Molly Ayala
Electric rope fencing is a popular option for those seeking to contain livestock or keep wild animals and intruders out. It is a psychological barrier with lower breaking strength, so it needs to be electrified. Poly rope fencing is also a good option for temporary or portable fencing. Before installing poly rope electric fencing, it is important to carefully plan the layout, taking into account the number of animals, spacing, and number of wires required. This guide will outline the steps to install and run poly rope electric fencing, ensuring a secure and effective barrier.
| Characteristics | Values |
|---|---|
| Use | To keep livestock contained or wild animals and intruders out of your yard |
| Planning | Plan the layout, number of wires, spacing, and height |
| Installation | Install grounding and fence posts, brace corners and gates, mount insulators, and run the wire |
| Materials | Poly wire, poly rope, steel wire, electric fencing, connector clamps, insulators, grounding wire, and posts |
| Visibility | Poly rope provides greater visibility than smooth wire or twine fencing |
| Durability | Poly wire is suitable for temporary fencing but may wear out over time due to knot wear and tear, oxidation, and temperature changes |
| Maintenance | Regular testing and maintenance are required to ensure proper electrical conductivity and connectivity |
| Safety | Electric fencing is considered humane and safe for animals, but caution is advised to avoid entanglement |
| Flexibility | Poly rope offers flexibility for grazing rotation within a steel wire perimeter fence |
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What You'll Learn
Planning your poly rope electric fence layout
First, consider the purpose of your fence. Are you using it to contain livestock, such as horses or cows, or are you trying to keep wild animals and intruders out of your yard? This will help you determine the appropriate height and spacing of your fence. For example, if you're containing large animals like horses, you'll need a higher fence than if you're simply keeping out smaller animals.
Next, take careful measurements of the area you plan to enclose. Decide on the length of each run, the height of the fence, and the number of wires you'll need. If you're enclosing a specific plot, make sure to measure it accurately. Also, consider the number of animals you need to contain or control, as this will impact the spacing and number of wires required.
Determine the type of posts you'll use. End, corner, and gate posts should be sturdy and have a minimum diameter of 5 inches, set 3.5 to 4.5 feet into the ground. Line posts can be made of metal, fiberglass, wood, or composite and spaced up to 30 feet apart on flat ground. Decide whether you'll hand-set the posts or use a post driver, and ensure you tamp around the posts well if hand-setting.
Plan the number of strands of rope you'll use. Kencove recommends five strands, with the first set 12 inches off the ground and then 10 inches between each subsequent strand. This spacing will help create an effective barrier.
Finally, consider the length of wire you'll need and price the wires per foot to get the best deal. Different chargers are optimised for different wire lengths, so consult your supplier to ensure compatibility between your charger and chosen wire length.
By carefully planning your poly rope electric fence layout, you can ensure you have the right materials, spacing, and configuration to meet your specific needs.
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Installing posts
Before installing posts, it is important to plan the layout of your electric rope fence. Consider the number of animals you need to contain, the size of the enclosure, and the number of wires you will use. Decide on the length, height, and number of wires necessary to complete the job.
Once you have a plan in place, you can start by installing end, corner, and gate posts. These posts should be a minimum of 5" in diameter and set 3.5 ft to 4.5 ft in the ground. If you are hand-setting the posts, be sure to tamp around them well. These primary posts do not need to be braced unless you are using a different type of fencing material in conjunction with the electric rope. After the primary posts are installed, run a guide wire between them to create a straight line for the line posts.
Line posts can be made of metal, fiberglass, wood, or composite and can be spaced up to 30 ft apart on flat ground. The height of these posts will depend on the desired height of your finished fence. For an equine fence, the top strand is typically 48"–54" off the ground.
After all the posts are installed, determine the height at which you will run each strand of the electric rope fence and mark the end, corner, and gate posts accordingly. Heavy-Duty Lag-Corner Insulators and Corner Collar Insulators should be installed at the marked height for each strand of the fence.
