GE's LED PAR30 Replacement Lamps | GE Lighting

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GE Lighting

The energy-efficient radiance of GE‘s LED PAR30 long neck lamp is not just something you see, its something you feel.

LED PAR30 long neck lamps PERFORMANCE DATA Directional Lamps (Dimming) Bulb Base Order Shape Type Watts Code Description Compact PAR30 Long Neck PAR30L

MED

10

12

Volts

Case MOL Lumens Qty** (In) Initial CBCP

Initial *Rated ENERGY Color Life STAR® Wattage Temp CRI Equivalent L70 (Hrs) Dimmable Status

#Location Additional Rating Information

61924 LED10DP3LS830/20

120

6

4.75

500

3720

3000

80

60W

50,000

Yes

Damp

Accent, 20˚ beam, Silver

61925 LED10DP3LS827/20

120

6

4.75

450

3450

2700

80

55W

50,000

Yes

Damp

Accent, 20˚ beam, Silver

68014 LED10DP3LS827/35

120

6

4.75

450

1240

2700

80

55W

25,000

Yes

Damp

Accent, 35˚ beam, Silver

63027 LED10DP3L/FL/TP

120

3

4.75

450

1240

2700

80

55W

25,000

Yes

Damp

Accent, 35˚ beam, Silver

65141 LED12DP3LS827/20

120

6

4.75

740

4400

2700

83

75W

25,000

Yes

Damp

Accent, 20˚ beam, Silver

65134 LED12DP3LS/FL/TP

120

3

4.75

740

2000

2700

83

80W

25,000

Yes

Damp

Accent, 35˚ beam, Silver

94212 LED12DP3L2W83020

120

6

4.61

950

7300

3000

84

85W

25,000

Yes

Damp

Accent, 20˚ beam, White

94214 LED12DP3L2W83035

120

6

4.61

950

2700

3000

84

85W

25,000

Yes

Damp

Accent, 35˚ beam, White

94218 LED12DP3L2W82735

120

6

4.61

850

2300

2700

84

85W

25,000

Yes

Damp

Accent, 35˚ beam, White

11306 LED12DP3L2W83535

120

6

4.61

950

2700

3500

84

85W

25,000

Yes

Damp

Accent, 35˚ beam, White

89989 LED12DP3L2/FL/TP

120

3

4.61

850

2300

2700

84

75W

25,000

Yes

Damp

Accent, 35˚ beam, White

22233 LED12DP3L2FL5KTP

120

3

4.61

1050

3000

5000

84

75W

25,000

Yes

Damp

Accent, 35˚ beam, White

Compact PAR30 - Long Neck - Low Glare - Visual Comfort Lens™ PAR30L

MED

12

66050 LED12P3LS930/25

120

6

4.75

660

3000

3000

92

75W

25,000

-

Dry

Narrow Flood, 25˚beam, Silver

66053 LED12P3LS927/40

120

6

4.75

630

900

2700

92

50W

25,000

-

Dry

Flood, 40˚ beam, Silver

68387 LED12DP3LR930/15

120

6

4.75

860

5650

3000

91

65W

25,000

Yes

Dry

Accent, 15˚ beam, Silver

68388 LED12DP3LR930/25

120

6

4.75

860

3100

3000

91

75W

25,000

Yes

Dry

Accent, 25˚ beam, Silver

68389 LED12DP3LR930/40

120

6

4.75

860

1350

3000

91

75W

25,000

Yes

Dry

Accent, 40˚ beam, Silver

68390 LED12DP3LR927/15

120

6

4.75

820

5350

2700

91

65W

25,000

Yes

Dry

Accent, 15˚ beam, Silver

68391 LED12DP3LR927/25

120

6

4.75

820

2950

2700

91

75W

25,000

Yes

Dry

Accent, 25˚ beam, Silver

68392 LED12DP3LR927/40

120

6

4.75

820

1300

2700

91

65W

25,000

Yes

Dry

Accent, 40˚ beam, Silver

For additional product and application information, please consult GE’s website: gelighting.com/ThinkLED

Information provided is subject to change without notice. Please verify all details with GE. All values are design or typical values when measured under laboratory conditions, and GE makes no warranty or guarantee, expressed or implied, that such performance will be obtained under end-use conditions. * The life rating is based on the hours of operation the lamp will provide before reaching 70% of its original rating (L70) ENERGY STAR® status: Certified as meeting ENERGY STAR® guidelines. # UL 1993 Environmental Requirements for LED LAMPS Location, damp – Exterior or interior location that is normally or periodically subject to condensation of moisture in, on, or adjacent to, electrical equipment, and includes partially protected locations. Location, dry – Location not normally subject to dampness, may include a location subject to temporary dampness, i.e., building under construction, provided ventilation is adequate to prevent an accumulation of moisture. Location, wet – Location in which water or other liquid can drip, splash, or flow on or against electrical equipment. ^ Incandescent or Halogen wattage equivalencies based on ENERGY STAR® guidelines using lumens or CBCP according to lamp type

