Used MKS Astron #293591903 for sale

MKS Astron is an advanced power supply designed for the demanding conditions of an astronomical observatory. Its integrated surge and noise protection ensures that even in harsh conditions the supply remains reliable and performs optimally. This power supply is built on a high-end, temperature-compensated design making it especially suited to remote-sensing installation and night-time research. MKS ASTEX ASTRON power supply has four levels of output voltage, and utilizes an automatic voltage selection switch, allowing users to select between 135, 140, 145 and 150 volts AC output. The supply also has four levels of current control, up to 10.4 amperes, which allows for a wide range of power requirements. Additionally, the uniform and adjustable DC current output allows for an even distribution of energy, as well as an adjustable output frequency, allowing the user to fine-tune the supply to a particular device. Astron is highly efficient, boasting a maximum efficiency of around 95%, reducing the amount of power lost as waste heat. This efficiency allows the supply to operate at peak performance conditions with minimal input energy. This lowers energy costs and in turn makes it an reliable and energy efficient supply to use. ASTEX ASTRON offers good durability with a wide temperature range (-20 to +50 degrees Celsius), and a humidity rating of up to 95%. All in all, this ensures minimum maintenance requirements, and a long lifespan for the unit. MKS Astron also has a range of safety features, including short circuit protection, over current protection, and over voltage protection. This allows for peace of mind that the supply can operate reliably and for prolonged periods of time. In conclusion, MKS ASTEX ASTRON is perfect for any demanding astronomical application. It is highly efficient, robust and boasts a range of safety features. Apart from being great for astronomers, this supply is suitable for any other demanding application where reliability, expense and efficiency are a must.