undefined undefined
{}

Our Brands

Schneider Electric USA Website

Welcome to our website.
How can we help you today?
What are the power consumption values for spring charging motor, shunt trip, and undervoltage trip for the Powerpact P frame breakers?
Product Line:
Powerpact P frame breakers

Resolution:
Spring charging motor = 180 VA
Shunt trip, shunt close, and undervoltage trip (steady state/ inrush) = 4.5/200 VA

Schneider Electric USA

What are the power consumption values for spring charging motor, shunt trip, and undervoltage trip for the Powerpact P frame breakers?
Product Line:
Powerpact P frame breakers

Resolution:
Spring charging motor = 180 VA
Shunt trip, shunt close, and undervoltage trip (steady state/ inrush) = 4.5/200 VA
 

Schneider Electric USA

Explore more
Range:
Explore more
Range:
Users group

Discuss this topic with experts

Visit our Community for first-hand insights from experts and peers on this topic and more.
Users group

Discuss this topic with experts

Visit our community and get advice from experts and peers on this topic and more
Explore more
Range:
Explore more
Range:
move-arrow-top
Your browser is out of date and has known security issues.

It also may not display all features of this website or other websites.

Please upgrade your browser to access all of the features of this website.

Latest version for Google Chrome, Mozilla Firefox or Microsoft Edgeis recommended for optimal functionality.
Your browser is out of date and has known security issues.

It also may not display all features of this website or other websites.

Please upgrade your browser to access all of the features of this website.

Latest version for Google Chrome, Mozilla Firefox or Microsoft Edgeis recommended for optimal functionality.
Your browser is out of date and has known security issues.

It also may not display all features of this website or other websites.

Please upgrade your browser to access all of the features of this website.

Latest version for Google Chrome, Mozilla Firefox or Microsoft Edgeis recommended for optimal functionality.