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Switching Power Supply NA DL2-100-24-U, model DL2-100-24-U
Switching Power Supply NA DL2-100-24-U, model DL2-100-24-U
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Switching Power Supply NA DL2-100-24-U, model DL2-100-24-U
Leave your address - as soon as the price of the product goes down, you'll know about it right away
Switching Power Supply NA DL2-100-24-U, model DL2-100-24-U
Switching Power Supply NA DL2-100-24-U, model DL2-100-24-U
The NA DL2-100-24-U is a DIN-rail switching power supply designed to deliver a stable 24 V DC output for industrial control panels and automation equipment. Housed in a compact rail-mount enclosure, this AC/DC converter provides continuous power suitable for PLCs, sensors, relays and other electronic modules that require a reliable 24 V supply in cabinet or machine-room installations. The unit is intended for applications where space efficiency and straightforward DIN-rail mounting are priorities.
This switching power supply offers regulated 24 V output with design focused on compactness and compatibility with standard industrial mounting systems. The converter minimizes power loss through efficient switching topology and is built to integrate easily into control cabinets. Its rail-mounted format simplifies installation and wiring, while the stable output reduces the risk of malfunction in connected automation components.
Install the unit onto a standard DIN rail inside the control cabinet and secure electrical connections according to the system wiring diagram. Connect the AC mains input to the supply terminals observing correct phase and protective-earth wiring. Route the 24 V DC output to the load circuits, ensuring polarity and current capacity match the connected devices. Follow local electrical codes and switch off mains power before installation or maintenance to ensure safety.
Place the power supply in a ventilated area within the cabinet and avoid mounting directly adjacent to heat sources. Verify the total current draw of connected devices does not exceed the converter’s rated output capacity. Use appropriate fusing or overcurrent protection on the output and follow recommended grounding practices for reliable and safe operation.
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