When was the last time your facility experienced a terrible electrical failure that left operations at a standstill and resulted in thousands in lost revenue? Hopefully never - and if you want it to stay that way, read this guide. Learn more at https://electricalpowerandcontrol.com/how-prevent-industrial-electrical-catastrophe/
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Electrical System Disaster Prevention &
Emergency Planning Tips
An electrical disaster is exactly what it sounds like: a
sudden, large-scale failure of an electrical system that
results in disruptions to operations.
In an industrial facility,
catastrophic events include
substation fires, arc blasts,
voltage spikes, and overloaded
panels.
Common causes of disasters are aging infrastructure, loose connections, overloaded
circuits, environmental stress, arc flash and blast, poor maintenance, and installation
errors.
High-vibration environments can corrode
conductors and wear down insulation, which may
result in arc flashes or thermal runaways.
Outdated equipment is also prone to overloads.
To avoid power outages, it’s important for you to
evaluate your facility’s electrical systems regularly.
Infrared thermography and smart sensors are great
tools for this.
You can bolster the reliability of your electrical systems by ensuring they are designed with
redundancies. Just make sure you never neglect routine maintenance.
https://electricalpowerandcontrol.com/how-prevent-industrial-electrical-catastrophe/
https://electricalpowerandcontrol.com/how-prevent-industrial-electrical-catastrophe/
Learn more at: https://electricalpowerandcontrol.com/how-prevent-
industrial-electrical-catastrophe/
Emergency Planning Tips
An electrical disaster is exactly what it sounds like: a
sudden, large-scale failure of an electrical system that
results in disruptions to operations.
In an industrial facility,
catastrophic events include
substation fires, arc blasts,
voltage spikes, and overloaded
panels.
Common causes of disasters are aging infrastructure, loose connections, overloaded
circuits, environmental stress, arc flash and blast, poor maintenance, and installation
errors.
High-vibration environments can corrode
conductors and wear down insulation, which may
result in arc flashes or thermal runaways.
Outdated equipment is also prone to overloads.
To avoid power outages, it’s important for you to
evaluate your facility’s electrical systems regularly.
Infrared thermography and smart sensors are great
tools for this.
You can bolster the reliability of your electrical systems by ensuring they are designed with
redundancies. Just make sure you never neglect routine maintenance.
https://electricalpowerandcontrol.com/how-prevent-industrial-electrical-catastrophe/
https://electricalpowerandcontrol.com/how-prevent-industrial-electrical-catastrophe/
Learn more at: https://electricalpowerandcontrol.com/how-prevent-
industrial-electrical-catastrophe/