User's Manual

1) Locate the IR (infrared) Sensor on the transmier
3) Hold transmier about 6 inches from the corresponding receiver module with the IR sensor aimed at the receiver module.
4) Simultaneously press the two buons on the boom of the corresponding receiver module to start sending the IR signal.
“SYNCING” shows on the receiver OLED when the IR signal starts. “SYNC OK” shows when the sync is successful. Repeat the
procedure if the receiver display shows “SYNC FAILED”. It is not necessary to press any buons on the transmier during the
procedure. Note: You may get a “Sync Failed” message if the receiver antennas are not in the same room as the receiver. In this
case verify that either the transmier display shows “Sync Good” OR the green LED on the transmier ashes. Also make sure to
dock each transmier aer syncing to avoid 2 transmiers being synced to the same receiver frequency.
IR
IR
USB
ON / OFF
IR
IR
IR
ON/OFF
IR
USB
How to sync transmiers with the receiver:
NOTE: The transmier and receiver are assigned a new, random AES 256-bit encrypon key every me they are synced.
Digital Wireless Microphone Systems
2) Power on the transmier.
NOTE: All transmiers placed in the charging dock will “RF MUTE”.
How to read the LED:
The OLED shows
the baery status
1. The gooseneck or
boundary mic is in use:
2. The gooseneck baery cassee
is in the docking staon:
4. Hand-held mic or belt-pack is
in the docking staon:
l
RED = AUDIO MUTE
l
GREEN = AUDIO PASSES
l
BLINKING RED SLOW= BATTERY IS LOW
l
BLINKING RED FAST = BATTERY IS BAD
l
BLINKING GREEN = SYNC SUCCESSFUL
l
RED = CHARGING
l
OFF/OR GREEN = FINISHED CHARGING
l
BLINKING RED = CHARGING ERROR
(RE-SEAT TRANSMITTER AND CHECK THE BATTERIES)
3. The boundary mic is in the
docking staon:
l
RED change to AMBER = CHARGING
l
GREEN = FINISHED CHARGING
l
GREEN & RED BLINKING = CHARGING ERROR
(RE-SEAT TRANSMITTER AND CHECK THE BATTERIES)
IMPORTANT: Turn o all transmiers, except the one that is being synced, to avoid two transmiers being synced to
the same receiver frequency.