The UF2000SS panel mount ultrasonic flowmeter is engineered for precise liquid flow measurement across demanding industrial environments. Designed for non-invasive installation, it eliminates the need for pipe cutting, making it ideal for continuous monitoring in oil & gas, water treatment, HVAC, marine, and chemical processing systems. Its versatility across pipe sizes and harsh conditions makes it a reliable solution for modern process industries.
Key Features
This flow measurement system offers high accuracy, stable performance, and flexible output options for seamless integration into industrial automation systems. It supports multiple communication protocols and delivers consistent performance across varying temperature ranges and pipe materials.
Design & Functionality
The separated panel mount design allows centralized monitoring and easy access for operators. Its ultrasonic sensing technology ensures precise measurement without direct contact with the fluid, reducing wear and maintenance costs. This design is particularly effective in environments where system uptime and cleanliness are critical.
Total Crossed Beams
The UF2000SS utilizes advanced multi-beam ultrasonic technology to improve signal accuracy and measurement reliability. By optimizing signal paths, it ensures stable readings even in challenging flow conditions such as turbulence or varying fluid properties.
Beam Pitch Options
Flexible beam pitch configurations allow adaptation to a wide range of pipe diameters from small industrial lines to large-scale pipelines. This adaptability ensures consistent measurement performance across different applications, from wastewater facilities to large marine systems.
Intrinsic Synchronism
The system features intrinsic synchronism technology, ensuring precise signal timing and enhanced measurement accuracy. This allows the device to maintain stable performance even in fluctuating operational environments, improving data reliability for process control systems.
Operational Advantages
The UF2000SS enhances operational efficiency by providing real-time flow data, reducing downtime, and minimizing maintenance requirements. Its compatibility with multiple output signals makes it suitable for integration into SCADA, PLC, and industrial IoT systems. Industries such as food processing, chemical manufacturing, and HVAC benefit from its ability to deliver accurate, continuous flow monitoring without disrupting operations.
