Power supply SCHROFF MAX 112 single output 100 W, model 13100103

SCHROFF MAX 112 single output 100 W (model 13100103) is a compact industrial power supply designed for rack and chassis-mounted electronics. It provides a regulated DC output intended for embedded systems, control units and telecom equipment, with continuous-operation capability and built-in protection features to maintain reliable uptime in industrial environments.

Advantages

The SCHROFF MAX 112 delivers stable power with single-output regulation suitable for sensitive electronics. Its compact form factor allows installation in tight spaces within racks or chassis while offering thermal performance that supports continuous operation. Integrated protection against overcurrent and short circuits reduces risk to connected devices and simplifies system design by minimizing the need for external protection circuitry.

Suitable for

• Rack-mounted industrial controllers and embedded systems
• Telecommunications equipment and network devices
• Control units in automation and process equipment
• Chassis-based electronics in test and measurement systems

Key specifications

• Output power: 100 W continuous
• Output type: single regulated DC output
• Form factor: compact module for rack or chassis integration
• Protection: overcurrent and short-circuit protection
• Operation: designed for continuous-duty industrial use
• Thermal management: suitable for enclosed electronic systems (thermal derating may apply)

How to use

Install the power supply into the designated rack or chassis location following the manufacturer's mechanical and ventilation requirements. Connect the AC input and the regulated DC output to the load using appropriate wiring and connectors rated for the intended current. Verify polarity and voltage settings before powering the system. During initial commissioning, monitor output voltage and temperature under expected load to confirm stable operation.

Usage recommendations

Ensure adequate airflow around the unit and observe ambient temperature limits to avoid thermal derating. Use properly sized fuses or breakers on the AC input side and ensure the DC load does not exceed the specified continuous output. For long-term reliability, schedule periodic inspections of electrical connections and ventilation paths.