Fluidwell Guidense TDR100 dry material (powder) material level sensor

Features

• High-precision continuous level measurement and reliable point level detection in one device.
• Reliable measurements even under changing process conditions.
• Highly robust measurement,innovative signal analysis and interference signal suppression.
• The best value for money on the market.
• 3 probe types: single rod probe,wire rope probe and coaxial probe.
• Measuring range: 100 to 20.000 mm.
• The fastest response time for the smallest container/tank on the market is 0.5 seconds.
• Not affected by the internal components of the tank/container.
• Power requirements: 12 to 30VDC.
• The accuracy is +/-3mm or 0.03% of the measured distance.
• Using ip68/nema6p shell,it can resist harsh environments.
• Explosion-proof is suitable for hazardous areas according to the requirements of atex.
• The smallest inactive area on the market.
• Fully compatible with popular fluidwell f-series and d-series level indicators and monitors.
• Complete electrical isolation between device electronics and its input/output and tank potentials.
• User-friendly installation and configuration by your own technicians,cost-saving service engineers.
• Suitable for nearly all types of process and tank applications.
• Complete the electrical isolation of device electrons from input/output to tank potential.

The Guidense TDR100 is a guided wave radar for continuous level measurement and point level detection in liquids and solids,with active analog and digital control outputs. Mechanical installation has few limitations and is easily accomplished. Due to its relatively small G3/4 process connection thread,the Guidense can be installed on almost any existing tank nozzle. Configuring the TDR100 is not difficult. Simple configuration can be done by your own team instead of expensive service engineers. The Guidense TDR100 uses time domain reflectometry technology: low-energy,high-frequency electromagnetic pulses generated by the sensor circuit are propagated along a probe immersed in the liquid or solid to be measured. When these pulses hit the surface of the medium,part of the pulse energy is reflected back to the probe,which then calculates the level based on the time difference between the sent pulse and the reflected pulse