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Empower you a precise and reliable measurements in various industries. Providing engineering solutions integrating measuring instruments, and achieving high levels of efficiency and performance in industrial processes.

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Suitable Instrumentation for Special Applications

Flow Measurement

Level Measurement

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Many customers are already successfully using Pokcenser solutions, thus ensuring safer, greater measuring and control.

Coriolis Mass Flow Meters: Achieving High Accuracy in Industrial Measurement

Coriolis Mass Flow Meters: Achieving High Accuracy in Industrial Measurement

Coriolis mass flow meters are essential for precise industrial measurement. They offer unparalleled accuracy by directly measuring mass flow, a critical parameter in many processes. This technology addresses the limitations of traditional volumetric flow measurement, providing reliable data for critical operations. Understanding the Core Principle of Coriolis Mass Flow Measurement Coriolis mass flow meters operate on fundamental physical principles to deliver direct mass flow readings. This method is inherently more accurate than volumetric measurements, which are affected by changes in fluid density, temperature, and pressure. The core of this technology lies in the Coriolis effect, a phenomenon observed in rotating reference frames. 1. How the Coriolis Effect Enables Direct Mass Flow Measurement The Coriolis effect is central to the operation of these meters. 1. Fluid flows through a vibrating tube. 2. The tube is continuously oscillated by an exciter. 3. As fluid accelerates into the tube and decelerates out of it, the Coriolis forces cause the tube to twist. 4. Sensors detect this twisting motion. 5. The degree of twist is directly proportional to the mass flow rate. This direct measurement eliminates the need for additional sensors or calculations to compensate for varying fluid properties. This ensures consistent accuracy across…

Nov 30, 2025 Read More →
Continuous vs. Point Level Sensors: Choosing the Right Solution

Continuous vs. Point Level Sensors: Choosing the Right Solution

Level measurement is critical in various industrial processes, from monitoring tank levels in chemical plants to ensuring proper fluid levels in water treatment facilities. Selecting the appropriate sensor technology is crucial for operational efficiency, safety, and cost-effectiveness. This article provides a comprehensive comparison of continuous and point level sensors to guide informed decision-making. Understanding Continuous Level Sensors for Industrial Applications Continuous level sensors provide real-time measurement of the entire level range within a vessel. They output a signal proportional to the level, allowing for precise monitoring and control. This technology is essential when knowing the exact quantity of a substance is necessary for process optimization or inventory management. What Defines Continuous Level Measurement Technology Continuous level measurement systems constantly monitor the material level within a vessel. They provide an analog or digital output signal that corresponds directly to the level. This continuous feedback enables operators to track changes, predict trends, and implement proactive control measures. The output can be integrated into a control system for automated adjustments. Key Operating Principles of Continuous Level Sensors Various technologies underpin continuous level measurement. 1. Ultrasonic Sensors: These sensors emit sound waves and measure the time it takes for the echo to return. The…

Nov 29, 2025 Read More →
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