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Bombardier-Challenger_01-Flight_Instruments庞巴迪挑战者飞行仪表

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cftsuencjer<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>SECTION 11<BR>FLIGHT INSTRUMENTS<BR>TABLE OF CONTENTS<BR>Page<BR>1 . GENERAL 1<BR>2. PITOT-STATIC SYSTEM AND TEMPERATURE SENSING SYSTEM 1<BR>3. DIGITAL AIR DATA SYSTEM 1<BR>4. ELECTRONIC FLIGHT INSTRUMENT SYSTEM 2<BR>LIST OF ILLUSTRATIONS<BR>Figure<BR>Number Title Page<BR>1 Pi t o t - S t a t i c System - Schematic 3<BR>2 Pi t o t - S t a t i c System - Components 4<BR>3 Pitot-Static System - Standby Indicators 5<BR>4 DADS - Simplified Block. Diagram 6<BR>5 DADS - Mach/Airspeed Indicators and Altimeters 7<BR>6 DADS - Vertical Speed Indicators and Associated AFCS Advisory Display 8<BR>7 DADS - EFIS EADI Air Data Displays (2 Sheets) 9<BR>8 DADS - EFIS Instrument Remote Controllers 11<BR>9 EFIS - Simplified Block Diagram 12<BR>10 EFIS - EADI Normal Displays 13<BR>11 EFIS - EADI Failure Warning Annunciators (2 Sheets) 14<BR>12 EFIS - EADI Category 2 Annunciator 16<BR>13 EFIS - EADI Comparison Monitor Annunciators 17<BR>14 EFIS - EADI Reversionary Source Annunciators 18<BR>11-CONTENTS<BR>Page 1<BR>Apr 02/87<BR>Fi gure<BR>Number<BR>16<BR>17<BR>18<BR>19<BR>20<BR>21<BR>22<BR>23<BR>24<BR>25<BR>26<BR>27<BR>28<BR>EFIS<BR>EFIS<BR>EFIS<BR>EFIS<BR>EFIS<BR>EFIS<BR>EFIS<BR>EFIS<BR>EFIS<BR>EFIS<BR>EFIS<BR>EFIS<BR>EFIS<BR>EFIS<BR>OPERATING WIMWL<BR>PSP601A-6<BR>Title Page<BR>EHSI Full Compass Mode 19<BR>EHSI ARC Mode 20<BR>EHSI MAP Mode 21<BR>EHSI Weather Radar Display 22<BR>EHSI Failure Warning Annunciators 23<BR>EHSI Comparison Monitor Annunciator 24<BR>EHSI Reversionary Source Annunciators 25<BR>Composite Display 26<BR>MFD MAP Mode 27<BR>MFD PLAN Mode 28<BR>Display Controller 29<BR>Instrument Remote Controllers 30<BR>MFD Controller 31<BR>Remote Switch/Lights 32<BR>11-<BR>Page 2<BR>Apr 02/87<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>SECTION 11<BR>FLIGHT INSTRUMENTS<BR>GENERAL<BR>The flight instrument systems consist of the pi tot-static system, the<BR>temperature sensing system, the digital air data system, the electronic flight<BR>instrument system and the vertical gyros.<BR>PITOT-STATIC SYSTEM AND TEMPERATURE SENSING SYSTEM (Figures 1, 2 and 3)<BR>The pi tot-static system provides the pi tot and static pressures required to<BR>operate the digital air data computers No- 1 and No. 2 (DADC 1 and DADC 2) and<BR>the standby pneumatic airspeed indicator (ASI). Static pressure is provided to<BR>operate the standby pneumatic altimeter (ALT), and the cabin pressure indicator<BR>(CPI). The pi tot-static system consists of the pilot's and copilot's<BR>pi tot-static heads, the left and right static ports, and the pilot's and<BR>copilot's STATIC PRESSURE SELECTOR valves. A dual temperature-sensing probe,<BR>located on the right side of the forward fuselage, provides a<BR>total-air-temperature (TAT) input to DADC 1 and DADC 2. The pi tot tubes,<BR>static ports and temperature probe contain anti-icing heater elements that are<BR>controlled from the A.D.S. HEATER CONT. panel.<BR>For a description of the CPI, refer to Section 2.<BR>DIGITAL AIR DATA SYSTEM (Figures 4 through 9)<BR>The digital air data system provides the flight guidance computers and control<BR>systems with altitude hold, airspeed programming, vertical speed and Mach<BR>control information. The digital air data system also provides altitude<BR>alerting and reporting and indications of altitude, airspeed, vertical speed,<BR>true airspeed, static air temperature and total air temperature.