
Mineral Insulated Durability
Densely compacted magnesium oxide (MgO) insulation provides excellent mechanical strength, helping protect the sensing element from vibration, bending, moisture, and everyday industrial handling
Mineral Insulated Thermocouple Probe for Accurate Industrial Temperature Measurement
The TC11 Direct Immersion Thermocouple Probe is designed for applications where fast, dependable temperature measurement is needed without the size and complexity of a connection head or thermowell assembly. Built using mineral insulated (MgO) cable, it combines excellent heat transfer with the mechanical strength required for continuous operation in industrial, OEM, laboratory, and process control applications. Available in Type J, K, T, E, and N, the TC11 can be customized with different sheath materials, immersion lengths, junction styles, lead wires, connectors, and process fittings to suit the specific requirements of your application.

Densely compacted magnesium oxide (MgO) insulation provides excellent mechanical strength, helping protect the sensing element from vibration, bending, moisture, and everyday industrial handling

Available in Type J, K, T, E, and N thermocouples to cover low, medium, and high-temperature applications across a wide range of industrial processes.

Delivers reliable and repeatable temperature measurement when the correct thermocouple type and installation are selected for the application

Compatible with compression fittings, thermowells, connection heads, miniature connectors, standard connectors, and extension leads for easy integration into new or existing equipment

Suitable for continuous temperature measurement in furnaces, ovens, heat treatment systems, plastics processing, food processing, power generation, laboratories, and OEM equipment

Available with custom sheath lengths, diameters, thermocouple types, lead wires, connectors, and process connections to meet your application requirements
Chemical
Furnace
Pulp & Paper
Power
HVAC
Plastic
Food
Pharma
The TC11 Direct Immersion Thermocouple Probe is designed for compact industrial and OEM installations requiring fast, dependable temperature measurement without a connection head or complete thermowell assembly.Not every temperature measurement application requires a complete thermowell assembly or connection head. For many industrial and OEM installations, a compact, fast-responding thermocouple probe is the better choice. The TC11 Miniature Thermocouple Probe with Lead Wire is designed for direct immersion temperature measurement where space is limited and dependable performance is essential.
Manufactured using mineral insulated (MGO) cable, the TC11 combines excellent heat transfer with rugged mechanical strength, making it suitable for continuous operation in demanding industrial environments. The compact probe construction allows it to respond quickly to temperature changes while withstanding vibration, moisture, and harsh process conditions.
To suit a wide range of applications, the TC11 is available in Type J, K, T, E, and N thermocouples, with grounded, ungrounded, or exposed junctions depending on the required response time, electrical isolation, and process conditions. Multiple sheath diameters, immersion lengths, lead wire options, connector styles, and process fittings allow each sensor to be configured for the specific installation rather than forcing customers to adapt their equipment to a standard product.
A wide selection of sheath materials, including 304SS, 316SS, 321SS, Inconel® 600, Incoloy® 800, Monel, and other specialty alloys, makes the TC11 suitable for applications involving elevated temperatures, corrosive environments, and demanding industrial processes. The sensor can also be supplied with various insulation materials and armored lead wire options to match the operating environment and installation requirements.
The TC11 is commonly used in industrial furnaces, ovens, heat treatment equipment, plastics processing machinery, packaging equipment, food processing systems, laboratories, OEM machinery, pilot plants, and general process temperature measurement. Whether monitoring air, liquids, gases, or solid surfaces, the TC11 provides dependable temperature measurement for both new equipment and replacement applications.
Every application has different temperature ranges, process media, and installation requirements. If you’re unsure which thermocouple type, sheath material, junction style, or process fitting is best for your application, Tempotech Controls’ technical team can help you select the most suitable configuration before ordering. Calibration services are also available for applications requiring documented measurement accuracy.
Review the standard specifications and available configuration options for the TC11 Miniature Thermocouple. Sheath diameter, insertion length, thermocouple type, lead wire, insulation, connector style, temperature rating, and optional features may vary depending on the selected configuration and application requirements
Technical specifications, dimensions, ordering information, and configuration options for the TC11 Immersion Thermocouple

Installation, wiring, maintenance, and troubleshooting instructions for the TC11 Immersion Thermocouple.
Download file →
Instructions d'installation, de câblage, de maintenance et de dépannage pour le thermocouple de palier TC11
Download file →Complete your installation with compatible mounting accessories, connectors, and replacement components for the TC11 Immersion Thermocouple.

