 3.0 mm, 6.0 mm, 8.0 mm standard
Response Time Fast response (depends on sheath diameter and junction type)
Junction Type Isolated (ungrounded), grounded, or exposed
Ambient Pressure Suitable for high pressure applications
Storage Condition Dry, controlled environment recommended
Lead Wire Type PTFE, fiberglass, or PVC insulated extension cable
Sheath Finish Bright annealed, matte, or customized finish
Service Life Long service life, suitable for harsh and corrosive environments

Mineral Insulated Transition Joint Thermocouples Product Specifications

Type Mineral Insulated Transition Joint Thermocouple
Theory Seebeck effect (thermoelectric principle)
Tensile Strength High, suitable for industrial applications
Sensor Type K, J, T, E, N, R, S, or B type thermocouple
Density 8.0 Gram per cubic centimeter(g/cm3)
Connection Method Transition joint with extension cable
Protecting Tube Material Stainless Steel (SS304, SS316, SS321, Inconel, etc.)
Tolerance 0.5C or as per standard
Customized Yes, dimensions and configurations can be customized
Melting Point Depends on sheath material; SS304 up to 1400C
Material Mineral insulated cable with metal sheath
Wire Length Up to 20 meters or as specified
Size Available from 1.0 mm to 8.0 mm diameter
Usage Temperature measurement in process control, laboratory and industrial applications

Packaging Standard or customized as per customer needs
Cold End Termination Bare wire, lugs, or connectors (as required)
Insulation Material High purity Magnesia (MgO)
Ingress Protection Up to IP67 depending on design
Vibration Resistance Excellent due to compact mineral insulated construction
Sheath Diameter 1.0 mm, 1.5 mm, 3.0 mm, 6.0 mm, 8.0 mm standard
Response Time Fast response (depends on sheath diameter and junction type)
Junction Type Isolated (ungrounded), grounded, or exposed
Ambient Pressure Suitable for high pressure applications
Storage Condition Dry, controlled environment recommended
Lead Wire Type PTFE, fiberglass, or PVC insulated extension cable
Sheath Finish Bright annealed, matte, or customized finish
Service Life Long service life, suitable for harsh and corrosive environments

Product Description

We are one of the established names in the industry, engaged in providing Mineral Insulated Transition Joint Thermocouples. Our team of experienced professionals make use of advanced tools and machinery to manufacture these products. These Mineral Insulated Transition Joint Thermocouples are widely demanded in the market as it is flexible, long lasting and able to provide accurate readings. Furthermore, we are able to offer these products in various lengths and specifications.

MINERAL INSULATED TRANSITION JOINT THERMOCOUPLES

Available to measure temperature up to a maximum of 900° C and are available in small outer diameters because of which they are flexible & very fast response.

Type of Thermocouple	Chromel Alumel (K) Iron Constantan (J)
Sheath Material	SS 316, Inconal 600
Sheath O.D.	1mm, 1.5 mm, 2 mm, 3 mm, 4.76mm, 6 mm and 8 mm
Thermocouple Length	6', 12', 18' and other lengths on request
Extension Wire	PVC/PVC, FG/FG/SS, Ptfe/Ptfe
Construction of the Thermocouple	Grounded & Ungrounded junction and are also available with Omega Thermocouple quick disconnect connectors Standard & Miniature

High-Performance for Demanding Environments

These thermocouples are engineered to perform reliably under challenging conditions such as high pressure, vibration, and corrosive atmospheres. Mineral insulation and robust sheath materials ensure a long service life, making them suitable for continuous industrial and laboratory operations. Their compact construction provides superior tensile strength and vibration resistance, keeping measurement accuracy consistent and dependable.

Versatile Customization Options

Customers can tailor thermocouples to their specific measurement needs by choosing from a variety of sheath diameters, junction types, lead wire insulations (PTFE, fiberglass, PVC), and termination styles. Whether you require a bright annealed, matte, or custom-finish sheath, or need an extended cable length up to 20 meters, flexible configurations ensure compatibility with existing systems and processes.

Efficient and Accurate Temperature Measurement

Thanks to the Seebeck effect, these thermocouples convert minute temperature changes into readable signals with precision. Fast response times and a tolerance of 0.5C or as per standards ensure accurate readings, crucial for process control, research, and industrial usage. The mineral insulated design maintains stability and repeatability even in fluctuating operational conditions.

FAQs of Mineral Insulated Transition Joint Thermocouples:

Q: How do Mineral Insulated Transition Joint Thermocouples work?

A: These thermocouples utilize the Seebeck effect, generating a voltage when two dissimilar metals are exposed to temperature differences. The mineral insulated construction ensures precise thermal conductivity and electrical insulation, delivering accurate temperature readings for process control and laboratory applications.

Q: What junction types are available and how do I select the right one?