<BR>The digital air data system consists of two complete systems with two digital<BR>air data computers, DADC 1 and DADC 2. The DADCs receive total pi tot-static<BR>pressures from the pi tot-static system, and temperature signals from the<BR>total-air-temperature probe. Other inputs to the DADCs are from the BARO<BR>control on the barometric altitude indicator, the copilot's ALT SEL control on<BR>the electronic flight instrument system (EFIS) remote controller, and flap<BR>position information from the flap control unit. From these inputs, the DADCs<BR>compute and generate output signals for the following systems or components:<BR>Pilot's and copilot's Mach/airspeed indicators (MASI)<BR>Pilot's and copilot's altimeters<BR>SECTION 11<BR>Page 1<BR>Apr 02/87<BR>ctvanenaer<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>Pilots and copilot's vertical speed indicators (VSI)<BR>Pilots and copilot's electronic flight instrument system (EFIS)<BR>Automatic flight control system (AFCS)<BR>Aural warning system<BR>Flight management system (FMS)<BR>ATC transponder system<BR>Master caution and warning system<BR>The AFCS advisory display panel displays static-air-temperature (SAT), total<BR>air temperature (TAT) and true airspeed (TAS).<BR>The digital air data system consists of two digital air data computers, two<BR>Mach/airspeed indicators, two altimeters, two vertical speed indicators and a<BR>dual TAT probe.<BR>ELECTRONIC FLIGHT INSTRUMENT SYSTEM (Figures 9 through 28)<BR>The electronic flight instrument system (EFIS) converts inputs from the<BR>aircraft sensors, long-range navigation (LRN) and short-range navigation (SRN)<BR>systems into video signals for display on electronic display units.<BR>The EFIS comprises three subsystems: the pilot's display system, the copilot's<BR>display system and the multifunction display (MFD) system.<BR>The pilot's and copilot's display systems are identical, each using two<BR>electronic display units to provide conventional attitude director and<BR>horizontal situation information, using a display controller, an instrument<BR>remote controller and a symbol generator. In addition to the conventional<BR>displays, the electronic attitude director indicator (EADI) and electronic<BR>horizontal situation indicator (EHSI) provide a number of other displays such<BR>as IAS/Mach, map and weather radar displays, selectable from the display<BR>controllers. The display controllers also provide for navigation source<BR>selection and bearing source selection. The pilot's and copilot's instrument<BR>remote controllers provide for control of the flight director related displays<BR>on the EADI and EHSIThe<BR>MFD system provides additional long-range mapping information, checklists<BR>and weather radar displays (refer to Section 11). The MFS system can also<BR>serve as a back-up system for either the pilot's or copilot's display system.<BR>The MFD controller provides for selection and control of the MFD formats,<BR>modes, waypoint designators and back-up modes.<BR>SECTION 11<BR>Page 2<BR>Apr 02/87<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>LEGEND<BR>PILOTS<BR>PITOT-STATIC<BR>HEAD<BR>PITOT PRESSURE UNE<BR>STATIC PRESSURE LINE COPILOTS<BR>PITOT-STATIC<BR>HEAD<BR>晻?<BR>?<BR>01<BR>ALT. STATIC SOURCE SW.<BR>PILOTS SIOE CONSOLE<BR>DRAIN =&lt;D&gt;-fi<BR>DRAIN<BR>DADC1<BR>SI DRAIN S2 DRAIN<BR>CENTRE INSTRUMENT PANEL<BR>P2<BR>V<BR>COPILOTS<BR>SIDE PANEL<BR>anttp<BR>MANIFOLD S-_<BR>limit<BR>DRAIN<BR>??<BR>STATIC<BR>PORT<BR>S3<BR>STATIC<BR>PORT<BR>S3<BR>atttittratintituiiii<BR>ALT. STATIC SOURCE SW.<BR>COPILOTS SIDE CONSOLE<BR>?O DRAIN<BR>DADC2<BR>DRAIN<BR>Pi tot-Static System - Schematic<BR>Figure 1<BR>SECTION 11<BR>Page 3<BR>Apr 02/87<BR>OPERATING MANUAL<BR>PSP G01A-6<BR>f: IK'.