WR9HA2000CCPMFR6B

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The WR9HA2000CCPMFR6B is an AC DC desktop, wall adapter that is widely used in both residential and commercial areas. The device is capable of converting standard AC current to a more specialized DC current, which allows for a variety of applications such as powering small household appliances, televisions, computers, tablets, and more.

The WR9HA2000CCPMFR6B is a highly efficient device due to its advanced design and construction. It features a durable plastic housing that helps protect its components from damage. The device also incorporates a built-in temperature-controlled fan system for air circulation and to allow the device to run at a low temperature. Additionally, the device includes an over-voltage protection feature and an inductive power supply for additional safety.

The WR9HA2000CCPMFR6B is designed with a 100 to 240-volt input range, allowing the adapter to be used in multiple countries and regions. The device also has an auto-switching capability that allows it to be used with standard, non-customized power outlets. Additionally, the device is equipped with active power factor correction, enabling it to achieve a peak efficiency of over 85%.

The WR9HA2000CCPMFR6B is powered by a highly efficient 15-watt AC to DC converter. The device is designed to convert the incoming AC current into a low-voltage, high-current DC output that is suitable for powering a wide variety of electronic devices. The device is also capable of delivering up to 6 amps and 2000mA of steady power to the device that it is powering. In addition, the device has a wide output voltage range of 5 to 24 volts, making it ideal for powering devices of many different power requirements.

The WR9HA2000CCPMFR6B is an excellent choice for powering both residential and commercial electronics. The device features a durable and robust design, along with advanced power supply protection features for added safety. Additionally, the device is designed for optimal efficiency with its auto-switching capability, active power factor correction, and wide output voltage range.

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