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Working Principle & Construction

The flowmeter adopts a tangential turbine measurement structure, featuring a four-blade impeller housed within the flow chamber. Internally, it integrates a magnetic induction flow detection unit, a temperature sensor, and a pressure sensor, arranged coaxially in a three-in-one configuration.

• Flow Measurement: The flowing fluid drives the impeller to rotate. An electromagnetic conversion unit generates pulsed signals, and the instantaneous and cumulative flow rates are calculated based on the number of pulses per unit of time.

• Temperature Measurement: A built-in high-precision temperature sensing element detects the medium’s temperature in real-time, providing temperature compensation and enhancing measurement stability.

• Pressure Measurement: An integrated pressure-sensitive element simultaneously captures the pipeline’s operating pressure, enabling multi-parameter monitoring at a single point.

The instrument housing is manufactured from stainless steel, providing a high protection rating. It accommodates various installation methods, including sanitary tri-clamp and threaded connections, ensuring long-term, reliable operation in industrial field environments.

Product Features

• Integrated Multi-Parameter Measurement: Simultaneously measures flow, temperature, and pressure with a single instrument, reducing measurement points and lowering installation and maintenance costs.

• Wide Application Versatility: Flexibly configurable through material selection, sealing, and mounting options to suit various media and field conditions.

• Broad Measuring Range & Full Diameter Coverage: Accurately measures low flow rates while maintaining stable, distortion-free performance at high flow rates.

• High Accuracy & Excellent Repeatability: Delivers high measurement precision and outstanding repeatability, ensuring consistent long-term operational performance.

• Tangential Measurement Structure: Low pressure drop, minimal flow disturbance, low operational noise, and minimal impact on the piping system.

• Fast Response & High Sensitivity: Maintains high accuracy even at low flow velocities, suitable for a wide range of operating conditions.

• Rugged Construction: Resists high pressure and extreme temperatures, designed to perform reliably in harsh industrial environments.

• Real-Time Synchronized Signal Acquisition: Simultaneously captures temperature and pressure signals, delivering stable, anti-interference performance.

• High-Reliability Electronics: Built with high-precision sensing elements, ensuring high reliability and long service life of electronic components.

• Standard Signal Output & Communication Interfaces: Supports standard signal outputs and communication protocols. The compatible display terminal offers simple operation and easy configuration, facilitating both field use and remote monitoring.

Selection Parameters & Technical Specifications

(Detailed specifications listed in the selection and technical parameter tables are available upon request; typical performance parameters are shown below.)

Measurement Performance

• Measured Parameters: Flow Rate, Temperature, Pressure

• Applicable Media: Clean Water, Low-Viscosity Fluids

• Measurement Principle: Velocity-type (Conservation of Angular Momentum)

Operating Conditions

• Installation: Sanitary Tri-Clamp, Threaded, or other custom connections

Construction & Materials

• Housing Material: Stainless Steel

• Protection Rating: High (suitable for industrial environments)

Output & Communication

• Standard Output Signals: Available

• Communication Interfaces: Available for remote monitoring

Typical Applications

The YYCL2 Series Smart Multi-Parameter Flowmeter is well-suited for industrial field automation data acquisition and remote monitoring in various applications involving clean water and low-viscosity fluids across sectors including:

• Water Treatment & Distribution

• HVAC Systems

• Industrial Cooling Circuits

• Process Control Loops

• General Industrial Automation