Technical Characteristics and Metrological Excellence
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Unmatched Precision: With a measuring accuracy of ±0.4mm (±0.02″), the NMS80 ensures that inventory losses are minimized and financial transactions during custody transfer are based on the most reliable data available.
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Multi-Layer Measurement: The intelligent servo system can detect and measure the interfaces between up to three different liquid layers. It can also perform tank bottom tracking and provide spot or profile density measurements throughout the tank’s height.
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Safety by Design: Developed according to IEC 61508, the NMS80 supports up to SIL3 safety integrity (in homogeneous redundancy), making it a critical component for overfill prevention (WHG) and high-level safety loops.
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Wide Operating Envelope: Engineered to handle extreme conditions, it operates in process temperatures ranging from -200 °C (cryogenic) to +200 °C, covering everything from LNG storage to heated bitumen or chemical reactors.
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Seamless Integration: The instrument supports various open communication protocols, allowing it to connect effortlessly to major Distributed Control Systems (DCS) and Tank Inventory Management systems.
技術仕様マトリックス
| 特徴 | 技術詳細 |
| 測定原理 | サーボ制御式ディスプレーサー |
| 正確さ | ±0.4 mm (±0.02″) |
| 測定範囲 | Up to 36 m (118 ft) |
| プロセス温度 | -200～+200℃（-328～+392°F） |
| プロセス圧力 | 0～6バール（0～87psi） |
| 安全／保管 | SIL2/3、OIML R85、API 3.1B、NMi、PTB |
| Layer Detection | Level, Interface (up to 3), Bottom, Density |
主な用途
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Custody Transfer: Precise measurement of crude oil, gasoline, and diesel during the transfer of ownership at refineries and terminals.
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Inventory Control: Real-time monitoring of high-value chemical and petrochemical stocks to prevent loss and optimize supply chain logistics.
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Interface Monitoring: Tracking the water-oil interface in storage tanks to ensure product quality and manage drainage processes.
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Density Profiling: Assessing the density of the product at different levels to detect stratification or ensure consistent product mixing.
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Cryogenic Storage: Reliable level measurement in LNG or LPG tanks where non-contact technologies might struggle with vapor space complications.
