15 July 1981
| Element | Work Processes | Hours |
| A | Orientation-- (1) Use of Common Handtools. (2) Use of Safety Wiring, Locking and Fastening Devices. (3) Identifications and Use of Common and Special Hardware. (4) Use of Precision Measuring Tools and Torque Wrenches. (5) Identification and Use of Solvents, Cleaning Agents, Preserving and Degreasing Materials. (6) Identification and Use of Technical Publication, Modification Work Orders, Blueprints, Schematics, and Work Requirements. | 300 |
| B | Removal and Installation of Pneudraulic Components-- (1) System Supply Components. (2) Pressure-Regulating, Limiting and Controlling Components. (3) Flow Control and Directional Components. (4) Wheel Brake Components. (5) Self Contained Components. | 500 |
| C | Disassembly and Inspection of Pneudraulic Components-- (1) System Supply Components. (2) Pressure-Regulating, Limiting, and Controlling Components. (3) Flow Control and Directional Components. (4) Wheel Brake Components. (5) Self-Contained Components. | 1100 |
| D | Overhaul of Pneudraulic Components-- (1) System Supply Components. (2) Pressure-Regulating, Limiting, and Controlling Components. (3) Flow Control and Directional Components. (4) Wheel Brake Components. (5) Self-Contained Components. | 1100 |
| E | Assembly and Testing of Pneudraulic Components-- (1) System Supply Components. (2) Pressure-Regulating, Limiting, and Controlling Components. (3) Flow, Control and Directional Components. (4) Wheel Brake Components. (5) Self-Contained Components. | 1000 |
| F | Preservation of Pneudraulic Components-- (1) System Supply Components. (2) Pressure-Regulating, Limiting, and Controlling Components. (3) Flow Control and Directional Components. (4) Wheel Brake Components. (5) Self-Contained Components. | 500 |
| G | Troubleshooting-- (1) Simple Hydraulic Systems. (2) Complete Hydraulic Systems. (3) Pneudraulic Components. | 1000 |
| H | Fabrication of Pneudraulic Plumbing-- (1) System Supply Systems-- Filters, Reservoirs, Pumps, Motors. (2) Pressure-Regulating, Limiting, and Controlling Components--Pressure Gages, Pressure Switches, Relief Valve, Reducing Valve, Accumulators. (3) Flow Control and Directional Components--Selector Valves , Control Valves, Check Valves, Sequence Valves, Hydraulic Fuses, Priority Valves, Shuttle Valve, Actuators, Ratchet Valves, Servos, Bypass, Irreversible Valves, Manifolds, Air Cylinders. (4) Wheel Brake Components--Master Cylinders, Power Brake Control Valve, Disc Brake Assy., Expander Tube Brake Assy., Deboosters, Parking Brake Valves, Rotor Brakes. (5) Self-Contained Components--Dampers, Shock Struts, Liquid Springs. | 500 |
| Grand | Total | 6000 |
Special Instructions: Work processes completed in a state or federally recognized apprenticeship program will be accepted upon presentation of proper documentation to the appropriate service school.
A total of 432 hours of related instruction is required in order to complete this program. Related instruction credit may be awarded individuals registered in the trade of Maintenance Mechanic Hydraulic Equipment (Aircraft) taken from an accredited institution, providing the courses are similar to the courses taken for a Maintenance Mechanic Hydraulic Equipment (Aircraft) program in a community college/vocational school.
End of Pamphlet 621-111 Maintenance Mechanic Hydraulic Equipment (Aircraft)
Return to List of Fort Bragg Apprenticeship Programs
Home Page of Fort Bragg Apprenticeship Programs
Return to List of Potential Pope Air Force Base Apprenticeship Programs
Home Page of Pope AFB Apprenticeship Programs