CHROMATICITY DIAGRAM

SPECTRAL POWER DISTRIBUTION

0.9

Planckian Locus 0.8

Test lamp Illuminant A

0.7

0.0180

D65

0.0160

0.6

0.0140

0.5

3000 K

0.0120

10000 K

0.3

Watts/nm

5000 K

0.4

2000 K 1000 K

20000 K

0.2

0.0100 0.0080 0.0060 0.0040

0.1

0.0020

0.0

0.0000

380

-0.1

-0.1

0.0

0.1

0.2

0.3

0.4

0.5

0.6

0.7

0.8

For additional product and application information, visit www.gelighting.com/ThinkLED Information provided is subject to change without notice. Please verify all details with GE. All values are design or typical values when measured under laboratory conditions, and GE makes no warranty or guarantee, expressed or implied, that such performance will be obtained under end-use conditions.

420

460

500

540

580 nm

620

660

700

740

780

20° BEAM POLAR PLOT—20° BEAM 5400

180°

165°

CONE DIAGRAM Average All 0/180 90/270 10% Angle 50% Angle

150°

4320

135°

3240

120°

candela

2160 105°

1080

90° 1080 75°

2160 60°

3240 45°

4320 30°

5400

15°

Lamp to surface angle 0 Degrees

Nominal beam angle degrees = 16.6

LUX at Point

Distance From lamp

Circle Diameter (Meters)

21837

0.50 Meters

0.146

5459

1.00 Meters

0.292

2426

1.50 Meters

0.439

1365

2.00 Meters

0.585

873

2.50 Meters

0.731

607

3.00 Meters

0.877

446

3.50 Meters

1.023

341

4.00 Meters

1.169

270

4.50 Meters

1.316

218

5.00 Meters

1.462

Diameter (Meters) 1.462

25° BEAM CONE DIAGRAM

POLAR PLOT—25° BEAM 3400

180°

165°

Average All 0/180 90/270 10% Angle 50% Angle

150°

2720

135°

2040

120°

candela

1360 105°

680

90° 680 75°

1360 60°

2040 45°

2720 3400

30° 15°

Lamp to surface angle 0 Degrees

Nominal beam angle degrees = 23.0

LUX at Point

Distance From lamp

Circle Diameter (Meters)

12374

0.50 Meters

0.203

3094

1.00 Meters

0.407

1375

1.50 Meters

0.610

773

2.00 Meters

0.813

495

2.50 Meters

1.017

344

3.00 Meters

1.220

253

3.50 Meters

1.423

193

4.00 Meters

1.627

153

4.50 Meters

1.830

124

5.00 Meters

2.033

Diameter (Meters) 2.033

For additional product and application information, visit www.gelighting.com/ThinkLED Information provided is subject to change without notice. Please verify all details with GE. All values are design or typical values when measured under laboratory conditions, and GE makes no warranty or guarantee, expressed or implied, that such performance will be obtained under end-use conditions.

35° BEAM CONE DIAGRAM

POLAR PLOT—35° BEAM 2400

180°

165°

Average All 0/180 90/270 10% Angle 50% Angle

150°

1920

135°

1440

120°

candela

960 105°

480

90° 480 75°

960 60°

1440 45°

1920 30°

2400

15°

Lamp to surface angle 0 Degrees

Nominal beam angle degrees = 32.7

LUX at Point

Distance From lamp

Circle Diameter (Meters)

9385

0.50 Meters

0.293

2346

1.00 Meters

0.586

1043

1.50 Meters

0.880

587

2.00 Meters

1.173

375

2.50 Meters

1.466

261

3.00 Meters

1.759

192

3.50 Meters

2.053

147

4.00 Meters

2.346

116

4.50 Meters

2.639

94

5.00 Meters

2.932

Diameter (Meters) 2.932

40° BEAM CONE DIAGRAM

POLAR PLOT—40° BEAM 1250

180°

165°

Average All 0/180 90/270 10% Angle 50% Angle

150°

1000

135°

750

120°

candela

500 105°

250

90° 250 75°

500 60°

750 45°

1000 1250

30° 15°

Lamp to surface angle 0 Degrees

Nominal beam angle degrees = 36.8

LUX at Point

Distance From lamp

Circle Diameter (Meters)

4816

0.50 Meters

0.333

1204

1.00 Meters

0.666

535

1.50 Meters

0.999

301

2.00 Meters

1.332

193

2.50 Meters

1.665

134

3.00 Meters

1.998

98

3.50 Meters

2.331

75

4.00 Meters

2.664

59

4.50 Meters

2.997

48

5.00 Meters

2.330

Diameter (Meters) 3.330

Product is compliant with material restriction requirements of RoHS ENERGY STAR® and the ENERGY STAR® logo are registered U.S. marks © 2014 GE 69194 6/27/2014 Printed in USA

For additional product and application information, visit www.gelighting.com/ThinkLED Information provided is subject to change without notice. Please verify all details with GE. All values are design or typical values when measured under laboratory conditions, and GE makes no warranty or guarantee, expressed or implied, that such performance will be obtained under end-use conditions.