Alimentatore MEAN WELL MDR-100-24

The MEAN WELL MDR-100-24 is a compact DIN-rail mounted power supply that delivers up to 96 W output power with a nominal 24 V DC output. It accepts a universal AC input from 85 to 264 V at 47–63 Hz and is designed for continuous industrial and commercial use. The unit features convection cooling, low no-load power consumption and a DC OK relay contact for remote status monitoring.

Advantages

The MDR-100-24 incorporates ZCS/ZVS topology to reduce power dissipation and improve efficiency, includes multiple protections against short circuit, overload, over-voltage and over-temperature, and provides an LED power-on indicator. It is designed for installation on a TS-35/7.5 or 15 DIN rail and is factory burn-in tested at full load for reliability. No-load power consumption is less than 1 W.

Suitable for

• Industrial control cabinets and automation equipment
• Building management and HVAC systems
• Telecommunications and networking devices
• Peripheral devices and instrumentation requiring 24 V DC

Key specifications

• Model: MEAN WELL MDR-100-24 (MPN: MDR-100-24, EAN: 4021087020978)
• Output power: 96 W
• Output voltage: 24 V DC
• Input voltage: 85–264 V AC, 47–63 Hz
• Cooling: Free air convection
• Mounting: DIN rail TS-35/7.5 or 15
• Protections: Short circuit / Overload / Over voltage / Over temperature
• Indicators and contacts: LED power indicator, DC OK relay contact
• No-load power consumption: <1 W

How to use

Mount the unit on a TS-35/7.5 or 15 DIN rail and connect the AC input within the stated 85–264 V range, observing local wiring and safety standards. Connect the 24 V DC output to your load and use the DC OK relay contact and LED indicator to monitor operational status. Ensure adequate ventilation around the unit to maintain convection cooling and prevent overheating.

Recommendations

Install the MDR-100-24 in an environment free of excessive dust, corrosive gases and high humidity. Allow clearance above and below the unit for airflow, perform regular visual inspections of connections, and avoid exceeding rated output power to maintain reliable long-term operation.