Used MKS AX 7685-33 #293657359 for sale

MKS AX 7685-33 is a reliable and high-performance power supply equipment that has been designed to provide a perfect solution for contractors and design engineers. It is a single-output, adjustable-voltage, DC power supply with a maximum output power of 3300W. The unit has smooth and wide-range voltage regulation from 0-36V with a resolution of 1mV, allowing customised voltage settings for different applications. This device also features current limiting and overvoltage protection, helping to obstruct against the risk of component and system failure such as due to overloads. It also features DC/DC conversion for a wide variety of applications from varying sources of power voltage. AX 7685-33 also has an intuitive and user-friendly design with digital displays to read the voltage, current, and power parameters. The user friendly design enables ease of use for items like voltage and current adjustment with the user-friendly rotary control knob. The control knob also includes a flag for displaying the operating status of the device. The unit includes temperature control and cooling fans to ensure stabilized performance and secure operation, as these fans maintain adequate air-flow and cooling, and the temperature control allows appropriate maintenance of the machine. The device is also incredibly compact with large output power, with dimensions of 3.5in W x 12in D x 2.5in H, and has a weight of just 9 lbs. Finally, another benefit of this device is its high efficiency, with up to 92% efficiency offering almost lossless conversion and low power losses. It also boasts high-frequency PWM control, meaning that output is be smoother and more stable. All in all, MKS AX 7685-33 is a user-friendly, high-quality, and reliable power supply tool ideal for a variety of applications. This device will provide a secure and comfortable operating environment thanks to its cooling fans and temperature control, and its wide range of features benefit from the device's high efficiency and excellent stability.