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On August 20, 2023, the Luxeon Star LEDs website transitioned to a new hosting service. If you're a returning customer, you will need to reset your password to maintain your account security. You can reset your password here.

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On August 20, 2023, the Luxeon Star LEDs website transitioned to a new hosting service. If you're a returning customer, you will need to reset your password to maintain your account security. You can reset your password here.

420nm LUXEON Z Ultraviolet LED on a Saber Micro-Z1 5mm Square Base – 625 mW @ 500mA

The SM-01-S5 is no longer available. Our SM-01-U9 may be a suitable substitution.

SM-01-S5
No Stock
Product Status
Discontinued
Manufacturer
Quadica Developments
Datasheet

Compatible Products

Specs

Drivers

Optics

Cooling

Documents & Compliance

LED ColorUltraviolet
Radiometric Power @ 1000mA1160 mW
Peak Wavelength420 nm
Recommended Operating Current500 mA
Maximum Rated Drive Current1000 mA
Maximum Pulse Current1000 mA
Typical Forward Voltage3 Vf
Maximum Forward Voltage3.5 Vf
Wavelength Range410 to 420 K
Beam Angle125°
Thermal Resistance5 °C/W
Maximum Recommended Junction Temp135 °C
Operating Temperature Range-40 to 135 °C
Dimensions (L x W x H)5 x 5 x 1.5 mm
Weight1.2 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 SM-01-S5 LED module. The driver you select will depend on your specific requirements.

Product InformationStockPricehf:att:pa_output-currenthf:att:pa_connectionhf:att:pa_dimming

High-power LEDs include a primary optic for protection and light optimization. However, a secondary optic is often essential for better focus and light distribution.

All the optics listed here are 100% compatible with the SM-01-S5 LED module.

Product InformationStockPricehf:att:pa_beam-typehf:att:pa_mounting

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 InformationStockPricehf:att:pa_length-hshf:att:pa_width-hshf:att:pa_height-hshf:att:pa_cw-filterhf:att:pa_fin-type
RoHS StatusRoHS 3 Compliant
REACH StatusREACH Uneffected
Conflict Minerals ReportCMRT Rev 6.22
Proposition 65 Statement
Proposition 65
PFAS DeclarationPFAS Declaration
ECCNEAR99
HTS8543.70.71.00
Country of OriginCA
LED ColorUltraviolet
Radiometric Power @ 1000mA1160 mW
Peak Wavelength420 nm
Recommended Operating Current500 mA
Maximum Rated Drive Current1000 mA
Maximum Pulse Current1000 mA
Typical Forward Voltage3 Vf
Maximum Forward Voltage3.5 Vf
Wavelength Range410 to 420 K
Beam Angle125°
Thermal Resistance5 °C/W
Maximum Recommended Junction Temp135 °C
Operating Temperature Range-40 to 135 °C
Dimensions (L x W x H)5 x 5 x 1.5 mm
Weight1.2 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 SM-01-S5 LED module. The driver you select will depend on your specific requirements.

Product InformationStockPricehf:att:pa_output-currenthf:att:pa_connectionhf:att:pa_dimming

High-power LEDs include a primary optic for protection and light optimization. However, a secondary optic is often essential for better focus and light distribution.

All the optics listed here are 100% compatible with the SM-01-S5 LED module.

Product InformationStockPricehf:att:pa_beam-typehf:att:pa_mounting

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 InformationStockPricehf:att:pa_length-hshf:att:pa_width-hshf:att:pa_height-hshf:att:pa_cw-filterhf:att:pa_fin-type
RoHS StatusRoHS 3 Compliant
REACH StatusREACH Uneffected
Conflict Minerals ReportCMRT Rev 6.22
Proposition 65 Statement
Proposition 65
PFAS DeclarationPFAS Declaration
ECCNEAR99
HTS8543.70.71.00
Country of OriginCA