The **LED100FLWHP** is a common classification for a high-power industrial LED floodlight. Based on the model nomenclature, this typically refers to a **100-Watt Cool White LED Floodlight** with a High-Power Factor. Below is a breakdown of the electronic components and technical specifications usually found in this type of device. --- ### 1. Key Electronic Components The internal architecture of the LED100FLWHP consists of three primary stages: the Power Driver, the LED Array, and the Thermal Management system. | Component | Description | Function | | :--- | :--- | :--- | | **SMD LED Chipset** | Surface Mounted Diode array (often SMD 2835 or 3030). | Converts electrical energy into visible light. | | **Constant Current Driver** | AC to DC switching power supply. | Regulates voltage and ensures steady current to prevent flickering. | | **MOV (Varistor)** | Metal Oxide Varistor. | Protects the circuit from high-voltage surges/spikes. | | **Heat Sink** | Die-cast aluminum housing with fins. | Dissipates heat generated by the LED junction to prevent burnout. | | **Reflector** | Polished or vacuum-plated plastic/metal. | Directs and intensifies the light beam angle (usually 120°). | --- ### 2. Technical Specifications These are the standard electronic parameters for a 100W industrial floodlight: * **Input Voltage:** 85V – 265V AC (Universal range). * **Power Consumption:** 100 Watts. * **Luminous Efficacy:** ~90 to 110 Lumens per Watt. * **Color Temperature (WHP):** 6000K - 6500K (Cool White/Daylight). * **Power Factor (PF):** >0.90 (indicates high energy efficiency). * **Ingress Protection:** IP65 or IP66 (Waterproof/Dustproof). --- ### 3. Circuit Protection Features High-quality units like the LED100FLWHP incorporate several safety mechanisms within the internal PCB: 1. **Over-Temperature Protection (OTP):** The driver reduces current if the internal temperature exceeds safe limits. 2. **Short Circuit Protection:** Prevents fire hazards in case of component failure. 3. **EMI Filter:** Reduces Electromagnetic Interference so the light doesn't disrupt Wi-Fi or Radio signals. --- ### 4. Wiring Diagram Representation The device typically uses a 3-wire system: ```text [ Brown ] ----------> Live (L) [ Blue ] ----------> Neutral (N) [ Green/Yellow ] ---> Earth/Ground (G) ``` ---