Used JESAGI JSPCS-700 #9100072 for sale

JESAGI JSPCS-700 is a high quality power supply designed to provide reliable, clean and consistent power to electronic devices. This power supply is constructed from industrial-grade materials, ensuring robust performance in any application. It has an efficiency rating of 89 percent, making it one of the best models available on the market. JSPCS-700 is a full bridge topology design with 900VAC full range input voltage. The power supply features uncompromising quality in terms of reliability, low noise, and ripple. It is equipped with overvoltage, overcurrent, short circuit and over temperature protection, as well as active current sharing. This ensures it is highly reliable and safe for use in a variety of applications. JESAGI JSPCS-700 produces a maximum output of 700 W with a 200-500 VDC adjustable output. It has a wide cooling range of -10 to +45 degrees Celsius and a high power density of 0.33W/cm3. It also features a built-in cooling fan that operates quietly. JSPCS-700 is a highly efficient and reliable power supply designed to meet stringent requirements in any application. It has a high efficiency rating of 89 percent, making it more power conscious than many other power supplies on the market. Additionally, its active current sharing feature ensures it can handle high peak loads without any issues. JESAGI JSPCS-700 has been designed with safety in mind. Not only does it have built-in protection against overvoltage, overcurrent and short circuit, but it also features temperature protection. This increases its safety and makes it suitable for sensitive applications. Overall, JSPCS-700 is an excellent power supply that provides reliable, clean, and consistent power in any application. Its high efficiency rating and built-in safety features make it a good choice for applications where reliability and safety are paramount. With its impressive performance and wide cooling range, there's no doubt that JESAGI JSPCS-700 is an excellent choice for any electronic device in need of reliable power input.