Hawker 800 BAe 125-800A 800B Aircraft Maintenance Manual Raytheon AMM 125-800 PDF
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Complete three-volume Raytheon Aircraft Maintenance Manual for the Hawker 800 and BAe 125 Series 800A & 800B. Covers airframe systems and power plant with removal/installation, adjustment/test, inspection/check, troubleshooting, servicing and approved repairs. 3,232-page PDF.
Description
Hawker 800 / BAe 125-800A & 800B Aircraft Maintenance Manual
This is the complete Raytheon Aircraft Company Aircraft Maintenance Manual for the Hawker 800 and BAe 125 Series 800A & 800B airplanes. Published by Raytheon Aircraft Company in Wichita, Kansas under Manual Reference AMM 125-800 V1-V2, the manual is prepared in accordance with ATA Specification 100 and gives technicians the procedures and specifications needed to service, troubleshoot, remove, install, adjust, test, inspect and repair the airframe and its systems. Volume 3 covers the power plant chapters. The manual is applicable to the Hawker 800, BAe 125-800A and BAe 125-800B airplanes, and these model identities have no effect on the content.
File Details
- Manual type: Aircraft Maintenance Manual (AMM)
- Manufacturer: Raytheon Aircraft Company
- Aircraft covered: Hawker 800, BAe 125-800A, BAe 125-800B
- Manual reference: AMM 125-800 V1-V2 (Volumes 1 & 2) plus Volume 3 power plant
- Language: English
- Page count: 3,232 pages
- File format: PDF
- Publication location: Wichita, Kansas, U.S.A.
- Copyright: Raytheon Aircraft Company 2002
Chapters Covered
- 05 — Time Limits / Maintenance Checks
- 06 — Dimensions and Areas
- 07 — Lifting and Shoring
- 08 — Leveling and Weighing
- 09 — Towing and Taxiing
- 10 — Parking, Mooring, Storage, and Return to Service
- 12 — Servicing (lubrication, air conditioning, electrical power, flight controls, fuel, hydraulic, ice and rain protection, landing gear, oxygen, water/waste, APU, windows, engine oil)
- 20 — Standard Practices — Airframe (token page; full content in separate manual AMM 125/H-20)
- 21 — Air Conditioning (compression, air supply and distribution, pressurization control, temperature control)
- 22 — Auto Flight (reference to Chapter 34 for B Series; A Series refers to equipment manufacturer)
- 23 — Communications (HF, VHF, SELCAL, ELT, radio telephone, passenger address and entertainment, audio integrating, static discharging, cockpit voice recorder)
- 24 — Electrical Power (AC generation, constant frequency system, DC generation, battery, generator control unit, APU generation, distribution)
- 25 — Equipment/Furnishings (soundproofing, insulation, interior trim, floor covering, window trim, crew seats, passenger service units, refreshment cabinet, toilet, emergency equipment)
- 26 — Fire Protection (detection, engine fire/overheat, APU fire, smoke detectors, extinguishing, fire bottles, cartridge units)
- 27 — Flight Controls (aileron and trim, rudder and trim, elevator and trim, stall warning, flaps, airbrakes, gust lock)
- 28 — Fuel (storage, venting, feed system, refuel/defuel, indicating)
- 29 — Hydraulic Power (main system, auxiliary system, indicating)
- 30 — Ice and Rain Protection (airframe de-icing, pitot/static de-icing, windshield electrical de-icing, ice detection)
- 31 — Indicating/Recording Systems (instrument panels, independent instruments, flight data recording system, master warning system)
- 32 — Landing Gear (main gear, nose gear, extension/retraction, wheels and brakes, steering, position and warning, mechanical indicating)
- 33 — Lights (flight compartment, passenger compartment, cargo, exterior, emergency)
- 34 — Navigation (air data, pitot/static, attitude and direction, landing aids, independent position determining, flight management, EFIS)
- 35 — Oxygen (crew, passenger, portable)
- 38 — Water/Waste (wash, waste disposal)
- 49 — Airborne Auxiliary Power (APU power plant, engine, fuel and control, ignition/starting, indicating)
- 51 — Standard Practices — Structures
- 52 — Doors (passenger/crew, emergency exit, pannier doors)
