Techlight 1428 Louvered Wall Mount Linear Fluorescent
This indirect fixture is designed for wall mounting applications where aesthetics and performance are both needed. Designed to mount to a wall bracket (provided) that compensates for uneven surfaces and allows for recessed electrical boxes. Louvers give a better than 45 degree cutoff to the lamp. Forward throw design optical system maximizes the output of T5 and T8 lamps. Heavy gauge roll formed steel housing with slots covered by an opaque overlay. Units are shipped with die cast aluminum joiners installed for structural continuity and for attaching other units for continual runs or end caps. All reflective surfaces are finished with a high reflectance, lighting fixture white polyester powder. ETL listed. Suitable for damp locations. Damp location emergency pack must be specified separately. Ballasts are solid-state electronic. Ballasts and lamp holders are replaceable without removing from ceiling. Discrete voltage must be specified for emergency pack options when wired with flex.
This indirect fixture is designed for wall mounting applications where aesthetics and performance are both needed. Designed to mount to a wall bracket (provided) that compensates for uneven surfaces and allows for recessed electrical boxes. Louvers give a better than 45 degree cutoff to the lamp. Forward throw design optical system maximizes the output of T5 and T8 lamps. Heavy gauge roll formed steel housing with slots covered by an opaque overlay. Units are shipped with die cast aluminum joiners installed for structural continuity and for attaching other units for continual runs or end caps. All reflective surfaces are finished with a high reflectance, lighting fixture white polyester powder. ETL listed. Suitable for damp locations. Damp location emergency pack must be specified separately. Ballasts are solid-state electronic. Ballasts and lamp holders are replaceable without removing from ceiling. Discrete voltage must be specified for emergency pack options when wired with flex.
