The modular transmitter for hygienic applications is engineered for continuous and precise level measurement in demanding industrial environments, especially within food and beverage processing. Built with food-grade materials and hygienic mounting options, this advanced level sensor ensures safe, compliant, and reliable operation in sensitive production systems.
Key Features
This hygienic level transmitter uses guided wave radar technology to measure levels accurately using electromagnetic pulses. It offers excellent performance in challenging conditions such as foam, high temperatures, and viscous or non-conductive media. The adjustable probe length and modular design allow flexible adaptation to different tank sizes and installation requirements.
Application
Ideal for food processing plants, beverage production, dairy systems, and hygienic storage tanks, this radar level sensor ensures consistent monitoring of liquids and semi-solids. It is particularly useful where hygiene standards are critical and where traditional sensors may fail due to contamination risks or harsh process conditions.
Design & Functionality
The sensor is installed directly into tanks using hygienic adapters such as clamp or pipe fittings. Its robust construction supports medium temperatures up to 150°C. The device features programmable switching outputs and optional analogue output for seamless integration with control systems. A clear 4-digit display enables easy parameter setup and real-time monitoring.
Total Crossed Beams
The guided radar pulses travel along the probe and reflect from the medium surface, ensuring stable and interference-free measurement even in turbulent or foamy conditions.
Beam Pitch Options
The flexible probe length (15 to 200 cm) allows precise adjustment based on tank depth, ensuring optimal measurement coverage across various industrial applications.
Intrinsic Synchronism
The sensor operates with synchronized signal processing, ensuring consistent measurement accuracy regardless of environmental disturbances or process variations.
Operational Advantages
With IO-Link compatibility, users can configure, monitor, and archive sensor data efficiently. The modular structure simplifies maintenance and customization, reducing downtime and operational costs. Its hygienic design ensures compliance with strict industry standards while maintaining high measurement reliability.
