製品の重要な技術的利点
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Precision for Micro-Flow Rates: The Cubemass is specialized for nominal diameters as small as DN 1 (1/24″). It provides highly accurate measurement of ultra-low flow rates, making it indispensable for applications where every milligram of fluid counts, such as specialized additive dosing or laboratory test benches.
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Extreme Pressure and Temperature Resilience: Capable of withstanding process pressures up to 400 bar (5800 psi) and temperatures up to +200 °C, the Cubemass handles demanding industrial environments without compromising structural integrity or measurement stability.
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Optimized for Robotics and Moving Parts: Thanks to its lightweight and compact single-tube design, the Cubemass is ideal for mounting on robotic arms. Its performance remains unaffected by the vibrations or alternating flow conditions often found in automated spray-painting and surface coating applications.
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Multivariable Data in a Single Point: Despite its small size, the sensor captures mass flow, density, and temperature simultaneously. This reduces the number of process penetrations and allows for real-time quality monitoring of the fluid properties.
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Efficiency and Ease of Integration: With very low power consumption and a pre-configured setup, the Cubemass is designed for fast commissioning. The inclusion of Modbus RS485 and pulse outputs ensures seamless communication with modern PLC systems and industrial controllers.
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Data Security and Serviceability: The device features automatic data recovery for servicing, ensuring that configuration settings and historical data are preserved. This minimizes downtime during maintenance and simplifies the replacement of components in the field.
主要デバイス仕様
| 特徴 | 技術仕様 |
| 公称直径 | DN 1～6（1/24～1/4インチ） |
| 最大プロセス圧力 | 400バール（5800psi） |
| Max. Medium Temperature | +200 °C (+392 °F) |
| チューブデザイン | Compact single-tube |
| 接続性 | Modbus RS485、パルス出力 |
| Weight | Lightweight sensor for robotic/skid mounting |
適用分野
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Industrial Robotics: Used in automotive and aerospace painting lines for the precise dosing of paints, primers, and lacquers.
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Chemical Micro-Dosing: Accurate delivery of expensive additives, catalysts, or inhibitors in small-scale reactors or process skids.
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Test Rigs and R&D: Providing reliable flow data for laboratory experiments and pilot plant setups where fluids or gases are used in minute quantities.
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Compressed Gas Filling: High-pressure measurement of small gas volumes in specialized refueling or bottling stations.
