Unlike a fuse, the VACON NXP DCGuard can easily be reset and restarted once fault conditions have been removed. This will remove barriers for end users who are reluctant to switch to more efficient DC systems due to concerns over short circuit fault currents.
EdgeCool is designed to cool mission critical equipment in any standard 19-inch server rack with little or no costly modifications. This allows end users to strategically place their important data centers almost anywhere.
Mission Critical’s 2022 Top Tier Product Awards showcase the best in DC power disaster preparedness, generators, power systems, routers, safety, security, servers, software, thermal management, and UPSs
Mission Critical’s 2022 Top Tier Product Awards showcase the best in data center edge technologies, generators, IT equipment, management systems, power solutions, safety, security, software, thermal management, and UPSs.
The Vertiv Liebert GXT5 Lithium-Ion is a true online double-conversion uninterruptible power supply (UPS) with lithium-ion internal batteries that has been engineered to fully isolate critical IT from power problems.
The InRow Economizer 300mm series is the newest close-coupled cooling solution from Schneider Electric and an optimal choice for edge and enterprise customers.
InformaCast with Incident Management is mass notification and critical event management software that allows users to group all of their messages and resources under specific scenarios.
The CyberSecure Monitoring solution by SolarEdge is among the world’s first integrated hardware-based cloud monitoring solutions for critical power infrastructure.
Mast All Electric 16 Foot (MMAE16) Mobile Elevating Work Platform (MEWP), MEC Aerial Work Platforms
August 16, 2022
MEC boasts an eco-friendly solution to make work more efficient and more productive with its MMAE16. The all electric design is ideal for mission critical environments because no hydraulic oil means zero possibility of leaks.
The Vacon NXP DCGuard is a device that maintains the safety and stability of a DC grid system by detecting and cutting off any faulty direct currents (DCs) within 50 microseconds and, thereby, protecting the surrounding equipment by preventing brownouts associated with typical fuse or breaker protections that take up to 100 times longer to trip.