The UE3001 Non Contact Ultrasonic Liquid Level Meter is engineered for accurate and reliable level measurement in demanding industrial environments. Utilizing advanced ultrasonic sensing technology, it measures liquid and solid levels without physical contact, ensuring long-term durability and minimal maintenance. This makes it highly suitable for industries such as oil & gas, wastewater treatment, chemical processing, HVAC systems, food production, marine operations, and vehicle fluid monitoring.
Key Features
- Non-contact ultrasonic measurement for hygienic and corrosion-free operation
- Multi-output options including analog, digital, and switching signals
- Wide measurement range up to 15 meters
- Stable performance in harsh industrial conditions
- Compact design for easy installation in tanks and silos
Design & Functionality
The UE3001 is designed with high-frequency ultrasonic wave emission that accurately detects level changes in liquids and solids. Its advanced signal processing ensures precise readings even in environments with vapors, foam, or turbulence. The device supports multiple output signals, enabling seamless integration with industrial automation systems and process control units.
Total Crossed Beams
The ultrasonic sensing mechanism uses focused signal transmission to ensure consistent and accurate detection across the entire measurement range. This allows stable performance in both static and dynamic fluid environments, including storage tanks and processing units.
Beam Pitch Options
Flexible sensing configurations allow the device to adapt to different tank geometries and installation conditions. This ensures accurate measurement across narrow or wide containers, making it suitable for diverse industrial applications.
Intrinsic Synchronism
The UE3001 maintains synchronized signal processing to avoid interference from surrounding equipment. This enhances measurement reliability in complex industrial setups such as chemical plants and wastewater facilities.
Operational Advantages
- Eliminates sensor wear due to non-contact operation
- Reduces maintenance costs in corrosive or hazardous environments
- Improves process efficiency with real-time level monitoring
- Enhances safety in oil, gas, and chemical storage systems
- Supports smart automation and industrial IoT integration
