A340 FLIGHT CONTROL LAWS RUDDER BRAKES LANDING GEAR / NWS
**** Hidden Message ***** P1 P2 P3<BR>P2<BR>S1 S2<BR>P1 P1<BR>S2 S1<BR>P2<BR>P3<BR>P1<BR>S1 P1<BR>P3<BR>P2<BR>S2<BR>S1<BR>SFCC 2<BR><BR>SFCC 2<BR><BR>SFCC 1<BR><BR>SFCC 1<BR><BR>ELEC<BR>PUMP<BR><BR>SHUT OFF VLV<BR> <BR>ENG 2<BR>REV<BR>ENG 3<BR>REV<BR>ENG 1<BR>REV<BR>ENG 4<BR>REV<BR>NORM BRK<BR>Gear & doors<BR>selector valves<BR>NOSE<BR>WHEEL<BR>STEERING<BR>ALTN & PARK BRK<BR>ELEVATOR ACTUATOR MODES<BR>- active, electrically controlled<BR>- damping, follows surface<BR>- centering, hydraulically maintained in neutral<BR>only if 4 jacks are unpowered (both sides)<BR>AILERONS ACTUATOR MODES<BR>- active, electrically controlled<BR>- damping, follows surface<BR>ROLL DEFLECTION LIMITS<BR>- 25° for ailerons<BR>- 35° for spoilers<BR>MOT MOT<BR>MOT1<BR><BR>MOT1<BR><BR>ART<BR>FEEL<BR>MOT2<BR><BR>MOT3<BR><BR>MOT2<BR><BR>TRIM WHEEL<BR>ACTUATOR<BR>BYDU<BR>BACKUP YAW<BR>DAMPER UNIT<BR>ACTUATOR<BR>S2<BR>S1<BR>S2<BR>S1<BR>RUDDER<BR>TRIM<BR>YAW DAMPER<BR>RUDDER<BR>PEDALS<BR>MOT1<BR><BR>MOT2<BR> S2<BR>S1<BR>BSCU<BR>CH1 <BR>CH2 BSCU<BR>LGCIU 1<BR><BR>LGCIU 2<BR><BR>RUDDER<BR>LIMITER<BR>NORMAL<BR>=<BR>PTLU<BR>Pedal<BR>Travel<BR>Limit<BR>Unit<BR>NORMAL SERVO<BR>VALVE<BR>LANDING<BR>SAFETY<BR>VALVE<BR>BOGIE<BR>PITCH<BR>TRIMMER<BR>ALTERNATE<BR>SERVO<BR>VALVE<BR>DUAL<BR>VALVE<BR>PARKING<BR>BRAKE<BR>VALVE<BR>DUAL<BR>SHUTTLE<BR>VALVE<BR>LP DISTRIBUTION LINE<BR>NORMAL<BR>SELECTOR<BR>VALVE<BR>AUTOMATIC<BR>SELECTOR<BR>SERVO<BR>VALVE<BR>G HYD from<BR>nose gear doors<BR>closing circuit<BR>GRAVITY<BR>EXTENSION<BR>CUT OUT<BR>VALVE<BR>ACCU<BR>ELEVATORS<BR>AILERONS / SPOILERS<BR>SLATS<BR>FLAPS<BR>LANDING GEAR / NWS<BR>A343 FLIGHT CONTROL LAWS<BR>HYDRAULICS<BR>BRAKES<BR>RUDDER<BR>A343E (HB-JMH/I)<BR>RUDDER A343C (HB-JMA-G/J-O)<BR>STABILIZER<BR>TRIM<BR>NWS LIMITS<BR>Steering hanwheels:<BR>max 72° at 14kts, 0° at 100kts<BR>Rudder pedals:<BR>TO: max 6° at 100kts, 0° at 150kts<BR>LDG: max 6° at 40kts, 0° at 100kts<BR>Towing max 65°<BR>Oversteer at 93°<BR>LIMITATIONS<BR>Normal pressure 3000 ± 200 psi<BR>RAT pressure ~2500 psi<BR>Fluid SKYDROL LD4<BR>RESERVOIR PRESSURIZATION<BR>is achived by HP bleed air from<BR>engine 1 or x-duct bleed<BR>RAT