Integrated Publishing

Interior Communications Electrician

Interior Communications Electrician, Volume 2

• Interior Communications Electrician, Volume 2
• Specific Instructions and Errata for Nonresident Training Course
• Preface
• Sailor's Creed
• Contents
• Instructions for Taking the Course
• Completion Confirmation
• Student Comments
• Chapter 1 Manual Bus Transfer, Motor Controllers, and Frequency Regulators
• Types of Motor Controllers
• Thermal Overload Relays
• Magnetic Overload Relays
• Figure 1-1.-Schematic of controller with emergency run push button.
• Figure 1-4.-Across-line, 3-phase controller.
• Reversing
• Figure 1-8.-Single-phase autotransformer.
• Figure 1-10.-AND symbol and circuit.
• Figure 1-13.-A static logic panel for a cargo elevator.
• Figure 1-14.-A typical controller.
• Figure 1-16.-A dc controller with shunt field rheostat.
• Figure 1-17.-Reversing dc controller.
• Figure 1-18.-Action of a magnetic blowout coil.
• Figure 1-20.-Magnetic brake assembly.
• Figure 1-21.-Torque-motor brake and ball-jack assembly.
• Figure 1-23.-Connections for dynamic braking of a shunt-wound dc motor.
• Figure 1-24-Troublesboottng a 3-phase magnetic tine starter.
• Table 1-1.-Troubleshootlng Chart
• Table 1-1.-Troublesbooting Chart-Continued
• Table 1-1.-Troublesbooting Chart-Continued
• Figure 1-25.-Motor generator set with control equipment.
• Figure 1-27.-Block diagram of current flow.
• Figure 1-28.-Zener reference bridge.
• Figure 1-29.-Power circuit.
• Figure 1-30.-Static exciter.
• Figure 1-32.-Saturable potential transform.
• Figure 1-34.-Watt, VA, and VAR relationship.
• Figure 1-35.-Power sensing.
• Figure 1-36.-Diode test.
• Figure 1-38.-Simplified block diagram of a static inverter.
• Figure 1-39.-Power stage, simplified schematic diagram.
• Filters
• Figure 1-40.-Waveforms.
• Figure 1-40.-WaveformsContinued.
• Operating Procedure
• Figure 1-41.-No-break "uninterrupted" power supply system components.
• Figure 1-42.-No-break "uninterrupted" power supply system, block diagram.
• Figure 1-43.-Voltage regulator, block diagram.
• Figure 1-44.-Voltage regulator, simplified schematic.
• Figure 1-45.-Generator field rectifier, simplified schematic.
• Figure 1-46.-Phase shift of gate pulse.
• Figure 1-47.--Synchronizer, simplified schematic.
• Figure 1-48.--Frequency discriminator, simplified schematic.
• Damp Windings
• Chapter 2 Anemometer Systems
• Figure 2-1.--Wind direction and speed detector.
• Figure 2-2.--Wind indicator.
• Figure 2-3.--Phantom view of a synchro.
• Figure 2-6.--Coarse eletrical zero markings.
• Figure 2-7.--Zeroing a transmitter or receiver by the voltmeter method.
• Figure 2-9.--Zeroing a control transformer by the voltmeter method.
• Figure 2-10.--Zeroing a synchro by the electrical lock method.
• Figure 2-11.--Block diagram of a synchro signal amplifier.
• Synchro Operation
• Synchro Connections of a Synchro Amplifier
• Antistickoff
• Detector
• Figure 2-13.--Computer system, functional diagram.
• Figure 2-14.Cross and headwind computer assembly.
• Figure 2-15.Indicator assembly.
• Figure 2-17---Simplified amplifier block diagram (direction or speed).
• Figure 2-18.--Simplifled converter block diagram (direction or speed).
• Chapter 3 Stabilized Glide Slope Indicator System
• Figure 3-2.--Stabilized glide slope indicator system.
• Figure 3-3.--Electronics enclosure assembly.
• Figure 3-5.--Stabilized platform assembly, functional diagram.
• Figure 3-7.--Stabilization control circuitsignal flow.
• Figure 3-9.--Hydraulic pump assembly.
• Figure 3-10.--Comparison of the physical characteristic of piano-convex lens and Fresnel lens.
• Figure 3-11.--Comparison of optical characteristics of piano-convex lens and Fresnel lens.
• Figure 3-12.--Optical characteristics of the lenticular lens.
• Figure 3-14.--Vertical gyro, simplified schematic.
• Figure 3-15.--Vertial gyro, schematic diagram.
• Figure 3-17.--Gulide slope indicator, simplified functional diagram.
• Figure 3-18.--Typical cell calibration setup (overhead view).
• Figure 3-20.--GSI cell, simplified schematic.
• Figure 3-21.--Cell power.
• Figure 3-22.--Functional diagram of the stabilized platform assembly.
• Figure 3-23.--LYDT servo loop.
• Figure 3-25.--Stabilization control-signal flow.
• Figure 3-27.--Inverting amplifier diagram.
• Figure 3-29.--LVDT quadrature oscilitator.
• Dither Oscillator
• Figure 3-30.Pitch Servo Amplifier Assembly
• Figure 3-31. Error Circuit Schematic Diagram
• Figure 3-32.--Cyro alarm circuits--signal flow.
• Gyro Signal Card Assembly
• Pump Motor Contactor
• Chapter 4 Technical Administration
• Calibration
• Figure 4-1.--Test measuring and diagnostic equipment traceability flow chart.
• Field Calibration Activities
• Figure 4-2. Metrology Equipment Recall and report meter Card
• Measure Referral Card
• Inactive
• Security Training
• Personnel Qualifications Standards
• Safety
• Soureces of Safety Information
• Fire Safety
• Tagging Procedure
• IC Room Safety
• Alterations
• Electric Shock
• Appendix I Glossary
• Appendix I Glossary - Cont'd
• Appendix I Glossary - Cont'd
• Appendix I Glossary - Cont'd
• Appendix I Glossary - Cont'd
• Appendix II References Used to Develop the Traman
• Index
• Index - Cont'd
• Index - Cont'd
• Assignment Questions
• Assignment 1
• Assignment 1 - Cont'd
• Assignment 1 - Cont'd
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• Assignment 2
• Assignment 2 - Cont'd
• Assignment 2 - Cont'd
• Assignment 2 - Cont'd
• Assignment 2 - Cont'd
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• Assignment 2 - Cont'd
• Assignment 2 - Cont'd
• Assignment 3
• Assignment 3 - Cont'd
• Assignment 3 - Cont'd
• Assignment 3 - Cont'd
• Assignment 3 - Cont'd
• Assignment 3 - Cont'd
• Assignment 4
• Assignment 4 - Cont'd
• Assignment 4 - Cont'd
• Assignment 4 - Cont'd
• Assignment 4 - Cont'd
• Assignment 4 - Cont'd
• Assignment 4 - Cont'd
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