BST TUF-2000S Wall Mounted Type Ultrasonic Flowmeter

The BST TUF-2000S is an advanced wall-mounted ultrasonic flow meter designed to provide stable and highly accurate flow measurement in demanding industrial applications. It inherits the core technology of the TUF-2000 series and may feature optimizations in signal processing, accuracy, anti-interference capabilities, and adaptability. Through clamp-on ultrasonic transducers, this device enables non-intrusive measurement of liquid flow within pipes, avoiding interference with the process flow and greatly simplifying the installation process. The TUF-2000S is suitable for various industrial sectors such as chemical, oil and gas, pharmaceutical, power, water management, and more, making it a reliable choice for fixed flow monitoring.

Features:

• Upgraded Industrial-Grade Performance: Compared to the B series, the TUF-2000S typically offers superior measurement accuracy, a wider flow velocity range, and stronger anti-interference capabilities to handle more complex industrial environments.
• Non-Intrusive Clamp-on Installation: Sensors are installed on the outside of the pipe, requiring no production shutdown or pipe cutting. Installation is quick, simple, and maintenance costs are low.
• Broad Pipe Size and Fluid Applicability: Supports various sizes of metal and plastic pipes and is suitable for a wide range of clean or slightly particulate liquids, such as water, chemicals, oils, solvents, etc.
• High Accuracy and Stability: Utilizes advanced Transit-Time technology and high-quality transducers to ensure long-term stable and highly accurate flow measurements.
• Flexible Outputs and Communication: Integrates multiple standard output signals (e.g., 4-20mA, pulse, relay output) and typically supports communication protocols like RS485 and Modbus for easy integration with SCADA, DCS, PLC, and other higher-level systems.
• Optional Touchscreen Display: Some models may feature a more intuitive user interface and touchscreen for easier operation and more direct data reading.