Goat & Sheep Net 9/42/6

About Conductivity

Conductivity measures the amount of electrical current a material can carry. The opposite measure is known as resistance.

Many of Premier’s nets feature a green and white superconductor that has both stainless steel and tinned copper filaments for optimal conductivity. These “premium” nets are 10 times more conductive (38 ohms per 1000') than our “basic” nets. This enables the electric pulse to travel much farther and be less affected by weed contact.

We do not recommended the basic nets listed below for fences exceeding 500 ft in length:

• Goat & Sheep Net 9/42/6
• Sheep & Goat Net 8/35/6
• Chicken Net 12/42/3
• Chicken Net 12/48/3

Customers who are unhappy with netting are often those who’ve chosen one of these or their farmstore equivalents. Why do we offer them? Because they are similar in design and conductivity (380 ohms) to nets from our competitors—and comparisons make decisions easier.

Types of Line Posts

Line posts are built into the net. Three options are available.^*

1. Single Spike (SS)
   The best choice, unless your soils are always soft or very hard.
2. Double Spike (DS)
   Posts allow you to push in the spikes with your foot. When soil is hard or rocky, double spikes are more difficult to install and remove.
3. Drivable Posts (DP)
   Allows use of a mallet or dead blow hammer for installing posts in dry, hard or rocky soil. Features a “spike stop” for extra support and internal fiberglass ribs for added strength.

Tip: To insert a line post into frozen or hard soil, use a power tool to drill pilot holes.

* Not all fences have all line post options.

About Positive/Negative (Pos/Neg) Nets

Is your area dry?

Conventional electrified fence systems rely on soil moisture to be effective. However, not all areas have the required moisture.

Dry soil increases resistance—a weaker, less effective pulse occurs that does not deter animals.

To overcome this, Pos/Neg nets* are wired to allow the use of every other horizontal strand as an extension of the ground terminal. Because half the strands are connected to the ground terminal or ground rod, reliance on soil moisture is reduced. A PowerLink must be purchased separately to make the secondary ground connection.

How it works…

In order to receive a shock, the animal must touch both a positive (hot) and negative (grounded) strand at the same time. This will deliver more pain to the animal than an all hot net (Pos/Pos) because moisture in the soil is not required to complete the circuit.

Pos/Neg fences can be converted to Pos/Pos in moist conditions. Remember, all fences must be kept free of vegetation.

* Not all fences have Pos/Neg options.

Line Post Spacing

“Plus” nets—6'8" spacings between built-in line posts*

Standard nets—10' or 12' spacings between built-in line posts*

* Spacings are approximate.
Distance between built-in line posts may vary by product.

Essential Energizer Advice

• Buy a larger energizer than necessary. When the fence pleases, most folks will buy more fence—and need additional output.
• Use a low-impedance intermittent pulse energizer.
• Use a fence tester to check the voltage often.
• Use enough ground rod(s)—included with our energizer kits.
• Don’t allow your lead acid battery to discharge below 40%.
• Use insulated wire that is designed for electric fences.
• Always connect the fence to an energizer, not an outlet.
• Visit this link for answers to other common energizer questions.

Two Basic Types

1. All-in-one Solar
• Solar units are very portable.
• Because they need a battery, these units are more costly to purchase and operate than plug-in units.
• Batteries are less effective in cold temperatures (deplete faster).
• Most farmstore solar units are too weak, in joules of output, to properly energize netting. That’s why we designed our own.
2. Plug-in & Battery
• Least cost to purchase and operate per joule of output.
• Best for fences exposed to heavy vegetation.
• Cold temperatures do not affect performance.
• Recommended for whole-farm systems, but can be complex to install. Higher output requires more ground rods, underground cables, multiple output terminals, etc.