PULS ML95.100 fuente de alimentación para carril DIN 24V 3,95A 95W salida única

Industrial control panels often struggle with unstable DC power that can cause sensor errors or controller resets. The PULS ML95.100 DIN rail power supply solves this by converting single-phase AC input into a regulated 24 V DC output with 3.95 A current, delivering 95 W of reliable power for automation systems, PLCs, and machine controls.

Who is it for

This unit is built for panel builders, system integrators, and maintenance engineers who need a compact, high-efficiency power source that mounts directly onto standard DIN rails. It suits applications in factory automation, building control, and process instrumentation where space is limited and uptime is critical.

Main features

• Wide AC input range: 85–264 V AC, 50/60 Hz for global compatibility
• Stable 24 V DC output with 3.95 A current and 95 W total power
• High efficiency above 90% at 230 V AC nominal load reduces heat and energy costs
• Integrated overload and short-circuit protection with constant current limiting and auto recovery
• Low ripple and noise below 50 mVpp for sensitive electronics
• Operating temperature range from -25 °C to 70 °C for harsh environments
• Screw terminal connections for secure input and output wiring
• Compact polycarbonate housing for DIN rail mounting

Specifications

• Input voltage: 85–264 V AC
• Input frequency: 50/60 Hz
• Output voltage: 24 V DC
• Output current: 3.95 A
• Output power: 95 W
• Number of outputs: 1
• Efficiency: >90% at 230 V AC nominal load
• Ripple and noise: <50 mVpp
• Operating temperature: -25 °C to 70 °C
• Protection: Overload and short circuit (constant current, auto recovery)
• Connection: Screw terminal block (input and output)
• Housing material: Polycarbonate
• Surge protection: Integrated

Tips

Mount the unit with adequate ventilation to maintain full output power up to 70 °C. Use appropriate wire sizes for the screw terminals and ensure the DIN rail is properly grounded. For redundant power systems, consider paralleling multiple units with external decoupling diodes.