重要な技術的利点
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Minimal Process Impact: The thermal measuring principle allows for a sensor design that creates practically no pressure loss in the piping. This ensures that the installation of the monitoring switch does not degrade the efficiency of pumps or cooling circuits.
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Versatile Signal Output: Depending on your control requirements, the DTT31 can be configured with two independent switch outputs (for low-flow and high-flow alarms) or one switch output paired with an analog output. The analog signal can represent either the flow as a percentage or the process temperature.
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Superior Onsite Visibility: The device features a clear digital display for immediate function checks and process information. To ensure readability in tight or awkward installations, the top housing section can be rotated 310°, and the electronic display itself is also rotatable.
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Intelligent Configuration: Using FieldCare software, device settings can be configured quickly and stored reliably. This allows for rapid commissioning and the ability to duplicate settings across multiple units in a facility.
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Ruggedized for Marine and Industry: The Flowphant T is built for demanding environments, featuring marine approvals and a robust design that stands up to the vibrations and conditions found near pumps, turbines, and compressors.
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Integrated Temperature Monitoring: In addition to flow, the DTT31 monitors the temperature of the medium, providing an extra layer of process data without the need for a second instrument.
技術性能マトリックス
| 特徴 | 詳細 |
| 測定範囲 | 0.03～3 m/s (0.1～9.84 ft/s) |
| メディア | Liquid media |
| 電源 | 12 to 30 V DC |
| 出力 | PNPスイッチ出力1つまたは2つ、4～20mAのアナログ入力 |
| Housing Rotation | 310° rotatable top section |
| 承認 | Marine approval, SIL (optional) |
主な用途
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Cooling Water Monitoring: Ensuring consistent circulation for turbines, compressors, and heat exchangers to prevent overheating.
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Lubrication System Protection: Verifying that pumps and bearings receive the necessary oil flow to prevent mechanical failure.
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Pump Functionality: Detecting dry-run conditions or blocked intake filters by monitoring the presence of flow.
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Leak Monitoring: Identifying unexpected drops in flow rates within process lines.
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Beverage Industry Filters: Monitoring flow through filtration systems to ensure optimal process speed and filter health.
