SmartLine Non-Contact and Guided Radar Level Meters

The SmartLine non-contact radar level meter is for level measurement of liquid and solids,and the guided radar level meter measures, level, interface, volume and mass

Honeywell’s new Non-Contact Radar Level Meter (FMCW, frequency modulated continuous wave) is for level measurement of liquids and solids and can be used to calculate volume. A key advantage of the SmartLine Non-Contact Radar Level Meter is that it provides a more stable measurement than pulse radar, and is well suited for agitated process conditions and the most demanding applications. The maximum measuring range of the SmartLine Non-Contact Radar Level Meter is 80 meters/260 feet.

• Specifications
• Manuals

The Honeywell SmartLine Guided Radar Level Meter is a TDR (Time Delay Reflectometry) Level Meter for measuring level, distance, interface, level and interface, volume and mass. This unit is well suited for measuring liquids as well as granular solids. A remote housing can be mounted up to 14.5 meters/47.6 feet from the probe. The SmartLine Guided Radar Level Meter has higher signal dynamics and a sharper pulse than conventional TDR devices and therefore better reproducibility and accuracy. The maximum measuring range of the SmartLine Guided Radar Level Meter is 35 meters/115 feet.

• Specifications
• Manuals

• Same model can be used for solids and liquids, reducing inventory and lowering costs
• Two-wire loop powered design saves on wiring, reducing cost
• Patented DROP antenna design is suitable for corrosive liquids and provides reliable readings
• Interchangeable and replaceable electronics without the need to recalibrate reduces downtime and lowers maintenance cost
• Five different types of probes suitable for a wide range of media
• Optional ESD protection (30 kV)
• Quick to install and easy to operate
• Chemically resistant to a wide range of processes
• Hazardous area versions available
• Improves process monitoring for higher quality product
• Prevention of spills reduces risk of environmental impact
• Accurate level measurements in agitated condition
• Maximum operating temperature is 200⁰C and maximum pressure is 580 psig

• Chemicals and Petrochemicals
• Oil and Gas
• Minerals and Mining
• Water and Wastewater
• Food and Beverage
• Iron, Steel and Metals
• Pulp and Paper

Typical applications include:

• Tanks and Agitators
• Process Tanks
• Storage Tanks
• Blending Tanks
• Distallation Tanks
• Separator
• Solid Silos (inventory)