AM.II.K.S5
SkillSolder aircraft wiring.
From the FAA library
- Chapter 9: Aircraft Electrical System › Wire Types › Plating
wire. Therefore, all aircraft wiring has a coating of tin, silver, or nickel that has far slower oxidation rates. 1. Tin-coated copper is a very common plating material. Its ability to be successfully soldered without highly active fluxes diminishes ... coated wire retains its properties beyond 260 °C, but most aircraft wire using such coated strands has insulation systems that cannot exceed that temperature on long-term exposure. Soldered terminations of nickel-plated conductor require the use of different solder…
- Chapter 4: Engine Ignition & Electrical Systems › Bonding & Grounding › General Bonding & Grounding Procedures
contact pressure. Manufacturer’s instructions provide installation torques for all types of terminals. Figure 4-115. Repairing broken wire by soldering and potting. Figure 4-116. Connecting terminals to terminal block. Bonding & Grounding Bonding is the electrical connecting ... primary structure for return of current. Primary structure is the main frame, fuselage, or wing structure of the aircraft. Bonding and grounding connections are made in aircraft electrical systems to: 1. Protect aircraft and personnel against hazards from lightning discharge…
- Chapter 9: Aircraft Electrical System › Wire Types › Conductor
certain disadvantages. Copper has a higher conductivity; is more ductile; has relatively high tensile strength; and can be easily soldered. Copper is more expensive and heavier than aluminum. Although aluminum has only about 60 percent of the conductivity of copper ... conductivity reduces corona (the discharge of electricity from the wire when it has a high potential). The discharge is greater when small diameter wire is used than when large diameter wire is used. Some bus bars are made of aluminum…