comes automatic out if all eng fail or<BR>G+B LO LVL or (ENG 1+4 FAIL and AC BUS 1.1 + 2.4 FAIL)<BR>GEAR LIMITS<BR>retraction 250kts/.55<BR>extension 250kts/.55<BR>extended 250/M.55<BR>gravity ext 200kts<BR>max alt ext 21'000ft<BR>gear dn flt 255/M.60<BR>tire speed 204kts<BR>ACCU<BR>designed for 7 full brakes<BR>application or at least 12<BR>hrs prk brk<BR>AUTOBRAKE<BR>mode delay decel<BR>LO 1s 1.8m/s2<BR>MED 0s 3m/s2<BR>MAX max pressure<BR>DECEL light illuminates if<BR>80% of rate in LO or MED<BR>and if 2.65m/s2 decel in<BR>MAX mode<BR>!!! NOT FOR OPERATIONAL USE !!! A340 ©Pierre-Michel Gasser , 26.3.2009<BR>LIMITS<BR>85% of<BR>deflection<BR>limited to 29°<BR>RUDER LIMITS<BR>35° < 150kts<BR>Max deflection 31.6°<BR>4° > 350kts<BR>ELEVATOR DEFLECTION LIMITS<BR>- 30° nose up<BR>- 15° nose down<BR>STABILIZER LIMITS<BR>14° nose up<BR>2° nose down<BR>P3<BR>S1<BR>P1<BR>P2<BR>S2<BR>P3<BR>P3<BR>S1 S1<BR>P1<BR>GND SPLR and SPD BRK<BR>S2<BR>P2 WTB P1 P2<BR>S1 S2 S2 P3<BR>6 5 4 3 2 1<BR>Maneuver Load Allevation<BR>Roll Control<BR>WTB<BR>SFCC1<BR>SFCC2<BR>WTB<BR>SFCC2<BR>SFCC1<BR>SFCC1<BR>SFCC2<BR>WTB<BR>SFCC1<BR>SFCC2<BR>SLATS / FLAPS<BR>ECAM Slats Flaps (ailerons) VFE<BR>1 20° 0° (0°) 255kts<BR>1+F 20° 17° ( 10° ) 215kts<BR>2 RELIEF 24° 17° ( 1 0°) 205kts<BR>2 24° 22° (10°) 196kts<BR>3 24° 26° (10°) 186kts<BR>FULL<BR>24° 32° (10°) 180kts<BR>Max altitude with Flaps/Slats extended is 20’000ft<BR>Slats ALPHA LOCK if α > 8.5° or IAS < 148kts<BR>T/O with conf 1+F, auto flaps retract at 200kts<BR>ELEC<BR>PUMP<BR><BR>HAND<BR>PUMP<BR>ENG3<BR>PUMP<BR>RESERVOIR RESERVOIR<BR>RAT<BR>ACCU CARGO<BR>DOORS<BR>ENG2<BR>PUMP<BR>RESERVOIR<BR>ACCU<BR>ELEC<BR>PUMP<BR><BR>ENG4<BR>PUMP<BR>ENG1<BR>PUMP<BR>EMER<BR>GEN<BR>ART<BR>FEEL<BR>MOT1<BR>MOT2<BR>GRAVITY<BR>EXTENSION<BR>SYS 1 <BR>SYS 2 <BR>( IAS<280kts or<BR>MLG on GND )<BR>and<BR>Gear Lever Down<BR><BR>ELEC<BR>GEN<BR>ELEC<BR>GEN<BR>ELEC<BR>GEN<BR>ELEC<BR>GEN<BR>PITCH<BR>GND<BR>FLT<BR>FLARE<BR>ROLL PROTECTIONS<BR>Direct deflection Direct deflection<BR>Roll rate<BR>Load factor +2.5g / -1g clean<BR>Load factor +2g / 0g not clean<BR>= Pitch 30°up / 15°down<BR>= Bank 67° / 33° stick neutral<BR>Side slip blue if eng failure<BR>High