The Flow Switch FS25 is a highly reliable liquid flow monitoring solution engineered for industrial environments requiring accurate and continuous flow detection. Designed specifically for non-corrosive liquid applications, this device ensures operational safety and efficiency across a wide range of pipeline systems. With robust construction and versatile compatibility, it plays a critical role in maintaining process stability.
Key Features
- Supports pipe diameters from 25mm to 200mm
- Weatherproof and explosion-proof design
- Compatible with non-corrosive liquid media
- High-performance reed switch configurations
- Durable stainless steel construction for high-pressure systems
Application
The FS25 flow switch is widely used in industrial manufacturing, water treatment systems, cooling circuits, and pump protection systems. It is particularly effective in preventing dry running of pumps, ensuring proper liquid circulation, and maintaining system integrity in automated processes.
Design & Functionality
This flow switch operates using a reed switch mechanism that responds to fluid movement within the pipeline. When flow is detected, the internal switching mechanism activates, providing a signal for monitoring or control systems. Its compact inline design allows easy installation across various pipeline configurations.
Total Crossed Beams
The FS25 design ensures consistent detection across the flow path, enabling stable switching performance even under varying flow conditions. This ensures reliable operation in demanding industrial environments.
Beam Pitch Options
The flexible design supports multiple pipe sizes, allowing seamless integration into systems with different flow requirements. This adaptability makes it suitable for both small-scale and large industrial pipelines.
Intrinsic Synchronism
The internal switching mechanism operates with high precision and synchronization, ensuring accurate response to flow changes without delay. This enhances process reliability and reduces system downtime.
Operational Advantages
- Prevents equipment damage caused by flow interruptions
- Improves safety in hazardous environments
- Reduces maintenance costs through reliable monitoring
- Enhances automation efficiency with consistent flow detection
