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High efficiency, Wiring diagrams, Specifications – Sylvania QUICKTRONIC POWERSENSE T8 User Manual

Page 4: System life / warranty, Control information, Powersense

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Comments

SPECIFICATION DATA

Output Wiring: Lamp wiring for dimming ballasts can differ significantly from non-dimming ballasts and from
other manufacturers dimming ballasts. Take care to connect lamp lead wires as shown on the applicable

ballast diagram.

Lamp Seasoning: For optimal performance, fluorescent lamps may require seasoning for up to 12 hours prior to low temperature starting &

low level dimming. Refer to NEMA LSD 23-2002 Lighting Systems Division: Recommended Practice — Lamp Seasoning for Fluorescent Dimming Systems

Wiring Diagrams

Black

White

Black

White

Violet (+)

Grey (-)

Violet (+)

Grey (-)

Red

Red

Red

Red

Blue

Blue

Blue

Blue

LAMP

1

Yel/Blk

Yellow
Yellow

LAMP 1

LAMP 1

ELECTRONIC

BALLAST

ELECTRONIC

BALLAST

LAMP 2

BALLAST

ELECTRONIC

LAMP 1

LAMP 4

LAMP 3

LAMP 2

Yellow/Black

Yellow

Yellow

Red/Black

Red/White

Red

Red/White

Blue

Blue/White

Blue/White

Blue/Black

Grey (-)

Black
White

Violet (+)

Black

White

Black

White

Violet (+)

Grey (-)

Violet (+)

Grey (-)

Red

Red

Red

Red

Blue

Blue

Blue

Blue

LAMP

1

Yel/Blk

Yellow
Yellow

LAMP 1

LAMP 1

ELECTRONIC

BALLAST

ELECTRONIC

BALLAST

LAMP 2

Yel/Blk

Yellow

Yellow

Red/Black

Red/White

Red

Red/White

Blue

LAMP 1

LAMP 3

ELECTRONIC

BALLAST

Black

White

Violet (+)

Grey (-)

LAMP 2

1 lamp

2 lamp

3 lamp

4 lamp

POWERSENSE

T8 DIM

Performance Guide

High Efficiency,

T8 Controllable Lighting Systems,

UNV (120-277V)

