Critical Technical Advantages
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Extreme Temperature Capability: Designed for processes reaching up to 1,700°C, the TAF16 uses Type R, S, or B noble metal thermocouples. These sensors maintain accuracy at levels where standard base-metal thermocouples would melt or undergo rapid calibration drift.
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Advanced Thermowell Protection: The device features a variety of non-porous ceramic (such as Alsint or Pythagoras) or high-performance metal protection tubes. These materials act as a barrier against chemical attack, oxidation, and abrasive particles, significantly extending the lifespan of the internal sensor.
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Modular and Serviceable Design: The TAF16 is built with a modular architecture that allows for the easy replacement of individual components. If a protection tube wears out due to the harsh process, it can be replaced without discarding the entire assembly, leading to significant lifecycle cost savings.
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Optional Internal Sheath: For the most demanding environments, an additional internal sheath can be included. This provides an extra layer of protection against gas diffusion, which can otherwise poison noble metal thermocouples and cause measurement errors.
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Customizable Insert Options: Available with single or double thermocouple inserts, the TAF16 can provide redundant measurements for safety-critical applications or data logging for process optimization.
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Robust Process Integration: Despite the fragile nature of high-temperature ceramics, the TAF16 is designed with robust process connections and terminal heads to ensure a secure installation in industrial-scale equipment.
Technical Performance Matrix
| Feature | 세부 정보 |
| Max. Process Temperature | +1,700 °C (+3,092 °F) |
| Sensor Type | Thermocouple Type R, S, B (Noble metal) or K, J, N (Base metal) |
| Protection Tube Material | Ceramic (C799, C610) or High-temp alloys (e.g., Kanthal) |
| Insert | Single or Double thermocouple |
| Communication | Via iTEMP transmitter (HART, Bluetooth, etc.) |
| Application Environment | Oxidizing, reducing, or abrasive atmospheres |
Primary Applications
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Cement and Glass Production: Monitoring the extreme heat in clinker kilns and glass melting tanks where alkaline vapors and high temperatures are present.
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Steel and Metal Treatment: Tracking temperatures in blast furnaces, soaking pits, and heat treatment lines.
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Waste Incineration: Withstanding the corrosive flue gases and high thermal loads in industrial and municipal incinerators.
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Fluidized Bed Furnaces: Providing wear-resistant measurement in highly abrasive environments with suspended solid particles.
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Chemical Reactors: Monitoring high-temperature gas-phase reactions where chemical resistance is paramount.
