Voeding INTER-TECH SDN 24-60 24V 60W

INTER-TECH SDN 24-60 is a DIN-rail mounted power supply that provides a regulated 24 V DC output with a maximum power of 60 W. Engineered for industrial and automation environments, this compact unit supplies stable low-voltage power to control systems, sensors, actuators and peripheral devices. Its slim housing and DIN rail compatibility allow straightforward installation in control cabinets and distribution panels where a reliable 24 V source is required.

Advantages

The device offers continuous 24 V regulation and a 60 W power rating that supports a range of automation loads while maintaining voltage stability under varying input conditions. Its DIN-rail form factor reduces panel space requirements and simplifies wiring. Designed to meet common industrial installation needs, the supply includes thermal and overload protection to help prevent damage to connected equipment and to the unit itself.

Suitable for

• Powering PLCs, industrial controllers and I/O modules
• Supplying sensors, transducers and measurement devices
• Driving small actuators, relays and contactors
• Use in control cabinets, distribution boxes and machine panels
• Backup or secondary 24 V sources in automation systems

Key specifications

• Output voltage: 24 V DC regulated
• Maximum output power: 60 W
• Mounting: DIN-rail compatible compact housing
• Intended application: industrial and automation power supply
• Protections: thermal and overload protection (built-in)

How to use

Install the unit on a standard DIN rail inside an electrical enclosure, ensuring adequate ventilation and clearance from heat sources. Connect the AC input to the appropriate mains terminals according to local regulations and connect the 24 V DC output to the load, observing correct polarity. Verify the output voltage with a multimeter before connecting sensitive devices, and ensure total load current does not exceed the rated capacity.

Recommendations

Place the power supply in a dry, dust-free environment with ambient temperature within the manufacturer's specified range. Avoid mounting near strong heat sources or in locations subject to excessive vibration. For longer system reliability, allow some reserve capacity by sizing the supply above the nominal continuous load and implement proper fusing on the output side as required by the installation standards.