LuxaLight LED Engine 24V UV-B 300nm (24 Volt, 57 LEDs, 3535, IP20)
Technical specifications
| 24V | |
|---|---|
| 5cm | 11.81 W/sqm |
| 10cm | 7.05 W/sqm |
| 15cm | 4.41 W/sqm |
| 20cm | 3.21 W/sqm |
| 25cm | 2.25 W/sqm |
| 30cm | 1.71 W/sqm |
| 24V | |
|---|---|
| 5cm | 208.1 W/sqm |
| 10cm | 123.7 W/sqm |
| 15cm | 78.16 W/sqm |
| 20cm | 56.79 W/sqm |
| 25cm | 40.05 W/sqm |
| 30cm | 30.58 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.
| Symbol | Function |
|---|---|
| V+ | V+ |
| GND | Ground |
| NTC | NTC sensor |
| NTC_GND | NTC ground |
Beta value: 3950
Product description
The LuxaLight LED Engine 24 V UV-B 300 nm (57 LEDs, 3535, IP20) is a semi-finished aluminum PCB module, designed for engineers and OEMs who require controlled UV-B radiation for phototherapy, photochemistry, or research setups. Delivered as a light-emitting core, it offers full flexibility for housing, optics, and thermal integration.
With 57 × 3535 SMD LEDs, a 60° optic, and IP20 protection, this engine provides high UV-B irradiance at close distances. The integrated NTC sensor ensures safe and stable operation. Combined with the MaNima Pollux Industrial System, it becomes a fully controllable UV-B source, supporting pulsed operation, thermal monitoring, and advanced automation.
Key Specifications
| Property | Value / Description |
|---|---|
| Type | LED Engine – semi-finished PCB module |
| LEDs | 57 × 3535 SMD LEDs |
| PCB base | Aluminum |
| PCB protection | IP20 (no dust/moisture protection) |
| Dimensions | 200 × 20 × 2 mm (modular design) |
| Supply | 24 V DC / ~55.2 W (~2.30 A) |
| Wavelength | 300 nm UV-B |
| Irradiance (5 cm) | ~208 W/m² |
| Irradiance (10 cm) | ~124 W/m² |
| Irradiance (15 cm) | ~78 W/m² |
| Beam angle | 60° (focused optic) |
| Thermal monitoring | Integrated NTC sensor (5 kΩ, β = 3950) |
Applications
- Phototherapy for dermatology – targeted treatment of skin conditions such as psoriasis, eczema, or vitiligo with controlled UV-B dosing.
- Vitamin D synthesis systems – supports medical and wellness devices designed to stimulate natural vitamin D production.
- Photochemical activation – efficient initiation of specific chemical reactions, polymerization, or material modification requiring UV-B energy.
- Surface decontamination (specialized use) – localized microbial inactivation in cases where UV-C is unsuitable or too aggressive.
- Optical spectroscopy & fluorescence – excitation of UV-B responsive compounds in diagnostics, sensors, and scientific instruments.
R&D & calibration – stable UV-B reference source for sensor validation, photobiological research, and laboratory test setups.
Benefits for Engineers
- High UV-B output – ~208 W/m² at 5 cm for phototherapy and research use
- Semi-finished module – adaptable for OEM and R&D integration
- Pollux-compatible – pulse/strobe control and thermal feedback supported
- Focused beam – 60° optic provides efficient, localized irradiation
- Thermal reliability – integrated NTC ensures consistent safe operation
- Compact & powerful design – ideal for medical, wellness, and research tools
- Scalable system – multiple modules can be combined for larger coverage
Integration with MaNima Pollux Industrial System
- Real-time NTC thermal monitoring
- Pulse/strobe operation for precise UV-B dosing
- Overheating protection while maintaining stable output
- PLC/SCADA compatibility for automated operation
- Open UDP API for advanced system integration