Fluorescent; Night Lamp; Lighting Unit - Panasonic FV-08VSL1 Installation Instructions Manual

MAINTENANCE II (REPLACEMENT OF LAMP) CONTINUED MAINTENANCE II (REPLACEMENT OF LAMP) CONTINUED
1. Remove grille. (Squeeze mounting spring and pull
down) (Fig.22 of page 13)
2. Disconnect connector
lighting unit. (Fig.26)
3. Change the fluorescent lamps (Panasonic FDS
18E27/4,18 W or FDS18E35/4, 18 W or FDS18E42/4,
18 W ) or the 4 W night lamp, connect the connector
III
or connector and replace the grille. (Fig.27)
P ACTICAL GUIDE TO INSTALLATION P ACTICAL GUIDE TO INSTALLATION
R R
Proper insulate the area around the fan to
minimize building heat loss and gain. (Fig.28)
Loose fill or batt insulation can be placed
directly over the fan housing in the attic.
Panasonic fans and fan/light combination
units do not create excessive heat that is
a common problem with recessed light
fixtures or some competitors' fan/light
combinations. Our efficient, cool-running
motors and our fluorescent lamps do not
create enough ambient heat to be subjected
to these limitations.
P ODUCT SE VICE P ODUCT SE VICE
R R
Warning Concerning Removal of Covers.
The unit should be serviced by qualified technicians only. No service information is provided for customers.
Your product is designed and manufactured to ensure a minimum of maintenance. However, should your
unit ever require service, a nationwide system of factory service centers and AUTHORIZED INDEPENDENT
SERVICE CENTERS is maintained to support your product's warranty.
(In the U.S.A.,call 1-866-292-7292 to Customer call Center.)
II III
or connector from
R R
Fluorescent lamps
II
Dryer-hood type vent with
backdraft flap (s).
Caulk termination to duct.
2-3 ft straight run before elbow.
In attic installation,
caulk box to drywall.
Short piece of flexible duct
helps alignment and absorbs
sound. Clamps plus tape at
Foil tape tightly covers all metal
all flex joints.
duct joints (glue PVC joints).
14
Plug connector II
Plug connector III
Receptacle III
Receptacle II
4 W Night Lamp
Fig.26
Fig.27
Insulation
Fig.28