500W Constant Current LED Driver

Feature

• 3 in 1 Dimming (0–10V / PWM / Resistor): 500 watt constant current LED power supply is compatible with multiple mainstream dimming methods, offering strong adaptability and stable and reliable dimming.
• 3 in 1 Dimming + 12V / 300mA Auxiliary Power Supply: Built-in 12V auxiliary power supply can power external control or dimming devices, simplifying system configuration.
• Knob Dimming + (RJ11 Ethernet Port): Supports local knob dimming and can be connected to an external control system via the RJ11 interface.

1. 500W LED driver power supply provides a stable current, ensuring uniform brightness of the LED chips and extending their lifespan.
2. It features multiple protections against overload, short circuit, overvoltage, overtemperature, and overcurrent, effectively ensuring the safe and stable operation of both the power supply and the LEDs.
3. Efficiency 93%, flicker-free output, effectively reducing energy consumption and providing a stable and comfortable lighting experience.
4. Dimmable LED driver offers UL/CE/CCC/FCC certifications and an IP65/67 waterproof rating, suitable for long-term outdoor and humid environments.

500W Constant Current LED Driver Size (Unit: mm)

Application

Plant Lighting

Horticulture Lighting

LED Stadium Lighting

Fishing Lamp

Q1: What is the difference between IP65 and IP67 waterproof ratings for LED power supplies?

Both IP65 and IP67 are common LED power supply protection ratings. IP65 indicates good dust resistance and protection against low-pressure water jets from all directions, suitable for general outdoor or humid environments. IP67, on the other hand, supports short-term water immersion, offering stronger protection and is more suitable for harsh outdoor environments or landscape lighting projects. Choosing the appropriate waterproof rating helps improve the long-term stability of the system.

Q2: What are the effects of LED power supply efficiency?

The efficiency of an LED power supply directly affects energy consumption, heat generation, and system stability. High-efficiency power supplies can convert more electrical energy into effective output, reducing ineffective losses and heat generation, thereby reducing operating costs and extending the lifespan of the power supply and lighting fixtures. Lower-efficiency power supplies are more prone to overheating, and long-term operation may accelerate the aging of internal components, affecting the overall reliability of the lighting system.