LPP-150-7.5

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AC DC converters are electrical devices that convert AC electricity into DC electricity, enabling direct current power to be used with AC powered electrical equipment. The LPP-150-7.5 is a AC DC converter specifically designed for industrial use. It has an output voltage of 150 VDC at 7.5 A.

Application Field

The LPP-150-7.5 is designed for use in more demanding industrial settings, such as automotive manufacturing, manufacturing plants, and power control systems. It is suitable for use in a wide range of applications, as it can be customized for specific purposes. Its input range is wide, on 100 - 300 VAC per phase. It also has a wide operating frequency range, making it suitable for different types of motors and power supplies. Its output voltage is constant and it can sustain power loads up to 50,000W.

Working Principle

The working principle of the LPP-150-7.5 is relatively simple. When AC power is applied to its input, it converts the AC voltage to DC voltage through a rectification process. The rectifier diode alternately closes and opens, allowing pulsating DC voltage to pass through the relay and switch contacts. Then, the integrated circuit filters out the pulsating voltage and re-converts it into a steady DC voltage.

The LPP-150-7.5 is equipped with numerous features that make it suitable for industrial use, such as thermal overload protection, short circuit protection, and self-diagnostic circuitry. It also includes features that make it energy efficient, such as high efficiency transformers, pulse width modulation switching mode, and standby and sleep modes.

Conclusion

The LPP-150-7.5 AC DC converter is an electrical device that is specifically designed for industrial applications. It is able to convert AC voltage into DC voltage, allowing direct current power to be used with AC powered electrical equipment. It has numerous features that make it suitable for industrial use, such as thermal overload protection, short circuit protection, and self-diagnostic circuitry. It is also energy efficient, making it an ideal choice for industrial settings.

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