The UE3005 Small Range Ultrasonic Level Transducer is engineered for precise short-distance level measurement in industrial and commercial environments. Utilizing advanced ultrasonic sensing technology, this compact device provides accurate, non-contact liquid level monitoring in tanks, vessels, and processing systems. Its robust design and versatile output options make it suitable for a wide range of industries including water treatment, oil & gas, chemical processing, HVAC, and food production.
Key Features
- High accuracy measurement up to ±1mm resolution
- Compact design for small tanks and confined installations
- Multi-output support: 4–20mA, voltage signals, and RS485 Modbus
- Low power consumption for energy-efficient operation
- OLED display for real-time monitoring and configuration
Application
The UE3005 is ideal for industries requiring reliable level monitoring in compact spaces:
- Water & wastewater tanks and dosing systems
- Oil & fuel storage containers
- Chemical processing vessels
- HVAC condensate and fluid management systems
- Food and beverage liquid handling
- Marine and vehicle fluid tanks
- Process automation and control systems
Design & Functionality
Built with durable cast aluminum or stainless steel housing, the UE3005 ensures long-term stability even in harsh industrial environments. Its ultrasonic pulse technology measures liquid levels without direct contact, reducing wear and maintenance. The M30 threaded installation allows easy integration into existing systems.
Total Crossed Beams
The sensor emits controlled ultrasonic waves that reflect off liquid surfaces, ensuring stable detection even in dynamic environments. This enhances signal reliability and reduces measurement errors.
Beam Pitch Options
Optimized beam angles provide accurate readings in narrow tanks and small vessels. The focused beam ensures minimal interference and improved measurement consistency.
Intrinsic Synchronism
The UE3005 maintains synchronized signal processing, ensuring consistent output even in fluctuating environmental conditions such as temperature or pressure variations.
Operational Advantages
- Non-contact measurement eliminates contamination risks
- High precision ensures process efficiency
- Easy installation and low maintenance
- Suitable for automation and remote monitoring systems
- Reliable performance in industrial environments
