重要な技術的利点
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Tool-Free Recalibration (iTHERM QuickNeck): The TT412 features the innovative QuickNeck technology. This allows the entire top part of the thermometer (the head and transmitter) to be removed from the thermowell with a simple twist, requiring no tools. This significantly reduces the time and cost associated with regular sensor recalibration in regulated industries.
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Advanced Tee and Elbow Designs: For small-bore piping, the TT412 is available in specialized Tee and Elbow configurations. These are manufactured without internal welds or dead legs, ensuring a best-in-class hygienic design that facilitates easy Clean-in-Place (CIP) and Sterilize-in-Place (SIP) cycles.
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Optimized Thermal Response: Despite being a protective barrier, the TT412 minimizes measurement lag. It is available with reduced-diameter tips and thin-wall construction at the point of measurement, ensuring the internal sensor can track rapid temperature shifts with high precision.
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Superior Physical and Chemical Protection: The welded construction provides a robust shield against high flow velocities, pressure surges (up to 40 bar), and corrosive cleaning agents. This extends the lifespan of the sensitive Pt100 or thermocouple inserts housed within.
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Universal Hygienic Integration: The thermowell supports all common industry-standard process connections, including Tri-Clamp, Varivent, and aseptic dairy couplings. It is fully certified according to 3-A, EHEDG, ASME BPE, and FDA requirements.
技術性能マトリックス
| 特徴 | 詳細 |
| Industry Application | Food & Beverage, Life Sciences, Aseptic Processes |
| 最大圧力 | 40バール（580psi） |
| 特集 | iTHERM QuickNeck (tool-free removal) |
| Tip Geometry | Standard or reduced (fast response) |
| 認証 | 3-A, EHEDG, ASME BPE, FDA, TSE |
| 接続タイプ | Welded or various hygienic process connections |
主な用途
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Aseptic Filling Lines: Providing a sterile measurement point that can be maintained without risk of product contamination.
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Small-Diameter Piping: Utilizing Elbow or Tee thermowell versions to measure temperature in lines where standard immersion is impossible.
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Dairy Processing: Ideal for pasteurizers and cooling loops where regular sensor calibration is a regulatory requirement (PMO).
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Biopharmaceutical Reactors: Protecting sensors from high-pressure sterilization cycles while ensuring a smooth, crevice-free surface.
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Beverage Mixing Tanks: Monitoring ingredient temperatures in tanks that require frequent cleaning with aggressive chemicals.
