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• The fence signal may activate the receiver collar inside your house if the boundary wire runs along the outside wall. If this occurs, remove
your pet’s receiver collar before bringing him inside, decrease the boundary distance, or consider an alternate layout.
• To create a section of boundary wire your pet can cross over without being corrected (such as the section between your transmitter and
the outer edge of your boundary), twist the outgoing and incoming boundary wires together 30 times per metre. This cancels the signal of
the two wires in that area.
• Leave at least 3 metres between the boundary wire and any danger zones (like roadways).
Single or double loop layouts
You can create a boundary around the entire property (single loop layout) or in one section of your property (double loop layout):
Single loop
boundaries
Use a single loop layout to create a single containment area for your entire property, or make exclusion areas
around flower gardens, landscaping or pools.
In a single loop layout, the boundary wire starts at the fence transmitter, advances out to the garden, continues
all the way around the perimeter of the property and then connects back to the fence transmitter. This forms a
boundary zone with a single wire. (See
Single loop layout examples
on page 10.)
Double loop
boundaries
Use a double loop layout to section off one boundary area or section of your property (front or back garden
only, or waterfront property). When designing a double loop layout, keep in mind:
• The two parallel sections of the double boundary wire must be at least 1.5 metres from one another to
avoid cancelling out the fence signal and provide an adequate boundary width.
• Double loop layouts require twice as much wire as a single loop layout.
In this layout, the boundary wire starts at the fence transmitter, advances out to the garden and continues to
form a boundary in one section of your property. Then the wire makes a U-turn back along the same path and
connects back to the fence transmitter. This forms a boundary with a double wire. (See
Double loop layout
examples
on page 11.)
