Product features

• No mechanical moving parts
• Manually cutable and exchangeable monoprobe with lengths from 200 mm up to 2,000 mm
• Immune to deposit formation
• Process temperature up to 100 °C; process pressure up to 10 bar
• Small inactive areas, ideal for small containers
• Accurate measurement, even when liquid type changes
• 3-in-1: combined display, analog output (acc. NAMUR NE 43) and binary output
• High enclosure rating of IP 67, rotatable housing

Customer benefits

• Rugged design increases service life
• High flexibility due to cutable and exchangable monoprobe
• Cost savings due to multiple output signals: one system for both level detection and continuous level monitoring
• Time and cost savings due to low maintenance and quick commissioning
• No calibration or recalibration required for commissioning, thus saving time and costs
• Compact and rotatable housing ensures flexible installation
• No crosstalk when several sensors are mounted next to each other
• Advanced technology enables adjustment-free measurement of oil- and water-based liquids

Applications

• Monitoring coolants and lubricants in machine tooling
• Monitoring cleanser and detergents in cleaning and washing machines
• Monitoring filling tanks in automobile assembly
• Level measurement in industrial processes with difficult ambient conditions

  The LFP Cubic uses the TDR technology (TDR = Time Domain Reflectometry) – a process for determining the time of flight of electromagnetic waves. A low-energy, electromagnetic impulse is generated in the electronics of the sensor, coupled into the coaxial probe and run down the inside of the probe. When this impulse reaches the fluid on the surface to be measured, part of the impulses is reflected and runs along the probe back to the electronics, which then calculates the level from the time difference between the impulse sent and received on. The sensor can output this as continual measurement value (analog output) but can also derive freely positionable switching points from it (switching output).