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Turn the LCD backlight on and off with a short press of
the on/off button.
The LCD screen indicates the stimulation level (0-127).
The LCD battery life indicator shows 3 bars at full charge, 2
bars at medium charge and 1 bar when it needs to be charged.
The battery life indicator only specifies the remaining charge
for your transmitter. To find the remaining charge for your
receiver, observe the LED indicator on the receiver/collar.
Blue
= full charge
Purple
= medium charge
Red
= needs charge
Care for LCD Transmitters in Cold Temperature
In cold temperatures (10 degrees F or below), the Liquid
Crystal Display (LCD) on your transmitter may be dim or
slow to respond. Wait until the display becomes visible before
selecting any training level. Even though the LCD screen
might be dim or slow to respond when you push the Nick or
Constant button, the transmitter will still function properly.
In the occurrence of extremely cold weather, the LCD screen
might take a moment to respond causing the intensity level
to freeze at that current level. In this situation, if you turn the
rheostat intensity dial, the level on the screen may not change
8. The Handheld Transmitter LCD
9. How to Attach the Belt Clip on the BLACK EDITION
To attach the included belt clip to the transmitter, follow
the instructions below.
1. Align the belt clip to the grooves on the back of the
transmitter.
2. With a firm grip, screw on the belt clip using the provided
Philips head screws.
Caution!
Tighten until firmly in place. Be careful not to over
tighten.
but the actual intensity from the receiver/collar will change in
agreement with the dial. In this situation, it is ideal to either
wait until your transmitter is back to working order before
emitting a correction, or while holding the constant button
down slowly turn the Rheostat Intensity Dial while watching
your dog’s reaction. Do not turn the Rheostat Intensity Dial at
a rapid increase because the receiver/collar will emit a static
correction based on the level of the Rheostat Intensity Dial,
which might not be correctly reflected on the LCD screen.
