Used ASM Epsilon E2000 RP #9308389 for sale

ASM Epsilon E2000 RP (Radial Power) Reactor is a high-temperature nuclear reactor designed for use in space and deep-space exploration as a reliable near-term power source. It is highly efficient, lightweight and utilizes a variety of advanced design features that enable it to operate safely and dependably in the harsh environment of outer space. At its core, the E2000 RP Reactor features a unique thermoelectric system with a lead-bismuth eutectic (LBE) fuel, incorporating a driver and load assembly that provides a high-temperature environment to maximize efficiency and produce heat. The fuel is contained in a "fire-tube" arrangement, which allows it to remain heated and secure while operating. The reactor also features a radial-power nozzle that significantly increases the fuel efficiency, which in turn allows for improved thermal energy and higher temperatures with reduced fuel consumption. To ensure safe operation, the reactor incorporates a number of safety measures, including automatic shutdown, vibration and radiation monitoring systems as well as a number of different and redundant reactor control systems. Additionally, the reactor core is installed in a robust mechanical containment vessel that also helps reduce any potential for radiation leaks. The E2000 RP Reactor is relatively small and lightweight, making it a suitable choice for deep-space exploration, satellites, and other similarly small systems. It is designed and built to meet the strictest safety standards, and its lead-bismuth eutectic fuel enables high-efficiency operation without the need for expensive fuel handling and refueling equipment. Additionally, it has a high power density and can run for extended periods without refueling. ASM EPSILON E2000RP Reactor is an efficient, space-aged, and reliable power solution for a variety of applications and environments. It features a unique thermoelectric system with a LBE fuel, as well as a radial-power nozzle designed for maximum efficiency and safety. Its size and weight make it suitable for small crafts and its reliability and consistent performance make it an ideal choice for effectively powering deep-space and satellite infrastructure.