Description

Ultrasonic Water Flow Meter for Process Control

Introducing the Ultraflux UF 811 Ultrasonic Flow Meter:

The UF 811 ultrasonic water flow meter is a 100% non-invasive solution that offers high accuracy and repeatability in flow measurement applications where pipe cutting is not possible or expensive. Applications of this non-invasive flow meter include chilled water plants, district cooling or heating, thermal energy (BTU) measurement, network leak detection, chemical production, and much more.

Key Features:

• 100% Non-Invasive: Use clamp-on transducers to offer a completely non-invasive flow measurement solution without any pipe cutting.
• Unmatched Performance: The UF 811 ultrasonic water flow meter leverages ultrasonic transit-time technology, providing continuous and bidirectional flow metering.
• Intelligent Signal Analysis: Digital Signal Processing (DSP), Real-time Echo Shape Control, digital filtering, and gain regulation enhance signal quality.
• Dual Flow Channels: Offered with single or dual flow channels for flow averaging or supply/return water flow monitoring.
• Precision at Its Core: Boasting an accuracy level of 0.5% of flow reading and repeatability of 0.1%, guaranteeing consistent results.
• Versatile Velocity Limits:  Measures fluid velocities ranging from -20 m/s to +20 m/s
• Adaptive Data Logging: Equipped with a multi-parameter built-in data logger
• Flexible Integration: Mathematical functions generator, optional input/output modules (analog and digital), and compatibility with various pipe materials (Steel, PVC, Cast Iron, Stainless Steel) make the UF 811 highly adaptable.

Applications in Chemical Processes

The UF 811 ultrasonic water flow meter excels in chemical applications, including:

• Sulphuric Acid in Titanium Dioxide Production: UF 811 ultrasonic water flow meter ensures precise flow measurement in the production of titanium dioxide, maintaining efficiency and product quality.
• Acid and Caustics Production: Monitor and control the flow of acids and caustics with utmost accuracy, minimizing waste and ensuring safety.
• Chlorine Alkali Electrolysis: Optimize the electrolysis process by accurately measuring chlorine alkali flows, contributing to process efficiency and cost savings.
• Ultrapure Water Flows: Maintain the purity of water used in pharmaceutical manufacturing with precise flow measurement.
• Energy Management: Assess energy consumption and optimize energy usage in real-time, contributing to sustainability and cost reduction.

Flow Applications in Chilled Water Plants

The UF 811 ultrasonic water flow meter is perfect for applications within chilled water plants, including:

• Energy Efficiency Monitoring: Accurately measure and monitor the flow of chilled water to optimize energy usage and enhance overall efficiency in the cooling system.
• Leak Detection: Quickly identify and locate leaks in the chilled water distribution system, minimizing water loss and preventing potential damage.
• System Balancing: Ensure balanced water distribution throughout the chilled water plant, maintaining optimal performance and consistent cooling.
• Performance Verification: Verify the performance of chillers and other equipment within the chilled water plant, ensuring they operate at peak efficiency and meet design specifications.

Advantages of UF 811 Ultrasonic Water Flow Meter:

• Non-Invasive Operation: The UF 811 eliminates the need for intrusive methods like pipe cutting, making installation and maintenance hassle-free.
• Advanced Calibrations: Benefit from on-site zero-point automatic calibration, ensuring optimal accuracy in your process control.
• Industry Conformity: The UF 811 complies with EU (CE) standards, ensuring the highest levels of quality and safety in your chemical processes.

Contact us for more Information

Contact Us to learn how the UF 811 can enhance your chemical processes and flow measurement needs. Don’t settle for less when you can have the best in the industry. Choose the Ultraflux UF 811 for superior performance.

UF 811 – Fixed Clamp-On Flow Meter