- 53 — Fuselage (drainage, baggage pannier, wing/fuselage fittings, aerodynamic fairings)
- 55 — Stabilizers (horizontal, vertical, attachment fittings)
- 56 — Windows (flight compartment, passenger compartment)
- 57 — Wings (center wing, outer wing, vortex generators)
- 70 — Standard Practices — Engines
- 71 — Power Plant (engine change, cowlings, mounts, drains)
- 72 — Engines
- 73 — Engine Fuel & Control (digital fuel computer, synchronizer, APR, indicating)
- 74 — Ignition
- 75 — Air (engine anti-icing)
- 76 — Engine Controls
- 77 — Engine Indicating
- 78 — Exhaust (reference to Honeywell and Nordam manuals)
- 79 — Oil (indicating)
- 80 — Starting
With 3,232 pages across three volumes, this Hawker 800 maintenance manual covers essentially every airframe and power plant system on the aircraft. Each chapter follows the ATA numbering convention with Description and Operation, Troubleshooting, Maintenance Practices, Servicing, Removal/Installation, Adjustment/Test, Inspection/Check, Cleaning/Painting and Approved Repairs page blocks where applicable. The result is a genuinely complete technical reference for the Hawker 800 and BAe 125-800A/800B, giving a technician access to the same procedures and data used in professional maintenance environments. From rigging flight controls and servicing landing gear struts to troubleshooting the fuel system and adjusting pressurization controls, this AMM 125-800 manual supports the full range of scheduled and unscheduled maintenance tasks.
Systems and Procedures You Can Work On
The manual covers far more than routine servicing. The air conditioning chapters walk through the compression system, mixing valves, flow control valves, refrigeration unit, water separator and pressurization control including the outflow/safety valve and pneumatic relay. Flight controls chapters cover rigging of ailerons, rudder, elevators, flaps and airbrakes, with adjustment values and friction checks. Landing gear chapters include main and nose leg assembly servicing, side stay adjustment, wheel and brake removal/installation, Maxaret anti-skid unit maintenance and nosewheel steering adjustment. Fuel chapters detail tank storage, venting, refuel/defuel, booster pumps and contents indicating. Electrical power chapters cover AC and DC generation, inverters, batteries, generator control units and distribution. Communications chapters cover HF, VHF, SELCAL, ELT, passenger entertainment and cockpit voice recorder. Power plant chapters cover engine removal/installation, cowlings, mounts, fuel control, ignition, anti-icing, controls, indicating and starting. Navigation chapters cover air data, pitot/static, attitude and heading, ADF, VOR/ILS, DME, transponder, radio altimeter, inertial reference, VLF/FMS and EFIS.
Why This Manual Matters
For owners, operators and maintenance technicians working on Hawker 800 and BAe 125-800A/800B aircraft, having the correct procedures and specifications is not optional. Torque values, rigging dimensions, service limits and adjustment clearances must be applied exactly as the manufacturer intended. This Raytheon AMM 125-800 manual provides those values in context, chapter by chapter, with illustrations, schematics and step-by-step instructions. Whether you are performing a 600-hour inspection, troubleshooting an intermittent hydraulic fault, replacing a fuel boost pump, adjusting the nose gear down-lock microswitch or rigging the elevator trim system, the relevant procedure is in this manual.
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Instant PDF Delivery
This Hawker 800 and BAe 125 Series 800A & 800B Aircraft Maintenance Manual is delivered as an instant PDF download after payment. There is no shipping, no waiting for a physical book and no customs delay. The PDF works on any device — desktop computer, laptop, tablet or smartphone — and can be printed if a paper copy is preferred for the hangar. Whether you keep it on a shop computer or carry it on a tablet in the aircraft, the complete 3,232-page manual is available immediately.
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