A 21 kW, 235 V DC long-shunt generator has an armature, series field and shunt field resistances of 0.01 ohm, 0.06 ohm and 83 ohms, respectively. Find the armature voltage.
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- A long shunt compound dc generator delivers a load current of 69 A at 396 V and has armature, series field and shunt field resistances of 0.096 Ω, 0.014 Ω, and 259 Ω, respectively. Calculate the armature current in ampere.A 50 kW, 220 V, dc shunt generators has an armature resistance including brushes of 0.026 ohms. If the shunt field resistance is 52 Ω. Find the induced emf at rated load.. When a self-excited compound DC generator supplies load, the terminal voltage is not the same as the generated emE Why? a) voltage drop across the armature resistance will reduce the voltage available at the load terminals b) where there is a series field, voltage drop across the series field resistance will reduce the voltage available at the load terminals c) both "a" and "b" d) neither "a" nor "b"
- A short shunt compound DC generator supplies a load current of 10A at a voltage of 10 volts. If the resistance of armature, shunt field and series field windings are 0.001 ohm, 1 ohm 0.00 ohm respectively. a) Draw the the figure. And find the generated voltage.The armature winding resistance of a long shunt connected DC generator is 0.4ohm, the resistances of the shunt and serial field windings are 125 ohms and 0.1 ohms, respectively. While the generator supplies 8KW of power to the load it feeds, which is the voltage it produces since the output voltage is 250V?A short shunt compound DC generator delivers a load current of 30 A at 220 V and has armature, series field and shunt field resistances of 0.05, 0.3 and 200Ω respectively. Calculate the induced emf, the armature current and the voltage regulation. Allow 1 V per brush for contact dro
- 111/ The armature reaction of the DC generator reduces the generated EMF. Select one: True FalseA long shunt compound generator delivers 100 A at 250 V. The armature, shunt field and series field resistances are 0.02 Ohms, 50 Ohms and 0.05 Ohms respectively. If the Break Horse Power (BHP) or the power developed by the shaft torque of the driving engine is 40, determine the stray loss.A shunt generator has a no-load terminal voltage of 270 and a voltage of 245 when it delivers 180 amp. Assume a straight-line characteristic and determine the following: the voltage when the current is 120 amp and What is the equivalent load resistance under this condition?
- Problem: A self-excited shunt generator has a field resistance of 52 ohms. When the generator delivers 7 kW, the terminal voltage is 6 V, while the generated emf is 7 V. Determine the armature resistance in ohm.A compound DC generator has a series resistance divided equally and connected in series with the load and the armature. If this generator is rated at 720 V with an armature resistance of 0.1 Ω, shunt resistance of 240 Ω and a (total) series field resistance of 0.6 Ω, find the generated emf if it delivers 100 A?A long shunt compound dc generator delivers a load current of 78 A at 466 V and has armature, series field and shunt field resistances of 0.077 Ω, 0.04 Ω, and 290 Ω, respectively. Calculate the armature current in ampere (up to four decimal places).