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Resistivity

Resipod

A comprehensive solution for measuring the electrical resistivity of concrete
  • Efficient all-in-one solution
  • Reliable, accurate, and standardized
  • Rugged waterproof construction

✔ In stock

The world’s most accurate concrete surface resistivity meter with the highest possible resolution
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Productivity
All-in-one solution for concrete electrical resistivity testing both in the lab and on-site
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High quality
Reliable, accurate, and standardized and faster than laboratory RCP testing
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Reliability
Rugged waterproof construction for use in many conditions and environments
Resipod Tech Specs
Sensor / Instrument
Tech Specs
Measured Quantity
Electrical resistivity [kΩcm]

Accuracy
From ±0.2 to ±2 kΩcm (depending on resistivity range)

Instrument Firmware
Highest resolution available for a surface resistivity instrument
Current flow indication and poor contact indication
Hold, save, and delete function

PC Software
ResipodLink to view and manipulate the data on a connected PC. It also allows a variable contact spacing to be set

Display
Pixel graphic LCD

Memory
500 measured values

Connections
USB type B

Measuring Range
1 to approx. 1000 kΩcm (depending on probe spacing)

Probes / Electrodes
In addition to the standard Wenner probe with spacing of 50 mm or 38 mm (1.5"), additional variable spacing probe and bulk resistivity accessories available
Standards & Guidelines

Standards

  • Arrow, click names to download Standards & Guidelines AASHTO T358-15
FAQ

There are two models of Resipod with 38 mm and 50 mm probe spacing, which do you recommend for which application?

The 38 mm version (1.5”) was specifically designed for the AASHTO test to determine resistance to chloride penetration. For general concrete on-site testing the 50 mm version is recommended.


Can the surface resistivity test be used to measure corrosion rate?

The surface resistivity test cannot measure corrosion rate accurately. What it can be used for is to give an indication of high or low corrosion rate based on empirically derived values. Basically a low resistivity...

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Can the Resipod be controlled remotely?

Yes a complete set of remote control commands is available in the downloads section of the product page.


How does resistivity affect the half cell potential measurement?

A low resistivity results in a wider spread of the negative potentials measured at the surface. So a corrosion hotspot is easier to detect. A high resistivity results in a much tighter spread of negative potentials...

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