Carburetor and Drain System Basics
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Questions and Answers

What should be done if water is found in the fuel system during inspection?

  • Add more fuel to dilute the water.
  • Repair the fuel strainer immediately.
  • Close all drain valves immediately.
  • Temporarily open all fuel drains and drain the water. (correct)
  • Where is the strainer drain valve control located?

  • Adjacent to the oil dipstick. (correct)
  • On the main control panel.
  • Inside the fuel tank compartment.
  • Underneath the fuel tank.
  • What is required if the aircraft has been serviced with the wrong fuel grade?

  • Add the correct fuel on top of the incorrect one.
  • Replace the fuel strainer immediately.
  • Defuel completely and then refill with the correct grade. (correct)
  • Continue using the incorrect fuel until it runs out.
  • How often should drain plugs be removed according to the specified intervals?

    <p>At intervals indicated in specific documentation.</p> Signup and view all the answers

    How should quick-drain valves for fuel sampling be activated?

    <p>By placing a cup up to the valve and depressing it with a rod.</p> Signup and view all the answers

    What happens to tire air pressure when the temperature drops?

    <p>It decreases correspondingly</p> Signup and view all the answers

    Why is it important to maintain recommended tire pressures?

    <p>To ensure optimal handling and stability</p> Signup and view all the answers

    What primarily causes a reduction in tire pressure in cold weather?

    <p>Drop in external temperature</p> Signup and view all the answers

    Which of the following statements is true regarding air inside a tire in cold weather?

    <p>Air pressure decreases with lower temperatures</p> Signup and view all the answers

    What should be regularly monitored to ensure vehicle safety in varying temperatures?

    <p>Tire pressure</p> Signup and view all the answers

    Study Notes

    Carburetor and Drain Systems

    • A drain plug is installed in the carburetor to facilitate maintenance.
    • Fuel tanks and fuel strainer are equipped with drain valves for easy access to fuel sampling.

    Quick-Drain Valve Operation

    • To activate quick-drain valves for fuel samplings, position a cup under the valve and press the valve with a rod that extends from the cup.
    • Refer to Section 12 for a visual illustration of the fuel tank drain valve.

    Strainer Drain Valve Features

    • The strainer drain valve is integrated into the fuel strainer assembly, enhancing design efficiency.
    • A control for the strainer drain is situated near the oil dipstick for straightforward operation.
    • Access to the strainer drain control is available through the oil dipstick access door.

    Maintenance and Inspection Protocols

    • Open drains and remove drain plugs at specified intervals as detailed in figure 2-4 to ensure system integrity.
    • During daily inspections of fuel tanks and strainer, check for water presence; if found, temporarily open all fuel drains to eliminate water.

    Fuel Quality and Management

    • Complete defueling is necessary if the aircraft has been serviced with an incorrect fuel grade, followed by refueling with the correct grade.
    • To maintain proper operation, fuel tanks should be kept filled between flights, provided weight and balance considerations allow it.

    Fuel System Maintenance

    • Drain plug is located in the carburetor, essential for system maintenance.
    • Fuel tanks and strainer are equipped with drain valves for effective management of fuel quality.
    • Quick-drain valves can be activated for fuel samples by positioning a cup and pressing the valve with a rod.
    • Strainer drain valve is integrated into the fuel strainer assembly and is vital for ensuring clean fuel flow.

    Access and Controls

    • Strainer drain control is situated next to the oil dipstick, accessible through the dipstick access door for convenience.
    • Periodic draining and removal of plugs should occur according to specified intervals outlined in reference material.

    Daily Inspection Protocol

    • During daily inspections, any water detected in the fuel system necessitates the immediate opening of all fuel drains to remove contaminants.
    • If defective or incorrect fuel grade is used, a complete defueling is required, followed by refueling with the correct grade.

    Fuel Management Recommendations

    • Keeping fuel tanks full between flights is advisable, provided weight and balance are appropriate.
    • Maintaining recommended tire pressures is crucial, impacting aircraft performance and safety.
    • Cold weather considerations: A decrease in air temperature leads to reduced tire pressure, necessitating regular checks.

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    Description

    This quiz covers the essential components of carburetor and drain systems, focusing on maintenance practices, quick-drain valve operations, and strainer drain valve features. Test your understanding of fuel handling and sampling procedures related to these systems.

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