What Are the Steps to Install the Electric Fence Correctly?

If you need to control livestock or keep wild animals and other intruders out of your yard, electric fences may be a good choice for you. The user-friendly and effective electric fence line can be used to enclose pastures or gardens and is easy to install and maintain. For more information about installing electronic fences, please refer to the steps below.

Consider the number of animals you need to control and determine the spacing and number of wires you need to use to install electric fencing. If you've got a particular plot set aside for your electric enclosure, take careful measurements and determine an appropriate height for your fence.

Decide on the length of each run, as well as the height and the number of wires necessary to complete the job. Price the wires per foot at your retailer to get the best deal possible.

Different chargers are optimized for different lengths of wire. Check with your supplier to make sure that the charger you intend to get will work with the planned length of wire for your enclosure.

Each corner of the electrical fence will need to be braced with a corner piece. 1 brace will suffice at ends and corners with 6 or fewer lines. 7 or more lines require a double brace when putting in fencing.

You'll need a lot of posts, especially if you're going to lay a fence of substantial size. Wood posts are perfectly durable and effective, though they'll have a tendency to degrade over time, while metal posts are the easiest to set in the ground, but may end up being more expensive.

To keep the electric fence juiced, you need a charger that will keep the electrical current powering the fence wires. Solar charges do not need an electric outlet but they require a certain amount of sunlight, which can be an effective and energy-efficient option in your area. Electric chargers must have access to an AC outlet.

Don't buy chargers with foot or mile power ratings, instead select a charger that's rated by joules. A higher rating in terms of joules doesn't mean that the charge will be stronger if an animal gets jolted, it just means that the electrical current will be more consistent, making a high-joule charger the smartest purchase. If you've got a five-acre fence, you'll need at least a joule at the minimum.

You can install electric fencing with electric fence tape or a variety of straight wires of various thicknesses. Tape is the easiest to see, and less dangerous than straight wire.

Making sure that the fencing is easy to see is one of the most important considerations. 1.5- or 2-inch poly tape, braid, rope are perfectly effective for most purposes. Coated wire is likewise easy to see and install. Half-inch tape is probably too small for a more substantial fence, especially for horses or keeping deer out.

Look for a weather-resilient spot near an AC outlet to install an electric charger or an area that receives plenty of sunlight for a solar charger.

To keep the charger protected, hang the charger on a post or wall of an outbuilding. Do not turn the charger on until you've installed the fence.

To install electric fencing, you need at least 1 grounding post that is 6 feet (1.8m) (182.88cm) or longer. Place 1 grounding rod near the charger and use a post-hole digger/slammer to set the grounding post. Leave at least 2 inches (5.08cm) of the post above the ground. When installing electric fencing, it's a good idea to set another grounding post 10 feet (304.80cm) to 20 feet (6.1m) (609.60cm) from the first post.

The wire needs to extend from the ground terminal of the charger to all the grounding posts. Secure the wire to the posts with a grounding clamp.

Use a long string to mark a straight line for your posts and use a post-hole digger to set them securely in the ground. As a general rule of thumb, at least 1/3rd of the overall length of your post should be under the ground. Corner posts should be larger in diameter than the posts along the sides, and should also be installed with at least 1/3rd of their length under the ground, and/or should be properly braced.

A common mistake is to install posts too frequently, thinking this will result in a stronger and more secure fence. However, if you do plan to install your posts 40 feet (12.2m) or more apart, you should install stays along the wires to keep them evenly spaced and create greater stability.

To install electric fencing properly, the posts exposed to the most stress need to be reinforced with braces, cement footings, or anchors. Many cattle ranchers will use what's called a "floating diagonal” brace, which means the angle brace is a 4-in. by 10-ft. post notched a half-inch into the main corner post, with the other end set on the ground opposite the corner.

Because you need to keep the electricity in the wires and away from the posts, insulators are important to install. It'll depend on the type of fence wire you purchase because manufacturers will usually include and design insulators tailored to their products.

Most common are insulators that allow braided or rope-style fencing enough space to slide through, helping to avoid rubbing.

Use connector clamps included with your variety of fencing wires to mount the wire on the posts. Begin at the post that's the farthest away from the charger, hang as many lines of wire you need to charge the line.

Never just wrap the wire around the fence posts, because the cable will come loose more easily and corrosion can occur. Use the connector clamps provided by the manufacturer.

The wires will need to be pulled taut at the anchor end. There are a variety of methods for doing this: you could install a self-locking ratchet-style wire tensioner, use a come-along cable puller, or install a turnbuckle cable tensioner.

Tighten the wire as much as possible, but take care not to place so much tension on it that it breaks, as this can result in serious injury.

Use a voltmeter to test the lines to ensure the electricity flows through the entire fence. Write down the voltage and keep the number on hand to compare to daily checks of the current. Depending on the strength of your charger, it should read somewhere between 6000 and 10,000 volts, unconnected.

Connect the lines together with a 10 to 14-gauge jumper wire and attach a jumper wire from the top line of the electric fence to the charger. Recheck all the lines before you turn the charger on.

After everything is attached, recheck the voltage at a point farthest away from the charger. You should notice a slight drop in voltage, but no more than 2000 volts, which might mean you've got a short-circuit or some kind of interference in the fence.

It's good to check regularly to prevent signal problems and to make corrections as necessary. Moisture and vegetation build-up can cause temporary leeching of the current, leading you to get lower-voltage readings. If your current is lower than usual, it might be time to do a closer inspection of your work and fix it up.

Grasses, bushes, and weeds growing up along your fence can lead to a loss of voltage. Remove any plants that have grown up along your fence, and spray a glyphosate herbicide (like RoundUp) to reduce plant growth in the area.

If you feel that the above guide is not complete after reading the above, you can get a comprehensive solution by contacting us.

As an experienced manufacturer of electric fence products, HPS Fence focuses on providing professional technical solutions for small electric farms and home backyards. We can provide customers with sufficient product inventory to ensure customers' order requirements and timely delivery. We have established a comprehensive quality inspection system to control the quality of our products. If you are interested in our electric fence energizer, please contact us immediately!