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<P>Bombardier-Challenger_01-Navigation</P>
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航空 发表于 2010-5-9 09:13:01

<P>OPERATING MANUAL<BR>PSP 6C1A-6<BR>SECTION 16<BR>NAVIGATION<BR>TABLE OF CONTENTS<BR>Page<BR>1. GENERAL 1<BR>2. INERTIAL REFERENCE SYSTEM 1<BR>3. STANDBY ARTIFICIAL HORIZON 2<BR>4. STANDBY MAGNETIC COMPASS 2<BR>5. WEATHER RADAR SYSTEM 2<BR>6. RADIO ALTIMETER SYSTEM 3<BR>7. VHF NAVIGATION SYSTEM 3<BR>8. AUTOMATIC DIRECTION FINDER SYSTEM 3<BR>9. DISTANCE MEASURING EQUIPMENT 4<BR>10. AIR TRAFFIC CONTROL TRANSPONDER 4<BR>11. FLIGHT MANAGEMENT SYSTEM 4<BR>12. DIGITAL CLOCK SYSTEM 5<BR>LIST OF ILLUSTRATIONS<BR>Figure Title Page<BR>Number<BR>1 IRS - Simplified Block Diagram 6<BR>2 IRS - Inertia! System Display Unit (ISDU) 7<BR>3 IRS - Mode Select Unit (MSU) 8<BR>4 IRS - Annunciators and Switch/Lights 9<BR>5 IRS - Normal EFIS Displays 10<BR>6 IRS - Failure EFIS Displays 11<BR>7 IRS - Reversionary EFIS Displays 12<BR>16 - CONTENTS<BR>Page 1<BR>Apr 10/95<BR>cftauencjer<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>Figure<BR>Number Title Page<BR>8 Standby Artificial Horizon 13<BR>9 Standby Magnetic Compass 14<BR>10 Weather Radar System - Simplified Block Diagram 15<BR>11 Weather Radar System Controller 16<BR>12 Weather Radar System Selection/Control - EFIS MFD Controller 17<BR>13 Weather Radar System Selection/Control - EFIS Display Controller 18<BR>14 Weather Radar System - MFD Displays (2 Sheets) 19<BR>15 Weather Radar System - Test Pattern 21<BR>16 Weather Radar System - EHSI Displays 22<BR>17 Radio Altimeter System - Simplified Block. Diagram 23<BR>18 Radio Altimeter System - EFIS Displays 24<BR>19 Radio Altimeter System Control - EFIS Display Controller 25<BR>20 VHF/NAV System - Simplified Block. Diagram 26<BR>21 VHF/NAV System Control and Remote Switch/Lights 27<BR>22 VHF/NAV System Source Selection - EFIS Display Controller 28<BR>23 VHF/NAV System - EADI Displays 29<BR>24 VHF/NAV System - EHSI Full Compass Display 30<BR>25 VHF/NAV System - EHSI MAP Display 31<BR>26 VHF/NAV System - EFIS Failure Displays 32<BR>27 VHF/NAV System Audio Selection/Control - Audio Integrating System 33<BR>28 ADF System - Simplified Block Diagram 34<BR>29 ADF System Control Unit 35<BR>30 ADF System Source Selection - EFIS Display Controller 36<BR>31 ADF System EFIS Displays 37<BR>32 ADF System Audio Selection/Control - Audio Integrating System 38<BR>16-CONTENTS<BR>Page 2<BR>Apr 02/87<BR>canaaair<BR>cnaiiertQer<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>Fi gure<BR>Number Title Page<BR>33 DME System - Simplified Block Diagram 39<BR>34 DME System Selection/Control - VHF/NAV Control 40<BR>35 DME System - EFIS Displays 41<BR>36 DME System Audio Selection/Control - Audio Integrating System 42<BR>37 ATC Transponder System Control Unit 43<BR>38 FMS - Simplified Block Diagram 44<BR>39 FMS Control Display Unit (CDU) (2 Sheets) 45<BR>40 FMS EHSI Source Selection - EFIS Display Controller 47<BR>41 FMS - Remote Annunciators 48<BR>42 FMS - EADI Display 45<BR>43 FMS - EHSI Full Compass Display (2 Sheets) 50<BR>44 FMS - EHSI MAP Display (Additional Displays) 52<BR>45 FMS MFD Source Selection and Display Control - EFIS MFD Controller 53<BR>46 FMS - MFD MAP Display 54<BR>47 FMS - MFD PUN Display 55<BR>48 Digital Clock Controls 56<BR>16-CONTENTS<BR>Page 3<BR>Apr 02/87</P>
<P>OPERATING MANUAL<BR>PSP 601A-6<BR>SECTION 16<BR>NAVIGATION<BR>1. GENERAL<BR>The following systems and components are used for navigation:<BR>Inertia! reference system (IRS)<BR>Standby magnetic compass<BR>Standby horizon indicator<BR>Weather radar system<BR>Radio altimeter system<BR>VHF navigation (VHF/NAV) system<BR>Automatic direction finder (ADF) system<BR>Distance measuring equipment (DME) system<BR>Air traffic control (ATC) system<BR>Flight management system (FMS)<BR>Digital clock<BR>2. INERTIAL REFERENCE SYSTEM (Figures 1 through 7)<BR>The laser inertia! reference system (LIRS) is a dual system (IRS 1 and IRS 2)<BR>which provides aircraft present position, attitude, velocity, heading data,<BR>wind speed, wind direction and ground speed data. The LIRS interfaces with<BR>the flight management systems (FMS 1 and FMS 2), the electronic flight<BR>instrument system (EFIS), the weather radar system, the automatic flight<BR>control system (AFCS) and the digital air data system (DADS).<BR>Initialization data {latitude and longitude) is entered into the LIRS from<BR>| either the inertia! system display unit (ISDU) or the FMS (refer to<BR>paragraph 11.).<BR>IRS REV switch/lights are located on the pilot's and copilot's instrument<BR>panels, to provide for selection of the on-side or cross-side IRS.<BR>The system includes two inertia! reference units (IRU), a six-annunciator<BR>mode select unit (MSU) for each IRU, an inertia! system display unit (ISDU),<BR>and a blower kit and backup battery for each IRU- It also has full<BR>| provisions for a third inertia! reference unit (IRU 3).<BR>SECTION 16<BR>Page 1<BR>Apr 10/95<BR>ctianencter<BR>OPERATING WUfJAL<BR>PSP 601A-6<BR>STANDBY ARTIFICIAL HORIZON (Figure 8)<BR>The artificial horizon indicator displays pitch and roll aircraft attitude<BR>information- Vertical attitude is maintained by a mechanical erection system.<BR>The indicator continues to provide attitude information for a minimum of 9<BR>minutes after loss of power.<BR>STANDBY MAGNETIC COMPASS (Figure 9)<BR>The standby magnetic compass is aligned with the<BR>is of the self-contained, dry type. A miniature<BR>heading against a rotating vertical compass card.<BR>aircraft longitudinal axis and<BR>aircraft pointer displays the<BR>WEATHER RADAR SYSTEM (Figures 10 through 16)<BR>The weather radar system detects and locates various types of weather along the<BR>flight path of the aircraft and provides a visual indication of the storm<BR>intensity on the multifunction display (MFD). Weather radar functions are<BR>controlled by the weather radar controller. The EFIS MFD controller provides<BR>for selection and dimming control of the weather radar display on the MFD. The<BR>weather radar returns can also be displayed on the pilot's and copilot's<BR>electronic horizontal situation indicators (EHSI) in the partial compass mode,<BR>selectable from the pilot's and copilot's display controllers. The weather<BR>radar system also has a supplementary ground mapping function to assist with<BR>navigation and should not be used or relied upon for proximity warning,<BR>anti-collision or tension avoidance. The colours used in the weather and<BR>ground mapping modes are as follows.