DIN rail power supply Eco Light PREMIUM 12V 15W

Eco Light PREMIUM DIN rail power supply provides a regulated 12 V DC output with a maximum power of 15 W, designed for mounting on standard 35 mm DIN rails in control panels and electrical cabinets. Its compact form factor and screw terminal connections make it suitable for supplying LED strips, small automation modules, sensors and other low-power devices that require a stable low-voltage source. The unit is intended for indoor electrical installations where space-saving and straightforward wiring are priorities.

Advantages

The power supply offers steady 12 V DC output with built-in regulation to maintain voltage stability under typical load conditions. Its DIN-rail mounting format enables quick installation and secure attachment inside distribution enclosures. Screw terminal connections ensure reliable wiring and ease of maintenance. The compact dimensions reduce panel space consumption and allow integration alongside other control components.

Suitable for

• LED strip lighting and small lighting circuits
• Low-power automation modules and controllers
• Sensors and monitoring devices requiring 12 V DC
• Control cabinets, distribution panels and machine enclosures

Key specifications

• Output voltage: 12 V DC
• Output power: 15 W (maximum)
• Mounting: standard 35 mm DIN rail
• Connection type: screw terminals for input and output
• Form factor: compact DIN-rail housing suitable for control panels
• Application environment: indoor electrical cabinets and control panels

How to use

Mount the unit on a standard 35 mm DIN rail in a dry, ventilated enclosure. Connect the AC supply to the input screw terminals following local wiring regulations and ensuring the supply is switched off during installation. Connect the 12 V DC load to the output screw terminals, observing correct polarity. After wiring, restore the AC supply and verify the DC output voltage with a meter before connecting sensitive devices.

Usage recommendations

Ensure adequate ventilation around the power supply and avoid installing it next to high-heat sources. Verify that the combined load of connected devices does not exceed 15 W and use appropriate fusing or overcurrent protection on the input side in accordance with local standards. For long cable runs, consider voltage drop and select suitable conductor sizes to maintain stable 12 V at the load.