Red (627nm), LUXEON Rebel Color LED on SABER2 Base with Side Emitting Optic, 46 lm @ 350mA
The SW-04-R2 high power side emitting LED module combines a Fraen F360L-3C-S side emitting optic with a single LXML-PD01-0040 Red high brightness Rebel LED soldered to a SABER2 16 mm x 11 mm x 0.8 mm rectangular base.
SABER2 LED modules are built using COFAN USA’s advanced Super Pillar aluminum MCPCB for optimal heat dissipation. This patented technology significantly lowers the LED junction temperature, enhancing LED longevity, brightness, and reliability.
Wire connections are soldered to the SW-04 using standard benchtop tools and hand soldering techniques, making it ideal for R&D, MRO, low—to medium-scale manufacturing, and educational applications.
Discount Pricing
| Quantity | Discount |
|---|---|
| 10-24 | 5% |
| 25-49 | 10% |
| 50-99 | 15% |
| 100-249 | 20% |
| 250-999 | 25% |
| 1000+ | 30% |
Discount Pricing
| Quantity | Discount |
|---|---|
| 10-24 | 5% |
| 25-49 | 10% |
| 50-99 | 15% |
| 100-249 | 20% |
| 250-999 | 25% |
| 1000+ | 30% |
LED Drivers
All Rebel LEDs must be powered using a current regulating driver. The driver you select will depend on the needed lumens output, the number of LEDs being powered, the input voltage source, and the required drive current. Our Knowledgebase offers several helpful articles about powering LEDs. Click the Drivers tab on this page for a list of compatible drivers.
Thermal Management
The SW-04-R2 LED module requires careful attention to mounting and cooling to ensure that the junction temperature of the LED is kept well below the maximum rating specified in the Lumileds datasheet. Detailed instructions for measuring the LED junction temperature can be found in the LED module datasheet. We recommend that the module be mounted to an aluminum or copper finned heatsink exposed to open air for optimal cooling. The module can be mounted to the heat sink in one of two ways:
- Pressure-sensitive, thermally conductive tape for rectangular LED modules (Recommended)
- Arctic Silver thermally conductive adhesive
Before fastening the module to the heat sink, ensure the module and heatsink surfaces are flat and clean for optimal heat transfer. Mechanical fasteners are not recommended for this module. The bottom of the LED module is electrically neutral, so it is unnecessary to electrically isolate the base from the cooling surface. Click the Cooling tab on this page for a list of compatible heatsinks and supplies.
Optics
The Fraen F360L-3C-S side emitting optic is permanently attached to the base using optically clear UV-cured adhesive.
LED Binning
We offer binned versions of this LED module when ordered in reel quantities (1000 pieces). Please contact us for binning details before you order
For orders less than 1000 pieces, binning information is not available. In these cases, modules are assembled from cut strips of LEDs, where individual bin numbers are not tracked. You can learn more about LED binning here.
Stock
This LED module is built when ordered. There are no minimum order requirements.
Please contact us for production lead times for orders above 100 pieces.
| LED Color | Red |
| Recommended Operating Current | 350 mA |
| Maximum Rated Drive Current | 700 mA |
| Maximum Pulse Current | 700 mA |
| Typical Forward Voltage | 2.9 Vf |
| Maximum Forward Voltage | 3.51 Vf |
| Lumens @ 350 mA | 46 lm |
| Lumens @ 700 mA | 74 lm |
| Wavelength Range | 620 to 645 K |
| Beam Angle | Side Emitting° |
| Thermal Resistance | 12.4 °C/W |
| Maximum Recommended Junction Temp | 135 °C |
| Operating Temperature Range | -40 to 120 °C |
| Dimensions (L x W x H) | 16.4 x 11 x 7.9 mm |
| Weight | 0.8 g |
| Refer to the product datasheets for complete specifications. | |
|---|---|
A current-regulating LED driver is required between the power supply and the LED module to ensure that the LED is not powered above its maximum current rating. You can learn more about powering high-power LED modules here.
All drivers listed here are 100% compatible with the SW-04-R2 LED module. The driver you select will depend on your specific requirements.
| Product Information | Stock | Price | hf:att:pa_output-current | hf:att:pa_connection | hf:att:pa_dimming |
|---|
To maximize life and reliability, a heatsink or alternate method of cooling is required to ensure that the junction temperature of the LED is kept well below its maximum temperature rating.
