Tittel: | Braathens S.A.F.E : FAA APPROVED AIRPLANE FLIGHT MANUAL BOEING MODEL 737/737C | Forfatter: | Braathens S.A.F.E | Materialtype: | Manual/Sivil | Signatur: | 21-A-6 | Utgitt: | Seattle, Washington : The Boeing Commercial Airplane Company, 1967 | Omfang: | upag. | Emneord: | Airplane flight manual / Boeing 737 / Boeing 737C | Lokal Note (gave): | Braathens | Materialbetegnelse: | Technical Handbook | Materialbetegnelse: | Perm | Note: | Gift from former Braathens Date of Approval: December 15, 1967. Revised 03-01-77. Last revision Model 737- 205 (ADV) No 0 to D6-8737. 305A dated 04-21-86. Revision approved by Lester H. Bevren for Manager, Seattle Aircraft Certification office, FAA Northwest Mountain Region | Innhold: | TABLE OF CONTENTS: SECTION 1 - CERTIFICATE LIMITATIONS Weight Limitations Performance Configuration Limitations Operational Limits Automatic Wheel Brakes Center of Gravity Limits Fuel System Limitations Engine Limitations Anti-Ice System Limitations Maximum Operating Limit Speed Mach Trim System Limitations Maximum Airspeed Limitations Certification Status Type of Airplane Operation Flight Maneuvering Load Acceleration Limits Flight Crew Cabin Pressurization Limitations Auxiliary Power Unit (APU) Limitations Window Heat Limitations Miscellaneous Limitations SECTION 2 - EMERGENCY PROCEDURES Fire Rapid Depressurization Emergency Descent Ditching Ground Proximity Warning System Reverse Thrust Autopilot SECTION 3 - NORMAL PROCEDURES Abbreviated Procedures Maximum Operating Altitude Pre-Takeoff Takeoff Approach and Landing Warning Horn Ground Proximity Warning/Glide Slope Deviation Alerting System Reverse Thrust Go-Around Procedure Turbulence Avoidance Severe Turbulent Air Penetration Hydraulic System Operation Braking with Accumulator Pressure only Unsymmetrical or no Leading Edge devices Unsymmetrical Trailing Edge Flaps Jammed Controls Manual Flight Control Runaway Stabilizer Jammed Stabilizer Landing Alternate Flap Operation Manual Landing Gear Extention Landing Gear Lever Unable to Place in Up Position after Takeoff Fuel System Engine Oil System Windshield Rain Repellent System Operation in Icing Conditions Auxiliary Power Unit (APU) Operation Cabin Pressurization Cockpit Window Failure One Generator Operation Instrument System Autopilot Perfomance Data Computer System OMEGA/VLF Navigation System Electrical and Electronics SECTION 4 - PERFORMANCE General Regulatory Compliance Standard Performance Conditions Variable Factors Affecting Performance Airspeed Systems Definitions Takeoff Data Gradient of Climb Demonstrated Crosswind Minimum Control Speed Performance Conditions Takeoff Field Length Climb Gradients and Obstacle Clearance Landing Field Length Performance Configuration Relation of Temperature to ISA Temperature Conversion Wind Component Takeoff EPR Takeoff N1 Inflight EPR Inflight N1 Recommended Takeoff Stabilizer Setting Inflight Restart Envelope Position Correction Position Correction, Flaps Up, Alternate Static Source Position Correction, Flaps Down, Alternate Static Source Temperature Conversion Total Air - Static Air Ground Minimum Control Speed, Vmcg Stall Speeds, Calibrated Airspeed Cruise Maneuvering Capability Takeoff Procedures Thrust Setting Procedures Normal Takeoff Procedure Climb Out (1 or 2 Engines) Flap Retraction Speed Schedule Maximum Allowable Takeoff Weight Introduction Field Length and Climb Performance Limits Definitions Chart Presentation Flight Path and Obstacle Clearance Definitions Assumed Climb Technique Takeoff Flight Path Flight Path Chart Presentation Constant Thrust Effects on Climb Gradient Normal Takeoff Weight Analysis Chart Reading Procedure Takeoff Weight Analysis with Improved Climb Performance Takeoff Flap Position Selection Clearway and Stopway Selection of V1 V1 Greater than Brake Energy Limit (Flaps Pos 1 or 2) Minimum VR Anti-Skid Inoperative Slippery Runway Obstacle in First or Second Segment Sloped Runway Effect on Obstacle Clearance Obstacle in Third Segment Extended Second Segment Climb Obstacle in Final Segment Example Guide Lines Illustrative Examples Takeoff Flight Path (Example) Runway Length Corrections, All Engines Operating Takeoff Flap Selection Runway Length and V1 Adjustment Runway Length Corrections, Flap Position Maximum Takeoff Weight, Field Length Limits, A/C on Maximum Takeoff Weight, Field Length Limits, A/C off Maximum Takeoff Weight, Climb Limits, A/C on Maximum Takeoff Weight, Climb Limits, A/C off Maximum Takeoff Weight, for Tire Speed Limits Maximum Takeoff Weight, Improved Climb Performance Tire Speed Limits, Improved Climb Performance Takeoff Speeds Takeoff Speeds, Improved Climb Performance Brake Energy Limits Takeoff Climb, A/C on Takeoff Climb, A/C off Takeoff Climb Corrections, Flap Position Obstacle Clearance, Close-in Obstacles Obstacle Clearance, Field Length Trade Lines Obstacle Clearance, Distant Obstacles Maximum Level-Off Height Third Segment Distance Final Takeoff Climb Final Takeoff Climb Gradient Gorrections, Wind and Gross Height Gross Height, Pressure Altitude Conversion Enroute Climb Enroute Climb (Charts) Enroute Climb Weights Approach and Landing Approach Climb Landing Climb Maximum Landing Weight Climb Limits, Flap Pos 10/40 Maximum Landing Weight Climb Limits, Flap Pos 2/15 Landing Speeds Landing Field Length, Flap Pos 40 Wind Corrections to Landing Weight or Distance, Flap Pos 40 Landing Field Length, Flap Pos 30 Wind Corrections to Landing Weight or Distance, Flap Pos 30 Landing Field Length, Flap Pos 15 Wind Corrections to Landing Weight or Distance, Flap Pos 15 Landing Field Length, Anti-Skid Inoperative Maximum Quick Turnaround Weight, Flap Pos 40 Maximum Quick Turnaround Weight, Flap Pos 30 Maximum Quick Turnaround Weight, Flap Pos 15 Automatic Wheel Brakes Stopping Distance with Automatic Wheel Brakes
APPENDICES: APPENDIX 3: Operation at Reduced Take-Off Thrust APPENDIX 9 (K): Operation at JT8D-15 Engine Rating APPENDIX 12K: Operation at JT8D-9/9A Engine Performance Levels | Eier: | Norsk Luftfartsmuseum | |
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