IntelliShock 20 (Plug-In) Energizer Kit

• Peak output: 2 joule
• Pulses per minute: 38
• 110 AC draw: 3.3 watt per hour
• 12v DC draw: 32-196 mA/hr. With this energizer a 12v 100 ampere hour, deep cycle battery will last approximately 13 days* on a weedy fence or 78 days* on a clean fence. *Assumes being drawn down to 40% between recharges.
• Includes: 12v battery leads, 110v adapter and wiring harness.
• Impedance type: low
• Should power 2.5 miles of 3 strand cattle fence, 1 mile of a 6 strand sheep fence, 16 of the 164' sheep/goat nets and 6-8 of the 164' poultry nets. All distances are dependent on amount of grass/weed load on the fence.

Kit includes:

• IntelliShock 20 Energizer
• 100 ft insulated wire
• Two 3 ft ground rods and two clamps
• 5-light tester

1. Connect an insulated cable (stripped back 1 - 2" on ends) to the fence terminal on energizer, run the cable to the fence line and connect, or use the positive part of the Wiring Harness.
2. Then run a second length of cable from the ground terminal (with ends stripped again) on the energizer to the ground rod, or use the negative part of the Wiring Harness.
3. Secure to ground rod(s) with a clamp.
4. Plug into outlet and test fence.

1. Attach wiring harness to energizer.
2. Attach the bare end of the wire with the red clip to the fence terminal of the energizer. Attach the red alligator clip to the fence.
3. Attach the bare end of the wire with the black clip to the ground terminal of the energizer. Attach black alligator clip to the ground rod.
4. Connect the energizer to the battery.
5. Insert battery adapter into the Patriot unit. Attach red alligator clip from the adapter to the red “+” terminal of the battery.
6. Attach black alligator clip from the adapter to the black “–” terminal of the battery.

Unit indicator light should flash and a tic-tac sound will be heard. If the indicator light doesn't flash, then the unit should be serviced.

To Reduce Risk & Liability

• Never place your head or upper spine near an electrified wire. Accidental head or neck contact can occur when pushing a voltage probe into the soil. Be careful when doing so to avoid head-to-wire contact!
• Never attempt to step over or climb through an energized fence of any kind.
• Never encourage anyone to touch an electric fence.

1. Test the energizer first
2. Turn off energizer.
3. Disconnect ground wire and the fence wire.
4. Turn energizer back on.
5. With fence tester, put the ground probe (or clamp) to the ground terminal on the energizer and the metal loop (or positive clamp) at the top of the tester to the fence/positive terminal. The reading you get tells you how well the energizer is working without any other variables. If there is a very low voltage (under 4000v) or no voltage, then the energizer may have a problem. If the voltage is high (greater than 4000v) then the trouble lies with your fence. Most energizers put out between 5000v and 8000v when there is no load (i.e. no fence hooked up).

1. Check that the 110v outlet is "live" by using a plug-in drill or test light.
2. If the test light works and the energizer does not, call Premier.

If the energizer is faulty and you are using it as a battery unit you need to learn if the battery or the energizer is the problem…

1. If it's a 12 volt energizer carry the unit to a nearby vehicle and attach the input cords carefully to the vehicle's battery.
2. If the energizer now works, then your fencer's battery needs to be recharged or replaced.
3. If the energizer does not work, then you should call Premier re. repairs.

If the fence is at fault, then you must find the fault(s) and fix them. Here's how to start this process:
If you have a Fault Finder you can simply touch the fence with the Fault Finder at various points along the electric fence(s). The Fault Finder will tell you at each point which direction to go in to locate the problem. Move in that direction testing as you go and you will arrive at the problem.

If you lack a Fault Finder…

1. Walk or drive along the fence looking for any point in which the energized wires touch the soil, a steel post or a steel wire. On HT wire fences, check the wires at braces to see if they are touching a hot wire. On netting, look for a hot wire touching the metal stake at the bottom of the plastic posts. Also look for damaged insulators.
2. If the fence can be separated into several parts (by switches or by disconnecting parts of it), you can locate the problem by beginning at the far end and then progressively turn off or disconnect the sections of fence. When the voltage on the remaining fence rises sharply, you've located the section(s) that's causing the problems.
3. The alternative to (2.) is to begin at the fencer and progressively turn on sections of the fence. When the voltage suddenly drops you can assume that the problem is in the section most recently connected.