Used ADVANCED ENERGY Pinnacle 3152362-011B #75411 for sale

ADVANCED ENERGY Pinnacle 3152362-011B
ID: 75411
Power supply.
ADVANCED ENERGY Pinnacle 3152362-011B is a high performance power supply designed to provide reliable and efficient power in demanding industrial and laboratory applications. Pinnacle 3152362-011B has a wide range of power range options for any application and an adjustable output voltage range of 0 to 700V. It offers high precision voltage and current adjustment. With a high stability, it offers an accuracy of ±0.2% of the set value over a long period of time with very low ripple and noise. Physical features: The Dimensions of ADVANCED ENERGY Pinnacle 3152362-011B are 6.7x 27x 19.75 inches (HxLxW) and it weighs around 24 Kg. Pinnacle 3152362-011B's case is designed for horizontal or vertical orientation, making it ideal for use in a variety of different application environments. It also features a built-in power factor correction which reduces electromagnetic interference. Performance and safety features: ADVANCED ENERGY Pinnacle 3152362-011B features a switch-mode configuration that reduces power loss while providing superior efficiency and reliability. It also has an adjustable current limit of 0 - 5 A and voltage monitor accuracy of 0.1%. The power supply's over-temperature protection circuits are also designed to protect components in the event of an overload or thermal failure. In addition, Pinnacle 3152362-011B has a wide selection of safety protection systems in place. The power supply is equipped with IEC 61010-1, UL60950-1, and CSA C22.2 safety standards. Its many protection systems include over voltage, over current, open and short circuit, over temperature, and surge protection. ADVANCED ENERGY Pinnacle 3152362-011B is designed to provide reliable power for industrial and laboratory applications. It offers a wide range of adjustable output voltage and current settings with high accuracy, low ripple, and low noise. Its construction and safety features provide reliable and efficient performance while protecting components in the event of a thermal failure or overload.
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