重要な技術的利点
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Rapid Thermal Response: By eliminating the thermal mass of a separate thermowell, the TST310 provides nearly instantaneous temperature feedback. This is essential for monitoring high-speed machinery or dynamic laboratory experiments where even slight delays in data could affect process control.
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Exceptional Installation Flexibility: The probe features customizable insertion lengths and a wide variety of process connections, such as compression fittings or threaded adapters. This allows it to be easily integrated into existing pipework, engine blocks, or small-scale laboratory apparatus.
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High-Precision Sensing: Available with single or double Pt100 sensors, the TST310 can be configured with accuracy classes A, B, or AA (according to IEC 60751). This ensures high-resolution data for applications ranging from general industrial monitoring to high-precision scientific research.
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Hazardous Area Reliability: The TST310 is certified for use in explosive atmospheres with protection types including Intrinsic Safety (Ex ia) and Non-Sparking (Ex nA). This allows for safe operation in chemical plants or fuel-handling systems where flammable gases or liquids may be present.
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Marine and Offshore Readiness: With official marine approvals, this cable probe is qualified for the rigorous demands of shipboard environments, including engine room monitoring, HVAC systems, and cargo hold temperature tracking.
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Durable Lead Wire Options: To match different environmental conditions, the cable can be specified with various insulation materials (such as PVC, Silicone, or PTFE) and optional stainless steel overbraiding for enhanced mechanical protection against abrasion and vibration.
技術性能マトリックス
| 特徴 | 詳細 |
| センサータイプ | Pt100 (Single or Double) |
| 精度クラス | A, B, or AA (as per IEC 60751) |
| 測定範囲 | –50 to +400 °C (depending on cable material) |
| 保護等級 | IP65 to IP68 (depending on construction) |
| 応答時間 | Very fast (direct contact) |
| Area Classification | ATEX, IECEx (Ex ia, Ex nA) |
| 承認 | Marine Approval (e.g., DNV, GL) |
主な用途
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Machinery and Engines: Monitoring lubricant oil, cooling water, and exhaust gas temperatures in industrial engines and compressors.
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Laboratory Equipment: Providing precise temperature data for environmental chambers, ovens, and specialized testing rigs.
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HVAC Systems: Tracking air and water temperatures in large-scale building climate control units and industrial refrigeration.
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Plant Utilities: Measuring compressed air and process water temperatures in secondary loops where a bulky thermowell is not feasible.
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Marine Engineering: Use in shipboard galleys, engine rooms, and cargo monitoring systems requiring certified marine-grade sensors.
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Pump and Bearing Monitoring: Detecting friction-related heat increases in rotating equipment to prevent mechanical failure.
