The JA Series Roots Type Positive Displacement Flow Meter is engineered for precise volumetric measurement of liquids in industrial environments. Built for reliability and consistency, this flow meter is ideal for industries where accurate liquid monitoring is critical, such as petroleum, chemical processing, and manufacturing. Its roots-type mechanism ensures exact measurement regardless of flow variations, making it a trusted solution for high-demand applications.
Key Features
- High-precision volumetric measurement
- Stable performance across varying flow conditions
- Durable construction with multiple material options
- Reliable pulse signal output for system integration
- Compact design for easy installation
Application
The JA Series is widely used in applications involving oil transfer, fuel monitoring, chemical processing, and industrial liquid batching. It is particularly suitable for operations requiring consistent accuracy, such as fuel consumption tracking, lubrication systems, and process control environments. Its ability to handle different liquid types makes it versatile across multiple industries.
Design & Functionality
The meter operates using a roots-type positive displacement mechanism, where synchronized rotors measure fluid volume directly. Each rotation corresponds to a fixed volume, ensuring precise measurement independent of flow conditions. This design minimizes measurement errors and provides stable output signals for monitoring systems.
Total Crossed Beams
The internal rotor design ensures smooth fluid passage with minimal pressure loss, enhancing measurement efficiency and extending operational life.
Beam Pitch Options
Optimized rotor spacing allows consistent volumetric accuracy while accommodating different flow rates, ensuring adaptability across applications.
Intrinsic Synchronism
The synchronized rotor movement eliminates slip and ensures consistent measurement performance, even under fluctuating flow conditions.
Operational Advantages
The JA Series flow meter improves operational efficiency by delivering accurate and repeatable measurements. It reduces product loss, enhances process control, and supports automation through pulse signal output. Its robust design ensures long-term reliability, making it a cost-effective solution for industrial liquid measurement needs.
