earth electrode

Through an earth electrode; usually a rod or plate driven into the ground.

If the fencing is often moved, leave the earth electrode in the ground and install another one at the new site.

For installations with fencing greater than about 1km several earth electrodes may be needed.

It passes through your energizer, and into the earth electrode.

For permanent situations or fences longer than 50m (160 feet), install a deep earth electrode.

Attach it to the other green wire running from the energizer to the earth electrode.

For strip grazing and short fences a single earth electrode usually suffices.

Each electrode is called a ground rod or a earth electrode.

Install a separate earth electrode at least 10m away from household wiring and plumbing.

A metal peg (called an earth electrode) is supplied in this fence kit.

Measure the voltage between this electrode and the main earth electrode.

This plate should be inserted into the line of the ring earth electrode and bonded to it at both ends.

Also, remember to bolt the galvanized wire to the earth electrode to minimise losses at joints.

The reinforcing steel within the concrete foundations provides an indestructible earth electrode.

Because soil resistivity is such an important factor governing the performance of earth electrodes, it needs to be discussed in some detail.

Pole 3 will continue to operate during the outage and most of the testing in a monopolar configuration with the earth electrodes.

Bolt the connecting wire to the earth electrode and to the fence earth wire.

Any fault current or induced interference current is transferred to the outer shield and eventually into the earth electrode.

In general, the earth electrode at the support is formed by the steel legs installed in concrete in the soil.

The connection into the ground requires a specially designed ground electrode (or earth electrode).

If no metallic conductor is installed, current flows in the earth and/or sea between two specially designed earth electrodes.

If you site the energizer and its earth electrode centrally, this reduces the distance the electrical impulse has to travel through the soil.

The Zone extends in a radius from any bonded metalwork such as the site earth electrode system and boundary fence.

In chapter 7, examples of earth electrode arrangements are discussed and the new arrangements attempt to reduce touch voltages.

Connections to the earth electrodes must not only have low resistance, but must have low self-inductance.