A: You may choose between isolated (ungrounded), grounded, or exposed junction types. Isolated junctions minimize electrical interference, grounded types provide faster response, and exposed types allow for direct contact measurement. Selection depends on your applications speed, isolation, and durability requirements.

Q: When is this thermocouple suitable for use in industrial applications?

A: These sensors are ideal for harsh and corrosive environments, high-pressure systems, and situations involving significant vibration. Their rugged design and IP67 ingress protection ensure longevity and stability, making them suitable for continuous operation in industrial or laboratory settings.

Q: Where should I install Mineral Insulated Transition Joint Thermocouples for optimal performance?

A: Install them at points where accurate temperature monitoring is crucialsuch as process pipelines, vessels, or laboratory setups. Ensure the probe is immersed at the recommended depth, and select sheath finish and material to match the environments chemical and physical demands.

Q: What is the process for customizing thermocouples to my specification?

A: Customization involves selecting sheath diameter, junction type, protecting tube material, lead wire insulation, cold-end termination, finish, and cable length. Provide these parameters to the manufacturer or supplier, who will assemble the sensor to meet your requirements.

Q: How should I store and maintain these thermocouples?

A: Store the sensors in a dry, controlled environment to prevent moisture ingress and physical damage. Routine inspections and cleaning of exposed terminations and sheaths help maintain measurement accuracy and prolong service life.

Q: What benefits do mineral insulated thermocouples offer over conventional types?

A: They provide superior resistance to vibration, pressure, and corrosion, fast response times, and high accuracy. Their robust mineral insulation prolongs service life and ensures safe, repeatable performance even in demanding industrial and laboratory conditions.

Tell us about your requirement

Price:

Quantity

Select Unit

50
100
200
250
500
1000+

Additional detail

Mobile number

Other Products in 'Thermocouples' category

Bolt Type Thermocouples Minimum Order Quantity : 100 Precision : High Density : 7.85 Gram per cubic centimeter(g/cm3) Sensor Type : K Type Thermocouple Theory : Other, Thermoelectric Effect Type : Bolt Type Thermocouple Size : M8 x 1.25 Wire Length : 2 meters Customized : Available Melting Point : 1400C Tolerance : 1.5C Tensile Strength : High Measuring Range : 0C to 800C Protecting Tube Material : Stainless Steel Usage : Other, Temperature Measurement for Machinery & Engines Material : SS304 Connection Method : Bolt Type Temperature Range : 0C to 800C

Send Inquiry

Transition Joint Thermocouples Minimum Order Quantity : 100 Precision : Class 1 / Class 2 (depending on sensor type and application) Density : 7.93 Gram per cubic centimeter(g/cm3) Sensor Type : Type K, J, T, E, N, R, S, B (as per process requirement) Theory : Other, Seebeck Effect (thermoelectric principle) Type : Transition Joint Thermocouple Size : Sheath diameters typically 1 mm to 8 mm Wire Length : Up to 5 meters, customizable as per requirement Customized : Available as per user specification Melting Point : Dependent on element type and sheath, up to 1400C Tolerance : 1.5C or 0.4% (standard type K) Tensile Strength : High tensile strength sheath for robust application Measuring Range : Wide range, dependent on thermocouple type Protecting Tube Material : Stainless Steel 304/316, Inconel, or as specified Connection Method : Transition joint with cold end lead, flying leads or plug/socket

Send Inquiry

High Temperature Head Type Thermocouples Minimum Order Quantity : 100 Precision : High Accuracy Density : . Gram per cubic centimeter(g/cm3) Sensor Type : Thermocouple (K, J, T, E, N, S, R, B types available) Theory : Other, Seebeck Effect Type : Head Mounted Thermocouple Size : Standard: 6mm, 8mm, 10mm, 12mm, 16mm OD (custom available) Wire Length : 1 meter (customizable) Customized : Yes, available as per requirements Melting Point : Up to 1700C (depending on sensor and sheath material) Tolerance : 1.5C or 0.4% (whichever is greater) Tensile Strength : High (suited for industrial application) Measuring Range : 0C to maximum designed temperature (up to 1700C depending on model) Protecting Tube Material : Stainless Steel / Inconel / Ceramic / Silicon Carbide Temperature Range : 0C to 1700C

Send Inquiry

Washer Type Thermocouples Minimum Order Quantity : 100 Precision : High Density : 8.0 Gram per cubic centimeter(g/cm3) Sensor Type : Washer Type Thermocouple Theory : Other, Seebeck Effect (Thermoelectric Principle) Type : K, J, T (others available) Size : M6, M8, M10 (others on request) Wire Length : 1 Meter (customizable) Customized : Yes, available as per requirement Melting Point : Depends on thermocouple type (typically >1260C for K type) Tolerance : 1.5C or 0.4% Tensile Strength : High Measuring Range : Up to 400C Usage : Other, Surface Temperature Measurement Material : Metal Washer with Thermocouple Junction

Send Inquiry

SEND INQUIRY CALL ME FREE