Stand-Alone System with a Dedicated Computer | Ethernet and RS-232 Communication & Remote Control |
Sealed Graphic LCD Color Touch Screen | Modular System |
Automatic Sample Detection | Generous Sample Tray |
Fast and Automatic Electrolyte Replacement | Automatic Self-Diagnosis |
Automatic Electrolyte Deaeration | Detachable and Easily Cleaned Cell |
Adjustable Electrolyte Level within Cell | Sealed NEMA Electronics Enclosure |
Electronic Circuit Boards are Vibration-Isolated |
Zero-maintenance reference electrode for help in differentiation of non-oxide surface film constituents. |
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Cell designed for measuring as-received curved rod samples to eliminate the problematic straightening task. |
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Polycarbonate cell-vessel to withstand rough-handling. |
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Maintenance of constant current density as sample sizes vary, using an automatically controlled constant current source with a wide range (0.1 to 70 mAmps). |
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Statistical Process Control (SPC) screen feature allowing managers to rapidly observe trends. |
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Assists manager with electrical calibration, as well as physical calibration via the use of copper foil. (Includes a roll of copper foil. An optional rapid-insertion foil holder is also available.) |
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Remote Updating of Firmware via RS-232 (EIA/TIA-574) to stay current with the latest features and innovations. |
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Convenient Wire Analysis Screen (Optional wire holder available). |
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Dual Current Density (DCD) Test Method. |
(Notes: These systems are also known as the Pops Tester (or the Pops Test) after Dr. Horace Pops who introduced surface oxide measurement to the wire and cable industry 30 years ago. Metal surface films are also referred to as patina, tarnish, residual surface oxides or surface oxide level. These systems are also called Coulometric Analyzers, Coulometers or Coulometry Instruments and they are used in Corrosion Analysis to monitor corrosion coupons.)
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