Intelligent PoE LED Driver

PoE refers to the ability to provide low-voltage (less than 100W，IEEE802.3bt), direct current (44-57V DC) electrical power to network devices via the same twisted-pair copper Ethernet cables that are used to transmit data. This eliminates the need for a separate AC power source and allows for more flexible placement options, without concern for proximity to a power outlet.   PoE is a low-cost, safety,reliable, and flexible approach to powering smart devices in a network. It is crucial to enabling smart buildings and their ecosystems of network-connected devices such as LED lighting, window shades, sensors.   What are the benefits of PoE LED lighting? Using PoE to power low-voltage DC-powered LED lighting has many benefits over both traditional lighting options and newer AC-powered LED options. Using low-voltage LED lighting alone can offer a dramatic reduction in energy required per lumen compared to incandescent and halogen equivalents. But using PoE to power and connect lighting has several significant advantages. It can: Reduce up-front construction costs and time to completion when used for cabling, installation, and configuration. There is also a dramatic reduction in carbon footprint, since no conduit or high-voltage copper wiring need to be installed. Lower capital expenditures, labor, and materials costs related to construction and maintenance. Allow for greater flexibility in design and placement. Enable the optimization and quantification of energy consumption by using the building's network as a sensor and interconnecting shades. This saves money and reduces carbon footprint. Require less energy, run cooler, and be a smaller form factor since no AC/DC transforming or transformer is required. Use pervasive 90W LEDCET Power Over Ethernet (POE++) to power, monitor, and control LED lighting, IoT devices.

The PL-DR02BT developed by LEDCET is a cutting-edge PoE LED driver designed to provide smart power for indoor PoE LED lighting systems. Based on the industry-standard IEEE802.3BT PoE (Power over Ethernet) protocol, this driver offers two-channel output control, making it an ideal solution for various lighting applications. Ideal for indoor LED lighting, the PL-DR02BT driver is designed to be seamlessly connected to the internet and powered by a Class 5 network cable and a PoE switch that adheres to the IEEE802.3BT standard. With two power outputs available, it can effectively power two LED lamps simultaneously, with each lamp's power not exceeding 60W. The total power capacity of the driver is typically under 90W, providing sufficient energy for efficient lighting in various settings. To ensure optimal control, each lamp can be individually configured and regulated through either manual settings or system configurations.As a constant current power supply, the PoE-LED driver operates within a voltage range of 52V-57V, providing consistent and reliable power to the connected LED lamps. It is recommended to select compatible lamps with suitable power requirements to maximize the efficacy of the driver.The PL-DR02BT distinguishes itself with its safety features, providing power input and output within a safe voltage range of 57VDC or below. This not only ensures easy installation and construction but also reduces potential hazards and simplifies compliance with safety regulations. Featuring an integrated design that combines two power supplies and one sensor, this driver effectively minimizes construction costs while delivering superior performance in office and building lighting applications.With its intelligent PoE capabilities, the PL-DR02BT sets the stage for efficient, network-connected LED lighting solutions. By leveraging the power of IEEE802.3BT standard PoE, this driver embodies the advantages of smart lighting technology, offering enhanced control, energy efficiency, and ease of installation. Whether for commercial, industrial, or residential environments, the PL-DR02BT is a reliable and versatile choice that brings seamless integration and robust performance to any lighting system.