Used MKS Astron e/ex #9204083 for sale

MKS Astron e/ex is a power supply that utilizes a regulated DC power source to provide clean, stable power supply in a variety of applications. This reliable and dependable power supply is suitable for use in laboratories, industrial, and commercial settings. With its high power factor performance and low voltage ripple characteristics, the Astron e/ex is suitable for a range of applications requiring clean, reliable power. The Astron e/ex is available in a variety of voltage and power levels, enabling users to select the most suitable power supply for their needs. The design and construction of the product incorporates robust protective features such as short-circuit protection, over-voltage protection, over-temperature protection, and an accurate and dependable output voltage stability while power is being delivered. The Astron e/ex utilizes advanced PWM control circuitry and has a low standby power consumption, making it an efficient and cost-effective power supply. It is designed with an isolated primary and secondary circuit that significantly reduces a system's susceptibility to Electromagnetic Interference (EMI). This supply utilizes high-quality components, has numerous power protection circuitry, and advanced thermal design with an extended -20 to 63°C operating temperature range. Designed to minimize the size and weight, the Astron e/ex is a compact 1U form factor that can be flush mounted or used with an optional mounting kit to fit in challenging spaces. The Astron e/ex can be joined together with other Astron supplies to output up synchronous voltages to build an UPS/SPS, and it also has built-in LED indicators to check power system status at a glance. In conclusion, the Astron e/ex power supply is a reliable and dependable solution for providing clean, stable power to a variety of applications. It has a compact form factor which enables users to select the best power supply for their needs. Moreover, the Astron e/ex is protected with multiple power protection circuitry, and is extremely efficient with low standby power consumption.