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Half-cell Corrosion Potential

Profometer Corrosion

Advanced half-cell measuring instrument for on-site mapping of the corrosion potential
  • Unique wheel electrodes
  • Advanced processing
  • Easily upgradable
User-friendly corrosion sensor with an intuitive workflow and advanced capabilities
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Productivity
High productivity with unique wheel electrodes and optimized workflow
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Efficiency
Advanced processing and custom reporting tools with exportable graphs and charts
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Future readiness
Easy upgradable with cover meter functionality for combined testing
Profometer Corrosion Tech Specs
Sensor
Tech Specs
Measured Quantity
Corrosion potential [mV]

Accuracy
±1 mV

Instrument Firmware
Intuitive user-friendly interface for data acquisition
Optimized workflow for rod and wheel measurements
Customizable text can be entered for any specific locations
Flexible features enable the mapping of any irregular geometry
Improved digital filtering to remove the effect of external noise (civil and industrial power sources)
Create custom reports with exported graphs and charts

PC Software
Profometer Link Reporting software for data analysis, combined data evaluation, and reporting on any third party software

Display
7” color rugged touchscreen unit (800 x 480 pixels) with a dual-core processor

Memory
Internal 8 GB flash memory

Connections
USB host/device and Ethernet

Measuring Range
-999 to +999 mV

Probes / Electrodes
In addition to the basic rod electrode, the use of Proceq’s unique one and four-wheel electrodes enable the highest on-site productivity in large areas

Innovation Award
FAQ

What is Eddy Current?
Eddy current (EC) is a method using magnetic fields for detecting and measuring metallic objects. Transmitting coils in a probe are charged by current and thus generate a primary magnetic field. On the surface of metallic objects within the magnetic field, eddy currents are induced, which produce a secondary magnetic field in the opposite direction. The resulting change of voltage in the receiving coils can be utilized for measurement. Eddy current method is used in NDT for detecting and measuring steel rebars within the concrete.

Can the Profometer 6 magnetic field voltage cause issues?
There is a very low likelihood of damages from the Profometer field voltage. Therefore, it is considered safe to use Profometer in most places, especially areas with computers or data centers. Here is the field voltages information: For a distance of 10cm: Profometer 6 induces a field voltage in the range of max 10V. For a distance of 3m: Profometer 6 induces a field voltage in mV range.
Any questions?
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Standards & Guidelines

Standards

  • Arrow, click names to download Standards & Guidelines ASTM C 876-15
  • Arrow, click names to download Standards & Guidelines DGZfP B3
  • Arrow, click names to download Standards & Guidelines JGJ/T 152
  • Arrow, click names to download Standards & Guidelines JSCE E 601
  • Arrow, click names to download Standards & Guidelines RILEM TC 154-EMC
  • Arrow, click names to download Standards & Guidelines SIA 2006
  • Arrow, click names to download Standards & Guidelines UNI 10174
  • Arrow, click names to download Standards & Guidelines ОДМ 218.3.001-2010