<BR>HEATHER<BR>Level 0<BR>Level 1<BR>Level 2<BR>Level 3<BR>Level 4<BR>Level 0<BR>Level 1<BR>Level 2<BR>Black<BR>Green<BR>Yellow<BR>Red<BR>Magenta<BR>GROUND MAPPING<BR>Black<BR>Cyan<BR>Yellow<BR>No reflective target<BR>Least rainfall<BR>Heavy rainfall<BR>Next heaviest rainfall<BR>Heaviest rainfall<BR>No reflective target<BR>Least reflective target<BR>Next level of reflective<BR>target<BR>Level 3 Magenta Most reflective target<BR>SECTION 16<BR>Page 2<BR>Apr 02/87<BR>cacnhaadJaleirn Qer<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>The attitude source used by the weather radar system is controlled by the IRS<BR>REV pushbutton on the pilot's instrument panel. The weather radar system is<BR>inhibited when the aircraft is on the ground. The weather radar system<BR>consists of the receiver/transmitter/antenna and the weather radar<BR>controller.<BR>RADIO ALTIMETER SYSTEM (Figures 17, 18 and 19)<BR>The radio altimeter system is a high-resolution, short-pulse radio altitude<BR>system that provides precise information on ground proximity during the<BR>approach and landing phases of aircraft operation. Radio altitude is<BR>displayed on the pilot's and copilot's electronic attitude director<BR>indicators (EADIs).<BR>The radio altimeter system consists of a transmitter/receiver, transmitter<BR>antenna and receiver antenna.<BR>On aircraft 5041 and 5146,<BR>the radio altimeter system is dual and consists of two transmitter/receivers,<BR>two transmitter antennas and two receiver antennas.<BR>VHF NAVIGATION SYSTEM (Figures 20 through 27)<BR>The VHF navigation (VHF/NAV) systems No. 1 and No. 2, receive and process VHF<BR>omnirange (VOR), localizer (LOC), glideslope (GS) and marker beacon signals<BR>to provide short-range navigation (SRN) for the pilot's and copilot's<BR>systems. The VHF/NAV systems No. 1 and No. 2, provide VOR, LOC and GS<BR>deviation, V0R/L0C audio, VOR bearing, VOR TO/FROM data and marker beacon<BR>outputs. The VHF navigation information is used by the electronic flight<BR>instrument system (EFIS), the flight management system (FMS), automatic<BR>flight control system (AFCS) and the audio integrating system.<BR>The pilot's and copilot's display controllers provide for selection of the<BR>VHF/NAV system information.<BR>AUTOMATIC DIRECTION FINDER SYSTEM (Figures 28 through 32)<BR>The automatic direction finder (ADF) systems No. 1 and No. 2 receive signals<BR>from the selected ground station, to provide relative bearing to the station<BR>for display on the pilot's and copilot's electronic horizontal situation<BR>indicators (EHSI) and audio signals for the intercom system. The station<BR>selected can be a non-directional beacon or a standard AM broadcast station<BR>operating in a frequency range of 190 to 1799.5 kHz.<BR>The pilot's and copilot's source controllers provide for selection of the ADF<BR>information displayed on EFIS. The ADF system consists of two ADF receivers,<BR>two ADF control units and a dual ADF antenna.<BR>SECTION 16<BR>Page 3<BR>Aug 14/02<BR>cacnhaadTaleirn qer<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>9. DISTANCE MEASURING EQUIPMENT (Figures 33 through 36)<BR>The distance measuring equipment (DME 1 and DME 2) measures the slant range<BR>distance between the aircraft and the tuned DME ground station, up to 300<BR>nautical miles. The distance information is supplied to the electronic flight<BR>instrument system (EFIS) and the automatic flight control system (AFCS). The<BR>DME 1 and DME 2 also provide ground speed, time-to-station and ground station<BR>identification data outputs for the flight management system No. 1 (FMS 1) and<BR>the flight management system No. 2 (FMS 2 ) , respectively, and audio outputs<BR>for the intercom system.<BR>The DME 1 and DME 2 can be tuned manually or automatically. Manual tuning is<BR>performed from the VHF/NAV control in short-range radio navigation. Automatic<BR>tuning is performed by the FMS in long-range FMS navigation. The pilot's and<BR>copilot's EFIS source controllers provide for selection of the DME distance<BR>displayed on EFIS and used by the flight director system (FDS) and the air data<BR>system (ADS) when the short-range radio navigation is used. The DME distance is<BR>switched in conjunction with the VHF/NAV system data (refer to paragraph 7.).<BR>The DME consists of the two transmitter/receivers and two antennas. Control<BR>of the DME 1 and DME 2 is provided by the VHF/NAV systems No. 1 and No. 2.<BR>10. AIR TRAFFIC CONTROL TRANSPONDER (Figure 37)<BR>The air traffic control (ATC) transponder system provides the ATC ground radar<BR>systems with coded identification and altitude data in response to a valid<BR>interrogation signal. This enables the air traffic controller to identify<BR>transponder-equipped aircraft in addition to detecting range and direction.<BR>The ATC transponder system uses altitude data from the air data system No. 1<BR>(ADS 1) and from the air data system No. 2 (ADS 2 ) . The ATC transponder<BR>control unit provides for control of the ATC transponder systems.<BR>The ATC transponder system consists of two transponders, a control unit, a<BR>control adapter and two antennas.<BR>11. FLIGHT MANAGEMENT SYSTEM (Figures 38 through 47)<BR>The flight management systems No. 1 and No. 2 (FMS 1 and FMS 2) use navigation<BR>data including attitude and heading from the inertial reference system (IRS),<BR>altitude, true airspeed (TAS) and static-air-temperature (SAT) from the air<BR>data system (ADS), and distance information from the scanning distance<BR>measuring equipment (DME) system, in order to navigate the aircraft along a<BR>programmed flight plan. The programmed flight plan is computed by the flight<BR>management system (FMS) navigation computer unit (NCU) and displayed and<BR>controlled by the FMS control display unit (CDU). The FMS interfaces with the<BR>electronic flight instrument system (EFIS) and the flight guidance system (FGS)<BR>to display and control the FMS computed flight plan. The FMS 1 and FMS 2 also<BR>use fuel flow inputs from the fuel flow sensors to provide for fuel management.<BR>SECTION 16<BR>Page 4<BR>Apr 02/87<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>The p i l o t s and copilot's EFIS source controllers provide for selection of the<BR>FMS navigation data and FMS bearing displayed on EFIS, and the roll steering<BR>command applied on the on-side flight director system (FDS). The multifunction<BR>display (MFD) provides for selection of the FMS navigation data displayed on<BR>the MFD.<BR>The FMS 1 and FMS 2 provide tune control serial data to the associated VHF<BR>navigation (VHF/NAV) system to automatically tune the DME receiver in order to<BR>provide the scanning DME function.<BR>12. DIGITAL CLOCK SYSTEM (Figure 48)<BR>Both the pilot and copilot have a digital clock system. The clocks can be set<BR>to display local, flight and elapsed time. Each clock is powered by a 6-volt<BR>battery.<BR>The digital clock systems consist of a digital clock, a press-to-reset switch<BR>and a resistor.