The Acrylic Plastic Flowmeter DS Series is engineered for accurate and consistent flow measurement in industrial applications involving water and air. Built with a transparent acrylic body, it allows operators to easily monitor flow levels in real time. This flowmeter supports efficient process control, reduces operational errors, and enhances system safety through optional alarm switch functionality.
Key Features
- Clear acrylic body for easy visual monitoring
- Supports both water and air measurement
- Stainless steel internal components for durability
- Optional reed switch for flow alerts
- Compact design for easy installation
- Stable performance in industrial environments
Application
The DS Series flowmeter is widely used in industrial manufacturing, water treatment systems, compressed air systems, laboratory setups, and process control environments. It is ideal for applications requiring precise flow monitoring to avoid system imbalance, equipment damage, or inefficient operation.
Design & Functionality
This flowmeter operates on a variable area principle, where the float rises based on flow rate inside a tapered acrylic tube. The transparent structure enables quick inspection, while the stainless steel float ensures consistent readings. Its optional reed switch allows integration with monitoring systems for automated alerts.
Total Crossed Beams
The internal structure ensures smooth and uninterrupted flow paths, minimizing turbulence and providing accurate measurement across varying flow ranges. This improves consistency in industrial operations where precision is critical.
Beam Pitch Options
The DS Series is designed to handle a wide range of flow capacities, making it suitable for both low and moderate flow applications. Its flexible configuration supports different system requirements.
Intrinsic Synchronism
The flowmeter maintains synchronized flow indication with actual fluid movement, ensuring real-time accuracy. This feature is essential for systems requiring immediate response to flow changes.
Operational Advantages
- Enhances process control accuracy
- Prevents overflow and system inefficiencies
- Reduces maintenance and downtime
- Supports automation through switch integration
- Improves safety in fluid and gas handling systems
