INSTRUCTION MANUAL VOSS.FARMING SUNNY 200
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Only 1-core (high-voltage suitable) cables may be used and never commercially
available 3-core household cables (NYM cables). To prevent damage from stones,
rodents, etc, you can pass the cable through a garden hose or similar.
4. FENCE CONNECTION CABLE
This cable is used to connect the energiser to the electric fence. A high voltage insulated cable
is recommended for this purpose. The connection can be made directly from the energiser to the
fence, but also via an intermediate lightning protection device or a fence switch.
In fo
Depending on the type of the conductor material, there are prefabricated cables with
eyelets or connectors at the ends for quick and easy installation.
5. CONNECTION CABLE
Connection cables are used to carry voltage to all conductor rows of the electric fence system.
This allows two or three rows to be connected together and distribute the current.
In fo
Depending on the length of the fence, it is recommended to install connecting cables
every 200 - 400m.
6. WARNING SIGNS
The signposting of electric fences is mandatory in public areas. The signs must be clearly visible
and attached to the fence approx. every 50 - 100 m. Check with your local authority the distance
required in your area.
In fo
Warning signs are available in different languages.
7. ANIMAL
As soon as the animal touches the conductor material, the circuit is closed and the animal receives
an unpleasant but harmless electric shock.
In fo
Depending on the animal species, different demands are placed on the electric fence
system. Get advice to find out which products are suitable for your purposes.
15
FAQ
∙
Must an electric fence loop back to the beginning?
No, because the circuit is closed by contact of animals or vegetation over the ground.
∙
Can I connect several fences to the same energiser?
Yes, if the energiser is strong enough.
∙
Can I connect two electric fencers to one electric fence?
ABSOLUTELY NOT, under no circumstances, as this can have a fatal outcome.
∙
Why should vegetation on the fence be avoided?
Any leakage, either through vegetation (e.g. grass, branches) or damaged insulators,
whereby the current is discharged directly into the ground, leads to the loss of voltage on
the fence.
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