<BR>SECTION 16<BR>Page 5<BR>Apr 02/87<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>FMS1<BR>TO EADI, EHSl,<BR>EFIS. AFCS AND FMS<BR>ISDU<BR>PILOTS<BR>SIDE<BR>CONSOLE<BR>FMS 2<BR>tl<BR>URU<BR>NO. 1<BR>PILOTS<BR>INSTRUMENT<BR>PANEL<BR>REV<BR>T<BR>IRS<BR>1<BR>COPILOTS<BR>SIDE<BR>CONSOLE<BR>I<BR>WEATHER!<BR>RADAR<BR>* ^ r ffiS<BR>2<BR>COPILOTS<BR>SIDE<BR>CONSOLE<BR>LIRU<BR>NO. 2<BR>ASCB BUS<BR>mm __t wotx*s^^^ I I<BR>COPILOTS<BR>INSTRUMENT<BR>PANEL<BR>COPILOTS<BR>MSU<BR>m* ^ o PILOTS<BR>EADI<BR>^<BR>m<BR>* M *<BR>X<BR>PILOTS<BR>EHSi<BR>MFD<BR>COPILOTS<BR>EAD!<BR>COPILOTS<BR>EHSl<BR>DADC<BR>NO. 2<BR>IRS - Simplified Block Diagram<BR>Figure 1<BR>SECTION 16<BR>Page 6<BR>Apr 02/87<BR>chauenper<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>Honeywell LASEREF<BR>ZL i_ i i<BR>^<BR>DIMMER KNOB<BR>Controls the brightness of<BR>the display.<BR>DSPL SEL SWITCH<BR>Selects the data to be shown on the<BR>digit display.<BR>TEST - lights all the display<BR>elements and the keyboard ENT and<BR>CLR cue tights. The switch is springloaded<BR>and must be held in this<BR>position.<BR>TK/GS - Selects the track angle in<BR>degrees on the left display and the<BR>ground speed in knots on the right.<BR>PPOS - Selects the latitude on the<BR>left display and the longitude on the<BR>right.<BR>WIND - Selects the wind direction<BR>in degrees on the left display and the<BR>wind speed in knots on the right.<BR>HDG/STS - Selects true or<BR>magnetic heading on the left display<BR>and time to complete alignment on<BR>the right.<BR>DSPLSEL<BR>*&gt;POS WIND<BR>TK/GsVv^—-^ .HDG/STS<BR>E^<BR>SYS DSPL SWITCH<BR>Selects the IRU from which<BR>the displayed data originates.<BR>If the switch is set of OFF.<BR>the ISDU cannot send or<BR>receive data to or from any<BR>IRU.<BR>H<BR>Q•<BR>p<BR>•CO •H<BR>S3 m<BR>El<BR>iy]<BR>DIGIT DISPLAY<BR>Shows data from the<BR>selected system.<BR>KEYBOARD<BR>Enters initial data.<BR>ENT AND CLR KEYS<BR>Contain green cue lights<BR>which, when lit. indicate that<BR>operator action is required.<BR>CLR is used to remove data<BR>erroneously entered. ENT is<BR>used to send data to the<BR>IRU.<BR>PILOTS SIDE CONSOLE<BR>IRS - Inertial System Display Unit (ISDU)<BR>Figure 2<BR>SECTION 16<BR>Page 7<BR>Apr 02/87<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>NAV RDY ANNUNCIATOR<BR>Comes on to indicate that<BR>the alignment is complete.<BR>ALIGN ANNUNCIATOR<BR>Light iUurninates when the<BR>mode select switch b in the<BR>ALIGN position (mode). The<BR>light -flashes, if alignment<BR>requirements are not met<BR>because of aircraft movement<BR>or incorrect operator action.<BR>FAULT ANNUNCIATOR<BR>Comes on to indicate that<BR>there is a fault in the IRS.<BR>NO AIR ANNUNCIATOR<BR>Comes on to indicate a<BR>cooling loiiure.<BR>TEST PUSHBUTTON<BR>initiates a test sequence m<BR>which the IRS outputs three<BR>sets of specified test va&raquo;u&raquo;<BR>sequentially. Used for<BR>maintenance purposes<BR>MODE SELECT SWITCH<BR>Selects the four IRU basic modes<BR>and the four submodes. NAV<BR>position is detented.<BR>OFF - Turns off the IRS<BR>ALIGN - Turns the IRS on and<BR>selects the align mode. To complete<BR>the align mode, inputs the initial<BR>position latitude and longitude must<BR>entered into the IRS, either from the<BR>FMS or from the ISDU.<BR>NAV - Seleos the navigation mode<BR>if the align mode is successfully<BR>completed.<BR>ATT - Selects the revisiohary ATT<BR>(attitude) mode for the IRS. normally<BR>used when the NAV mode fails.<BR>ON BATT ANNUNCIATOR<BR>Comes on to indicate that<BR>the IRS is receiving power<BR>from the IRS back-up<BR>battery.<BR>BATT CAIl Ahi.\:jN?:A'r;,..<BR>Comes on to indicate that<BR>the IRS back-up battery is<BR>supplying less than the<BR>minimum voltage required for<BR>IRS operation.<BR>CENTRE PEDESTAL<BR>IRS - Mode Select Unit (MSU)<BR>Figure 3<BR>SECTION 16<BR>Page 8<BR>Apr 02/87<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>IRS<BR>REV<BR>IRS REV SWTTCH/UGHT<BR>When preeaod, eeiects the cross-tide<BR>IRS as back-up when the on-side<BR>IRS source fails.<BR>PILOTS AND COPILOTS INSTRUMENT PANELS<BR>b Att/lLIAfpY BATTERY<BR>IRS<BR>1<BR>IRS<BR>2<BR>IRS<BR>3<BR>CHARGER FAIL<BR>BATT/CHARGER FAIL<BR>ANNUNCIATOR<BR>Comas on (ember) to indicate that<BR>the back-up battery is not charging.<BR>d<BR>EFFBCnVTTY: A/C 5136 AND SUBS AND A/C POST SB 601 - 0 * 16<BR>2<BR>BATT/CHARGER FAIL<BR>ANNUNCIATOR<BR>Comas on iember) to indicate that<BR>the back-up battery b not charging.<BR>/<BR>FAIL I<BR>ON I<BR>\U XILlAr/y BATTERY<BR>I IRS I<BR>1<BR>I IRS I<BR>2<BR>I IRS I<BR>BlNOPl<BR>APU BATT/CHARGER FAIL<BR>EFFECTMIY: A/C 8001 TO SIS*<BR>d<BR>COPILOTS CONSOLE<BR>IRS - Annunciators and Switch/Lights<BR>Figure 4<BR>SECTION 16<BR>Page 9<BR>Apr 10/95<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>WIND VECTOR DISPLAY<BR>Indicates wind speed and direction<BR>calculated by the IRS.<BR>HEADING SOURCE ANNUNCIATOR<BR>A white MAG annunciation is<BR>displayed above the heading dial to<BR>indicate that the heading source is<BR>referenced to magnetic North.<BR>HEADING DIAL<BR>Displays magnetic IRS heading.<BR>EHS!<BR>GSPD DISPLAY<BR>Indicates ground speed calculated by<BR>the IRS (see note).<BR>ATTITUDE SPHBIE<BR>Displays IRS pitch and roll attitude.<BR>NOTE<BR>Ground speed is supplied by the<BR>PMS when en FMS navigation<BR>source is selected.<BR>HAD!<BR>PILOTS AND COPILOT'S INSTRUMENT PANELS<BR>IRS - Normal EFIS Displays<BR>Figure 5<BR>SECTION 16<BR>Page 10<BR>Apr 02/87<BR>ctvanenaer<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>Y f<BR>o IRS<BR>V<BR>160<BR>DH200<BR>I I<BR>s: LA<BR>J<BR>//<BR>/y<BR>IRS ATTITUDE FAILURE<BR>When the IRS fails, the pitch scale<BR>and roil pointer are removed, the<BR>flight director command bars are<BR>removed, the attitude sphere is<BR>removed and a red boxed IRS<BR>annunciation is displayed in the<BR>centre of the EAD1.<BR>/ . V<BR>jo<BR>!<BR>i<BR>\<BR>f m 1<BR>CRS L1r^ HDG<BR>349 ^xMM'/v- 340<BR>0 c j:<BR>R - ^ -j- "i—-<BR>1 r + -&pound;<BR>180 ' ' W . l . ^ ]TG<BR>RNE 1 34-5 &gt;n m<BR>* o<BR>^<BR>IRS HEADING FAILURE<BR>When the IRS fails, the MAG<BR>annunciation, heading bug. course<BR>select/desired track pointer, scale<BR>and deviation bar. to-from pointer.<BR>bearing pointers are removed. The<BR>heading dial is displayed North up<BR>and a re6 boxed IRS is displayed<BR>above the heading dial.<BR>PILOT'S AND COPILOTS INSTRUMENT PANELS<BR>IRS - Failure EFIS Displays<BR>Figure 6<BR>SECTION 16<BR>Page 11<BR>Apr 02/87<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>IRS REVERSION ANNUNCIATOR<BR>When the cross-side IRS is<BR>transferred to the on-side, an amber<BR>boxed XIRS is displayed on the on<BR>side EHSl and EAOi and an amber<BR>boxed green IRS is displayed on the<BR>cross-side EHSl and EADL<BR>PILOTS AND COPILOTS INSTRUMENT PANELS<BR>IRS - Reversionary EFIS Displays<BR>Figure 7<BR>SECTION 16<BR>Page 12<BR>Apr 02/87<BR>ctiafiencjer<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>ROLL INDEX<BR>POWER WARNING FLAG<BR>Comes into view to indicate a caged<BR>condition, standby artificial horizon<BR>failure or a power loss.