LuxaLight Industrial LED Fixture Transparent cover Deep Red 660nm 24.2x16mm (24 Volt, 2835, IP64)
Technical specifications
- Brand
- LuxaLight
- Application
- Barcode ScanningHorticultureMachine Vision
- Material
- Aluminum
- Dimensions
- 220 × 24,2 × 16 mm
- Mounting
- Surface mounted
- Cover type
- PMMA transparent
- LEDs per piece
- 108.00
- Lifetime
- 70000 hours
- Light color
- 650 ~ 700nm Deep red
- Luminous flux red
- 750 lm
- Radiant flux
- 6,6W
- Beam angle
- 120 °
- LED package
- 2835
- LB waarde
- L80B50
- Channels
- Channel: default
- Peak wavelength(Object size: 1 piece)
- 662 nm
- Illuminance (Lux)(Object size: 1 piece)
24V 5cm 26980 lx 10cm 10420 lx 15cm 5294 lx 20cm 3242 lx 25cm 2179 lx 30cm 1653 lx
- Total PPFD umol/m2 (PAR 400-700nm)(Object size: 1 piece)
24V 5cm 2485.19 umol/m2 10cm 928.21 umol/m2 15cm 473.5 umol/m2 20cm 295.02 umol/m2 25cm 198.7 umol/m2 30cm 150.55 umol/m2
- Peak irradiance(Object size: 1 piece)
24V 5cm 17.89 W/sqm 10cm 6.66 W/sqm 15cm 3.39 W/sqm 20cm 2.07 W/sqm 25cm 1.42 W/sqm 30cm 1.06 W/sqm
- Total irradiance(Object size: 1 piece)
24V 5cm 461.3 W/sqm 10cm 179.8 W/sqm 15cm 91.92 W/sqm 20cm 56.97 W/sqm 25cm 37.89 W/sqm 30cm 28.89 W/sqm
- By combining Pulse Mode with Real-Time Monitoring, the efficiency of LED systems can be increased, resulting in higher output.
- We have the expertise and equipment to perform measurements tailored to the specific requirements of the application.
- Working voltage
- 24V
- Current per piece
- 1.25 A / piece
- Power consumption per piece
- 30.00 W / piece
- PCB material
- Aluminium
- Pinout
-
Symbol Function V+ V+ GND Ground NTC NTC sensor NTC_GND NTC ground
- NTC parameters
- Resistance: 5000 Ohm
Beta value: 3950
- Storage temperature
- -40 ~ +80 °C
- IP class
- IP 64
- Directives
- RoHSCE
- Safety standards
- EN60598-1EN62031IEC62471
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Product description
The LuxaLight Industrial LED Fixture LF-24-660-24.2X16-TC is a deep red LED fixture with a peak wavelength of 662 nm in the 600–700 nm band. The fixture combines an aluminium PCB with integrated passive heatsink and a PMMA transparent cover in a sealed aluminium housing.
The transparent PMMA cover provides high optical transmission for visible red light and preserves the spectral purity of the 660 nm emission, keeping the output directly usable for wavelength-specific applications. The aluminium housing with passive cooling ensures thermal stability under continuous load; the silicone coating on the PCB protects the LED circuit against dust, moisture and mechanical stress.
Applications
Horticulture and plant research – 660 nm is a primary absorption peak of chlorophyll a/b and the phytochrome Pr system, making it a key wavelength for driving photosynthesis and photomorphogenesis. At 15 cm the fixture delivers 473.5 µmol/m²/s PPFD, dropping to 150.55 µmol/m²/s at 30 cm — ranges suitable for supplemental lighting in growth chambers, phenotyping rigs and photoperiodic research where narrow-band red is required.
Algae cultivation and photobioreactors – chlorophyll in microalgae such as Chlorella, Spirulina and Haematococcus absorbs strongly around 660 nm, making the fixture suitable as a lighting source for productive algae cultivation and lab-scale photobioreactors. At 10 cm the fixture provides 928.21 µmol/m²/s PPFD, sufficient for high volumetric productivity in thin culture layers or flat-plate reactor geometries.
Photobiomodulation (PBM) – 660 nm sits within the optical window for tissue penetration and is an established wavelength for mitochondrial stimulation and tissue regeneration. At 10 cm the fixture delivers 179.8 W/m² irradiance, dropping to 91.92 W/m² at 15 cm — sufficient to meet typical PBM dose targets of several J/cm² within seconds to minutes, depending on the protocol.
Fluorescence excitation and bio-imaging – 660 nm is a common excitation wavelength for fluorophores such as Cy5, Alexa Fluor 647 and methylene blue, used in microscopy, flow cytometry and in-vivo imaging. The narrow-band emission and homogeneous beam reduce background fluorescence and spectral crosstalk; pulse control enables synchronisation with sensor integration and stroboscopic image capture.
Machine vision and barcode scanning – narrow-band 660 nm emission produces high contrast on CMOS and CCD sensors and can be separated from ambient light with a bandpass filter, enabling stable image capture under variable lighting conditions. At 5 cm the fixture delivers 26,980 lx, dropping to 10,420 lx at 10 cm — sufficient for short shutter times in high-speed inspection, barcode reading on conveyor lines and surface inspection of red or dark materials where green or blue wavelengths provide insufficient reflectance.
Material curing for red-sensitive photopolymers – certain photopolymers, inks and coatings are formulated for activation around 660 nm, typically in applications where UV is undesirable due to substrate or operator sensitivity. At 5–10 cm working distance the fixture provides 461.3 to 179.8 W/m² irradiance, which combined with pulse control delivers sufficient energy for cure cycles of seconds to minutes.
Integration
This fixture is designed as a building block for industrial systems. The modular platform architecture provides different cooling, cover and wavelength variants within a single design; configurations and use cases are detailed in the modular fixture info sheet in the download section. For wash-down environments, high corrosion exposure or heavy food processing, a variant with water-cooled stainless steel 316 housing is available within the same platform.
The 24V CV platform enables fast pulse switching, essential for peak output above nominal power. In pulsed operation, a higher instantaneous irradiance can be achieved than in continuous operation at equal or lower average power — delivering higher efficiency in many applications. Combined with the MaNima Pollux Industry controller, the fixture provides real-time monitoring of current, voltage and temperature, PWM control and pulse control with adjustable pulse times from 2µs to 1000ms. The controller supports Ethernet connectivity for PLC and SCADA integration, UDP, analogue signals, digital contacts and network protocols for seamless connection to existing process controls and machine environments.
