The PFG86X rotary paddle level sensor offers precision solid level monitoring for industrial applications. Designed to detect full or empty conditions in silos, hoppers, and bins, it is optimized for durability, accuracy, and seamless integration in manufacturing environments. Its robust construction ensures dependable performance even in corrosive or abrasive conditions, making it a trusted solution across various sectors.
Key Features
- Rotational paddle for reliable detection of bulk solids
- Stainless steel construction for corrosion resistance
- Die-cast aluminum casing for durability
- Micro switch SPDT output for simple integration
- IP65 protection against dust and water jets
Design & Functionality
The PFG86X combines rugged mechanical design with precise functionality. Its shaft, supported on life-lubricated sealed bearings, ensures smooth rotation under continuous operation. Available paddles accommodate varying material densities, ensuring accurate detection across applications. Double cable entries simplify installation, while the device maintains operational integrity even at extreme ambient or process temperatures.
Total Crossed Beams
The sensor operates with full rotational engagement of the paddle, ensuring consistent level detection. Its design minimizes false triggers, supporting uninterrupted material flow monitoring.
Beam Pitch Options
Multiple paddle sizes are available to accommodate material densities from 0.1 kg/dm³ to 2 kg/dm³, making the PFG86X suitable for light powders or heavier granular solids. Custom lengths and electrical accessories can further optimize performance for specific industrial setups.
Intrinsic Synchronism
With precise rotational control and robust mechanical synchronization, the PFG86X ensures accurate level measurement at all times. Its SPDT output provides reliable signaling for automated control systems.
Operational Advantages
Industrial plants benefit from reduced downtime, increased safety, and improved material handling efficiency. The sensor’s corrosion-resistant design and high-temperature tolerance make it ideal for harsh environments. It also simplifies maintenance with long-lasting components and minimal wear parts, supporting cost-effective operation.
