Omega CDE-440 manual Mechanical Description

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4.Mechanical Description

Based on process conditions, the cells must be build of material previously specified, such as: Stainless Steel 316, Epoxy or PTFE with radial electrodes or SS316 annulars, Platinum, Titanium or others depending on its resistance to the solutions chemical aggressiveness .

The electrical connection is done in isolated teminals with ceramic base located at the cast aluminum head, SAE 323, with low oxydation degree, treated against corrosion and finished with electrostatic epoxy paint. The head offers IP-67 protection, allowing the instrumentation cable to go thru by a ½ “NPT threaded hole or a ½ “ cable knockout.

Cell Models CDE-440-001, CDE-440-01, CDE-440-1, CDE-440-5 and CDE-440- 01T are called Insertion or Immersion Cells.

Insertion Cell CDE-440-01

Cell Model CDE-442 is called Toroydal or

 

Electrodeless Cell, as it does not offer

 

electrodes. The body material could be

 

Epoxy or PTFE, where the Toroydal

 

nucleus (2) are located, indulging an

 

electromagnetic field, that will generate

 

an electrical current (called Focault

 

Current) proportional to the sample

 

concentration. This type of cell is

 

recommended for high clogging

 

concentration and highly chemically

 

aggressive.

 

This Cell can only be used with

 

Conductivity Analyzer Model# CDCN442.

Toroydal Cell CDE-442

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Contents CDE-440 Series Conductivity Process Cells Page Conductivity Cells Instructions ManualElectrical Mechanical Description Insetion lengthmm Process Connection Body Material SS316 Technical SpecificationsElectrical Connection InstallationCDE-442 Cell Interconnection Interconnection CableTorroydal Type Insertion TypeRetractile Insertion Cell Cleaning MaintenanceCalibration Calibration for Low Conductivity ReadingUltra Pure WaterReading above Range TroubleshootingPage 4506/0908