This specification defines objectives, criteria and configuration, and establishes requirements for performance, operation, design, test and qualification of the air induction control subsystem (hereinafter called the control subsystem) as applied to the prototype model supersonic transport airplane. Differences between the prototype and production airplanes are described in Supplement I. This subsystem is used to provide automatic and manual control of the air induction subsystem, (hereinafter called the inlet). There shall be one independent control subsystem for each of the four inlets. Each control subsystem changes the geometry of an inlet centerbody and operates its bypass louvers and takeoff doors to provide efficient inlet airflow diffusion and high performance inlet-engine airflow match. The subsystems include necessary hydraulic power generation, hydraulic power distribution equipment, and flight deck controls and displays. Power from the airplane electrical system and from each of the engines is required by the subsystem in order to accomplish its intended function. (Author)
Supersonic Transport Development Program. Phase III Proposal. Boeing Model 2707. Air Induction Control Subsystem Specification
1966
139 pages
Report
Keine Angabe
Englisch
Jet & Gas Turbine Engines , Aircraft , Turbojet inlets , Jet transport planes , Control systems , Hydraulic equipment , Supersonic aircraft , Aviation safety , Pressure , Supersonic characteristics , Noise , Reduction , Hydraulic actuators , Hydraulic valves , Liquid filters , Flight testing , Boeing 2707 aircraft , Supersonic transports