<BR>PITOT HEAT FAIL ANNUNCIATOR<BR>Indicates a failure of the on-side pitot-static tube<BR>heater.<BR>O<BR>HTR FAIL SWTTCrVUGHT<BR>Indicates a static port, angie-ofattack<BR>&lt;AOA&gt; vane and/or totahairtemperture<BR>(TAT) probe heater<BR>failure.<BR>PWR ? METER SELECT SWITCH<BR>Turns on heater elements (when set to any<BR>position except HTRS OFF) for the static ports,<BR>the pitot-static tubes, the angje-of-attack (AOA)<BR>vanes, and the total-air-temperature (TAT) probe.<BR>The switch also selects the current readings<BR>indicated by the % HTR CURRENT meter.<BR>% HTR CURRENT METER<BR>Indicates the percentage of current<BR>drawn by the heater selected by the<BR>PWR B METER SELECT switch.<BR>SAFETY GUARD REMOVED<BR>FOR CLARITY<BR>PILOTS AND COPILOTS SELECTOR VALVES<BR>STATIC TUBE - The on-side cfigrtaJ air data<BR>computer receives static pressure inputs from the<BR>primary source.<BR>ALTERNATE SOURCE - The on-side dgrtai air<BR>data computer receives stauc pressure from the<BR>secondary (alternate) source.<BR>Pitot-Statlc System - Components<BR>Figure 2<BR>SECTION 11<BR>Page 4<BR>Apr 02/87<BR>BARO<BR>CONTROL<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>STANDBY AIRSPEED<BR>INDICATOR<BR>ALTITUDE<BR>POINTER<BR>ALTITUDE<BR>INDICATOR<BR>BARO<BR>INDICATOR<BR>CENTRE INSTRUMENT PANEL<BR>Pi tot-Static System - Standby Indicators<BR>Figure 3<BR>SECTION 11<BR>Page 5<BR>Apr 02/87<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>ATC1<BR>PfTOT-STATIC<BR>INPUTS<BR>[FLAP<BR>.CONTROL<BR>UNIT<BR>FLAP<BR>POSITION<BR>COPILOTS INSTRUMENT<BR>REMOTE CONTROLLER<BR>ALTSEL<BR>TAT<BR>AFCS ADVISORY<BR>DISPLAY<BR>ALTITUDE<BR>REPORTING<BR>DADC1<BR>MACH/AIRSPEED<BR>ALTTTUDE/BARO CORRECTION<BR>TO MASTER CAUTION<BR>AND WARNING SYSTEM<BR>VERTICAL SPEED<BR>PiLOT S<BR>MACH/AIRSPEED<BR>INDICATOR<BR>PILOTS<BR>ALTIMETER<BR>PILOTS<BR>VERTICAL<BR>SPEED<BR>INDICATOR<BR>ALTITUDE ALERT/OVERSPEED<BR>PILOTS EADI<BR>K ASCB<BR>ALTSEL<BR>TAT<BR>{ PROBE<BR>TAT<BR>FLAP POSITION<BR>PfTOT-STATIC<BR>INPUTS<BR>DADC2<BR>2EL/ TO FMS, EFIS<BR>IRS AND AFCS<BR>AURAL<BR>WARNING<BR>SYSTEM<BR>MACH/AIRSPEED<BR>ALTITUDE ALERT/OVERSPEED<BR>COPILOTS<BR>MACH/AIRSPEED<BR>INDICATOR<BR>^ TO MASTER CAUTION<BR>^ AND WARNING SYSTEM<BR>COPILOTS<BR>ALTIMETER<BR>COPILOTS<BR>VERTICAL<BR>SPEED<BR>INOICATCP.<BR>COPILOTS EADI<BR>ALTITUDE<BR>REPORTING<BR>ATC2<BR>DADS - Simplified Block Diagram<BR>Figure 4<BR>SECTION 11<BR>Page 6<BR>Apr 02/87<BR>MACH COUNTER<BR>VMO POINTER<BR>AIRSPEED<BR>POINTER<BR>MEMORY INDEX<BR>POINTER (YELLOW)<BR>POINTBl<BR>BARO SET KNOB<BR>canaaair<BR>ctianentjer<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>MACH/AIRSPEED INDICATOR<BR>BARO COUNTERS<BR>ALTIMETER<BR>MEMORY INDEX<BR>POINTER (WHITE)<BR>FAILURE<BR>WARNING FLAG<BR>MEMORY INDEX<BR>POINTER (RED)<BR>MEMORY INDEX<BR>POINTER (GREEN)<BR>ALTITUDE ALERT<BR>ANNUNCIATOR<BR>FAILURE WARNING<BR>FLAG<BR>ALTITUDE<BR>COUNTER<BR>PILOTS AND COPILOT'S INSTRUMENT PANELS<BR>DADS - Mach/Airspeed Indicators and Altimeters<BR>Figure 5<BR>SECTION 11<BR>Page 7<BR>Apr 02/87<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>VERTICAL SPEED INDICATOR<BR>POINTER<BR>FAILURE<BR>WARNING<BR>FLAG<BR>PILOTS AND COPILOrS INSTRUMENT PANELS<BR>SAT DISPLAY<BR>Displays SAT in &lt; t Celsius.<BR>TAT DISPLAY<BR>Displays TAT in degrees<BR>Celsius.<BR>TAS DISPLAY<BR>Displays TAS in knots.<BR>BRT CONTROL<BR>Controls the overall display<BR>brightness.<BR>CENTRE INSTRUMENT PANEL<BR>DADS - Vertical Speed Indicators and<BR>Associated AFCS Advisory Display<BR>Figure 6<BR>SECTION 11<BR>Page 8<BR>Apr 02/87<BR>ctianenefer<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>IAS ACCELERATION TREND VECTOR<BR>Indicates the air a aft IAS trend based<BR>on acceleration. Displayed in magenta<BR>and inhibited below GO knots.