<BR>ROLL POINTER<BR>HORIZON LINE<BR>DRUM<BR>PITCH - TRIM SCALE<BR>AIRCRAFT<BR>SYMBOL<BR>CAGING/PITCH - TRIM KNOB<BR>When pulled, the indicator is caged.<BR>When rotated, the aircraft symbol is<BR>adjusted for varying pitch attitudes.<BR>CENTRE INSTRUMENT PANEL<BR>Standby A r t i f i c i a l Horizon SECTION 16<BR>Figure 8 Page 13<BR>Apr 02/87<BR>canadair<BR>ctianencjer<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>BELOW OVERHEAD PANEL<BR>Standby Magnetic Compass SECTION 16<BR>Figure 9 page 14<BR>Apr 02/87<BR>cftauencjer<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>AIR/GND<BR>MODULE<BR>WOW<BR>WEATHER<BR>RADAR<BR>SYSTEM<BR>ATTITUDE<BR>PILOT'S<BR>DISPLAY<BR>CONTROLLER<BR>WX DISPLAY VIDEO<BR>EF1S MFD<BR>CONTROLLER<BR>WX DISPLAY VIDEO<BR>COPILOTS<BR>DISPLAY<BR>CONTROLLER<BR>WX DISPLAY VIDEO<BR>PILOTS<BR>INSTRUMENT<BR>PANEL<BR>URS1<BR>J **<BR>*f **<BR>URS2<BR>--J psl<BR>jREVli<BR>PILOTS EHSI<BR>°s&amp;o<BR>O<BR>z WX DIM CONTROL<BR>MFD<BR>f \ ..-5-,<BR>•<BR>V<BR>, fi *L_<BR>^"\<BR>. /<BR>OVERALL DIM CONTROL<BR>COPILOTS EHSI<BR>WX DIM CONTROL<BR>Weather Radar System - Simplified Block Diagram<BR>Figure 10<BR>SECTION 16<BR>Page 15<BR>Apr 02/87<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>RANGE PUSHBUTTONS<BR>The two range pushbuttons allow<BR>range selection from 5 to 300 NM<BR>full scale in the ON mode, or from 5<BR>to ?000 NM fullscale in the FP mode.<BR>The up arrow pushbutton selects<BR>increasing ranges, and the down<BR>arrow pushbutton selects decreasing<BR>ranges.<BR>RCT PUSHBUTTON<BR>Selects rain echo attenuation<BR>compensation techntQue (RCT<BR>mode). When the RCT mode is<BR>disabled, the OFF annunciator above<BR>the pushbutton comes on.<BR>STAB PUSHBUTTON<BR>Allows the antenna stabilization<BR>inputs to be disabled. When the<BR>inputs are disabled, the stabilization<BR>off condition is indicated by the OFF<BR>annunciator above the switch.<BR>TGT PUSHBUTTON<BR>Enables/disables target alert mode.<BR>SECT PUSHBUTTON<BR>Selects eitner tun azimuth scsr. i uu<BR>degrees) or sector azimuth scan (60<BR>degrees).<BR>GAIN/PRESET CONTROL<BR>Adjusts radar receiver gain.<BR>MODE SELECTOR<BR>Selects weather radar operating<BR>modes.<BR>WX/MAP SELECTOR<BR>Selects weather or map display<BR>when the mode selector is in the ON<BR>position.<BR>TILT CONTROL<BR>Adjusts antenna tilt angle.<BR>CENTRE PEDESTAL<BR>Weather Radar System Controller SECTION 16<BR>Figure 11 Page 16<BR>Apr 02/87<BR>canadair<BR>ctiaiiencjer<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>WX PUSHBUTTON<BR>Selects weather radar<BR>information for display on<BR>MFD indicator.<BR>MODE (OUTER) SELECTOR<BR>Controls MFD indicator display<BR>brightness.<BR>CENTRE PEDESTAL<BR>Heather Radar System Selection/Control -<BR>EFIS MFD Controller<BR>Figure 12<BR>SECTION 16<BR>Page 17<BR>Apr 02/87<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>WX PUSHBUTTON<BR>Selects weather radar returns for display on the<BR>SHS1. If the full compass is displayed prior to WX<BR>selection, pressing the WX pushbutton automatically<BR>selects the partial compass for display with the<BR>weather redar returns.<BR>WX DIM (INNER) CONTROL<BR>Adjusts the brightness of the<BR>weather radar r e t i r e v . :he EHSi.<BR>PILOTS AND COPILOTS SIDE PANELS<BR>Heather Radar System Selection/Control -<BR>EFIS Display Controller<BR>Figure 13<BR>SECTION 16<BR>Page 18<BR>Apr 02/87<BR>ctiauenaer<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>WEATHER RADAR DISPLAY<BR>AZIMUTH<BR>LINE<BR>RANGE<BR>WEATHER<BR>DISPLAY<BR>RANGE<BR>RING<BR>WEATHER<BR>RADAR<BR>MODE<BR>AIRCRAFT<BR>SYMBOL<BR>CENTRE INSTRUMENT PANEL<BR>Weather Radar System - MFD Displays<BR>Figure 14 (Sheet 1)<BR>SECTION 16<BR>Page 19<BR>Apr 02/87<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>COMPASS ARC<BR>(WHITE)<BR>MAG/TRU<BR>(WHITE)<BR>VOR SELECTION<BR>ANNUNCIATOR<BR>(MAGENTA)<BR>APT SELECTION<BR>ANNUNCIATOR<BR>(MAGENTA).<BR>RANGE<BR>(CYAN)<BR>(GREEN)<BR>SELECTED<BR>NAV SOURCE<BR>(GREEN)<BR>WX RETURN<BR>DISPLAY<BR>WX MODES<BR>(CYAN)<BR>WAYPOIN1<BR>'PENTS<BR>(WHITE)<BR>NAV DATA<BR>(MAGENTA)<BR>TO WAYPOINT<BR>DATA<BR>(GREEN)<BR>DESIGNATOR<BR>(WHITE)<BR>(CYAN IF OFFSET)<BR>CROSSTRACK<BR>DEVIATION<BR>(GREEN)<BR>MAP WITH WEATHER RADAR DISPLAY<BR>CENTRE INSTRUMENT PANEL<BR>Heather Radar System - MFD Displays<BR>Figure 14 (Sheet 2;<BR>SECTION 16<BR>Page 20<BR>Apr 02/87<BR>canaaair<BR>ctiauenoer<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>WXMODE<BR>ANNUNCIATORS<BR>• STBY (GREEN)<BR>• TEST (GREEN)<BR>• WX (GREEN)<BR>• RCT (GREEN)<BR>• GMAP (GREEN)<BR>&raquo; FAIL (AMBER)<BR>TGT OR VAR ANNUNCIATOR<BR>• TGT: TARGET ALERT<BR>- GREEN-SELECTED<BR>- AMBER-LVL3 OR 4 TGT DETECTED]<BR>• VAR: VARIABLE GAIN (AMBER)<BR>WX RANGE TGT ALT ON: RED<BR>RINGS TGT ALT OFF: BLACK<BR>(WHITE) AND NOISE BAND<BR>ANTENNA<BR>TILT<BR>ANGLE<BR>REACT OFF: BLACK<BR>REACT ON: BLUE<BR>REACT<BR>FIELD<BR>WX RANGE<BR>ANNUNCIATOR<BR>(WHITE)<BR>REACT OFF: NOISE<BR>REACT ON: MAGENTA<BR>NOISE<BR>REACT OFF: BLACK<BR>REACT ON: BLUE<BR>MAGENTA<BR>RED GREEN YELLOW<BR>CENTRE INSTRUMENT PANEL<BR>Weather Radar System - Test Pattern<BR>Figure 15<BR>SECTION 16<BR>Page 21<BR>Apr 02/87<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>TARGET ALERT<BR>ANNUNCIATOR<BR>RANGE<BR>RING<BR>MODE<BR>ANNUNCIATOR<BR>WX RETURN<BR>DISPLAY<BR>RANGE<BR>ANNUNCIATOR<BR>PILOTS AND COPILOTS INSTRUMENT PANELS<BR>Weather Radar System - EHSI Displays<BR>Figure 16<BR>SECTION 16<BR>Page 22<BR>Apr 02/87<BR>canaaair<BR>cfiauencier<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>RADIO<BR>ALTIMETER<BR>SYSTEM<BR>TEST GROUND<BR>m " % r ™ - •<BR>RADIO ALTITUDE<BR>PILOT'S EFIS<BR>DISPLAY<BR>• —45<BR>&lt; Hl&raquo;<BR>6<BR>TEST<BR>COPILOT'S EFIS<BR>DISPLAY<BR>CONTROLLER<BR>-A<BR>&lt; -Hl&raquo;<BR>6<BR>1 TEST<BR>-f<BR>J<BR>V<BR>w~ -•<BR>PILOT'S EAD1<BR>J ± t t ^<BR>COPILOTS EADI<BR>Radio Altimeter System - Simplified Block Diagram<BR>Figure 17<BR>SECTION 16<BR>Page 23<BR>Apr 02/87<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>O*. CATION<BR>Displayed in amber when the aircraft<BR>is at or below the selected decision<BR>height.<BR>2vC" a.&lt;;i the Display c bumUeo. When •— .-*•&lt;<BR>altimeter fads a red boxed RA annunciator ;s<BR>displayed and the radio altitude information is<BR>removed. When m the test mode, the radio a&gt;~<BR>cSsolay indicates a test value of 100 feet<BR>LOCALIZER POINTER/RISING RUNWAY<BR>indicates localizer deviation when the selected<BR>navigation source is tuned to a localizer frequency.