Level Instrument for Chemical Processing
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Request a Spec Review →What LibertyCES's vendor documentation shows
Liquid Chemical Storage and Chemical Sumps explicitly named applications.
Products cited in this application
Real Specifications
| Icon MLR-70 range | 15m | icon-process-controls-level-sensors.md |
| Icon MLR-70 probe coating | FEP Teflon-coated | icon-process-controls-level-sensors.md |
| Icon MLR-70 housing | IP67, powder-coated aluminum alloy enclosure | icon-process-controls-level-sensors.md |
| Icon MLR-70 output | 4-20mA (standard, HART, or Modbus/RS485) | icon-process-controls-level-sensors.md |
| Icon MLR-70 named applications | Explicitly named for Liquid Chemical Storage and Chemical Sumps | icon-process-controls-level-sensors.md |
MLR-70's guided-wave radar design is explicitly noted as unaffected by vapor/outgassing — relevant to any tank headspace with volatile or off-gassing chemical vapor, a condition that defeats ultrasonic level sensing.
A chemical storage tank that off-gasses — hydrogen peroxide and sodium hypochlorite both do — will feed an ultrasonic level sensor false echoes from vapor in the headspace long before the liquid level is actually a problem. Icon's MLR-70 guided-wave radar is named specifically for Liquid Chemical Storage and Chemical Sumps because contact radar isn't fooled by that vapor the way an acoustic sensor is.
Every claim on this page traces to real, vendor-published documentation on file with LibertyCES. Confirm current specifications with the manufacturer before final specification.
FAQ
Is Level Instrument used in Chemical Processing?
Liquid Chemical Storage and Chemical Sumps explicitly named applications. This is strong evidence.
What products are specified for Level Instrument in Chemical Processing?
Documented examples include Icon MLR-70 guided wave radar — confirm current specifications with the manufacturer before final selection.
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