Critical Technical Advantages
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Rapid Thermal Response: Because the probe sheath is in direct contact with the process medium, the TH56 can detect rapid temperature changes with high precision. This is critical for safety-relevant applications in compressor stations and process reactors where millisecond-level data can prevent equipment damage.
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Mineral Insulated (MgO) Durability: The thermocouple wires are embedded in highly compressed magnesium oxide (MgO) powder. This construction provides excellent electrical insulation, high vibration resistance, and the flexibility to bend the probe into tight or complex geometries without short-circuiting the internal elements.
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Plug-and-Play Integration: The TH56 features a simplified model structure that includes both the sensor and the transmitter assembly as a single model number. This “complete point solution” allows for “straight out of the box” installation, reducing engineering and procurement overhead.
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High-End Signal Conditioning: When paired with an iTEMP transmitter, the device provides 2 kV galvanic isolation on most configurations. This isolates the control system from electrical noise and ground loops common in power recovery areas and furnaces.
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Long-Term Stability: The integrated electronics are rated for a long-term stability of ≤ 0.05 %per year, ensuring that the sensor remains accurate over long maintenance cycles and reducing the frequency of field calibrations.
Technical Performance Matrix
| Feature | Details |
| Sensor Technology | MgO Insulated Thermocouple |
| Connection Type | Industrial Plug Connection |
| Galvanic Isolation | 2 kV (with transmitter) |
| Stability | ≤ 0.05 %per year (iTEMP Transmitters) |
| Media Compatibility | Gaseous or liquid (Direct contact) |
| Installation | “Out of the box” complete assembly |
Primary Applications
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Heat Exchangers: Monitoring inlet and outlet temperatures to track thermal efficiency and detect fouling.
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Power & Recovery Areas: Rugged measurement in energy-intensive utility sectors where electrical isolation is a priority.
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Furnaces and Dryers: Accurate high-temperature tracking in industrial heating applications.
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Flue Gas Monitoring: Fast-response sensing in exhaust streams to optimize combustion and emissions.
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Compressor Stations: Detecting sudden temperature spikes in compressed gases to protect valves and seals.
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Process Reactors: Real-time monitoring of chemical reactions where immediate thermal feedback is required.