<BR>At 200 feet or less, the pointer becomes the rising<BR>runway. When the on-side navigation source is<BR>selected the pointer/rtsmg runway is green. When<BR>the cross-side source is selected, the pointer/rismg<BR>runway is yeHow.<BR>DH DISPLAY<BR>Indicates the selected decision<BR>height from 0 to 990 feet in 10 foot<BR>increments.<BR>PILOTS AND COPILOTS INSTRUMENT PANELS<BR>Radio Altimeter System - EFIS Displays<BR>Figure 18<BR>SECTION 16<BR>Page 24<BR>Apr 02/87<BR>cacntaiaanaeirn per<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>DH/TST CONTROL/SWITCH<BR>Rotation of the DH/TST control/switch allows the decision<BR>height display on the EADt to be adjusted. Rotating the<BR>control fully counterclockwise removes the decision height<BR>display from the EADi.<BR>Pressing the DH/TST control/switch initiates the test mode.<BR>On the ground. EF1S and the radio altimeter are checked. In<BR>flight, only the radio altimeter is checked, provided the GS<BR>mode is not captured.<BR>PILOTS AND COPILOTS SIDE PANELS<BR>Radio Altimeter System Control - SECTION 16<BR>EFIS Display Controller Page 25<BR>Figure 19 Apr 02/87<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>VHF/NAV System - Simplified Block Diagram<BR>Figure 20<BR>SECTION 16<BR>Page 26<BR>Apr 02/87<BR>cacnhaaciietaniQr er<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>MKR/BCN<BR>HIGH<BR>LOW<BR>MKR/BCN HIGH/LOW<BR>SWITCH/LIGHT<BR>Select the receive sensitivity<BR>for the marker beacon receiver<BR>PILOTS AND COPILOTS INSTRUMENT PANELS<BR>ACT ANNUNCIATOR<BR>Comes on while the active frequency<BR>is changed. Stays on flashing if the<BR>tuning is incorrect.<BR>PRESET FREQUENCY DISPLAY<BR>Displays preset (inactive} frequency<BR>and diagnostic messages. Shows<BR>DME frequency when HLO is<BR>selected.<BR>MEMORY ANNUNCIATOR<BR>Comes on when a preset frequency<BR>is shown in the preset frequency<BR>display.<BR>RMT ANNUNCIATOR<BR>Comes on while the DME is remotely<BR>tuned by the FMS.<BR>/ /_/ /_/ /_/ /_/<BR>i. o O O O<BR>I U U. U U<BR>MEM ^ RMT<BR>XFR,<BR>ACT PUSHBUTTON<BR>POWER AND MODE SELECTOR<BR>OFF - Removes power from the<BR>DME and VOR systems.<BR>ON - Applies power to the DME and<BR>VOR systems.<BR>HID - Holds the DME on the<BR>selected frequency white the<BR>VHF/NAV frequency is changed.<BR>ACTIVE FREQUENCY DISPLAY<BR>Displays active frequency and<BR>diagnostic messages.<BR>XFR/MEM SWITCH<BR>Allows transfer of a preset frequency<BR>into the active display (XFR<BR>position). Loads stacked memory<BR>frequency into preset display (MEM<BR>position).<BR>HLD ANNUNCIATOR<BR>Comes on to indicate that the DME<BR>is held whHe VHF/NAV frequency is<BR>changed.<BR>FREQUENCY SELECTORS<BR>Selects the DME and VOR<BR>frequencies simultaneously.<BR>Enables the frequency selectors to<BR>directly tune the DME and<BR>VHF/NAV.<BR>LIGHT SENSOR<BR>Automatic display<BR>STORE PUSHBUTTON<BR>Allows preset frequencies to be<BR>selected and entered into memory.<BR>CENTRE PEDESTAL<BR>VHF/NAV System Control and Remote Switch/Lights SECTION 16<BR>Figure 21 Page 27<BR>Apr 02/87<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>V/L PUSHBUTTON<BR>Selects between the VHF/NAV<BR>system No. 1 and VHF/NAV system<BR>No. 2 as the short range navigation<BR>(SRN) source.<BR>BR6 0 SELECTOR<BR>When set to VOR 1, the associated<BR>bearing pointer on the EHSI displays<BR>the bearing to the station tuned on<BR>the VHF/NAV system No. 1.<BR>BRG O SELECTOR<BR>When set to VOR 2. the associated<BR>bearing pointer on the EHSi displays<BR>the bearing to the station tuned on<BR>the VHF/NAV system No. 2.<BR>PILOTS A N D COPILOT'S SIDE PANELS<BR>VHF/NAV System Source Selection -<BR>EFIS Display Controller<BR>Figure 22<BR>SECTION 16<BR>Page 28<BR>Apr 02/87<BR>ctiaH&amp;ncjer<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>MARKER BEACON ANNUNCIATIONS<BR>Indicates marker beacons as follows:<BR>Outer marker beacon = 0M (cyan)<BR>Middle marker beacon = MM (yellow)<BR>inner marker beacon = IM (white)<BR>LOCALIZER POINTER/RISING RUNWAY<BR>Indicates localizer deviation when the<BR>selected VHF/NAV source is tuned to a<BR>localizer frequency. At 200 feet or less.<BR>the pointer becomes the rising runway.<BR>The localizer pointer is displayed in green<BR>or yellow (consistent with the distance<BR>display).<BR>GUOESLOPE POINTER AND SCALE<BR>Displays glideslope deviation. The scale is<BR>displayed in white and the pointer is<BR>displayed in green or yellow (consistent<BR>with the distance display}.<BR>PILOTS AND COPILOTS INSTRUMENT PANELS<BR>VHF/NAV System - EADI Displays<BR>Figure 23<BR>SECTION 16<BR>Page 29<BR>Apr 02/87<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>COURSE PRESELECT SOURCi<BR>ANNUNCIATOR<BR>Indicates the source of the course<BR>prasetect information. Displayed in<BR>magenta.<BR>NAVIGATION SOURCE ANNUNCIATOR<BR>Indicates the navigation source selected.<BR>Displayed in green or yellow (consistent<BR>with the distance display}.<BR>BEARING SOURCE<BR>ANNUNCIATORS<BR>Indicates the selected bearing<BR>source for the associated<BR>bearing pointer.<BR>A = ADF<BR>F = FMS<BR>V = VOR<BR>The colour of the bearing<BR>source annunciators<BR>co jspond to the bearing<BR>pointers.<BR>DISTANCE DISPLAY<BR>Displays the DME distance to the selected<BR>VHF/NAV source. When the on-side<BR>VHF/NAV source is selected, the<BR>Usance display is green. When the<BR>cross-side VHF/NAV source is selected.<BR>the display is yellow.<BR>BEARING POINTER NO. 1<BR>Indicates the bearing to the<BR>source selected by the BRG O<BR>control.<BR>BEARING POINTER NO. 2<BR>Indicates the bearing to the<BR>selected by the BRG^<BR>Displayed in white.<BR>TO/FROM ANNUNCIATOR<BR>Indicates whether the aircraft is<BR>moving towards or away from<BR>the VOR station. Displayed in<BR>green or yellow (consistent with<BR>the distance display).<BR>GUDESLOPE POINTER AND<BR>SCALE<BR>SeeEADI.<BR>COURSE DEVIATION BAR AND POINTER<BR>Indicates aircraft deviation from the vOfi<BR>or localizer beam. The pointer is displayed<BR>in green or yellow (consistent with the<BR>distance display).<BR>COURSE PRESELECT<BR>DEVIATION BAR AND<BR>POINTS?<BR>Indicates aircraft deviation f w i<BR>thepie.ieiewt--f'k-.ai.'-&raquo; •—• --<BR>setecrc'j.<BR>PILOTS AND COPILOTS INSTRUMENT PANELS<BR>VHF/NAV System - EHSI Full<BR>Figure 24<BR>Compass Display SECTION 16<BR>Page 30<BR>Apr 02/87<BR>canadaar<BR>czhauencier<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>SELECTED COURSE LINE<BR>indicates the selected course to the<BR>VOR/DME station. The solid line<BR>segment indicates the TO side and<BR>the broken line segment indicates<BR>the FROM side. When the station is<BR>outside the display range, an<BR>arrowhead is added to the end of<BR>the course line. The course line is<BR>displayed in green when the selected<BR>VHF/NAV source is on-side and in<BR>yellow when the selected VHF/NAV<BR>source is cross-side.