The EDW_EDX_300 float level switch is engineered for precise and reliable liquid level control in industrial environments. Designed to support multi-stage monitoring, it offers enhanced accuracy in managing fluid levels across storage tanks, processing units, and automated systems. Its robust construction ensures consistent performance even in demanding conditions involving water, chemicals, and process liquids.
Key Features
- Three-stage level detection for accurate monitoring
- Durable stainless steel wetted components
- Compatible with various industrial liquids
- High reliability micro switch configuration
- Suitable for automation and control systems
Application
This float level switch is widely used in industrial tanks, chemical processing units, water treatment plants, and fluid storage systems. It plays a critical role in preventing overflow, avoiding dry run damage, and maintaining optimal liquid levels. It is ideal for industries requiring consistent monitoring such as manufacturing, oil processing, and utilities.
Design & Functionality
The EDW_EDX_300 operates using a vertical float mechanism that responds to changes in liquid levels. As the fluid rises or falls, the float activates internal switches to trigger control signals. Its design ensures minimal maintenance while delivering accurate and repeatable performance.
Total Crossed Beams
The system incorporates a structured switching mechanism that enables multiple level detection points. This ensures smooth transition between stages and consistent monitoring without signal interruption.
Beam Pitch Options
Optimized float spacing allows flexible level detection intervals. This makes the device adaptable for different tank heights and fluid level requirements.
Intrinsic Synchronism
The internal switching mechanism is designed for synchronized operation, ensuring precise signal output at each stage. This improves automation accuracy and reduces system errors.
Operational Advantages
The EDW_EDX_300 enhances operational efficiency by automating liquid level control. It minimizes manual intervention, reduces downtime, and protects equipment from damage caused by overflow or dry running. Its durable materials ensure long service life, making it a reliable solution for industrial fluid management.
