Technical Information & Details for Enertex® KNX LED Dimmsequenzer 20A/5x REG Dimming Power: Total up to 480 W (maximum 20 A LED current) Output Channels: 5 Channels (Pulse Width Modulation, PWM) Output Current per Channel: Max. 20 A (Channel E) / 5 A (Channels A-D) Input/Output Voltage: 5 – 48 V DC KNX Bus Voltage: 21 – 32 V DC, current consumption < 30 mA Dimming Frequency: Selectable between 200 Hz and 600 Hz Power Consumption: Optimized via intelligent load distribution Operating Temperature: −5 °C to +45 °C Cooling: Fanless natural convection Protection Functions: Short circuit, overload, overvoltage, reverse polarity, overtemperature Measurement Functions: Current, voltage, power, energy and cost counters Housing Type: DIN-rail mounted (REG) with 4 SU width Dimensions (H x W x D): 89.6 mm x 71.5 mm x 62.9 mm Weight: approx. 180 g Safety & EMC Certificates: KNX certified, CE, IEC 63044-3, DIN EN 61347-2-13 Display: OLED display for diagnostics and manual operation Manufacturer Warranty: 2 years Information about the Enertex® KNX LED Dimmsequenzer 20A/5x REG The Enertex® KNX LED Dimmsequenzer 20A/5x REG represents a high-end technological solution for the precise control of LED modules in modern building automation. The device excels with its five high-load channels, enabling a total dimming capacity of up to 480 W while maintaining peak efficiency. A core unique characteristic is the intelligent load distribution across the entire switching cycle, which minimizes current peaks at the upstream power supply and thus significantly increases the lifespan of all system components. Support for RGBCCT and Human Centric Lighting (HCL) scenarios allows for biologically effective lighting control, perceptibly enhancing well-being within the smart home environment. Beyond its primary dimming functions, the sequencer acts as a comprehensive analytical tool, featuring integrated measurement functions for current, voltage, and power. The captured data is provided directly via the high-contrast OLED display or the KNX bus, allowing for uncomplicated diagnostics and precise monitoring of energy costs. Robust hardware protection circuits react in real-time to critical states such as short circuits or overtemperatures, reliably shielding the connected LED technology. Thanks to its compact 4-SU design and easy DIN-rail mounting, the device integrates space-efficiently into any distribution board, offering maximum flexibility for sophisticated lighting projects.