<BR>IAS/MACH REFERENCE BUG<BR>Indicates the IAS or Mach reference<BR>selected on the pilot's instrument<BR>remote controller. Displayed in cyan.<BR>MACH DISPLAY<BR>Displays Mach number at or above<BR>0.45 Mach. Display is removed below<BR>0.40 Mach. Resolution is 0.002 Mach.<BR>The colour of the Mach display is the<BR>same as described for the IAS display.<BR>FMS SPEED BUG<BR>indicates the FMS reference speed<BR>when the flight director VNAV mode is<BR>selected. Displayed in magenta.<BR>IAS/MACK REFERENCE DISPLAY<BR>Provides a readout of the lAS/Mach<BR>reference bug with respect to the<BR>PILOTS AND COPILOT'S INSTRUMENT PANEL<BR>DADS - EFIS EADI Air Data Displays<BR>Figure 7 (Sheet 1)<BR>SECTION 11<BR>Page 9<BR>Apr 02/87<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>IAS COMPARISON MONITOR<BR>ANNUNCIATOR<BR>Rashes (amber) for 10 seconds and<BR>then comes on steady to indicate a 5<BR>knots or more difference between tne<BR>on-side and cross-side (AS sources, for<BR>greater than 2 seconds. The IAS<BR>comparison monitor function is<BR>inhibited at SO knots or less.<BR>VMO INDICATOR<BR>Indicates the aircraft maximum<BR>operating velocity (VMO}. Displayed in<BR>red.<BR>AoLl. DISPLAY<BR>Ots&amp;toys the selected amurfe for the<BR>flight atrector A 5 ?L mode, nartge &amp;<BR>from 0 to 60,000 feet, selectable in 100<BR>foot increments.<BR>When the on-side EHSI and DADC are<BR>coupled to the master flight guidance<BR>computer, the Display and surrounding<BR>box are displayed in cyan. When the<BR>cross-side EHSI and DADC are coupled<BR>to the master FGC. the surrounding<BR>box is changed to yellow.<BR>IAS DISPLAY AND SCALE<BR>The IAS display and scale provide an<BR>indication of the IAS from 40 to 450<BR>knots. Below 40 knots the IAS display<BR>is removed.<BR>When the IAS data source is on-side<BR>the IAS display is green. When the<BR>source is cross-side, the cSsptay is<BR>yeBow. When the IAS exceeds the<BR>rafetence IAS. in the fSght director<BR>FLC or VFLC modes, by ?5 knots.<BR>the display is amber. When the IAS<BR>exceeds VMO. as indicated by the<BR>VMO indicator, the olspiay is red.<BR>Whan the IAS acceleration trend<BR>vector exceeds the VMO, the display is<BR>smber.<BR>IAS REVISION ANNUNCIATOR<BR>Indicates a cross-side transfer of IAS<BR>data. An amber boxed XIAS is<BR>displayed on the receiving side and an<BR>amber boxed green IAS is displayed on<BR>the transferring side<BR>NOTES<BR>1 When IAS data from the coupled-side DADC is not<BR>vafid, an IAS related displays are removed and a<BR>ted boxed IAS annunciation is displayed.<BR>2 When the altitude preselect "function faSs the ASEL<BR>display is removed and a red boxed ASEL is<BR>displayed.<BR>DADS - EFIS EADI Air Data Displays<BR>Figure 7 (Sheet 2)<BR>SECTION 11<BR>Page 10<BR>Apr 02/87<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>PILOT'S INSTRUMENT REMOTE CONTROLLER<BR>IAS/MACH PUSH CHG CONTROL/<BR>SWITCH<BR>Rotating the IAS/MACH PUSH<BR>CHG control/switch causes the IAS<BR>or Mach references displayed on the<BR>pilot's and copilot's EADls, to<BR>change. Pressing the IAS/MACH<BR>PUSH CHG control/switch causes<BR>the IAS reference to change to a<BR>Mach reference and vice versa. The<BR>push-to-change function is inhibited<BR>when the aircraft is on the ground.<BR>GLARESHIELD (PILOT'S SIDE)<BR>ALT SEL CONTROL<BR>Rotating the ALT SEL control<BR>causes the ASEL displays, on the<BR>pilot's and copilot's EADls to<BR>change.