WL-SMDC SMT Mono-color Ceramic LED Waterclear

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WL-SMDC SMT Mono-color Ceramic LED Waterclear

Characteristics

  • Typical wavelengths: 450 nm, 660 nm, 730 nm
  • PPE up to 4.9 µmol/J (@700 mA)
  • PPF up to 6.34 µmol/s (@700 mA)
  • Beam angle: 125°
  • Package: 3535
  • Long lifetime
  • Ideal for scalable, modern horticulture systems
  • Uniform illumination of large cultivation areas

Applications

  • Greenhouse lighting & indoor vertical farming
  • Controlled Environment Agriculture (CEA)
  • Container farming
  • Specialty crops & research
  • Algae cultivation
  • Aquarium lighting

Products

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Order Code
Data­sheet
Simu­lation
Downloads
Status
Emitting Color
λPeak typ.(nm)
Φe typ.(mW)
VF typ.(V)
Chip Technology
50% typ.(°)
SamplesAvailability & Sample
150353DS74500
SPECDeep Blue, 450 nm, 600 mW
Simu­lation
Availability
Status Activei| Production is active. Expected lifetime: >10 years.
Emitting ColorDeep Blue 
Peak Wavelength [typ.]450 nm
Radiant Flux [typ.]600 mW
Forward Voltage [typ.]3.2 V
Chip TechnologyInGaN 
Viewing Angle Phi 0° [typ.]125 °
Check availability
150353DS74500A
SPECDeep Blue, 450 nm, 1400 mW
Simu­lation
Availability
Status Newi| Product is new in our portfolio and production is active. Expected lifetime: >10 years.
Emitting ColorDeep Blue 
Peak Wavelength [typ.]450 nm
Radiant Flux [typ.]1400 mW
Forward Voltage [typ.]2.9 V
Viewing Angle Phi 0° [typ.]125 °
Check availability
150353FS74500
SPECFar Red, 730 nm, 350 mW
Simu­lation
Availability
Status Activei| Production is active. Expected lifetime: >10 years.
Emitting ColorFar Red 
Peak Wavelength [typ.]730 nm
Radiant Flux [typ.]350 mW
Forward Voltage [typ.]1.8 V
Chip TechnologyAlInGaP 
Viewing Angle Phi 0° [typ.]125 °
Check availability
150353FS74500A
SPECFar Red, 730 nm, 390 mW
Simu­lation
Availability
Status Newi| Product is new in our portfolio and production is active. Expected lifetime: >10 years.
Emitting ColorFar Red 
Peak Wavelength [typ.]730 nm
Radiant Flux [typ.]390 mW
Forward Voltage [typ.]2.1 V
Viewing Angle Phi 0° [typ.]125 °
Check availability
150353HS74500
SPECHyper Red, 660 nm, 440 mW
Simu­lation
Availability
Status Activei| Production is active. Expected lifetime: >10 years.
Emitting ColorHyper Red 
Peak Wavelength [typ.]660 nm
Radiant Flux [typ.]440 mW
Forward Voltage [typ.]2.2 V
Chip TechnologyAlInGaP 
Viewing Angle Phi 0° [typ.]125 °
Check availability
150353HS74500A
SPECHyper Red, 660 nm, 1050 mW
Simu­lation
Availability
Status Newi| Product is new in our portfolio and production is active. Expected lifetime: >10 years.
Emitting ColorHyper Red 
Peak Wavelength [typ.]660 nm
Radiant Flux [typ.]1050 mW
Forward Voltage [typ.]1.9 V
Viewing Angle Phi 0° [typ.]125 °
Check availability

HortiCoolture. LED it grow!

Horticulture LED Lighting

New Horticulture LEDs from the High Power Ceramic series. The wavelengths (450 nm, 660 nm, 730 nm) specially selected for plant cultivation promote photosynthesis and optimize plant development. The superior PPF values, small size and low power dissipation make the WL-SMDC series perfect as a future selection for Horticulture lighting. Item available from stock. Samples available free of charge.

Advantages:

  • High luminosity
  • Color spectrum individually adaptable to plants
  • Complete color spectrum available including white, UV and IR LEDs
  • Low thermal resistance
  • Electrically neutral heat path
  • One solder pad for the complete color spectrum
Horticulture_Youtube_1280x760

What Plants Need

WhatPlantsNeed_1140x430_1

Emission spectrum of the Horticulture LEDs

WhatPlantsNeed_1140x430_2

Photosynthetic pigments and light receptors

Innovative Structure

Applications of Horticulture LEDs

Applications of Horticulture LEDs

  • Vertical Farming
  • Greenhouse Lighting
  • Indoor Farming
  • Multilayer Cultivation
  • Grow lights
  • Sports turf lighting
applications

One footprint, many possibilities

One footprint, many possibilities

  • Available in Horticulture wavelength ranges CCT from 2700K to 6000K and RGBY
  • Create your own light recipe with all available colors
  • Test your recipes - see how they look like
  • Calculate your opto/electrical parameters
  • Test your ideas and estimate the performance of your lamp
  • PPF values, power consumption, R/B ratio and much more calculated directly
TUM_Luminaire_1

Videos

#askLorandt explains: The benefits of using LEDs in horticultural applications

Videos

Würth Elektronik Webinar: Supplemental lighting in greenhouses with Horticulture LEDs

Videos

WE meet @ Digital Days 2020: Horticulture LEDs – high and low power application examples

Videos

Würth Elektronik Webinar: Nachhaltige Lebensmittelproduktion mit Horticulture-LEDs