The UF2000SD explosion proof ultrasonic flowmeter is engineered for precise and safe flow measurement in hazardous industrial environments. Designed to operate without direct contact with fluids, it is widely used across oil & gas facilities, chemical plants, wastewater systems, HVAC infrastructure, marine operations, and process control industries. Its non-invasive design ensures zero contamination, reduced maintenance, and improved operational safety.
Key Features
This industrial flowmeter provides high accuracy and repeatability, ensuring consistent monitoring of liquid flow across various pipe sizes. With multiple output options including analog, pulse, MODBUS, and HART communication, it integrates seamlessly into modern control systems. The explosion-proof construction makes it suitable for flammable and high-risk environments.
Design & Functionality
The separated explosion proof design allows flexible installation in challenging industrial setups. The clamp-on ultrasonic sensors eliminate the need for pipe cutting, reducing downtime and installation costs. Its rugged construction supports long-term operation in extreme temperature and pressure conditions.
Total Crossed Beams
The UF2000SD uses advanced multi-beam ultrasonic technology to improve measurement stability and accuracy. By transmitting signals across multiple paths, it compensates for flow disturbances and ensures reliable readings even in complex fluid conditions.
Beam Pitch Options
Flexible beam pitch configurations allow the device to adapt to various pipe diameters ranging from small industrial pipelines to large-scale infrastructure systems. This versatility makes it suitable for applications in water treatment plants, oil transport pipelines, and HVAC systems.
Intrinsic Synchronism
The flowmeter operates with precise signal synchronization, ensuring consistent data transmission and minimizing signal interference. This enhances measurement reliability in electrically noisy industrial environments.
Operational Advantages
The UF2000SD provides significant advantages including non-invasive installation, reduced maintenance, and long-term durability. It enhances process efficiency, supports real-time monitoring, and ensures compliance with safety standards in hazardous zones. Ideal for industries requiring accurate flow control, it is a dependable solution for modern industrial applications.
