* CAUTION *
THE DAMPER MUST BE FULLY OPEN WHEN
OPERATING THE GAS LOGS!
DAMPER STOP
Figure 1
DAMPER STOP
(optional)
Attach the damper stop clamp to the fireplace
damper blade. Position the clamp to prevent full
closure of the fireplace damper blade.
(See Figure 1)
If the damper stop provided does not fit, the
installer shall install a permanent damper stop that
will keep the damper open a minimum of 3".
GAS CONNECTION
1. The gas supply line should be 1/2" Inside Diameter (ID) up to 30 feet and 3/4" for longer distances.
2. Tighten the
black pipe cap
on the end of the burner pan pipe.
3. Use the
aluminum connector
to connect gas supply to the ember burner. When bending
aluminum tubing use proper bending procedures to avoid kinking the tube. (If a safety pilot control is
used follow instructions included for connecting gas to the pilot control.)
4. Check all connections for leaks using a soapy water solution.
5. Damper must remain fully open during operation. Place a lighted match next to the burner pipe.
Do not hold the match in your hand while lighting the gas. Turn the gas supply on slowly until the gas
ignites. Check the flame for even distribution, flame height and pressure. After checking the flame,
turn off the fire. (To turn off the fire turn the gas valve off.) Do not close the damper until all the
flames have died. Keep the glass doors fully open during all burning.
EMBER BURNER POSITIONING
1.
Turn gas
off
.
2.
Remove old log lighter, ashes, and other
material from the firebox.
3.
Center the
ember burner
on the fireplace floor
with the burner pipe completely visible from the front.
For best results, the ember burner should be directly
under the flue opening with a minimum of 4" from the
front edge of the ember burner to the fireplace
opening.
4.
Place the
grate
over the ember burner so front
legs of grate are just in front of ember burner pipe.
Once the final positioning is established, mark the
burner and grate position on the floor of the fireplace
for reference points. Remove the grate and proceed
with the gas connection.
Figure 2
(See Figure 2.)
