What is a Motor Control Center (MCC)? Eaton explains
1:02
#MotorControlCenter #ElectricalEngineering #PowerManagement Explore the components and functionality of Motor Control Centers (MCCs) in this informative video by Eaton. Motor Control Centers (MCCs) are electrically enclosed assemblies composed of sections with a common horizontal power bus. Each vertical section contains motor control starters that receive power from a vertical bus connected to the horizontal power bus. A motor starter unit, or "bucket," includes components like breakers, contactors, and overload relays to control power to motors or loads. These components are rated based on voltage, current, frequency, and horsepower. Key components of a motor starter unit: Breaker or fusible switch | Contactor | Overload relay Learn more about the detailed structure and functionality of MCCs at Eaton.com/MCC
#MotorControlCenter #ElectricalEngineering #PowerManagement Explore the components and functionality of Motor Control Centers (MCCs) in this informative video by Eaton. Motor Control Centers (MCCs) are electrically enclosed assemblies composed of sections with a common horizontal power bus. Each vertical section contains motor control starters that receive power from a vertical bus connected to the horizontal power bus. A motor starter unit, or "bucket," includes components like breakers, contactors, and overload relays to control power to motors or loads. These components are rated based on voltage, current, frequency, and horsepower. Key components of a motor starter unit: Breaker or fusible switch | Contactor | Overload relay Learn more about the detailed structure and functionality of MCCs at Eaton.com/MCC
Related videos for "overload"
-
PEAK Transformers Provide Increased Overload Capacity or a Smaller, Lighter Footprint
10:22
PEAK transformers from Eaton are uniquely designed to provide additional capability for managing increased loads and temporary overload capacity.
-
DLVP 12: Correcting an DLVP Overload
3:15
This video will demonstrate how to recognize and correct an overloaded low-voltage circuit in the Distributed Low-Voltage Power System. For more information visit www.eaton.com/DLVP
-
Circuit protection | Eaton PSEC
9:15
Circuit protection is a system of devices used to protect electrical circuits from electrical faults such as short circuits, overcurrent, and high temperature. Common circuit protection devices include circuit breakers, fuses, and protective relays.
