LED T5 – INSTALLATION INSTRUCTIONS
LIFEBULB | BYPASS T5
LED T5 – INSTALLATION INSTRUCTIONS
WARNING – Risk of fire or electric shock. Install this kit only in the luminaires that have the construction
features and dimensions shown in the photographs and/or drawings and where the input rating of the retrofit
kit does not exceed the input rating of the luminaire.
Do not make or alter any open holes in an enclosure of wiring or electrical components during kit installation.
WARNING – To prevent wiring damage or abrasion, do not expose wiring to edges of sheet metal or other
sharp objects.
WARNING – To avoid potential fire or shock hazard, do not use this retrofit kit in luminaires employing shunted
bi-pin lamp holders. Note: Shunted lamp holders are found only in fluorescent luminaires with Instant-Start
ballasts.
Instant-start ballasts can be identified by the words “Instant Start” or “I.S.” marked on the ballast. This
designation may be in the form of a statement pertaining to the ballast itself, or may be combined with the
marking for the lamps with which the ballast is intended to be used, for example F40T12/IS. For more
information, contact the LED luminaire retrofit kit manufacturer.
Installers should not disconnect existing wires from lamp holder terminals to make new connections at lamp
holder terminals. Instead installers should cut existing lamp holder leads away from the lamp holder and make
new electrical connections to lamp holder lead wires by employing applicable connectors.
THIS RETROFIT KIT IS ACCEPTED AS A COMPONENT OF A LUMINAIRE WHERE THE SUITABILITY OF THE
COMBINATION SHALL BE DETERMINED BY AUTHORITIES HAVING JURISDICTION.
DO NOT USE WITH DIMMERS.
RISK OF ELECTRIC SHOCK – USE IN DRY AND DAMP LOCATION ONLY.
THIS DEVICE IS NOT INTENDED FOR USE WITH EMERGENCY EXITS.
RETROFIT FLURESCENT LUMINAIRE WITH ELECTRIC BALLAST
STEP 1
: Shut OFF power work.
STEP 2
: Remove existing fluorescent tube(s) and diffuser (if applicable) and open the ballast cover.
STEP 3
: Disconnect luminaire supply wirings
L
and
N
to branch circuit as shown in Figure 1.
