8ENGLISH
Radio Compatibility (Ultra-Long Range™)
The RX+ Micron contains an advanced transmitter device, capable of
long distances, this is only compatible with the Fox RX+ Receiver.
Up to eight RX+ Microns can be used at one time with the RX+ Re-
ceiver. Please visit our website or consult the RX+ Receiver manual for
further information.
WORKS EXCLUSIVELY WITH THE RX+ RECEIVER NOT COMPATIBLE WITH
EXISTING FOX RECEIVERS OR EXTENSION BOXES.
Range Test
To activate the range test feature – starting with the alarm switched
ON, turn it OFF and then ON again within 1 second. The RX+ Micron
will then start to transmit a test signal at intervals of approximately one
second, which will be heard on the RX+ Receiver. The RX+ Micron will
signify this by ashing both LEDs approximately once a second. The
user can then walk away with the receiver, to their desired location, to
check that the test signal can still be heard.
NOTE: The RX+ Micron itself will remain silent whilst in test mode – beeps
are heard from the receiver only.
If using more than one bite alarm, select range test mode on ONE unit
only. If more than one unit is placed in test mode, then the test signals
will either be received intermittently, or not received at all. All the bite
alarms will have a similar transmission range in use, provided they have
good batteries.
The test signal will continue until one of the following occurs:
A) Test mode auto-cancels. This will occur approximately ve minutes
after selecting test mode.
B) The unit is triggered by line movement. If this occurs, then the unit
will revert to normal mode.
C) The user switches the unit off. This also cancels test mode and the
unit will re-start in normal mode when switched back on.
Sensitivity control setting also applies in test mode the same amount
of line movement is required to bring the unit out of test mode, as
would normally be required to make it “beep” in normal mode. Once
the unit has exited test mode, it reverts fully to nor mal operation, unless
test mode is initiated again by the user.