<BR>VOR/DME NAVAIDS<BR>Indicate the location of the<BR>VOR/DME stations. When the<BR>VOR/DME station corresponds u.<BR>the selected navigation source, a<BR>number (1 or 2) is displayed next to<BR>the navaid symbol. The navaid<BR>symbol corresponding to the BRG O<BR>selector setting, is displayed in<BR>cyan. The navaid symbol<BR>corresponding to the BRG O<BR>selector setting, is displayed in<BR>white.<BR>CROSS-TRACK DEVIATION<BR>DISPLAY<BR>Indicates the aircraft deviation from<BR>the selected course in nautical miles.<BR>Displayed in green or yellow<BR>(consistent with the selected course<BR>line).<BR>PILOT'S AND COPILOT'S INSTRUMENT PANELS<BR>NOTE<BR>The MAP mode provides the same information as the full compass<BR>mode, except that the course pointer, scale and deviation bar are<BR>removed and a partial compass is displayed with the additional<BR>information indicated in this figure.<BR>VHF/NAV System - EHSI MAP Display<BR>Figure 25<BR>SECTION 16<BR>Page 31<BR>Apr 02/87<BR>OPERATING MANUAL<BR>PSP 6U1A-6<BR>NAvioAHON SOURCE FAILURE<BR>Jnoicates that the selected navigation<BR>source has faded. An navigation<BR>source related displays are removed.<BR>Displayed in red.<BR>See L A U I.<BR>EKS1<BR>LOC FAILURE ANNUNCIATOR<BR>Replaces t he locaiizer/rising runway<BR>pointer and scale when the localizer<BR>signal is not valid. Displayed in red.<BR>y—K-bcj i<BR>EADI<BR>PILOTS AND COPILOTS INSTRUMENT PANELS<BR>GS FAILURE ANNUNCIATOR<BR>Replaces the gfcdestope scale and<BR>pointer when the ghdeslope signal is<BR>not valid. Displayed in red.<BR>VHF/NAV System - EFIS Failure Displays<BR>Figure 26<BR>SECTION 16<BR>Page 32<BR>Apr 02/87<BR>canaaair<BR>ciiaueneter<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>PILOTS AND COPILOT'S<BR>MICROPHONE AND<BR>HEADPHONE JACKS<BR>O<BR>MAV 1 MONITOR<BR>SWITCH<BR>Selects (up position)<BR>VHF/NAV 1 audio for<BR>presentation on the<BR>speaker and/or<BR>headphones.<BR>&amp; 1 ^SPKR/PHONE SWITCH<BR>Switches audio to speaker.<BR>headphones, or both.<BR>NAV 2 MONITOR SWITCH<BR>Selects (up position) VHF/NAV 2<BR>audio for presentation on the<BR>speaker and/or headphones.<BR>MKR 1 MONITOR SWITCH<BR>Selects (up position) marker beacon<BR>audio from the VHF/NAV 1 for<BR>presentation on the speaker and/or<BR>headphones.<BR>MKR 2 MONITOR SWITCH<BR>Selects (up position} marker beacon<BR>audio from VHF/NAV 2 for<BR>presentation on the speaker and/or<BR>headphones.<BR>HF<BR>1 2<BR>VHF<BR>1 2 p^O QQQQQQQQ QQ<BR>2 HFl HF<BR>HOTOXY 1Y'P=Ix\ INPH O a MIC BOOM<BR>MIC<BR>NOTE<BR>/ &raquo; \ K power fails on either channel of the audio<BR>eJectfuwcs unit, the controls wiH not<BR>function.<BR>Emergency Operation: Pilot can use VHF 1<BR>and hear NAV 1 without volume control.<BR>Copilot can use VHF 2 and hear NAV 2<BR>without volume control.<BR>A SPKR VOL CONTROL<BR>Varies volume of audio to speaker<BR>and headphones except aural<BR>warning. Turn clockwise to increase<BR>volume.<BR>PILOTS AND COPILOT'S SIDE CONSOLE<BR>VHF/NAV System Audio Selection/Control<BR>Audio Integrating System<BR>Figure 27<BR>SECTION 16<BR>Page 33<BR>Apr 02/87<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>I ADM<BR>AOF2<BR>1 AUDIO<BR>INTEGRATING<BR>SYSTEM<BR>PILOT'S ERS<BR>1 •" "i<BR>AUDIO<BR>INTEGRATING<BR>SYSTEM<BR>—#~<BR>&gt;<BR>&gt;<BR>DISPLAY<BR>CONTROLLER<BR>ADF1<BR>* ^<BR>t<BR>BRG o<BR>o<BR>! a' ° * &copy;<BR>! ADF2J 6<BR>i BRG 0<BR>COPILOTS EFIS<BR>DISPLAY<BR>CONTROLLER<BR>ADF1<BR>% o<BR>6<BR>BRG o<BR>• " • • —^o \<BR>ADF2<BR>BRGO<BR>t ^<BR>I<BR>A<BR>„<BR>\<BR>PILOTS B1SI<BR>COPILOTS EHSI<BR>ADF System - Simplified Block Diagram<BR>Figure 28<BR>SECTION 16<BR>Page 34<BR>Apr 02/87<BR>ctiauencjer<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>COMPARATOR ANNUNCIATOR<BR>Rashes when receiver tunes TO an<BR>ADF frequency not the same as the<BR>active frequency displayed.<BR>PRESET FREQUENCY DISPLAY<BR>Indicates preset frequencies and<BR>diagnostic messages.<BR>MEMORY ANNUNCIATOR<BR>Indicates a preset frequency ts<BR>displayed on the preset frequency<BR>display.<BR>VOLUME CONTROL<BR>Adjust audio level.<BR>ACTIVE FREQUENCY DISPLAY<BR>indicates active frequencies and<BR>diagnostic messages.<BR>POWER AND MODE SWITCH<BR>Turns on ADF receiver and selects<BR>operating mode.<BR>LIGHT SENSOR<BR>XFR/MEM SWITCH<BR>Transfers active and r"—<BR>frequencies or seiects pteset<BR>frequency for display.<BR>Adjusts brightness of controls and<BR>displays.<BR>TEST PUSHBUTTON<BR>initiates self-test routine.<BR>FREQUENCY SELECTORS<BR>Selects preset and active<BR>frequencies.<BR>ACT PUSHBUTTON<BR>Allow frequency selectors to directly<BR>tune ADF receiver.<BR>STO PUSHBUTTON<BR>Allows frequencies to be selected<BR>and stored in memory.<BR>CENTRE PEDESTAL<BR>ADF System Control Unit SECTION 16<BR>Figure 29 Page 35<BR>Apr 02/87<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>BRGO AND BRG O SELECTORS<BR>When set to AOF 1. the associated bearing pointer<BR>on the BtSI displays the bearing to the station<BR>tuned on the AOF system No. 1. When set to AOF<BR>Z the associated bearing pointer on the EHSl<BR>displays the bearing to the station tuned on the<BR>ADF system No. 2.<BR>PILOTS AND COPILOTS SIDE PANELS<BR>ADF System SouTce Selection -<BR>EFIS Display Control!er<BR>Figure 30<BR>SECTION 16<BR>Page 36<BR>Apr 02/87<BR>cacntiaaanaetnr Qer<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>BEARING POINTERS<BR>Display bearing selected<BR>on the display controller.<BR>BEARING SOURCE<BR>ANNUNCIATORS<BR>Indicate the sources used<BR>for the bearing pointers.<BR>N1<BR>FMS<BR>180<BR>SALON<BR>\ TTG<BR>34.5<BR>• / ^ i<BR>^ \_[ J<BR>PILOTS AND COPILOT'S INSTRUMENT PANELS<BR>ADF System EFIS Displays<BR>Figure 31<BR>SECTION 16<BR>Page 37<BR>Apr 02/87<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>PILOTS AND COPILOTS<BR>MICROPHONE AND<BR>HEADPHONE JACKS<BR>O<BR>A \ SPKR/PHONE SWITCH<BR>Switches auobo to speaker,<BR>headphones, or both.<BR>AOF 1 MONITOR SWITCH<BR>Selects (up position) AOF 1 audio<BR>for presentation on the speaker<BR>and/or headphones.<BR>ADF 2 MONITOR SWITCH<BR>Selects (up position) AOF 2 audio<BR>for presentation on the speaker<BR>L and/or headphones.<BR>I NAV MKR fADFl HF VHF |<BR>PQQOQQQQQOQQ<BR>OFF<BR>SPKR DME<BR>SPKR/?=^\ 1 2 HOT OXY V<BR>MIC BOOM<BR>2 HF1 HF<BR>-INPH<BR>MJC a<BR>A<BR>A N O T I<BR>/ l \ tf power fafe on either channel of the audio<BR>eJectioracs unit, the controls w&pound;B not<BR>function.<BR>Emergency Operation: Piot can use VHF 1<BR>and hear NAV 1 without volume control.<BR>Copilot can use VHF 2 and hear NAV 2<BR>without volume control.