System Solutions Guide
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1.<br />
2.<br />
3.<br />
Consider a digital fence<br />
tester as it is grounded<br />
and will measure the<br />
fence voltage output<br />
as well as the direction<br />
of the short.<br />
Weeds or vegetation is quite<br />
often the most common culprit.<br />
These will draw voltage from<br />
the fence. Always keep the<br />
vegetation trimmed from your<br />
fence line.<br />
Disconnect the positive wire on<br />
the fencer. Check the voltage<br />
on the positive terminal (it<br />
should read 3-6000 volts).<br />
Make sure that there is power<br />
to the fencer, and that the light<br />
is flashing if there is one.<br />
5.<br />
6.<br />
7.<br />
8.<br />
1/2” galvanized or copper 6’ to<br />
8’ long. Two to three ground<br />
rods should be used.<br />
Double check that all clamps<br />
and burial wire connecting<br />
to your ground rods are not<br />
rusted or have come loose.<br />
Use approved burial wire for<br />
leading out to<br />
the fence line.<br />
Bury the burial<br />
wire in the<br />
ground at least<br />
6”. If running<br />
burial wire in a high traffic area<br />
always run the burial wire in a<br />
plastic pipe.<br />
If energizer is working but fence<br />
line is not working, disconnect<br />
the ground wire and test the<br />
end of it to make sure that you<br />
are getting the same voltage<br />
at the end of the ground wire<br />
as at the energizer.<br />
Never use regular household<br />
electric wire as undergate or<br />
lead-out wire. The insulation<br />
on the wire is not good enough<br />
and will short out. Use high<br />
voltage wire rated at 10,000<br />
volts.<br />
point, then the short is further<br />
down the line. If not, then<br />
check the fence carefully<br />
from there back to the last<br />
disconnect. Somewhere, either<br />
an insulator will be shorting, a<br />
steel post will have come into<br />
contact, or the wire is running<br />
too close to an old fence or<br />
steel building and setting up a<br />
resistance. This resistance is<br />
the cause of the voltage drop.<br />
11. Frozen ground, snow or dry<br />
ground are poor conductors.<br />
During the winter months, the<br />
snow can act as a barrier<br />
and you may need to apply<br />
additional grounding methods.<br />
You can improve your fence by<br />
simply grounding one line back<br />
to your ground rods. Refer to<br />
diagram below or call one of<br />
our account managers.<br />
Fence Charger<br />
4.<br />
If it does not read anything then<br />
the energizer could be damaged.<br />
Check the ground wire and<br />
make sure it is connected from<br />
the ground on the energizer<br />
to the ground rod. Use 12<br />
1/2 gauge wire or undergate<br />
cable for the ground wire. Do<br />
not use old water pipe or<br />
electrical panel ground rods for<br />
grounding. Electric energizers<br />
must have their own ground<br />
rod and should be a min of<br />
9. If the voltage is good at the end<br />
of the lead out wire, then there<br />
is a short in the fence. Using<br />
a digital volt meter, usually<br />
the short will be detectable,<br />
because the<br />
voltage drops<br />
substantially at or<br />
near the short.<br />
10. If this is not<br />
feasible, then the<br />
wire should be<br />
disconnected at<br />
intervals and the voltage read.<br />
If it is good at the disconnect<br />
Ground Rod Kit<br />
system tiP<br />
Electric is an inexpensive way to<br />
prolong the life of your fence line.<br />
Shop on-line 24/7: www.systemfence.com<br />
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