The FPR AEUR Paddle Flow Switch for Liquids is engineered for dependable liquid flow monitoring in industrial applications. The paddle moves with the flowing liquid to activate the internal switch, allowing operators to detect flow interruptions and protect critical equipment from dry running or process failures.
Designed for horizontal installation, the flow switch features a robust body, brass paddle, and IP65 protection for reliable operation in demanding environments. Its simple mechanical design requires minimal maintenance while delivering consistent switching performance. It is widely used in cooling systems, water circulation lines, HVAC equipment, industrial machinery, and process plants requiring accurate flow detection from a reliable Industrial Flow Meter solution.
Key Features
- Paddle-type liquid flow detection
- Reliable flow/no-flow switching
- Durable brass paddle construction
- IP65 protection for industrial environments
- Compact and easy-to-install design
- Low-maintenance mechanical operation
- Suitable for horizontal pipe installation
Applications
The FPR AEUR Paddle Flow Switch is commonly used in cooling water systems, HVAC equipment, industrial machinery, pump protection systems, water treatment plants, and manufacturing facilities. It helps monitor liquid circulation and supports reliable process operation, making it an excellent choice for Flow Switch Suppliers Saudi Arabia applications.
Design & Functionality
The flow switch operates using a paddle mechanism positioned inside the pipeline. As liquid flows, the paddle moves and actuates the internal magnetic switch, generating a flow or no-flow signal. This simple mechanical principle ensures reliable performance with minimal pressure loss and maintenance.
Operational Advantages
The FPR AEUR Paddle Flow Switch improves equipment protection by detecting flow loss before it causes damage. Its rugged construction, dependable switching performance, and simple installation help reduce downtime, improve process reliability, and enhance operational safety in industrial liquid handling systems.