<BR>COPILOTS INSTRUMENT REMOTE CONTROLLER<BR>GLARESHIELD (COPILOTS SIDE)<BR>DADS - EFIS Instrument Remote Controllers<BR>Figure 8<BR>SECTION 11<BR>Page 11<BR>Apr 02/87<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>IRS1<BR>DME:<BR>NAV 1 -<BR>ADF1<BR>PILOT'S<BR>SIDE<BR>EADI<BR>CENTRE<BR>EHSi<BR>DISPLAY CONTROLLER<BR>Q O ?O<BR>PILOTS<BR>SYMBOL<BR>SENERATORl<BR>IRS1 -<BR>DME1-<BR>NAV1-<BR>ADF1 -<BR>WXINSTRUMENT<BR>REMOTE<BR>CONTROLLER<BR>MFD<BR>MFD CONTROLLER<BR>00O甇D<BR>皁g??<BR>MFD<BR>SYMBOL<BR>GENERATOR<BR>ASCB<BR>COPILOTS<BR>SIDE<BR>e~L&gt;:<BR>K&gt;桲^A V<BR>EHSI<BR>DISPLAY CONTROLLER<BR>n M i i n<BR>Q O O O<BR>IRS 2<BR>DME 2<BR>NAV2<BR>AOF2<BR>RA<BR>COPILOTS<BR>SYMBOL<BR>GENERATOR<BR>IRS 2<BR>OME2<BR>NAV2<BR>ADF2<BR>RA<BR>WX<BR>TO/FROM FMS 1 AND FMS 2<BR>IRS 1 AND IRS 2. AFCS 1<BR>AND AFCS 2 AND DADS 1<BR>AND DADS 2<BR>INSTRUMENT REMOTE<BR>CONTROLLER<BR>EFIS - Simplified Block Diagram<BR>Figure 9<BR>SECTION 11<BR>Page 12<BR>Apr 02/87<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>FLIGHT DIRECTOR<BR>MODE ANNUNCIATORS<BR>DECISION<BR>HEIGHT<BR>ANNUNCIATOR<BR>ROLL<BR>SCALE<BR>VMO<BR>INDICATOR<BR>FLIGHT<BR>DIRECTOR<BR>COMMAND<BR>CUE<BR>IAS DISPLAY<BR>IAS ACCEL<BR>TREND<BR>VECTOR<BR>IAS SCALE<BR>FMS SPEED<BR>BUG<BR>IAS/MACH<BR>REFERBSICE<BR>BUG<BR>MACH<BR>DISPLAY<BR>MARKER<BR>BEACON<BR>ANNUNCIATOR<BR>AUTOPILOT<BR>ANNUNCIATOR<BR>ALTITUDE PRESELECT<BR>DISPLAY<BR>VERTICAL TRACK<BR>ALERT ANNUNCIATOR<BR>VERTICAL NAVIGATION<BR>POINTER<BR>GUDESLOPE<BR>POINTER<BR>AIRCRAFT SYMBOL<BR>LOCALIZER<BR>POINTER/<BR>RISING<BR>RUNWAY<BR>RADIO<BR>ALTITUDE<BR>DISPLAY<BR>DECISION<BR>HEIGHT<BR>DISPLAY<BR>INCLINOMETER<BR>PILOTS AND COPILOTS INSTRUMENT PANELS<BR>EFIS - EADI Normal Displays<BR>Figure 10<BR>SECTION 11<BR>Page 13<BR>Apr 02/87<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>ATTITUDE<BR>FAILURE<BR>ANNUNCIATOR<BR>ATTITUDE FAILURE<BR>FLIGHT<BR>DIRECTOR<BR>FAILURE<BR>ANNUNCIATOR<BR>FLIGHT DIRECTOR FAILURE<BR>PILOTS AND COPILOT'S INSTRUMENT PANELS<BR>EFIS - EADI Failure Warning Annunciators<BR>Figure 11 (Sheet 1)<BR>SECTION 11<BR>Page 14<BR>Apr 02/87<BR>cftanerujer<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>IAS FAILURE<BR>ANNUNCIATOR<BR>LOCALIZER<BR>FAILURE<BR>ANNUNCIATOR<BR>ASEL FAILURE<BR>ANNUNCIATOR<BR>CROSS-SIDE<BR>DATA FAILURE<BR>ANNUNCIATOR<BR>GLIDESLOPE<BR>FAILURE<BR>ANNUNCIATOR<BR>RADIO<BR>ALTITUDE<BR>FAILURE<BR>ANNUNCIATOR<BR>IAS, ALTITUDE PRESELECT. CROSS-SIDE DATA.<BR>GLIDESLOPE. VERTICAL NAVIGATION, RADIO<BR>ALTITUDE AND LOCALIZER FAILURES<BR>SYMBOL<BR>GENERATOR<BR>INTERNAL<BR>FAILURE<BR>ANNUNCIATOR<BR>SYMBOL GENERATOR INTERNAL FAILURE<BR>EFIS - EADI Failure Warning Annunciators<BR>Figure 11 (Sheet 2)<BR>SECTION 11<BR>Page 15<BR>Apr 02/87<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>CAT 2 INVALID<BR>ANNUNCIATOR<BR>FOOTS AND COPILOTS INSTRUMENT PANELS<BR>EFIS - EADI Category 2 Annunciator<BR>Figure 12<BR>SECTION 11<BR>Page 16<BR>Apr 02/87<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>IAS<BR>COMPARISON<BR>MONITOR<BR>ANNUNCIATOR<BR>LOCALIZER<BR>COMPARISON<BR>MONITOR<BR>ANNUNQATOR<BR>ATTITUDE<BR>COMPARISON<BR>MONITOR<BR>ANNUNCIATOR<BR>GLIDESLOPE<BR>COMPARISON<BR>MONITOR<BR>ANNUNCIATOR<BR>PILOTS AND COPILOTS INSTRUMENT PANELS<BR>EFIS - EADI Comparison Monitor Annunciators<BR>Figure 13<BR>SECTION 11<BR>Page 17<BR>Apr 02/87<BR>OPERATING MANUAL<BR>PS? 601A-6<BR>IAS REVERSION<BR>ANNUNCIATOR<BR>SG REVERSION<BR>ANNUNCIATOR<BR>IRS REVERSION<BR>ANNUNCIATOR<BR>PILOTS AND COPILOT'S INSTRUMENT PANELS<BR>EFIS - EADI Reversionary Source Annunciators<BR>Figure 14<BR>SECTION 11<BR>Page 18<BR>Apr 02/87<BR>ctvanenaer<BR>OPERATING MANUAL<BR>PSP601A-6<BR>WIND<BR>VECTOR<BR>DISPLAY<BR>HEADING<BR>SELECT BUG<BR>FORE<BR>LUBBER<BR>LINE<BR>HEADING<BR>SOURCE<BR>ANNUNCIATOR<BR>COURSE SELECTS<BR>DESIRED TRACK<BR>DISPLAY<BR>BEARING<BR>POINTS?