Adjusting The Wave Range - Num'axes CANIFUGUE Manual De Instrucciones

adjusting the wave range


(«warning» and «stimulation» zones)
Using the transmitter, you can increase or decrease the width of the warning and
stimulation zones, depending on the configuration of your plot and how the antenna wire
is laid.
a) an initial warning zone (beep sounds)
Adjustable area from 6 metres to 0.40 m (approx.) on each side of the wire by using the central
knob located on the front of the transmitter. A graduation from 0 to 10 helps you to define the
width of the zone according to your needs (0 = 0.40 m; 10 = 6 m) (cf. Diagram No. 1).
b) a second, stimulation zone
Adjustable based on 3 fixed pre-set positions: approximately 1,50 metre
0,80 m and approximately 0.30 m
the front of the transmitter unit (cf. Diagram No. 1).
nB: detection distances vary depending on the length of the wire.
c) Validate the zones
Before releasing your dog into his play area, you should physically define and evaluate the
area of your property where your dog is allowed.
First of all fix each wire of the test lamp under each of the receiver contact points,
unscrewing them slightly and then retightening them so as to pinch the test lamp wire.
Then insert the battery into the collar housing, and turn the transmitter On/Off switch to
On. Finally set the knob on the potentiometer to position «10» and the slider to position
« » (cf. Diagram No. 1).
- checking the warning zone:
Stand at the centre of your animal's play area, holding the collar by the strap at
approximately 30 cm from the ground.
Then walk towards the edge of your property to where the antenna wire is laid.
At a distance of approximately 6 metres of the wire, you should hear the beep sounds
emitted by the receiver. If you think this distance is too large, go back to the transmitter
and change the settings. Turn the potentiometer knob to a lower level (6 or 4 for
example): this reduces the warning zone. Check this new setting on your property.
on each side of the wire using the slider located on
Gb - 24
, approximately