<BR>SPKR VOL CONTOL<BR>Varies volume of audio to speaker<BR>and headphones except aural<BR>warning. Turn clockwise to increase<BR>PILOTS AND COPILOTS SIDE CONSOLE<BR>ADF System Audio Selection/Control -<BR>Audio Integrating System<BR>Figure 32<BR>SECTION 16<BR>Page 38<BR>Apr 02/87<BR>canattair<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>• TO AUDIO INTEGRATING<BR>SYSTEM<BR>COPILOT'S<BR>DISPLAY<BR>CONTROLLER<BR>^* TO AUDIO INTEGRATING<BR>SYSTEM<BR>PILOT'S EHSI<BR>MFD<BR>I X<BR>COPILOTS EHSI<BR>DME System - Simplified Block Diagram<BR>Figure 33<BR>SECTION 16<BR>Page 39<BR>Apr 02/87<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>PRESET FREQUENCY DISPLAY<BR>Displays preset (inactive) frequency<BR>and diagnostic messages. Shews<BR>DME frequency when HID is<BR>ACT ANNUNCIATOR<BR>Conies on while the active frequency<BR>is changed. Stays on flashing if the<BR>tuning is Kicorrect.<BR>MEMORY ANNUNCIATOR<BR>Comes on when a preset frequency<BR>is shown in the preset frequency<BR>display.<BR>RMT ANNUNCIATOR<BR>Comes on while the DME is remotely<BR>tuned by the FMS.<BR>POWER AND MODE SELECTOR<BR>OFF - Removes power from the<BR>DME and VOR systems.<BR>ON - Applies power to the DME and<BR>VOR systems.<BR>HLD - Holds the DME on the<BR>selected frequency white the<BR>VHF/NAV frequency is changed.<BR>ACTIVE FREQUENCY DISPLAY<BR>Displays active frequency and<BR>diagnostic messages.<BR>XFR/MEM SWITCH<BR>AHows transfer of a preset frequency<BR>into the active display (XFR<BR>position). Loads stacked memory<BR>frequency into preset display (MEM<BR>position).<BR>HLD ANNUNCIATOR<BR>Comes on to indicate that the DME<BR>is held while VHF/NAV frequency is<BR>changed.<BR>FREQUENCY SELECTORS<BR>Selects the DME and VOR<BR>frequencies simultaneously.<BR>ACT PUSHBUTTON<BR>Enables the frequency selectors to<BR>directly tune the DME and<BR>VHF/NAV.<BR>LIGHT SENSOR<BR>Automatic display dimming sensor<BR>STORE PUSHBUTTON<BR>Allows preset frequencies to be<BR>selected and entered into memory.<BR>TEST PUSHBUTTON<BR>Initiates the serf-test diagnostic<BR>routine on the DME system.<BR>CENTRE PEDESTAL<BR>DME System Selection/Control - VHF/NAV Control<BR>Figure 34<BR>SECTION 16<BR>Page 40<BR>Apr 02/87<BR>chanencjer<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>/ tf CRS 35<BR>DME HOLD<BR>ANNUNCIATOR<BR>Indicates that the DME<BR>hold function is selected.<BR>^ X<BR>DMEH<BR>180<BR>SALON J<BR>o<BR>/<BR>DME IDENTIFIER<BR>Displays the DME station identifier<BR>for the distance displayed. Displayed<BR>in green or yeilow consistent with<BR>the distance display.<BR>DISTANCE DISPLAY<BR>Displays the DME distance to the<BR>selected VHF/NAV source. When<BR>the on-side VHF/NAV source is<BR>selected, the distance display is<BR>green. When the cross-side<BR>VHF/NAV source is selected, the<BR>display is yellow.<BR>PILOT'S AND COPILOTS INSTRUMENT PANELS<BR>DME System - EFIS Displays<BR>Figure 35<BR>SECTION 16<BR>Page 41<BR>Apr 02/87<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>PILOTS AND COPILOTS<BR>MICROPHONE AND<BR>HEADPHONE JACKS<BR>&copy;<BR>A SPKR/PHONE SWITCH<BR>Switches audio to speaker,<BR>headphones, or both.<BR>C=CFI<BR>NAV MKR ADF HF VHP<BR>P Q0Q 9 9Q8 Q Q 0 0<BR>SPKR DME OFF<BR>SPKR/?=^\ 1 2 HOT OXY<BR>MIC BOOM MIC<BR>A SPKR VOL CONTOL<BR>Varies volume of audio to speaker<BR>and headphones except aural<BR>warning. Turn clockwise to increase<BR>volume.<BR>OME 2 MONITOR SWITCH<BR>Selects (up position) DME 2 audio<BR>for presentation on the speaker<BR>and/or headphones.<BR>AS<BR>NOTE<BR>power fate on either channel of the audio<BR>etectrorecs unit, the controls wffi not<BR>function.<BR>Emergency Operation: Wot can use VHP 1<BR>and hear NAV 1 without volume control.<BR>Copilot can use VHP 2 and hear NAV 2<BR>without volume control.<BR>OME 1 MONITOR SWITCH<BR>Selects (up position) DME 1 audio<BR>for presentation on the speaker<BR>and/or headphones.<BR>PILOTS AND COPILOTS SIDE CONSOLE<BR>DME System Audio Selection/Control -<BR>Audio Integrating System<BR>Figure 36<BR>SECTION 16<BR>Page 42<BR>Apr 02787<BR>e^iaiiehcrer<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>ALTITUDE DISPLAY<BR>Displays the encoder altitude or the<BR>two-digit fault code.<BR>CODE DISPLAY<BR>Displays the selected code or<BR>diagnostic readout in case of failure.<BR>ACT ANNUNCIATOR<BR>Comes on while the codes are<BR>changed and Dashes when the reply<BR>code does not match the displayed<BR>code.<BR>TX ANNNOATOR<BR>Comes on each time the transponder<BR>replies to an interrogation<BR>MODE SELECTOR<BR>OFF position: Removes power from<BR>the transponder.<BR>STBY position: Enables reception<BR>and disables transmission.<BR>ON position: Enables reception and<BR>transmission.<BR>ALT position: Enables reception<BR>and transmission and transmits<BR>barometric attitude in response to a<BR>mode C request.<BR>1/2 TRANSPONDER SELECTOR<BR>In position 1. enables the ATC 1<BR>transponder. In position 2, enables<BR>the ATC 2 transponder.<BR>OUTER CODE SELECTOR<BR>Selects the first and second digits of<BR>the reply code.<BR>INNER CODE SELECTOR<BR>Selects the third and fourth digits of<BR>the reply code.<BR>PRE PUSHBUTTON<BR>Enables the selected preset code to<BR>be stored in the non-votatile memory<BR>and recalls stored code for display.<BR>DIMMING SENSOR<BR>Automatically controls the brightness<BR>of the displays.<BR>1DENT PUSHBUTTON<BR>Initiates transmission of a special<BR>idem pulse to the ground radar.<BR>TEST PUSHBUTTON<BR>Initiates the transponder self-test<BR>routine.<BR>CENTRE PEDESTAL<BR>ATC Transponder System Control Unit SECTION 16<BR>Figure 37 Page 43<BR>Apr 02/87<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>K.U&gt;. ii - r.c&gt;<BR>COPILOTS &amp;ISI<BR>FMS - Simplified Block Diagram<BR>Figure 38<BR>SECTION 16<BR>Page 44<BR>Apr 02/87<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>OR ANNUNCIATOR<BR>Indicates that the DME<BR>updating and IRS position<BR>information are tost and<BR>the FMS is operating in<BR>the dead reckoning mode.<BR>DSPLY ANNUNCIATOR<BR>Indicates that the<BR>information on the CDU is<BR>for display only, and is not<BR>being used for navigation.<BR>PERF MODE KEY<BR>Calls up page 1 of the<BR>performance index (PERF<BR>INDEX) pages for display<BR>on the CDU.<BR>NAV MODE KEY<BR>Calls up page 1 of the<BR>navigation index (NAV<BR>INDEX) pages.<BR>PREV AND NEXT KEYS<BR>Use to select the previous<BR>(PREV) or next (NEXT)<BR>screen (page) for display<BR>on the CDU.<BR>DEGRAD ANNUNCIATOR<BR>Indicates that the FMS is<BR>operating in a degraded<BR>mode. Accuracy of the<BR>display data cannot be<BR>guaranteed.<BR>C Q j ^ M r ^ "11 oouon 1 &laquo;sc 11 o*snl ? &laquo;*&raquo;"] Q<BR>MSG ANNUNCIATOR<BR>Indicates that an active<BR>message is displayed in the<BR>scratchpad.<BR>OFFSET ANNUNCIATOR<BR>Indicates that an offset<BR>from the desired track has<BR>been entered on the<BR>PROGRESS page.