<BR>NO. 1<BR>NAVIGATION*<BR>SOURCE<BR>ANNUNCIATOR<BR>COURSE<BR>PRESELECT<BR>SOURCE<BR>ANNUNCIATOR<BR>BEARING<BR>POINTER<BR>SOURCE<BR>ANNUNCIATOR<BR>COURSE<BR>DEVIATION 8AR<BR>FMS FMS<BR>MESSAGE DRIFT<BR>ANNUNCIATOR BUG<BR>TARGET ALERT<BR>ANNUNCIATOR<BR>DISTANCE<BR>DISPLAY<BR>WAYPOINT/DME RECIPROCAL<BR>IDENTIFIER COURSE<BR>PRESELECT<BR>POINTER<BR>RECIPROCAL<BR>COURSE<BR>POINTER<BR>COURSE<BR>昉RESELECT<BR>POINTER<BR>GLIDESLOPE<BR>POINTER<BR>COURSE<BR>SELECT/DESIRED TRACK<BR>POINTER<BR>?TO-FROM<BR>POINTER<BR>"AIRCRAFT<BR>SYMBOL<BR>COURSE PRESELECT<BR>DEVIATION BAR<BR>TIME-TO-GO<BR>DISPLAY<BR>PILOTS AND COPILOTS INSTRUMENT PANELS<BR>EFIS - EHSI Full Compass Mode<BR>Figure 15<BR>SECTION 11<BR>Page 19<BR>Apr 02/87<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>PARTIAL<BR>HEADING DIAL<BR>COURSE/DESIRED<BR>TRACK DISPLAY<BR>OFF SCALE<BR>ARROW<BR>NAV SOURCE<BR>ANNUNCIATOR<BR>COURSE<BR>PRESELECT<BR>ANNUNCIATOR<BR>BEARING<BR>POINTER<BR>SOURCE<BR>ANNUNCIATOR<BR>DISTANCE<BR>DISPLAY<BR>WIND<BR>VECTOR<BR>DISPLAY<BR>COURSE<BR>SELECT/<BR>DESIRED<BR>TRACK<BR>POINTER<BR>FORE HEADING FMS<BR>LUBBER SOURCE MESSAGE<BR>UNE ANNUNCIATOR ANNUNCIATOR<BR>TARGET ALERT<BR>ANNUNCIATOR<BR>HEADING<BR>SELECT<BR>DISPLAY<BR>HEADING<BR>SELECT BUG<BR>FMS DRIFT<BR>BUG<BR>COURSE<BR>PRESELECT<BR>POINTER<BR>GUDESLOPE<BR>POINTER<BR>COURSE<BR>PRESELECT<BR>DEVIATION BAR<BR>GROUND<BR>SPEED<BR>DISPLAY<BR>WAYPOINT/DME<BR>IDENTIFIER<BR>BEARING<BR>POINTS<BR>NO. 1<BR>COURSE AIRCRAFT TO/FR<BR>DEVIATION SYMBOL ANNUNCIATOR<BR>BAR<BR>PILOTS AND COPILOTS INSTRUMENT PANELS<BR>EFIS - EHSI ARC Mode<BR>Figure 16<BR>SECTION 11<BR>Page 20<BR>ApT 02/87<BR>ctiauenejer<BR>COURSE<BR>SELECT<BR>DISPLAY<BR>VOR STATION<BR>SYMBOL<BR>SELECTED<BR>COURSE UNE<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>SELECTED BEARING NO. 2<BR>DISPLAY<BR>CROSS-TRACK<BR>DISTANCE DlSP! * v<BR>VOR NAVIGATION SOURCE<BR>VOR BEARING<BR>WAYPOINTS<BR>STATION SYMBOLOGY<BR>VOR ONLY - O ?MS ONLY)<BR>VOR/DME- ?<BR>DME ONLY -&lt;? (FMS ONLY)<BR>CROSS-TRACK<BR>DISTANCE DISPLAY<BR>FMS NAVIGATION SOURCE<BR>WAYPOINT<BR>LEG<BR>TO WAYPOINT<BR>IDENTIFIER<BR>WAYPOINT<BR>FLIGHT LEVEL<BR>PILOTS AND COPILOTS INSTRUMENT PANELS<BR>EFIS - EHSI MAP Mode<BR>Figure 17<BR>SECTION 11<BR>Page 21<BR>Apr 02/87<BR>MODS<BR>ANNUNCIATOR<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>ALERT<BR>ANNUNCIATOR<BR>RANGE RING<BR>WX RETURN<BR>DISPLAY<BR>RANGE<BR>ANNUNCIATOR<BR>PILOTS AND COPILOTS INSTRUMENT PANELS<BR>EFIS - EHSI Weather Radar Display<BR>Figure 18<BR>SECTION 11<BR>Page 22<BR>Apr 02/87<BR>OPERATING MANUAL<BR>PS? 601A-6<BR>IRS FAILURE<BR>ANNUNCIATOR<BR>/ t<BR>IOI<BR>CRS<BR>349<BR>^ \<BR>V<BR>o ?<BR>R -=-?<BR>1 r<BR>.xXM'i'/'/,.<BR>HDG<BR>340<BR>v?<BR>ir<BR>DME ?',/? s ?\ \<BR>^<BR>180<BR>RNE I<BR>TTG<BR>34.5<BR>o<BR>V^z J<BR>X^LS<BR>HEADING FAILURE<BR>NAV SOURCE<BR>FAILURE<BR>ANNUNCIATOR<BR>/Z<BR>N j<BR>Q MAG<BR>V<BR>HDG<BR>340 = &gt;<BR>GLIDESLOPE<BR>FAILURE<BR>ANNUNCIATOR<BR>NAVIGATION SOURCE AND GUDESLOPE<BR>FAILURE<BR>PILOT'S AND COPILOTS INSTRUMENT PANELS<BR>EFIS - EHSI Failure Warning Annunciators<BR>Figure 19<BR>SECTION 11<BR>Page 23<BR>Apr 02/87<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>IRS HEADING<BR>COMPARISON<BR>MONITOR ANNUNCIATOR<BR>PILOTS AND COPILOTS INSTRUMENT PANELS<BR>EFIS - EHSI Comparison Monitor Annunciator<BR>Figure 20<BR>SECTION 11<BR>Page 24<BR>Apr 02/87<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>SG REVERSION<BR>ANNUNCIATOR<BR>IRS REVERSION<BR>ANNUNCIATOR<BR>PILOT'S AND COPILOTS INSTRUMENT PANELS<BR>EFIS - EHSI Reversionary Source Annunciators<BR>Figure 21<BR>SECTION 11<BR>Page 25<BR>Apr 02/87<BR>OPERATING MANUAL<BR>PS? 601A-6<BR>COURSE SELECT/<BR>DESIRED TRACK<BR>DISPLAY<BR>NAVIGATION<BR>SOURCE<BR>ANNUNCIATOR $<BR>TO/!