OSRAM DURISĀ® S 5, GW PSLT33.EM

Not for new design
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Not for new design

Description

The compact, mid-power DURIS S 5 LED addresses three different luminous flux levels, using just one package and solder pad. With high efficacies, color quality and long lifetimes it is the ideal choice for all indoor General Lighting applications

Details

Parameters

Color of emission
White
CRI
80
Electrical power
0.96 W
High
Brightness
Ī¦V
138 lm
IV
46.3 cd
Ī¦E
416 mW
IE
140 mW/sr
Beam angle
āˆ¢
120 Ā°
Operating temperature
Top min.
-40 Ā°C
Top max.
100 Ā°C
Dimension
l
3.0 mm
w
3.0 mm
h
0.65 mm

Ordering codes

Product Type Description Order No. Availability
GW PSLT33.EM-LWL1-XX52-1-G3 Ī¦V = 135.0 ... 160.0 lm, 5700 K (IF = 150 mA) Q65112A8943
GW PSLT33.EM-LXL3-XX51-1-G3 Ī¦V = 140.0 ... 170.0 lm, 6500 K (IF = 150 mA) Q65112A8939
GW PSLT33.EM-LWL1-XX56-1-G3 Ī¦V = 135.0 ... 160.0 lm, 3500 K (IF = 150 mA) Q65112A8940
GW PSLT33.EM-LWL1-XX53-1-G3 Ī¦V = 135.0 ... 160.0 lm, 5000 K (IF = 150 mA) Q65112A8942
GW PSLT33.EM-LVL1-XX57-1-G3 Ī¦V = 130.0 ... 160.0 lm, 3000 K (IF = 150 mA) Q65112A8944
GW PSLT33.EM-K5L1-XX58-1-G3 Ī¦V = 125.0 ... 160.0 lm, 2700 K (IF = 150 mA) Q65112A8945
GW PSLT33.EM-LWL1-XX55-1-G3 Ī¦V = 135.0 ... 160.0 lm, 4000 K (IF = 150 mA) Q65112A8941
GW PSLT33.EM-LVLX-XX57-1 Ī¦V = 130.0 ... 145.0 lm, 3000 K (IF = 150 mA) Q65112A6792
GW PSLT33.EM-LWLY-XX51-1 Ī¦V = 135.0 ... 150.0 lm, 6500 K (IF = 150 mA) Q65112A6793
GW PSLT33.EM-LWLY-XX53-1 Ī¦V = 135.0 ... 150.0 lm, 5000 K (IF = 150 mA) Q65112A6795
GW PSLT33.EM-LWLY-XX55-1 Ī¦V = 135.0 ... 150.0 lm, 4000 K (IF = 150 mA) Q65112A6796
GW PSLT33.EM-K5LW-XX58-1 Ī¦V = 125.0 ... 140.0 lm, 2700 K (IF = 150 mA) Q65112A6791
GW PSLT33.EM-LWLY-XX52-1 Ī¦V = 135.0 ... 150.0 lm, 5700 K (IF = 150 mA) Q65112A6794
GW PSLT33.EM-LWLY-XX56-1 Ī¦V = 135.0 ... 150.0 lm, 3500 K (IF = 150 mA) Q65112A6797

Downloads

Datasheets

Datasheet
Datasheet

Application note

Tools

LightGuide

Calculate the effectiveness of an LED based on a selected light guide by showing the amount of incoupled, reflected and missed light rays.