Answer ALL questions in complete sentences and using correct terminologies. Answers must be typed in Word...

 

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Answer ALL questions in complete sentences and using correct terminologies. Answers must be typed in Word format (docx file). A+ F+1 Gen Wrn Light Voltage Regulator n/c Voltage Coil Current Limiter n/c Current Coil Reverse Current Relay Current Coil Three Unit Control Panel Voltage | Coil Battery n/o I12 V The figure shows a Three-Unit Voltage Regulator that is used to regulate the output of a DC generator. Assuming that the armature shaft is directly connected to the engine shaft, and the voltage regulator is connected to the bus bar as shown in the figure, answer the questions below. 1) Describe the technical meaning of N/C and N/O of the relays. 2) Describe what will happen to the control panel when the engine is not running? 3) When the engine is running, what is the most significant output condition for the generator to ensure a positive current supply to the output system? (Give a proper justification for your answer) 4) Explain the reason why the voltage coil is connected in parallel with the armature coil? 5) How does the first resistor protect the output from an over-voltage condition? Explain. 6) How does the second resistor protect the output from an overload current? Explain. 7) How does the Reverse Current Cut-out Relay prevent the DC current of the battery from entering the generator? Explain. Answer ALL questions in complete sentences and using correct terminologies. Answers must be typed in Word format (docx file). A+ F+1 Gen Wrn Light Voltage Regulator n/c Voltage Coil Current Limiter n/c Current Coil Reverse Current Relay Current Coil Three Unit Control Panel Voltage | Coil Battery n/o I12 V The figure shows a Three-Unit Voltage Regulator that is used to regulate the output of a DC generator. Assuming that the armature shaft is directly connected to the engine shaft, and the voltage regulator is connected to the bus bar as shown in the figure, answer the questions below. 1) Describe the technical meaning of N/C and N/O of the relays. 2) Describe what will happen to the control panel when the engine is not running? 3) When the engine is running, what is the most significant output condition for the generator to ensure a positive current supply to the output system? (Give a proper justification for your answer) 4) Explain the reason why the voltage coil is connected in parallel with the armature coil? 5) How does the first resistor protect the output from an over-voltage condition? Explain. 6) How does the second resistor protect the output from an overload current? Explain. 7) How does the Reverse Current Cut-out Relay prevent the DC current of the battery from entering the generator? Explain.

Answer rating: 100% (QA)

solution 1 NC stands for Normally Closed and NO stands for Normally Open This means that the relay w... View the full answer