=R<BR>A*NEL,rrtClATC=:<BR>COURSE<BR>DEVIATION COURSE<BR>POINTER SELECT/DESIRED<BR>TRACK<BR>POINTER<BR>GLIDESLOPE<BR>POINTER<BR>HEADING SELECT<BR>DISPLAY<BR>HEADING SELECT<BR>BUG<BR>MOTE<BR>PILOTS AND COPILOTS INSTRUMENT PANELS<BR>The composite cfisptey is a reversionary mode, used to provide both<BR>essential attitude cfirector and horumiuri situation information on one<BR>display, in the event that an electrooic OBptoy unit fafls.<BR>EFIS - Composite Display<BR>Figure 22<BR>SECTION 11<BR>Page 26<BR>Apr 02/87<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>DISTANCE AND COURSE<BR>TO DESIGNATOR<BR>HEADING<BR>DIAL<BR>LUBBER<BR>LINE<BR>TUNED<BR>VOR/DME<BR>NAVIGATION<BR>SOURCE ANNUNCIATOR<BR>VOR/DME<BR>NAVAID SYMBOL<BR>^ ^ VOR/DME<BR>^ ^ D M E ONLY<BR>O VORONLY<BR>AIRPORT<BR>IDENTIFIER<BR>RANGE<BR>RING<BR>DESIRED<BR>TRACK<BR>LINE<BR>WEATHER<BR>RADAR<BR>MODE<BR>DESIGNATOR<BR>LATITUDE/<BR>LONGITUDE<BR>DISPLAY<BR>TGT/VAR<BR>ANNUNCIATOR<BR>AIRCRAFT SYMBOL<BR>-TO** WAYPOINT<BR>DISPLAY<BR>ETA TTG<BR>IN OR IN<BR>GMT HR:MN<BR>DISTANCE<BR>T O T O '<BR>WAYPOINT<BR>DISPLAY<BR>DESIGNATOR<BR>DISPLACEMENT LINE<BR>CROSS-TRACK<BR>DEVIATION<BR>DISPLAY<BR>CENTRE INSTRUMENT PANEL<BR>EFIS - MFD MAP Mode<BR>Figure 23<BR>SECTION 11<BR>Page 27<BR>Apr 02/87<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>DISTANCE AND COURSE<BR>TO DESIGNATOR<BR>AIRCRAFT<BR>SYMBOL<BR>TUNED<BR>VOR/DME<BR>SELECTED<BR>NAV SOURCE<BR>MAG<BR>ANNUNCIATOR<BR>-NORTH-UP*<BR>IDENTIFIER<BR>DISPLACEMENT<BR>LINE<BR>DESIGNATOR<BR>RANGE<BR>AIRPORT<BR>ANNUNCIATOR<BR>WEATHER<BR>RADAR<BR>MODE<BR>TGT/VAR<BR>ANNUNCIATOR<BR>TO" WAYPOINT<BR>DESIGNATOR<BR>LATITUDE/<BR>LONGITUDE<BR>DISPLAY<BR>ETA TTG<BR>IN OR IN<BR>GMT HRrMN<BR>RANGE<BR>RING<BR>WAYPOINT DISTANCE TO<BR>T O " WAYPOINT<BR>CENTRE INSTRUMENT PANEL<BR>EFIS - MFD PLAN Mode<BR>Figure 24<BR>SECTION 11<BR>Page 28<BR>Apr 02/87<BR>cttanenefer<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>GSPD/TTG PUSHBUTTON<BR>Alternately selects ground<BR>speed (GS) or time-to-go (TTG)<BR>for display. /&lt;<BR>WX PUSHBUTTON<BR>Selects weather radar returns<BR>for display in partial compass<BR>format.<BR>MAP PUSHBUTTON<BR>Selects display of active<BR>waypornts and VOR/DME<BR>ground station positions on<BR>partial compass display.<BR>ET PUSHBUTTON<BR>Selects elapsed time display<BR>instead of GS/TTG display.<BR>V/L PUSHBUTTON<BR>Selects between the on-side<BR>and cross-side SRN systems<BR>(see note).<BR>FULL/ARC PUSHBUTTON<BR>Selects full compass (360<BR>degrees of heading} or partial<BR>compass (90 degrees of<BR>heading) format for display.<BR>BRG O KNOB<BR>Selects the bearing source for<BR>the No. 1 bearing pointer on<BR>the EHSl.<BR>ADl DIM (OUTER) CONTROL<BR>Adjusts the brightness of the<BR>EAOI display. When set to OFF.<BR>the EHSl displays a composite<BR>EAOI and EHSl.<BR>FMS PUSHBUTTON<BR>Selects between the on-side<BR>and cross-side LRN system<BR>(FMS).<BR>BRG O KNOB<BR>Selects the bearing source for<BR>the No. 2 bearing pointer on<BR>the EHSl.<BR>WX DIM (INNER) CONTROL<BR>Adjusts the brightness of the<BR>weather radar returns on the<BR>EHSl.<BR>OH/TST (INNER) CONTROL<BR>Rotating the control adjusts the<BR>decision height display on the<BR>EAOI. When pressed activates<BR>the test mode.<BR>HSl DIM (OUTER) CONTROL<BR>Adjusts the brightness of the<BR>EHSl display. When set to OFF.<BR>the EADl displays a composite<BR>EAOI and EHSL<BR>PILOT'S AND COPILOT'S SIDE PANELS<BR>NOTE<BR>SRN systems are the VHF navigation<BR>system and the DME system.<BR>EFIS - Display Controller<BR>Figure 25<BR>SECTION 11<BR>Page 29<BR>Apr 02/87<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>HDG PUSH SYNC PUSHBUTTON<BR>When rooted, moves the heading<BR>bug on the p8ot's EHSl. When<BR>pressed, causes the heading bug to<BR>synchronize to the aircraft heading.