Refer to our Thermal Management articles for assistance selecting an appropriate heatsink from the available options here.
| Product Information | Stock | Price | hf:att:pa_length-hs | hf:att:pa_width-hs | hf:att:pa_height-hs | hf:att:pa_cw-filter | hf:att:pa_fin-type |
|---|
| RoHS Status | RoHS 3 Compliant |
| REACH Status | REACH Uneffected |
| Conflict Minerals Report | CMRT Rev 6.22 |
| Proposition 65 Statement | Proposition 65 |
| PFAS Declaration | PFAS Declaration |
| ECCN | EAR99 |
| HTS | 8543.70.71.00 |
| Country of Origin | CA |
LED Drivers
All Rebel LEDs must be powered using a current regulating driver. The driver you select will depend on the needed lumens output, the number of LEDs being powered, the input voltage source, and the required drive current. Our Knowledgebase offers several helpful articles about powering LEDs. Click the Drivers tab on this page for a list of compatible drivers.
Thermal Management
The SW-04-R2 LED module requires careful attention to mounting and cooling to ensure that the junction temperature of the LED is kept well below the maximum rating specified in the Lumileds datasheet. Detailed instructions for measuring the LED junction temperature can be found in the LED module datasheet. We recommend that the module be mounted to an aluminum or copper finned heatsink exposed to open air for optimal cooling. The module can be mounted to the heat sink in one of two ways:
- Pressure-sensitive, thermally conductive tape for rectangular LED modules (Recommended)
- Arctic Silver thermally conductive adhesive
Before fastening the module to the heat sink, ensure the module and heatsink surfaces are flat and clean for optimal heat transfer. Mechanical fasteners are not recommended for this module. The bottom of the LED module is electrically neutral, so it is unnecessary to electrically isolate the base from the cooling surface. Click the Cooling tab on this page for a list of compatible heatsinks and supplies.
Optics
The Fraen F360L-3C-S side emitting optic is permanently attached to the base using optically clear UV-cured adhesive.
LED Binning
We offer binned versions of this LED module when ordered in reel quantities (1000 pieces). Please contact us for binning details before you order
For orders less than 1000 pieces, binning information is not available. In these cases, modules are assembled from cut strips of LEDs, where individual bin numbers are not tracked. You can learn more about LED binning here.
Stock
This LED module is built when ordered. There are no minimum order requirements.
Please contact us for production lead times for orders above 100 pieces.
| LED Color | Red |
| Recommended Operating Current | 350 mA |
| Maximum Rated Drive Current | 700 mA |
| Maximum Pulse Current | 700 mA |
| Typical Forward Voltage | 2.9 Vf |
| Maximum Forward Voltage | 3.51 Vf |
| Lumens @ 350 mA | 46 lm |
| Lumens @ 700 mA | 74 lm |
| Wavelength Range | 620 to 645 K |
| Beam Angle | Side Emitting° |
| Thermal Resistance | 12.4 °C/W |
| Maximum Recommended Junction Temp | 135 °C |
| Operating Temperature Range | -40 to 120 °C |
| Dimensions (L x W x H) | 16.4 x 11 x 7.9 mm |
| Weight | 0.8 g |
| Refer to the product datasheets for complete specifications. | |
|---|---|
A current-regulating LED driver is required between the power supply and the LED module to ensure that the LED is not powered above its maximum current rating. You can learn more about powering high-power LED modules here.
All drivers listed here are 100% compatible with the SW-04-R2 LED module. The driver you select will depend on your specific requirements.
| Product Information | Stock | Price | hf:att:pa_output-current | hf:att:pa_connection | hf:att:pa_dimming |
|---|
To maximize life and reliability, a heatsink or alternate method of cooling is required to ensure that the junction temperature of the LED is kept well below its maximum temperature rating.
Refer to our Thermal Management articles for assistance selecting an appropriate heatsink from the available options here.
| Product Information | Stock | Price | hf:att:pa_length-hs | hf:att:pa_width-hs | hf:att:pa_height-hs | hf:att:pa_cw-filter | hf:att:pa_fin-type |
|---|
| RoHS Status | RoHS 3 Compliant |
| REACH Status | REACH Uneffected |
| Conflict Minerals Report | CMRT Rev 6.22 |
| Proposition 65 Statement | Proposition 65 |
| PFAS Declaration | PFAS Declaration |
| ECCN | EAR99 |
| HTS | 8543.70.71.00 |
| Country of Origin | CA |
