50W Power LED Full-Spectrum 380–840 nm 🌱
Build high-performance horticulture lighting with this 50W Full-Spectrum Grow LED spanning 380–840 nm. Designed around quality dies from Epileds (Taiwan), this square, high-power LED delivers broad-spectrum output for seedlings, vegetative growth, and flowering. Ideal for custom fixtures, research, and DIY projects using Arduino, Raspberry Pi, or other microcontroller-based dimming via a suitable LED driver.
Technical Specifications ⚙️
- Brand: Periled
- LED Die Manufacturer: Epileds (Taiwan)
- Form Factor: Square high-power LED module
- Rated Power: 50 W
- Forward Voltage (VF): 30–34 V
- Forward Current (IF): 1500 mA (1.5 A)
- Luminous Flux: 1000–1100 lm
- Spectral Range: 380–840 nm (full spectrum for plant growth)
- Operating Temperature: −20°C to +60°C
- Life Span: up to 50,000 hours
Key Features ⭐
- 🌡️ Low heat generation helps improve efficiency and reduce electricity consumption
- 💡 Instant start, no flicker for stable illumination
- 🛠️ Solid-state, shock-resistant construction
- 💸 Lower operating and maintenance costs over service life
- 🌍 Reduced carbon footprint through energy-efficient operation
- ⏱️ Long lifespan rated up to 50,000 hours
Integration and Control 🔧
For reliable operation, drive this LED with a constant-current LED driver rated at 1.5 A and a compliance voltage of 30–34 V. Do not connect directly to a battery or constant-voltage supply.
- Dimming: Use PWM or analog dimming on a compatible driver; control signals can be generated by Arduino, Raspberry Pi, or other microcontrollers.
- Thermal management: Mount the LED to an adequate heatsink with thermal paste or a pad. Ensure proper airflow to maintain junction temperature within spec.
- Wiring: Observe polarity. Verify forward voltage under load and set the driver current limit to 1.5 A.
Typical Applications 🌿
- Indoor horticulture, hydroponics, and greenhouse grow lights
- Seedling propagation and supplemental plant lighting
- Botanical research and photobiology experiments
- Custom COB grow modules and electronics components projects
Notes & Safety ⚠️
- This is a high-brightness LED. Avoid direct eye exposure.
- Use ESD-safe handling procedures.
- Operate within the specified voltage, current, and temperature ranges.
Engineers and hobbyists can easily integrate this full-spectrum LED module into custom fixtures or test benches, leveraging standard electronics modules and drivers for precise current control and PWM dimming via popular platforms like Arduino and Raspberry Pi.