The SLM2 FA TA low-cost level sensor is a practical solution for industries seeking reliable and affordable liquid level measurement. Designed for tanks, reservoirs, and fluid management systems, it delivers consistent performance while maintaining cost efficiency. This sensor is widely used in industrial automation, chemical processing, and water treatment applications where accurate level detection is essential.
Key Features
- Cost-effective solution for liquid level monitoring
- Durable brass body with NBR float for long service life
- Compact design suitable for various tank sizes
- Potentiometric output for precise level detection
- Easy installation with flange or threaded mounting options
Design & Functionality
The sensor features a robust construction combining brass and anodized aluminium, ensuring durability even in harsh industrial environments. The NBR float enables smooth operation and accurate level detection across varying fluid conditions. Its potentiometric output allows seamless integration with control systems, making it ideal for automation and monitoring applications.
Total Crossed Beams
The SLM2 sensor is engineered to provide stable and repeatable measurements, ensuring consistent output signals across the entire measurement range. This enhances system reliability and reduces operational errors in industrial processes.
Beam Pitch Options
With a precise 10 mm measurement resolution, the SLM2 ensures accurate detection of liquid levels. This fine pitch spacing allows better monitoring and control in applications requiring detailed level tracking.
Intrinsic Synchronism
The sensor operates with synchronized internal components, ensuring smooth signal transmission and reliable performance. This intrinsic synchronism enhances accuracy and reduces fluctuations during operation.
Operational Advantages
The SLM2 FA TA level sensor offers significant operational benefits, including low maintenance requirements, high durability, and adaptability to different fluid types. Its ability to operate under pressures up to 10 bar and temperatures ranging from -10°C to +80°C makes it suitable for demanding industrial environments. With easy installation and reliable output, it improves efficiency in fluid management systems while keeping costs low.