α, Vα prot, Vα floor, Vα max<BR>= High speed VMO+4, bank 0° with stick neutral<BR>Low energy warning Flaps 2,3 or FULL 100ft - 2000ft<BR>Direct deflection<BR>50ft pitch down order<BR>Load factor demand<BR>Auto pitch Trim if less<BR>than 33° bank<BR>ALTN 1<BR>same as Normal<BR>Same as Normal except:<BR>X no Pitch & Low energy prot<BR>High α: LOST if VS1g computation failure<BR>Low speed, nose down demand 5-10kts > Stall warning<BR>High speed, light nose up demand, symbol disappears<BR>Roll direct ALTN 2<BR>Spoiler 2,3 & 6 u/s<BR>Yaw alternate<BR>Same as Altn 1 except:<BR>X no Bank prot<BR>no Low speed prot if 2 ADR failed<BR>no High speedif 3 ADR failed<BR>DIRECT<BR>MECHANICAL BACK-UP<BR>Roll direct<BR>Yaw alternate<BR>No protection except Overspeed & Stall<BR>RUDDER ONLY<BR>Yaw by BYDU<BR>A343E with BCM<BR>RA<100ft<BR>RA>50ft<BR>BRAKE TEMPERATURE<BR>- T/O max 300°C<BR>- tyre deflates at ~800°C<BR>Maintenance action required if:<BR>- (TEMP difference on same gear > 150°C)<BR>and (1 BRK > 600°C or < 60°C)<BR>- average diff TEMP L/R > 200°C<BR>- a fuse plug has melt<BR>- Brake temp > 800°C<BR>x<BR>x<BR>PRIM 1<BR><BR>SEC 1<BR><BR>PRIM 2<BR><BR>SEC 2<BR><BR>FCDC 1<BR><BR>FCDC 2<BR><BR>PRIM 3<BR><BR>MOT1<BR><BR>MOT2<BR> S2<BR>S1<BR>RUDDER TRIM<BR>PFTU<BR>(Pedal Feel and<BR>Trim Unit)<BR>+<BR>BCM<BR>Backup<BR>Control<BR>Module<BR>ACTUATOR<BR>ACTUATOR<BR>ACTUATOR<BR>CTL CTL CTL CTL <BR><BR><BR>AUTO CTL<BR><BR>MAN CTL<BR><BR>A343<BR>same as Normal<BR>same as Normal<BR>Direct control<BR>Manual pitch trim only<BR>F/CTL ALTN LAW (PROT LOST)<BR>F/CTL ALTN LAW (PROT LOST)<BR>F/CTL DIRECT LAW (PROT LOST)<BR>F/CTL L + R ELEV FAULT<BR>USE MAN PITCH TRIM<BR>MAN PITCH TRIM ONLY<BR>ELECTRIC PUMPS<BR>Flow is ~18% of eng pump, used to retract<BR>surfaces but not to replace the eng pumps.<BR>G ELEC PUMP runs 25’ if ENG 1 (4) FAIL<BR>and GEAR selected up and speed>100kts<BR>or on GND with ENG 1 & 4 stopped to<BR>provide braking and nose wheel streering<BR>Y ELEC PUMP runs if ENG 3 FAIL and<BR>FLAPS not 0° and speed>100kts 不知道是什么,下来看看那 A340 FLIGHT CONTROL LAWS RUDDER BRAKES LANDING GEAR / NWS 谢谢分享 拿走学习 谢谢楼主 谢谢了!学习! 非常好,感谢分享
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