Input

Rated

Ballast

Input

System

1

Item

OSRAM SYLVANIA

Current Lamp

Lumens No. of Factor System

Mean

Power (W) Efficacy

Number Description

(AMPS) Type

(lm) Lamps (BF) Lumens Lumens 120V 277V (lm/W) BEF

2

50705

QTP 1x32T8/UNV DIM-TC

0.27/0.12 FO32XP

3000

1

0.88

2640

2480

30 30

88

2.93

0.05

150

140

8 8

0.24/0.11 FO30/SS

2850

1

0.88

2510

2360

28 28

90

3.14

0.05

145

135

8 8

0.22/0.10 FO28/SS

2725

1

0.88

2400

2255

25 25

96

3.52

0.05

135

130

8 8

0.20/0.09 FO25/SS

2475

1

0.88

2180

2045

23 23

95

3.83

0.05

125

115

7 7

50707

QTP 2x32T8/UNV DIM-TC

0.51/0.24 FO32XP

3000

2

0.88

5280

4965

59 57

93

1.54

0.05

300

280

14 14

0.48/0.20 FO30/SS

2850

2

0.88

5015

4715

55 53

95

1.66

0.05

285

270

14 14

0.43/0.18 FO28/SS

2725

2

0.88

4795

4510

51 49

98

1.80

0.05

275

255

13 13

0.39/0.16 FO25/SS

2475

2

0.88

4355

4095

45 44

99

2.00

0.05

250

235

13 13

50714

QTP 3x32T8/UNV DIM-TCL

0.73/0.30 FO32XP

3000

3

0.88

7920

7445

87 84

94

1.05

0.05

450

425

20 20

0.68/0.30 FO30/SS

2850

3

0.88

7525

7075

81 78

96

1.13

0.05

430

400

20 20

0.62/0.26 FO28/SS

2725

3

0.88

7195

6760

73 72

100

1.22

0.05

410

385

19 19

0.56/0.24 FO25/SS

2475

3

0.88

6535

6140

67 66

99

1.33

0.05

370

350

19 19

50716

QTP 4x32T8/UNV DIM-TCL

0.96/0.40 FO32XP

3000

4

0.88

10,560

9925

114 110

96

0.80

0.05

600

565

27 27

0.92/0.39 FO30/SS

2850

4

0.88

10,030

9430

107 104

96

0.85

0.05

570

535

26 26

0.82/0.35 FO28/SS

2725

4

0.88

9590

9015

98 95

101

0.93

0.05

545

510

25 25

0.74/0.32 FO25/SS

2475

4

0.88

8710

8190

91 89

98

0.99

0.05

495

465

24 24

Products are all 10-pack. *Striation might occur with SUPERSAVER lamps.
1: System Efficacy calculation based on lowest input power value.
2: Ballast Efficiency Factor (BEF) shown = (Ballast Factor x 100) divided by Input Power (Note: calculation based on lowest wattage value).

Starting Method: Programmed Rapid Start
Circuit Type: Series
Lamp Frequency: >40 kHz
Lamp CCF: Less than 1.7
Starting Temp: 50°F/10°C minimum
for OCTRON T8 lamps
Input Voltage: 120-277V, ±10%
Input Frequency: 50/60 Hz
THD: <10% @ Full Output
Power Factor: >98% @ Full Output
UL Listed Class P, Type 1 Outdoor
CSA or C/UL Certified
70°C Max Case Temperature
FCC 47CFR Part 18 Non-Consumer
Class A Sound Rating
RoHS compliant

3

ANSI C62.41 Cat. A Transient Protection
Remote mounting (Max. wire length from
ballast case to lampholder)
• up to 8ft for full wattage T8s
• no remote mounting for SUPERSAVER

3 Complies with European Union Restriction

of Hazardous Substances Directive (Directive
EC 2002/95)

Specifications

Data based on F32T8

Item Number

50707 QTP 2 x 32T8 / UNV DIM-TC

QUICKTRONIC
Number of Lamps (1, 2, 3, 4)

System Type - DIMMING/Case Size
Line Voltage (120-277V)
Primary Lamp Wattage

System Life / Warranty

QUICKTRONIC products are covered by the
QUICK 60+

®

warranty, a comprehensive

lamp and ballast system warranty. For
additional details, refer to the QUICK 60+
warranty bulletin.

Data based on SYLVANIA OCTRON

®

lamps

shown. QUICKTRONIC

®

POWERSENSE

ballasts are also compatible with other
manufacturers equivalent lamp types that
meet ANSI specifications, including F17,
F25, F32, U-Bend equivalent lamps and
SUPERSAVER lamps.

T8

POWERSENSE

®

High Efficiency

OSRAM SYLVANIA
National Customer
Service and Sales Center
1-800-LIGHTBULB
(1-800-544-4828)
www.sylvania.com

Control Information

QUICKTRONIC POWERSENSE ballasts are
compatible with a wide range of low voltage
(0-10VDC) and power line fluorescent controllers
available from various manufacturers.
Low Voltage Control Specs: Ballast will source
up to 0.5mA for 0-10VDC control purposes.
May be wired as a Class 1 or Class 2 circuit-
consult Local and National Electrical Codes.
Power Line Control Specs: Specification-
grade fluorescent controls are available
for 120V or 277V operation of controllable
analog electronic fluorescent ballasts.
Controls must be suitably rated for both the
type (e.g. Fluorescent Phasecontrol) and size
(e.g. 600W) of the connected load.

SYLVANIA, the system solution, QUICK60+, POWERSENSE, See the World in a New Light, PROStart, OCTRON and SUPERSAVER are registered trademarks of OSRAM SYLVANIA Inc.
ELOGIC is a trademark of OSRAM SYLVANIA Inc. QUICKTRONIC is a registered trademark of OSRAM AG. NEMA Premium is a registered trademark of National Electrical Manufacturers Association.

©2011

OSRAM

SYL

VANIA

Specifications subject to change without notice.