Details
Parameters
Color of emission
White
CRI
80
Electrical power
0.34
W
Mid
Brightness
ΦV
57.1
lm
IV
18.9
cd
ΦE
177
mW
IE
58.7
mW/sr
Beam angle
∢
120
°
Operating temperature
Top
min.
-40
°C
Top
max.
100
°C
Dimension
l
3.0
mm
w
3.0
mm
h
0.6
mm
Application fields
Ordering information
| Product Type | Description | Ordering code | Availability |
|---|---|---|---|
| GW PSLR32.EM-JQJS-A838-1 | ΦV = 48.4 ... 61.0 lm, 2700 K (IF = 120 mA) | Q65112A7359 | Discontinued |
| GW PSLR32.EM-JQJS-XX58-1 | ΦV = 48.4 ... 61.0 lm, 2700 K (IF = 120 mA) | Q65112A7358 | Discontinued |
| GW PSLR32.EM-JRJT-A131-1 | ΦV = 52.0 ... 65.8 lm, 6500 K (IF = 120 mA) | Q65112A4590 | Discontinued |
| GW PSLR32.EM-JRJT-A232-1 | ΦV = 52.0 ... 65.8 lm, 5700 K (IF = 120 mA) | Q65112A4593 | Discontinued |
| GW PSLR32.EM-JRJT-A333-1 | ΦV = 52.0 ... 65.8 lm, 5000 K (IF = 120 mA) | Q65112A4526 | Discontinued |
| GW PSLR32.EM-JRJT-A535-1 | ΦV = 52.0 ... 65.8 lm, 4000 K (IF = 120 mA) | Q65112A4596 | Discontinued |
| GW PSLR32.EM-JRJT-A636-1 | ΦV = 52.0 ... 65.8 lm, 3500 K (IF = 120 mA) | Q65112A4586 | Discontinued |
| GW PSLR32.EM-JRJT-A737-1 | ΦV = 52.0 ... 65.8 lm, 3000 K (IF = 120 mA) | Q65112A7357 | Discontinued |
| GW PSLR32.EM-JRJT-XX51-1 | ΦV = 52.0 ... 65.8 lm, 6500 K (IF = 120 mA) | Q65112A4595 | Discontinued |
| GW PSLR32.EM-JRJT-XX52-1 | ΦV = 52.0 ... 65.8 lm, 5700 K (IF = 120 mA) | Q65112A4585 | Discontinued |
| GW PSLR32.EM-JRJT-XX53-1 | ΦV = 52.0 ... 65.8 lm, 5000 K (IF = 120 mA) | Q65112A4525 | Discontinued |
| GW PSLR32.EM-JRJT-XX55-1 | ΦV = 52.0 ... 65.8 lm, 4000 K (IF = 120 mA) | Q65112A4598 | Discontinued |
| GW PSLR32.EM-JRJT-XX56-1 | ΦV = 52.0 ... 65.8 lm, 3500 K (IF = 120 mA) | Q65112A4599 | Discontinued |
| GW PSLR32.EM-JRJT-XX57-1 | ΦV = 52.0 ... 65.8 lm, 3000 K (IF = 120 mA) | Q65112A7356 | Discontinued |
Downloads
Datasheets
Application note
Resources
Images
Tools
Horticulture
Calculation of different horticulture lighting scenarios with variations of LED configurations and ratios to realize the desired photon flux from the fixture and estimate the resulting photon flux density on the plants for a defined system setup.
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