The SL2 stainless steel level sensor is engineered for precise liquid level measurement in industrial environments where durability and accuracy are essential. Designed for tanks, reservoirs, and fluid management systems, this sensor combines robust stainless steel construction with advanced float-based sensing technology. It is ideal for applications in chemical processing, water treatment, manufacturing plants, and storage systems where consistent level monitoring is critical.
Key Features
This level sensor offers high resistance to corrosion, pressure, and temperature variations, making it suitable for harsh industrial conditions. The potentiometric output ensures accurate and continuous level detection, while the stainless steel float and body provide long-term reliability. With flexible mounting options including flange and threaded connections, it adapts easily to various installation requirements.
Design & Functionality
The SL2 operates using a float mechanism that moves along the sensor stem according to the liquid level. This movement translates into a precise electrical signal, enabling real-time monitoring and control. The compact and rugged design ensures stable operation even in environments with vibrations or fluctuating fluid conditions.
Total Crossed Beams
The sensor’s internal structure ensures consistent signal transmission across the entire measurement range. This design supports uniform detection accuracy, reducing measurement errors and improving process reliability.
Beam Pitch Options
With optimized sensing intervals, the SL2 provides accurate level readings across varying tank sizes. The 10 mm resolution ensures detailed measurement, allowing precise control of fluid levels in industrial systems.
Intrinsic Synchronism
The sensor maintains synchronized output signals, ensuring reliable data transmission to control systems. This enhances automation processes and supports seamless integration with industrial monitoring systems.
Operational Advantages
The SL2 level sensor delivers consistent performance with minimal maintenance requirements. Its stainless steel construction resists chemical exposure and mechanical stress, extending service life. The sensor supports efficient process control, reduces downtime, and improves operational safety in industrial applications.
