ATEX-certified float level switches are essential for industries requiring precise and safe liquid level monitoring in hazardous environments. Designed for explosive atmospheres, these intrinsically safe devices ensure dependable operation across oil & gas, chemical processing, and industrial manufacturing sectors. Built with high-quality brass and engineered for durability, these switches deliver accurate performance even under demanding conditions.
Key Features
These float level switches combine robust construction with advanced intrinsic safety certification. The brass body enhances corrosion resistance, while the NBR float ensures reliable buoyancy and actuation. With multiple actuation configurations including NC, NO, and SPDT contacts, the device offers flexibility for diverse industrial applications. The ATEX certification guarantees safe usage in explosive zones, making it suitable for critical process control.
Design & Functionality
The design integrates a compact float mechanism with precise switching points, ensuring consistent fluid level detection. The anodized aluminium mounting provides strength and easy installation, while the DIN electrical connection ensures secure integration into industrial systems. The device supports both flange and threaded mounting options, enabling adaptability across installations.
Total Crossed Beams
Engineered for high-performance sensing, the internal switching mechanism ensures accurate detection of liquid levels through stable float movement. The system maintains consistent response even under varying pressure and viscosity conditions.
Beam Pitch Options
Flexible design allows different actuation point configurations, enabling users to select single or dual switching points based on process requirements. This adaptability ensures precise control across various tank sizes and fluid types.
Intrinsic Synchronism
The intrinsically safe design ensures synchronized operation with minimal energy input, preventing ignition risks in hazardous environments. With low input capacitance and inductance, the switch maintains high safety standards while delivering reliable performance.
Operational Advantages
These level switches offer long service life, low maintenance requirements, and consistent accuracy. Their ability to operate under high pressure and temperature variations makes them ideal for industrial automation systems. The combination of safety certification, durable materials, and flexible mounting options ensures optimal performance in critical applications.
