Achieves up to 94% efficiency through advanced switching technology, significantly reducing heat generation and power consumption compared to conventional power supplies. This high-efficiency operation translates to lower operating costs, reduced thermal stress on components, and increased reliability in continuous operation applications.
Designed to function reliably in extreme environments with an operating temperature range from -25°C to +70°C. The robust thermal design includes advanced cooling techniques and high-quality components selected for temperature stability. Automatic thermal management gradually reduces output power at elevated temperatures to maintain safe operation without complete shutdown.
Incorporates multiple protection mechanisms including short-circuit protection, overload protection with constant current limiting, overvoltage protection, and thermal protection with automatic derating. Advanced electronic protection circuits respond in milliseconds to fault conditions, preventing damage to both the power supply and connected equipment while maintaining system availability.
Achieves up to 94% efficiency through advanced switching technology, significantly reducing heat generation and power consumption compared to conventional power supplies. This high-efficiency operation translates to lower operating costs, reduced thermal stress on components, and increased reliability in continuous operation applications.
Designed to function reliably in extreme environments with an operating temperature range from -25°C to +70°C. The robust thermal design includes advanced cooling techniques and high-quality components selected for temperature stability. Automatic thermal management gradually reduces output power at elevated temperatures to maintain safe operation without complete shutdown.
Incorporates multiple protection mechanisms including short-circuit protection, overload protection with constant current limiting, overvoltage protection, and thermal protection with automatic derating. Advanced electronic protection circuits respond in milliseconds to fault conditions, preventing damage to both the power supply and connected equipment while maintaining system availability.
Engineered to operate with three-phase AC input (3AC) for stable and efficient power delivery in industrial environments. The balanced load distribution across three phases reduces stress on individual components and improves overall reliability. This design also provides resilience against phase loss, with the ability to continue operation at reduced capacity if one phase fails.
Features 8 individually configurable output channels that can be programmed via IO-Link for specific load requirements. Each channel can be separately monitored and configured with different parameters including voltage adjustments, current limiting thresholds, and response times to fault conditions, providing unprecedented flexibility for complex industrial applications.
Integrated IO-Link interface enables seamless integration with industrial automation networks, providing advanced diagnostics, remote configuration capabilities, and real-time monitoring of operating parameters. This Industry 4.0 ready functionality allows for predictive maintenance and enhanced system reliability through continuous status reporting of power supply performance metrics.
289.99
High-performance 480W industrial power supply with 3-phase AC input and 24V DC output at 20A. Features IO-Link communication, 8 configurable channels, and robust protection for demanding industrial environments.
Monday to Friday from 9 am to 6 pm