Used SANSHA ELECTRIC HKD-105AT #9194183 for sale

SANSHA ELECTRIC HKD-105AT
ID: 9194183
Power supplies.
SANSHA ELECTRIC HKD-105AT is a versatile power supply which is ideally used as a general purpose power source. It offers excellent features such as efficiency, overload protection, voltage adjustment, and high-end insulation quality. This power supply is rated with a total current output of 105A at up to 12V DC, allowing high-level DC power for machines and robotics powered by DC motors. It features high-quality class H insulation and offers IP20 protection grade to ensure that it is suitable for both indoor and outdoor use. It also provides overload protection and PTC resettable main filter to ensure optimal performance and protection against short circuit or overload. The voltage of this power supply can be adjusted by connecting the receiver and transmitter of the digital frequency converted control, which support voltage and constant speed control and provides accurate voltage adjustment. It is designed with a wide voltage input range that can accommodate voltage between 90V and 264V at 50Hz or 60Hz. This allows it to support both single and three-phase power. HKD-105AT is equipped with a stand-by power switch to prevent power loss when turning on or off the power supply. Additionally, the insulated copper bus bar helps reduce vibrations, making its usage very quiet. This sturdy power supply is highly reliable and is resistant to dust, making it suitable for industrial environments. It has a extremely low temperature rise and is protected against short circuit and overcurrent. Its low heat dissipation ensures that it is energy efficient and consumes very low power. SANSHA ELECTRIC HKD-105AT is an ideal and reliable power supply for many machines and robotics and is therefore highly recommended. Its high operational efficiency, adjustable voltage, and versatility all make it a perfect choice for commercial, industrial, and even home use. Its enclosed design reaffirms its suitability for harsh environments that would otherwise damage other power sources.
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