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Installing insulators
Insulators are an important component of an electric fence as they prevent electricity from leaking into the ground. When connecting poly rope, make sure to use insulators designed for poly ropes to ensure proper insulation.
To install a poly rope electric fence, start by installing end, corner, and gate posts. These posts should be a minimum of 5" in diameter and set 3.5 to 4.5 ft in the ground. These posts do not need to be braced if you are only using electric rope fence material. After installing the primary posts, run a guide wire between them to create a straight line for the line posts. The height of these posts will depend on the height of your finished fence. For an equine fence, the recommended height is 48"–54" off the ground at the top strand.
Once all the posts are installed, determine the height at which you will run each strand of fence and mark the end, corner, and gate posts. Install Heavy-Duty Lag-Corner Insulators at the mark for each strand of fence. On the corner posts, install Corner Collar Insulators. After installing the insulators, you can start stringing out your fence. At the starting point, wrap a 12" tail around the donut insulator on the Lag-Corner insulator. Use a Two-bolt Rope Clamp to secure the tail and the strand of fence parallelly. Tighten the clamp using the provided nuts and bolts to ensure a secure electric connection.
Repeat this process for all strands of the fence, stringing your wire along the outside of the corner posts and inserting the electric rope into the corner collar insulators. Mark your line posts using the same height marks as the end, corner, and gate posts. Attach line post insulators that are compatible with the style of line post you are using. Go down the line and attach the electric rope fence using the insulators.
After all the strands are in place, add tension to the fence line using an EZ Daisy Tightener. This will help create a snug and secure fence line.
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Stringing the wire
Firstly, determine the height at which you will run each strand of fence and mark the end, corner, and gate posts accordingly. The height of the posts will depend on the height of your finished fence. For an equine fence, the recommended height is 48” – 54” off the ground at the top strand.
Next, install Heavy-Duty Lag-Corner Insulators at the mark for each strand of fence on your end and gate posts. On your corner posts, install Corner Collar Insulators at the mark for each strand. These insulators are important to install as they keep the electricity in the wires and away from the posts.
Now you can begin to string out your fence. At your starting point, wrap a 12” tail around the donut insulator on the Lag-Corner insulator. Using a Two-Bolt Rope Clamp, place the tail and your strand of fence parallel in the clamp. Tighten the clamp using the nuts and bolts provided to ensure a secure electric connection.
String your wire along the fence, going on the outside of your corner posts and inserting the electric rope into your corner collar insulators. When you reach your next endpoint, repeat the process of connecting the rope with a rope clamp. Repeat this process for all strands.
Using the same height marks as used on the end, corner, and gate posts, mark your line posts from the ground up. Attach line posts insulators that are compatible with the style of line post you are using. Go down the line and attach the electric rope fence using the insulators.
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Adding tension to the fence line
Once all the strands are in place, you can begin to add tension to the fence line. For electric rope fencing, an EZ Daisy Tightener is used to create tension. These are available in aluminum or powder-coated white. To begin, remove the centre clip and slide the tightener onto the fence line. Then, using an EZ Daisy Handle, twist the tightener to create tension on the fence line.
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Frequently asked questions
Poly rope electric fencing is used to keep livestock contained and wild animals and intruders out of your yard. It is also used to create a temporary or semi-permanent barrier for rotational grazing habits.
First, plan your layout and install your fence posts, making sure they are no more than 40 feet apart. Then, brace the corners and gates to reinforce them. After that, mount the insulators on the posts and run the wire, using connector clamps to mount the wire on the posts. Finally, add tension to the fence line using a tightener.
It is important to carefully plan the layout of your fence, including the number of wires and their height. Additionally, make sure to use insulators to keep the electricity in the wires and away from the posts. Use connector clamps to mount the wire on the posts, and pull the wires taut at the anchor end.
Poly rope electric fencing offers greater visibility than smooth wire or twine fencing. It is also easy to set up and take down, making it a good option for temporary fencing. However, the connections can wear out over time, and the wires are thin and can burn out. Poly rope electric fencing also has lower breaking strength, so it needs to be electrified once installed.