The two flexible silicone rubber boots will cover the connector set snugly and prevent moisture, water and dirt entering the connector. Construction Silicone cover with retention ring prevent disconnection due to vibration.…
Find more…
The two flexible silicone rubber boots will cover the connector set snugly and prevent moisture, water and dirt entering the connector. Construction Silicone cover with retention ring prevent disconnection due to vibration.…
Find more…
Thermocouple fitting is used in applications where a thermocouple needs to be connected to a an application, control system, or other measurement instruments. The fitting ensures that the thermocouple wire is securely…
Find more…
FG: FG-Glass Fiberglass. Individual conductors are insulated with general purpose fiberglass and with an overall fiberglass jacket. It is Most popular and widely applied of all glass insulations. A color-coded fiberglass braid…
Find more…
HFG: A high-temperature, high tensile strength fiberglass, either color-coded or with tracer yarn, is braided on both the single conductors and the overall jacket. Both are impregnated with a 500ºF modified resin…
Find more…
Application Connector for thermocouple and RTD circuits. Suited for small wires and mineral insulated cables. Construction Glass filled high quality thermoplastic body with original thermocouple material pins and spring loaded inserts. Type…
Find more…
High Temp Connector for thermocouple and RTD circuits. Suited for small wires and mineral Construction body of thermoset material with original thermocouple material Type Calibration K,J,T,E,N,R/S and B pins and springloaded inserts.…
Find more…
PFA: Color-coded PFA Teflon® is extruded over each single conductor. The single insulated conductors are laid parallel and insulated with an extruded jacket of PFA Teflon® Key Features Rated for continuous use…
Find more…
Connector for thermocouple and RTD circuits. Solid pin design ensures good contact even in demanding applications. Hollow pin design offers a good quality product at competitive pricing for less frequently used connectors.…
Find more…
Connector for thermocouple and RTD circuits. Solid pin design ensures good contact even in demanding applications. Hollow pin design offers a good quality product at competitive pricing for less frequently used connectors.…
Find more…
FEP-UL: Single pair with an overall shield are constructed by insulating the single conductors with FEP. One conductor of each pair is numbered and twisted with its counterpart. The twisted pairs are…
Find more…Watch product overview, installation, and application videos for the TC11 Immersion Thermocouple
PT2M44S
A temperature transmitter takes the temperature data from a sensor, like an RTD or thermocouple, and converts it into a standard signal, usually 4-20mA or 0-10V. This signal can be sent to control systems, PLCs, or monitoring equipment to keep track of temperature in real-time.
Video Transcription: Temperature Transmitter Technology & Application
[00:05] A temperature transmitter is a critical component in industrial automation that converts low-level sensor signals into standardized outputs. This ensures accurate, reliable, and long-distance signal transmission for complex control systems.
[00:14] Thermocouple and RTD sensors are the industry standards for measuring the temperature of processed media. However, in challenging environments—characterized by high temperatures, electromagnetic interference (EMI), or long cable runs—the raw signals from these sensors can degrade.
[00:33] This signal degradation, often caused by wire resistance and electrical noise, can lead to inaccurate readings. To mitigate these issues, temperature transmitters are used to amplify, condition, and convert sensor data into a standardized 4-20mA output, ensuring high-integrity data across the plant.
[00:59] Several signal types are used depending on the application:
4 to 20 mA Analog Signal: The most common standard, highly resistant to noise and ideal for long distances.
0 to 10V: A common analog option, though more susceptible to signal loss over length.
Digital Signals (HART & Modbus): Used for advanced remote communication and diagnostics.
RS485/RS232: Essential for integrating transmitters with PLCs and SCADA systems.
[01:35] The Tempotech TT367 series temperature transmitters are engineered for versatility. They offer precise sensor-transmitter matching and robust protection against interference. Configurable via the HART protocol, these units allow for easy setup and reliable field operation.
[01:56] Key reliability features include open/short-circuit detection, incorrect wiring alerts, and NAMUR NE43 failure standards. The TT367 supports RTD, TC, Ohm, and Millivolt inputs, making it a universal solution for your instrumentation needs.
[02:26] With integrated dot-matrix displays and easy configuration options, our transmitters provide the precision you can trust. Contact our technical sales team today to find the best transmitter for your application.
Open the product configurator to select available options and prepare your configuration.
Find answers to common questions about the TC11 Immersion thermocouple
The TC11 is intended for compact installations where space is limited and fast, reliable temperature measurement is required. It is commonly used in laboratory equipment, plastics processing machinery, packaging equipment, OEM systems, food processing equipment, environmental test chambers, and general industrial process monitoring.
The correct thermocouple type depends on your operating temperature, required accuracy, and process environment. The TC11 is available with several calibration options, including Type K, J, T, E, and N. If you're unsure which type is best, our technical team can recommend the most suitable option for your application.
Yes. Every TC11 is built to order and can be supplied with different sheath diameters, insertion lengths, lead wire lengths, insulation materials, connectors, junction styles, and termination options. This allows the sensor to fit both new installations and replacement applications.
Yes. The TC11 features a mineral insulated (MGO-PACK®) construction that provides excellent resistance to vibration, mechanical stress, and thermal cycling. It is designed for long service life in demanding industrial applications while maintaining reliable temperature measurement.
es. The TC11 can be supplied with an ISO/IEC 17025 accredited calibration certificate upon request. This is recommended for applications requiring traceable temperature measurement, including heat treatment, aerospace, automotive, pharmaceutical, and quality-critical manufacturing. Calibration can be performed at customer-specified temperature points to support compliance with standards
For the fastest quotation, provide the thermocouple type, sheath diameter, insertion length, lead wire length, insulation material, junction style, connector or termination type, operating temperature, and process conditions. If you don't have all the details, Tempotech Controls can help you determine the most suitable configuration.