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Physical Specifications
Technical Specifications
Usage & Installation:
Packaging & Dimensions:
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#10 AWG is a "heavy-duty" monitoring wire. While #14 and #12 are standard for basic sensors, #10 AWG is used when the test leads must span very long distances or when they are installed in harsh environments where maximum physical durability is required. It is also the go-to gauge for sacrificial anode leads for larger underground storage tanks (USTs) and shorter pipeline segments.
The shift to #10 is usually about Voltage Drop and Survivability.
Yes. In Impressed Current Cathodic Protection (ICCP), #10 AWG is frequently used for the "sensing" side of the rectifier. It allows the rectifier to get an extremely accurate, low-resistance reading of the structure’s protection levels, which is critical for the automated adjustment of the current output.
Absolutely. The High Molecular Weight Polyethylene (HMWPE) insulation is designed for both direct burial and water submersion. It is highly resistant to the salt, moisture, and chlorine gas often found in marine cathodic protection setups for piers, docks, and offshore platforms.
For cathodic protection applications, #10 AWG is typically rated for approximately 35 Amps @ 75°C, depending on the burial depth and soil temperature. However, in CP design, installers rarely push cables to their maximum ampacity. Instead, they size them to minimize resistance—if you are running high current over a long distance, you may want to jump to #8 or #6 AWG to ensure the system remains efficient.
Standard THHN wire uses a PVC jacket with a thin nylon skin, which is susceptible to "osmotic blistering" and chemical breakdown when buried. HMWPE is a much thicker, mono-layer insulation that acts as a true chemical shield. Because the cable is part of a circuit designed to prevent corrosion, any breach in the insulation would cause the copper wire to become the "sacrificial" part of the circuit, leading to a rapid failure of the monitoring system.
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