Used MKS / ASTEX AX 3076 #293635791 for sale

MKS / ASTEX AX 3076 is a highly advanced, digital power supply designed for precise control over a wide range of voltage and current applications. With its state-of-the-art technology and precise control, this model provides an excellent solution for various fields of industry and research. MKS AX 3076 features a highly accurate, precision-controlled analog design. It is capable of providing constant transfer curves and accuracy over a wide range of voltages and currents, and its digitally-controlled operation enhances its accuracy and reliability. The unit features a maximum output power of 1,500 watts and is capable of reaching any voltage or current up to 0-30V and 0-60A respectively. The unit is equipped with a wide range of features, starting with its programmable auto-scaling and auto-ranging capabilities, allowing users to switch between a wide range of voltage and current settings. ASTEX AX 3076 also offers a built-in electronic overload protection system that helps to protect the power supply from potential damage due to over-voltage or over-current conditions. It also features an adjustable output voltage and current limit that can be set to achieve desired levels of performance. In addition to providing excellent accuracy and control, AX 3076 also offers excellent operational flexibility. The unit can be operated with a CAN (Controller Area Network) bus connection allowing it to be connected to other CAN-based instruments and networked with multiple power supplies for greater control. The unit also includes a high resolution display that gives users the ability to view accurate voltage, current and power values. MKS / ASTEX AX 3076 features a variety of options that make it highly effective for various applications. It also provides several auxilary functions, including data logging capabilities and temperature sensing. MKS AX 3076 is a cutting-edge power supply that presents a flexible solution for many industrial and research applications. Its high levels of accuracy, reliability and flexibility make it an ideal choice for a wide range of applications, including laboratory automation, medical device applications, semiconductor and photovoltaic research and industrial test and control applications.