The LT_LXT_205 float level switch is a robust and high-performance solution designed for accurate liquid level monitoring in industrial environments. Built with corrosion-resistant SS316 wetted parts, it ensures long-term durability and reliability even in aggressive media and high-temperature conditions. This device is widely used in process industries where precise level control is critical for safety and efficiency.
Key Features
- Durable SS316 construction for corrosion resistance
- Suitable for high temperature applications up to 350°C
- Multiple switch configurations (SPDT options)
- Reliable float mechanism for accurate level detection
- Designed for liquids with specific gravity ≥0.7
Application
The LT_LXT_205 is ideal for use in storage tanks, chemical processing units, water treatment plants, and oil handling systems. It effectively manages liquid levels in applications involving water, oils, chemicals, and other industrial fluids. It helps prevent overflow, pump dry run, and system inefficiencies, making it essential for automation and safety systems.
Design & Functionality
This float level switch operates using a buoyant float that moves with liquid levels. As the liquid rises or falls, the float activates internal micro switches, triggering control signals for pumps, alarms, or valves. The design ensures consistent and reliable switching performance under varying process conditions.
Total Crossed Beams
The internal switching mechanism is engineered for precise activation points, ensuring consistent performance even in fluctuating liquid environments. This enhances system reliability and reduces operational risks.
Beam Pitch Options
The device supports flexible switching configurations, allowing customization based on tank height and process requirements. This adaptability ensures accurate level detection across different industrial setups.
Intrinsic Synchronism
The LT_LXT_205 maintains synchronized float movement and switch activation, ensuring accurate response without delay. This improves process control and reduces the chances of malfunction.
Operational Advantages
- Prevents overflow and product loss
- Protects pumps from dry running
- Reduces maintenance and downtime
- Ensures stable and efficient process control
- Suitable for harsh and high-temperature environments
