Electrical Engineering Theory and Practice: A Comprehensive, Practical and Authoritative Treatise for Those Engaged in the Electrical Industry, Volume 2Philip Kemp Pitman, 1950 - Electric engineering |
Contents
GENERAL PRINCIPLES OF ELECTRICAL MACHINES | 1 |
PHILIP KEMP | 78 |
MOTORS | 142 |
13 other sections not shown
Common terms and phrases
adiabatic alternating ampere-turns amperes anode armature arrangement boiler breakdown breaker brush bus-bar cable capacitor cent charge circuit circuit breakers circuit-breaker coal coil commutator condenser conductors connected constant copper loss core cost curve cycle diagram direction dynamo effect efficiency electrical energy equal exciter feeder flow flux frequency full-load grid heat supplied increase induced e.m.f. induction motor insulation lamp load logh machine magnetic maximum means method Metropolitan-Vickers normal obtained operation output phase plant pole position power factor pressure R₁ reactance rectifier represents resistance result rheostat rotary converter rotating rotor secondary short-circuit shown in Fig shunt single-phase slip slip rings slots speed stator steam substation switch synchronous T₁ T₂ tariff temperature terminal voltage three-phase tion torque transformer tubes turbine V₁ valve volt-ampere voltmeter volts wave zero