Fonte de alimentação para calha DIN QOLTEC 24V 2.5A 60W cinzento

QOLTEC DIN rail power supply 24V 2.5A 60W in a gray enclosure delivers a regulated 24 volt DC output with a maximum current of 2.5 A and continuous rated power of 60 W. Engineered for mounting on standard DIN rails, the unit is intended for installation inside control cabinets and electrical panels to provide stable low-voltage power to industrial controllers, PLCs, automation modules, LED drivers and other 24V devices. The compact housing and standardized rail interface allow space-efficient integration into existing electromechanical systems.

Advantages

The power supply offers continuous 60 W output with short-circuit and overload protection designed to maintain reliable operation under typical industrial loads. Its regulated 24 V output minimizes voltage fluctuations to protect connected equipment. The gray metal/plastic enclosure provides mechanical protection and enables convenient DIN-rail mounting for fast installation and replacement. Thermal design supports steady performance in enclosed cabinets.

Suitable for

Key specifications

How to use

Mount the power supply onto a standard DIN rail inside a suitably ventilated control cabinet. Connect the AC input wiring to the designated input terminals following local electrical codes and ensure correct grounding. Connect the 24 V DC output terminals to the downstream devices, observing correct polarity. After wiring, apply mains power and verify the output voltage with a multimeter before connecting sensitive equipment. Follow service intervals and inspect terminal tightness periodically.

Recommendations

Install the unit in an environment within the manufacturer's specified temperature range and allow clearance for airflow. Avoid mounting near high-heat sources or in areas with excessive dust or moisture. Use appropriate fusing on the primary and secondary circuits as required by local regulations. For LED lighting applications, verify inrush current and total load to ensure the 2.5 A rating is not exceeded.