Lightolier 6355 User Manual
Lytespan
®
Track Lighting System 6355
Page 1 of 2 Basic Cylinder
Features
1. Lytespan Attachment Fitting: Die-cast zinc alloy.
2. Step Baffle: Compression-molded high heat phenolic with stepped conical
surface for low brightness. Integral black finish.
3. Swivel: Die-cast zinc alloy. 90° vertical x 350° horizontal adjustment.
7. Lever: Energizes unit.
5. Housing: .040” aluminum.
6. Movable Brass Contact: Extends for connection to 2nd circuit in Advent
Lytepsan Track.
Electrical
Porcelain socket, medium base, nickel plated screw shell. No. 18 braided SF-1
leads.
Finish
All painted finishes baked enamel.
Labels
UL, I.B.E.W.
Patents
U.S. Patent No. 3,496,518. Foreign patents granted.
Job Information Type:
Job Name:
Cat. No.:
Lamp(s):
Volts/Ballast:
Lightolier a Genlyte Thomas Company www.lightolier.com
Technical Information: (978) 657-7600 • Fax (978) 658-0595
631 Airport Road, Fall River, MA 02720 • (508) 679-8131 • Fax (508) 674-4710
We reserve the right to change details of design, materials and finish.
© 2002 Genlyte Thomas Group LLC (Lightolier Division)
A0902
Ordering Information
Catalog No. Mounting Finish Lamps
6355 All Lytespan Track Systems Matte Black 75W R20, 75W PAR16 (T-H), 50W PAR20 (T-H)
6357 Matte White
6355
6357
Lytespan
®
Track Lighting System 6355
Page 2 of 2 Basic Cylinder
Lightolier a Genlyte Thomas Company www.lightolier.com
Technical Information: (978) 657-7600 • Fax (978) 658-0595
631 Airport Road, Fall River, MA 02720 • (508) 679-8131 • Fax (508) 674-4710
We reserve the right to change details of design, materials and finish.
© 2002 Genlyte Thomas Group LLC (Lightolier Division)
A0902
Job Information Type:
Lighting Data
LAMP 0˚ AIMING ANGLE A=30˚ AIMING ANGLE A=45˚ AIMING ANGLE A=60˚ AIMING ANGLE
Aiming Angle 0˚ 30˚, 45˚ or 60˚ Horizontal 30˚, 45˚ or 60˚ Vertical
L Beam Length
W Beam Width
C Distance to center beam
D Distance
A Aiming Angle
FC Footcandles
L and W are the outer points where the candle
power drops to 50% of the maximum. FC are the
initial footcandles at the center of the beam.
L
D
FC
W
FC
L
D
A
W
C
D
A
C
FC
L
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