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Installation of Eaton's DIN rail industrial UPS
2:39
In this video we demonstrate how to install a DIN rail mounted UPS.
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What is a UPS and how does it work?
12:32
Dan Carnovale explains what UPSs are and how they work. Also, how UPSs not only provide resiliency through power outages but can also address up to nine power issues.
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Everything as a Grid: Meeting the energy demands of the future
7:33
Electrification and digitalization are increasing energy demands. However, the energy transition along with Eaton’s Everything as a Grid approach creates an opportunity to increase grid resiliency while reducing carbon footprint and energy costs.
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Everything as a Grid: Meeting the energy demands of factories
6:47
Advancements in technology offer factories greater monitoring and control capabilities but increase the need for clean and consistent power. Eaton’s Everything as a Grid approach can provide that energy while also reducing downtime and energy costs.
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Everything as a Grid: Meeting the energy demands of homes
9:25
Advancements in renewables, energy storage and digitalization make it easier for homeowners to reduce their energy costs. The energy transition is also empowering them to convert their homes into energy hubs to support and stabilize the power grid.
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Everything as a Grid: Meeting the energy demands of buildings
9:23
With Eaton’s Everything as a Grid approach, buildings can be reimagined as energy producers in support of the power grid. This allows buildings to increase efficiency, resiliency and create revenue streams all while reducing their carbon footprint.
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Everything as a Grid: Meeting the energy demands of data centers
9:24
The scale of data centers and their energy demand is increasing with the acceleration of big data. The energy transition and Eaton’s Everything as a Grid (EaaG) approach can support data centers to pivot from energy consumers to energy producers.
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Medium voltage drives and synchronous transfer control
15:52
In this video we discuss medium voltage drives and illustrate the synchronous transfer system in various applications.
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Surge protection device (SPD) installation
13:16
This video demonstrates the steps for installing a surge protective device (SPD). We go through the process starting with prep work, ensuring the correct type of SPD is selected, installing it correctly and finally energizing the SPD.
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Low-voltage switchgear
19:28
Low-voltage switchgear has a vital role within power distribution systems. Erik Hurd, Senior PSEC Engineer, discusses what low-voltage switchgear is, design options, main features, and safety technologies.
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Locating hot spots within electrical gear using a permanent thermal scanning solution: Continuous thermal monitoring
11:19
Application Engineer Yzhi Alexander explains how a continuous thermal monitoring system can increase production time, equipment life and worker safety.
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