The RFnivo RF 8100 is a high-performance capacitive level detector engineered for accurate point level measurement in liquid applications. Designed for industrial environments, it delivers dependable performance in storage tanks, process vessels, and demanding process systems. Its ability to detect liquids with low dielectric constants makes it a versatile solution for various industries including chemical processing, oil handling, and water treatment.
Key Features
- Reliable detection for liquids with dielectric constant ≥ 1.5
- Operates in extreme process temperatures up to +200°C
- Handles high-pressure environments up to 35 bar
- Advanced “Active Shield” function minimizes false signals
- Adjustable switching sensitivity and output delay
- Multiple signal output options including relay and transistor
Application
The RF 8100 is widely used in storage tanks, mixing vessels, and process containers for full, demand, and empty level detection. It is suitable for industries such as chemical processing, pharmaceuticals, food processing, and water management. Its robust design ensures accurate level control even in environments with buildup, foam, or challenging liquid properties.
Design & Functionality
Built with durable materials like stainless steel and PEEK, the RF 8100 ensures long-term operational stability. Its capacitive measurement principle enables precise detection without moving parts, reducing maintenance requirements. The Active Shield technology enhances performance in applications with adhering materials, ensuring uninterrupted functionality.
Total Crossed Beams
The sensor design ensures consistent signal transmission across varying liquid conditions, maintaining accuracy even with fluctuations in process parameters.
Beam Pitch Options
Flexible mounting options such as top, horizontal, and angled installation allow adaptability across different tank configurations and process requirements.
Intrinsic Synchronism
The RF 8100 maintains stable operation by synchronizing detection sensitivity with process conditions, ensuring consistent switching performance without manual recalibration.
Operational Advantages
- Prevents overflow and dry running
- Enhances process automation efficiency
- Reduces maintenance and downtime
- Ensures reliable operation in harsh environments
- Improves safety and operational control
