The SF100 acrylic plastic flow meter is designed for precise monitoring of liquid and oil flow in industrial and process applications. Built with high-clarity acrylic housing, this flow indicator provides reliable performance, easy visual monitoring, and efficient flow control. Its magnetic float mechanism enhances accuracy while supporting flexible installation across multiple system configurations.
Key Features
- Transparent acrylic body for clear flow visibility
- Magnetic float system for stable and accurate indication
- Compatible with liquid and oil flow measurement
- Optional alarm switch with one or two setting points
- Durable PPS plastic float cover for enhanced lifespan
- Supports multiple flow directions for flexible installation
Application
This flow meter is widely used in industrial fluid systems including oil circulation units, cooling systems, lubrication systems, chemical processing, and water treatment operations. It is suitable for machinery monitoring, automation systems, and fluid control processes where real-time flow visibility is essential.
Design & Functionality
The SF100 utilizes a magnetically controlled float that moves proportionally with the flow rate. The transparent acrylic body allows operators to visually monitor flow conditions instantly. Integrated reed switches provide optional alert signals for system control and safety monitoring.
Total Crossed Beams
The internal flow structure ensures smooth fluid passage while maintaining consistent float movement. This design minimizes turbulence and enhances measurement stability across varying flow conditions.
Beam Pitch Options
Optimized internal spacing allows precise float response across different flow ranges. This ensures consistent performance in both low and moderate flow applications.
Intrinsic Synchronism
The magnetic float and reed switch system work in synchronization to provide accurate flow detection and reliable signal output without mechanical wear.
Operational Advantages
- Enhances process control and system safety
- Reduces downtime through real-time monitoring
- Improves efficiency in fluid handling systems
- Supports easy installation and low maintenance
- Provides long-term durability in industrial environments
