Inside Out Library · Explore

Investigation of inverse time limit overload relays (1915)

Deiss, William Charles · leaf 56

An illustration from Investigation of inverse time limit overload relays, 1915, leaf 56
e field, up to a certain point, between three and four timesfull load current, the induced current in the armature will in-crease in proportion to the current in the field coils. Thetorque and speed are increased accordingly• After this latterpoint, the magnetic circuit becomes saturated, due to…

Short circuits · Electric apparatus and appliances · Electric conduits · Theses

Internet Archive · University of Illinois Urbana-Champaign · Public Domain Mark 1.0. Free to use for anything.

More pictures from Investigation of inverse time limit overload relays

More like this