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LED Switching Power Supply eSPe LNF-6024 24V 60W 2.5A IP20
LED Switching Power Supply eSPe LNF-6024 24V 60W 2.5A IP20
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LED Switching Power Supply eSPe LNF-6024 24V 60W 2.5A IP20
Leave your address - as soon as the price of the product goes down, you'll know about it right away
LED Switching Power Supply eSPe LNF-6024 24V 60W 2.5A IP20
LED Switching Power Supply eSPe LNF-6024 24V 60W 2.5A IP20
eSPe LNF-6024 is a switching LED power supply that delivers a stable 24V DC output with up to 60W of power and a maximum current of 2.5A. Intended for indoor use with IP20 protection, this compact impulse design converts mains voltage to a regulated low-voltage supply suitable for LED strips, modules and small lighting systems. Built-in protection features help maintain reliable operation in residential and commercial fixtures.
The unit provides consistent 24V regulation and efficient power conversion in a compact housing suitable for confined installations. Integrated short-circuit and overload protection reduce the risk of damage to connected LEDs and the power supply itself. Its low-profile design simplifies mounting in cabinets, distribution boxes and behind luminaires while ensuring stable output for continuous or dimmable LED setups when compatible controllers are used.
Install the power supply in a dry, ventilated indoor location with adequate clearance for heat dissipation. Connect the mains input to the appropriate live and neutral terminals and connect the 24V DC output to the LED load, observing correct polarity. Verify that the total connected LED power and current do not exceed the rated 60W and 2.5A. After wiring, switch on the mains and check output voltage and LED operation. If using with dimmers or controllers, ensure compatibility with a 24V constant-voltage supply.
For reliable long-term operation, avoid mounting the unit in fully enclosed, poorly ventilated spaces and keep it away from direct heat sources. Ensure total LED load remains below the rated power and allow for a safety margin when planning multiple strips or modules. Use compatible controllers and wiring sized for the current to minimize voltage drop on longer runs.
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