Used MKS / ENI LVF-3527A #9240084 for sale

MKS / ENI LVF-3527A is a power supply specifically designed for providing clean and consistent power in numerous industries and applications. It provides a regulated output voltage and current up to 3500V, 27A at 60Hz and a maximum output of 100KW. It features a reliable, ultra-low ripple, and full three-phase output, as well as built-in overvoltage protection, open-circuit protection, and a wide operating temperature range. MKS LVF-3527A is an isolated power supply, meaning that it is designed to operate when the user is in a hazardous environment. It has a low-inductance power transformer which provides superior electrical isolation between its input and output, allowing it to not be affected by various external electrical sources. A remote analogue voltage control option is available to fine-tune the output of ENI LVF-3527A to the exact voltage your application requires. LVF-3527A has dynamic tracking protection to protect against overcurrent and shorted outputs, as well as built-in surge suppression to protect against voltage and frequency disturbances. Furthermore, it is readily convertible to single-phase operation and features a wide operating temperature range, allowing for use in a range of operating environments. MKS / ENI LVF-3527A features a variety of output connectors designed to accommodate various applications. It has two test ports for testing functionality, as well as a plug-in temperature indicator which provides easy monitoring of the supply's internal temperature. Additionally, MKS LVF-3527A is housed in a durable, lightweight enclosure and is designed to be easily mounted to your application. Overall, ENI LVF-3527A is a reliable power supply ideal for hazardous environments or remote control applications. With its low-inductance power transformer, low ripple, and dynamic tracking protection, it ensures clean, consistent, and regulated power. It can be used in numerous applications and, with its configurable output, has the versatility to meet your specific requirements.