<BR>IAS/MACH PUSH CHG CONTROL/<BR>SWITCH<BR>When rotated, adjusts the<BR>lAS/Mach reference on the pilot's<BR>and copilot's EAOis. When pressed.<BR>change the IAS reference to the<BR>Mach reference or vice versa. The<BR>push-to-change function is inhibited<BR>with the aircraft on the ground.<BR>CRS PUSH OCT CONTROL/<BR>SWITCH<BR>When rotated, rnoves the course<BR>select pointer on the associated<BR>EHSl. When pressed, causes the<BR>course pointer to indicate the 2ero<BR>deviation course to the tuned VOR<BR>station. When an FMS source is<BR>selected, rotating the control causes<BR>the preselect course pointer to<BR>move.<BR>ALT SEL CONTROL<BR>When rotated, adjusts the<BR>AScL display on the pilot's<BR>and copilot's EADJs.<BR>HOG PUSH SYNC PUSHBUTTON<BR>When rotated, moves the heading<BR>bug on the copdot's EHSl. When<BR>pressed, causes the heading bug to<BR>synchronize to the aircraft heading.<BR>GlARESHiELD<BR>EFIS - Instrument Remote Controllers<BR>Figure 26<BR>SECTION 11<BR>Page 30<BR>Apr 02/87<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>WX PUSHBUTTON<BR>Selects the weather radar<BR>information for display on the MFD<BR>indicator.<BR>NORM PUSHBUTTON<BR>Selects checklist index page for<BR>display on MFD indicator.<BR>SRC PUSHBUTTON<BR>Selects long range navigation source<BR>for MAP and PLAN modes.<BR>MAP/PLAN PUSHBUTTON<BR>Alternately selects MAP or PLAN<BR>format for MFD indicator display.<BR>VOR PUSHBUTTON<BR>Selects VOR/DME information<BR>for display on MFD indicator.<BR>INC/DEC RNG CONTROL<BR>Increases or decreases the range<BR>display on the MFD indicator.<BR>EMER PUSHBUTTON<BR>Selects emergency checklist index<BR>page for display on MFD indicator.<BR>SKP PUSHBUTTON<BR>Allows skipping of designator or<BR>active lines.<BR>DAT PUSHBUTTON<BR>Allows additional long range<BR>navigation information to be added<BR>to the MAP or PLAN mode display<BR>ENT PUSHBUTTON<BR>Enters designator as a waypotm.<BR>checks off a line or selects an index<BR>line item for display.<BR>RCL PUSHBUTTON<BR>Recalls designator to home position<BR>or recalls lowest numbered skipped<BR>tine in a checklist.<BR>PAG PUSHBUTTON<BR>Advances the page count and places<BR>the active line selection at first line<BR>of the page.<BR>CENTRE PEDESTAL<BR>EFIS - MFD Controller<BR>Figure 27<BR>SECTION 11<BR>Page 31<BR>Apr 02/87<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>COMP WON SWITCH/LIGHT<BR>Comes on (amber) to indicate that a<BR>difference exists between one of the<BR>on-side and cross-side sources. The<BR>out-of -tolerance source is indicated<BR>on the EADl. When pressed, resets<BR>the comparison circuits.<BR>SG REV SWITCH/UGHT<BR>When pressed, selects the cross-side<BR>symbol generator as a back-up when<BR>the on-side symbol generator fafls.<BR>IAS REV SWITCH/LIGHT<BR>When pressed, selects the cross-side<BR>OADC as a back-up IAS source<BR>when the on-side source fails.<BR>IRS REV SWTTCH/UGHT<BR>When pressed, selects the cross-side<BR>IRS as back-up when the on-side<BR>IRS source fails.<BR>FD REV SWITCH/LIGHT<BR>When pressed, selects the cross-side<BR>flight guidance computer (FGC) as a<BR>back-up flight director when the onside<BR>FGC fails.<BR>PILOTS AND COPILOTS INSTRUMENT PANELS<BR>EFIS - Remote Switch/Lights<BR>Figure 28<BR>SECTION 11<BR>Page 32<BR>Apr 02/87

dul 发表于 2011-2-11 13:44:43

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ericgyf 发表于 2011-6-28 20:24:31

回复 1# 航空 的帖子

CRJ200 Flight Deck Book

ericgyf 发表于 2011-6-28 20:24:43

回复 1# 航空 的帖子

CRJ200 Flight Deck Book

bocome 发表于 2011-7-31 07:40:37

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