
Free-Hanging Multipoint
Multiple sensing elements are arranged within one assembly for temperature measurement at different points throughout the process
Free-Hanging Multipoint Thermocouple Temperature Sensor
Monitor temperature at multiple points throughout critical process equipment with the MPTC-03 Free-Hanging Multipoint Thermocouple. Its free-hanging design allows individual sensing elements to be removed without removing the other thermocouples, simplifying field maintenance while providing an economical solution for multipoint temperature profiling. Configurable with thermocouple or RTD elements, the MPTC-03 is suited for reactors, distillation columns, heat exchangers, separation processes and other complex industrial applications where understanding temperature gradients is essential

Multiple sensing elements are arranged within one assembly for temperature measurement at different points throughout the process

The free-hanging design provides a more economical alternative to guide-tube and heat-sink multipoint configurations

Mineral-insulated thermocouples are housed within protective tubes with sensing elements positioned at different measurement points

Multiple thermocouple types are available to suit different process temperature requirements

Measures temperature at multiple locations along a single sensor for detailed temperature profiling

Each sensing point can be positioned at a specified distance from the probe tip to match the required process measurement locations
Distillation Column
Reactor Vessel
Heat Exchanger
Catalytic
Oil Desalting
Visbreaking
Polymerization
Storage Tanks
Review the standard specifications and available configuration options for the MPTC-03 Multipoint Thermocouple . Product dimensions, materials, temperature ratings, and optional features may vary depending on the selected configuration
Technical specifications, dimensions, ordering information, and configuration options for the MPTC-03 Multipoint Thermocouple

Installation, wiring, maintenance, and troubleshooting instructions for the MPTC-03 Thermocouple.
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Instructions d'installation, de câblage, de maintenance et de dépannage pour le thermocouple de palier MPTC-03
Download file →Complete your installation with compatible mounting accessories, connectors, and replacement components for the MPTC-03 Thermocouple.
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Find more…Watch product overview, installation, and application videos for the MPTC-03 Thermocouple
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 MPTC-03 Thermocouple
A free-hanging multipoint thermocouple uses multiple individual thermocouple elements within a single assembly to measure temperature at different locations or depths. This provides a more complete temperature profile and helps identify temperature gradients and hot spots within process equipment
The free-hanging design provides a simpler, serviceable multipoint configuration. Individual thermocouple elements can be removed without removing the other thermocouples, helping reduce maintenance time when an element requires inspection or replacement
Yes. Multipoint thermocouples can be designed with sensing points evenly distributed along the assembly or positioned at custom distances from the probe tip to match the required temperature profile
The MPTC-03 is available with Type K, J, T and N thermocouples, allowing the sensor configuration to be selected according to the process temperature and application requirements
A multipoint assembly provides multiple temperature measurements through a single process connection. This can reduce the number of separate process penetrations while providing a detailed temperature profile across the equipment
Yes. Enclosure options include NEMA 4X/IP68 configurations for demanding outdoor environments, with CSA, ATEX and FM explosion-proof enclosure options available for hazardous-location applications