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P a g e
FIREPLACE BACKUP POWER INLET
(6V DC MAXIMUM)
BATTERY PACK WITH
4X AA BATTERIES.
TEMPERATURE INDICATOR (
o
F or
o
C)
Press the ON/OFF Key and Turn Off the Fireplace.
Simultaneously, Press both the MODE Key and the Thermostat
Key.
Look at the LCD display to verify that your desired indicator (
o
F or
o
C) is being displayed. If not, repeat step 2.
KEY LOCK FUNCTION
To prevent unsupervised children from operating the fireplace, a KEY LOCK function is
provided with this remote control system. To activate the KEY LOCK function, simultane-
ously press the “MODE KEY” and the “UP KEY”. To deactivate the KEY LOCK function,
simultaneously pres
s the “MODE KEY” and the “UP KEY”.
During KEY LOCK mode, none of the Keys will function. You must DEACTIVATE the sys-
tem before you can use the Remote Transmitter.
LOW BATTERY POWER DETECTION
Transmitter Batteries
: The life span of the remote control transmitter batteries depends on
various factors: quality of the batteries used the number of ignitions of the appliance, the
number of changes to the room thermostat set point, etc. When the Transmitter batteries are
low, a Battery Icon will appear on the LCD display of the Transmitter before all battery power
is lost. When the batteries are replaced, this icon will disappear.
OPERATING DURING POWER OUTAGES
This electronic ignition system utilizes the supplied 110VAC power when it is available for all functions of this system. If
the AC power is interrupted during a power outage, plug in the battery pack (supplied with this fireplace) to the Fireplace
Backup Power Inlet Port installed on the wall to the left side of the fireplace (located about 18” up from floor level).
During the power outage, the appliance’s burners will function. In addition, Flame Height adjustment and Secondary
Burner ON/OFF functions will be available. The Fan and Accent Light, which are wholly dependent on 110VAC power, will
not function.
This appliance is designed and tested to be operated during power outages. The overall efficiency of this appliance will be
reduced by approximately 5% when the blower function is disabled during the power outage period.
