This type of bond is measured every 60 days not to exceed 75 days.

E represents this in Ohm's Law.

This is the distance requirement test stations must be installed on the pipeline.

Testex Tape is a method of determining this prior to coating.

This method of measuring soil resistivity is considered the most accurate compared to the Soil Box or Collin's Rod.

This type of bond is one who's failure would not jeopardized the Company cathodic protection.

1V is equivalent to this in mV.

The thickness requirement for installing test leads on a pipeline operating at 400 psi.

These two pieces of equipment are used during application and once the coating is cured to determine how much coating was applied.

Pin Spacing in the Wenner 4 Pin Method is determined by this.

This lead is always connected to the Company side of the shunt when taking measurements.

Solve for R in Ohm's Law.

This process is administered when AC Pipe-to-Soil measurements meet 15V.

This gives the user data on environmental conditions prior to applying coating.

This cell is used to determine pH of soil.

This is the multiplier factor for a 50mV=25A shunt.

This amount of current will flow if a rectifier producing 15V output is connected to a ground bed with 5Ohms of resistance.

This equipment may be installed in areas such as Compressor Stations, Lateral lines, PODs/PORs, Casings and Valve Settings.

This is the voltage required to detect Holidays on FBE coated piping when the coating is 20 mils thick.

This is the configuration of wire connection to the pins.

This is what the mV reading across the shunt is converted to for documentation when measuring a bond with a voltmeter.

This amount of voltage is required to flow 10000mA of current through a 10Ohm resistor.

This is the electrical potential difference between two ends of a conducting phase during current flow.

This test determines the amount of soluble salts contamination on a steel surface.

This is the formula for calculating Soil Resistivity in Ohms Centimeter.