The Acrylic Plastic Flow Meter OA Series is engineered for precise measurement of water and compatible liquids in industrial and light commercial systems. Built with a transparent acrylic body, this flow meter provides clear visual indication of flow rates, ensuring operators can monitor system performance in real time. Its compact design makes it suitable for installations where space efficiency and reliability are essential.
Key Features
- Transparent acrylic body for easy flow visibility
- Accurate measurement for low to moderate flow ranges
- Durable EPDM O-ring for leak-resistant sealing
- Compact inline design for simple installation
- Reliable performance in continuous operation environments
Application
This flow meter is widely used in water treatment systems, laboratory equipment, cooling systems, and industrial process lines. It is ideal for monitoring liquid flow in pipelines, ensuring proper system balance and preventing flow-related issues such as underperformance or overloading.
Design & Functionality
The OA Series flow meter features a precision-engineered acrylic body that allows users to visually track fluid movement. The internal float responds proportionally to flow rate, delivering accurate readings without requiring complex electronics. Its ¼" NPT female connection ensures easy integration into existing systems.
Total Crossed Beams
The internal structure supports smooth and stable float movement, ensuring consistent readings even under fluctuating flow conditions. This enhances reliability in dynamic industrial environments.
Beam Pitch Options
Designed for optimized sensitivity, the flow meter provides stable measurement across its specified flow range. The internal calibration ensures accurate flow detection for water applications.
Intrinsic Synchronism
The flow meter maintains synchronized response between fluid movement and float positioning, ensuring precise and repeatable readings without lag or deviation.
Operational Advantages
- Improves system efficiency through accurate monitoring
- Helps detect flow inconsistencies early
- Reduces maintenance by providing clear visual feedback
- Supports stable operation in industrial and laboratory setups
- Enables quick installation and minimal operational complexity
