重要な技術的利点
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Non-Invasive Measurement: Since the sensors never come into contact with the medium, there is no risk of corrosion, abrasion, or pressure loss. This makes the P 500 perfect for retrofitting into existing systems without cutting pipes or stopping production.
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FlowDC for Minimal Inlet Runs: Standard ultrasonic meters typically require long straight pipe runs to manage disturbed flow profiles. The integrated FlowDC (Flow Discharge Check) function mathematically compensates for flow disturbances, maintaining specified accuracy with an inlet run of only 2 x DN.
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Maintenance-Free Coupling: Traditional clamp-on meters require periodic re-greasing of the sensors. The P 500 uses specialized solid coupling pads that provide permanent acoustic contact, ensuring maintenance-free operation for the entire life cycle of the device.
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Extreme Temperature Range: While most clamp-on systems are limited to moderate temperatures, the P 500 offers specialized sensor sets capable of measuring liquids up to 550 °C (1022 °F), essential for heat transfer fluids and refinery applications.
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Functional Safety (SIL): Developed according to IEC 61508, the P 500 is suitable for use in SIL 2 and SIL 3 safety-instrumented systems, providing a high level of functional safety for critical processes.
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Heartbeat Technology: This suite provides continuous diagnostic coverage. It can even detect internal pipe build-up (scaling or fouling) by monitoring changes in signal strength and sound velocity, allowing for predictive maintenance before the process is affected.
詳細な技術性能マトリックス
| 仕様 | 技術仕様と範囲 |
| 測定変数 | 体積流量、音速、流速 |
| 計算された変数 | Mass flow, standard volume flow (with PAP), heat flow |
| 公称直径 | DN 15～4000（1/2インチ～160インチ） |
| プロセス温度 | -40 to +550 °C (-40 to +1022 °F) |
| Max. Measurement Error | ±0.5% (with field calibration) or ±1.2% (standard) |
| Pipe Materials | All acoustic-conductive materials (Steel, Plastic, GRP, etc.) |
| コミュニケーション | HART, Modbus RS485, EtherNet/IP, PROFINET, WLAN |
| Housing Protection | IP66/67 (Type 4X enclosure) |
主な用途
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Chemical & Petrochemical: Measuring aggressive acids, alkalis, or hydrocarbons without risking leaks or sensor corrosion.
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Water & Wastewater: Accurate flow monitoring in large-diameter pipes (up to 4 meters) where inline meters would be cost-prohibitive.
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Energy Management: High-temperature measurement of thermal oils or feedwater in power plants and district heating networks.
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Petroleum Industry: Using the Petroleum Application Package (PAP) to calculate standard volume for hydrocarbons according to API standards.
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Temporary Flow Audits: Ideal for verifying the performance of existing inline flowmeters or identifying losses in a piping network.
