SWF240P-24-R

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AC DC converters are essential for transferring power from AC power outlets to DC components, as seen in many electronics applications today. The SWF240P-24-R is a type of AC DC converter, developed by Sunny World Corp., that converts AC power into 24V DC output. The SWF240P-24-R is ideal for a variety of applications, including but not limited to industrial controls, charging stations, and controls for batteries.

The SWF240P-24-R is constructed with a die-casting aluminum structure. The core component of the unit is an insulation switching power supply. This offers various features that provide high performance and efficiency, such as input voltage range of 88V-264V AC, output for 24V DC, a ripple noise of 1% peak to peak, and overload, short-circuit and over-temperature protections.

The SWF240P-24-R can be used in multiple applications. It is perfect for controlling relays, hydraulic and pneumatic solenoids, and motors that require 24V DC power. It is also ideal for medical equipment, emergency lighting systems, and LED lighting that needs constant voltage. Additionally, its slim design and high efficiency offer great benefits for fastening and power control on constructions sites, in industrial facilities, and in boats and automobiles.

The SWF240P-24-R is designed with a working principle guaranteed to meet the highest standards. Its insulation switching power supply technology starts when the current flows through the primary winding of a transformer. From this, the input voltage is stepped-down and transferred to the secondary winding, providing 24V DC output. Its insulation system achieves a low leakage current level and ensures that all the components on the printed circuit board are insulated. This means it is a reliable source of power conversion.

The SWF240P-24-R is a cost-effective, efficient, and reliable AC DC converter ideal for a variety of applications. Its slim design and insulation switching power supply technology provide benefits of safety and reliability. Additionally, its wide input voltage range, overload, over-temperature, and short-circuit protections provide increased performance and extend its life expectancy.

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