This device takes incoming power and reduces it to a more workable voltage.

This type of anode is typically found in galvanic cathodic protection.

This is the native potential range of bare steel.

This is term for a defect in a coating system.

These four things are necessary for corrosion to occur.

The cable coming from this is connected to the positive terminal of the Rectifier.

Water and soil are considered this in a galvanic corrosion cell.

When taking Pipe-to-Soil measurements, this lead is connected to the reference cell.

This document outlines the instructions for installing a coating from the surface preparation to the finished product.

This is caused whenever current leaves a steel structure.

The cable coming from this is connected to the negative terminal of the Rectifier.

This type of cathodic protection system is used for low current output and small sections of protection.

This is the criteria that must be met to consider a pipeline or structure to be cathodically protected.

This is the first line of defense in corrosion control.

This law of electricity states that for every amp of current leaving a steel structure within a years time will take 20lbs of material with it.

This device converts AC voltage to DC voltage in a Rectifier.

This is formed on the cathode in response to the electrochemical process in a working galvanic cathodic protection system.

When dealing with Stray Current, this area will show readings of a higher potential.

This device is used in a whirling motion to determine relative humidity of the atmosphere.

This object sacrifices itself to protect the cathode in a corrosion cell.

According to NACE or AMPP, this is considered the best protection for a Rectifier against a lightning strike.

The driving voltage in a galvanic corrosion cell is produced by this.

This piece of equipment is used to combat IR in the electrolyte when taking potential measurements.

This is a the temperature difference between the surface and dew point required before coating can begin.

This is the deterioration of a material, usually a metal, that results in an electrochemical reaction with its environment.