The Chroma-Q CBPSU-30 is a high-capacity, 2U rack-mountable power supply unit specifically engineered to power extensive arrays of Chroma-Q Color Block LED lighting fixtures in professional entertainment, architectural, and event production environments. This centralized power solution is designed to replace numerous individual power adapters, dramatically simplifying cable management, improving system reliability, and providing a clean, organized power distribution hub within a standard equipment rack. Its primary function is to convert standard AC mains power into the stable, regulated 24V DC required by the Color Block fixtures, distributing it across multiple protected output circuits to support large-scale installations or touring rigs.

Constructed with a robust steel chassis, the CBPSU-30 is built for the demanding conditions of touring and permanent installation. It features a substantial number of high-current output ports, each protected by electronic safeguards against short circuits, overloads, and over-temperature conditions, ensuring the safety of both the power supply and the valuable LED fixtures. The unit's intelligent thermal management, often incorporating convection cooling and temperature monitoring, allows it to operate reliably even when fully loaded in enclosed rack spaces. Front-panel indicators provide clear visual status of power, output activity, and any fault conditions, enabling quick diagnostics during setup or operation.

Integration is streamlined through professional connectors, including a robust IEC mains inlet and locking output connectors keyed specifically for Chroma-Q's ecosystem to prevent misconnection. The rack-mount form factor allows it to be securely installed alongside lighting controllers, dimmers, and other system components, creating a consolidated and professional technical footprint. For lighting designers and technicians building scalable, powerful LED arrays, the Chroma-Q CBPSU-30 provides a dependable, high-power foundation that ensures consistent performance and simplifies the complexity of powering modern LED lighting systems.