Conical Technologies Released New DC-DC Converter
The DDRH-240 series offers wide voltage input range and robust safety ratings for industrial applications.
Updated on Oct. 8, 2026 in Semiconductors
Conical Technologies launched the MEAN WELL DDRH-240, a high-voltage DC-DC converter designed for versatile power management. It features extensive input voltage compatibility and meets rigorous international safety standards.
Why it matters
The converter addresses the need for reliable power conversion in environments requiring high-voltage input and surge protection. Its modular design allows for increased power output in demanding industrial settings.
The DDRH-240 supports inputs from 250 to 1500 V DC and delivers 240 W of power for 24V, 32V, and 48V models. The unit operates efficiently across temperatures from -40 to +80 C and altitudes up to 5000 metres.
The players
Conical Technologies
Conical Technologies is a specialized electronics firm that acts as a distributor for power management components.
The details
The unit installs on standard DIN rails and provides current-sharing capabilities that allow four devices to reach 960 W of power. It is engineered to withstand 1700 V DC input surges for 10 seconds while maintaining compliance with UL 1741 and IEC/EN 62109-1 standards.
Timeline
Conical Technologies released the converter in October 2026.
The Tech Race
The device's compliance with IEC/EN 62109-1 follows the established safety protocols required for industrial power systems. This unit bridges the gap between high-voltage utility needs and modular hardware design, reflecting a shift toward more robust, scalable power infrastructure.
Users can simplify industrial power setups by utilizing the DIN rail mounting and current-sharing capabilities for higher power requirements. The unit's wide temperature and altitude tolerance reduces the need for specialized cooling or environmental protection in deployments.
The takeaway
The DDRH-240 provides a flexible solution for high-voltage power conversion tasks requiring strict safety certification. Engineers should evaluate their specific voltage requirements to determine if the 200.4 W or 240 W power configurations best suit their current system loads.
Further reading
Learn more about the latest innovations in power electronics within the Semiconductors section.
Source note: This article includes information reported by Instrumentation.