<BR>ACTIVE FLT PLAN i/s<BR>D&pound;S7<BR>ML F KSLC<BR>020' 93 0 N V AiO i<BR>SLC 0r*!tV '&lt;*J JV?;J<BR>A^ClVAL is<BR>q<BR>C3E3EJ<BR>00<BR>^Q<BR>S&reg;<BR>SB<BR>APRCH ANNUNCIATOR<BR>Indicates that the FMS is<BR>operating in the approach<BR>(high sensitivity) mode.<BR>DIR MODE KEY<BR>Calls up page 1 of the<BR>active flight plan with<BR>direct to (DIRECT) and<BR>INTERCEPT prompts.<BR>PROG MODE KEY<BR>Calls up page 1 of the<BR>progress (PROGRESS)<BR>pages for display on the<BR>CDU.<BR>FPL MODE KEY<BR>Calls up page 1 of the<BR>active flight plan (ACTIVE<BR>FLT PLAN) pages.<BR>CENTRE PEDESTAL<BR>FMS Control Display Unit (CDU) SECTION 16<BR>Figure 39 (Sheet 1) Page 45<BR>Apr 02/87<BR>OPERATING MANUAL<BR>PSP601A-6<BR>UNE SELECT KEYS<BR>Call up the CPU display<BR>for tho wdoxod item.<BR>SCRATCHPAD<BR>Provides display area for<BR>the entry of data and/or<BR>the venficaDon of data<BR>before ine selection.<BR>ALPHANUMERIC KEYS<BR>Provide for the entry of<BR>numeric and alphabetic<BR>data.<BR>PHOTO SBISORS<BR>/UxtomaocaOy maimain the display<BR>intensity with respect to<BR>lighting.<BR>ACTIVE FIT PLAN 1/5<BR>OEST<BR>MLF KSLC &lt;j<BR>020° 93 0NM 610 4.<BR>SLC 09102 160/4920 t<BR>348° 4.0 MM<BR>KSLC 09U2 4560<BR>&lt;]A&laquo;MAITN! ARRIVAL &gt;<BR>0 0 0 0 0 0 &copy; &reg; &reg;<BR>&copy; 0 0 3 0 0 0 0 0 0<BR>&copy; 0 0 0 0 0 0 0&reg;<BR>h 0 S 0 0 &reg; 0 &reg; .^ Psssee &copy;0<BR>DEL KEY<BR>CLRKEY<BR>1 m conjunction with<BR>the ine select keys in<BR>order to delete fine items<BR>from the CDU.<BR>UNE SELECT KEYS<BR>CaU up the CDU dlsptay<BR>for the indexed item.<BR>BRT CONTROL<BR>Adjusts the CDU display<BR>intensity.<BR>the<BR>FMS Control Display Unit (CDU) SECTION 16<BR>Figure 39 (Sheet 2) Page 46<BR>Apr 02/87<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>GSPD/TTG PUSHBUTTON<BR>Selects between ground speed<BR>(6SPD) and time-to-go (TTG) for<BR>display on the EHSl. Ground speed<BR>is supplied by the FMS when the<BR>FMS navigation source is selected. FMS PUSHBUTTON<BR>Selects between FMS 1 or FMS 2<BR>navigation source for display on the<BR>EHSL<BR>BRGO SELECTOR<BR>When set to FMS "5 the bearing<BR>pointer displays bearing from the<BR>No. 1 FMS. BRGO SELECTOR<BR>When set to FMS 2 the bearing<BR>pointer displays bearing from the<BR>No. 2 FMS.<BR>PILOT'S AND COPILOT'S SIDE PANELS<BR>FMS EHSI Source Selection -<BR>EFIS Display Controller<BR>Figure 40<BR>SECTION 16<BR>Page 47<BR>Apr 02/87<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>LAT WPT ANNUNCIATOR<BR>Comes on to indicate that the<BR>diiaafi is within 30 seconds of the<BR>next lateral waypoint and goes out<BR>when the aircraft reaches the<BR>waypoint.<BR>nsH<BR>. RESET _<BR>] l 1<BR>|]i i<BR>li i i<BR>i i i<BR>VERT WPT ANNUNCIATOR<BR>Comes on to indicate that the<BR>aircraft is within 1000 feet of the<BR>vertical waypoint (VNAV) and goes<BR>out when the aircraft reaches the<BR>waypoint.<BR>n<BR>JuTiiFr]<BR>! VBTT I<BR>OFFSET^<BR>OFFSET ANNUNCIATOR<BR>Comes on when a lateral offset path<BR>is entered on the PROGRESS page<BR>of the CDU and goes out when the<BR>offset function is removed.<BR>r— HttSSTOSEttCT -,<BR>FMS TUNE MAN/FMS<BR>SWITCH/LIGHT<BR>Selects the manual or auto-tune<BR>function.<BR>PILOTS AND COPILOTS INSTRUMENT PANELS<BR>FMS - Remote Annunciators<BR>Figure 41<BR>SECTION 16<BR>Page 48<BR>Apr 02/87<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>VTA ANNUNCIATOR<BR>Indicates (Hashing) a FMS vertical<BR>waypoint passage. Comes on 30<BR>seconds prior to waypoint passage.<BR>Displayed in magenta.<BR>FMS SPEED BUG<BR>Indicates the FMS reference speed.<BR>Displayed in magenta.<BR>VERTICAL NAVIGATION POINTER<BR>AND SCALE<BR>Indicates the aircrafts deviation from<BR>the FMS computed vertical path.<BR>Displayed in magenta.<BR>PILOTS AND COPILOT'S INSTRUMENT PANELS<BR>NOTE<BR>When the vertical navigation function fails, the vertical<BR>navigation pointer and scale is removed.<BR>FMS - EADI Display<BR>Figure 42<BR>SECTION 16<BR>Page 49<BR>Apr 02/87<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>NAVIGATION SOURCE<BR>ANNUNCIATOR<BR>Indicates the selected navigation<BR>source. When the on-side FMS<BR>source is selected, the annunciator is<BR>green, when the cross-side FMS<BR>source is selected, the annunciator is<BR>yellow (see note).<BR>BEARING POINT NO. 1<BR>Indicates the bearing to the source<BR>selected by the BRG Q control.<BR>Displayed in cyan.<BR>BEARING POINTER NO. 2<BR>Indicates the bearing to the source<BR>selected by the BRG O selector.<BR>Displayed in white.<BR>BEARING SOURCE<BR>ANNUNCIATORS<BR>tadJcates the selected bearing source<BR>for the associated bearing pointer.<BR>A = ADF<BR>f = FMS<BR>V = VOR<BR>V ne color of the bearing source<BR>annunciators correspond to the<BR>bearing pointers.<BR>DESIRED TRACK BAR AND<BR>POINTER<BR>Indicates aircraft deviation from the<BR>FMS desired track. The pointer is<BR>displayed in green or yellow<BR>(consistent with the navigation<BR>source annunciator}.<BR>P I L O T S AND COPILOTS INSTRUMENT PANELS<BR>NOTE<BR>When the FMS navigation<BR>and the navigation source<BR>fails all related displays are removed<BR>is displayed in red in a red box.<BR>FMS - EHSI Full Compass Display<BR>Figure 43 (Sheet 1)<BR>SECTION 16<BR>Page 50<BR>Apr 02/87<BR>ctiauenper<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>MSG ANNUNCIATOR<BR>Indicates thai an active message is<BR>displayed on the FMS COU.<BR>DTK DISPLAY<BR>Provides a numeric readout of the<BR>desired track pointer position with<BR>respect to the heading dial.<BR>Displayed in green or yellow<BR>(consistent with the navigation<BR>source annunciator}.<BR>TO/FROM ANNUNCIATOR<BR>indicates whether the aircraft is<BR>moving towards or away from the<BR>FMS waypoint. Displayed in green<BR>or yellow (consistent with the<BR>navigation source annunciator).<BR>DISTANCE DISPLAY<BR>Displays the FMS distance to the TO<BR>waypoint. Displayed in green or<BR>yellow (consistent with the<BR>navigation source annunciator}.<BR>angle computed<BR>GSPD DISPLAY<BR>Displays ground speed calculated by<BR>the FMS (see note}.<BR>WAYPOINT IDENTIFIER<BR>Displays the waypoint identifier for<BR>the distance displayed. Displayed in<BR>green or yellow (consistent with the<BR>navigation source annunciator).<BR>NOTE<BR>Ground speed is supplied by the IRS when the FMS navigation source is not selected.<BR>FMS - EHSI Full Compass Display<BR>Figure 43 (Sheet 2)<BR>SECTION 16<BR>Page 51<BR>Apr 02/87<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>/ , r DTK<BR>010 1 0 5 ^ ? MAG pf] HDG<BR>r^r1 020<BR>WAYPOINTS AND<BR>TRACK UNES<BR>Indicate the FMS flight<BR>plan. Displayed in green.<BR>CROSS-TRACK<BR>DISTANCE DISPLAY<BR>Indicates the aircrafts<BR>deviation from the desired<BR>track in nautical mi&amp;es.<BR>Displayed in green or<BR>yettow (consistent with the<BR>TO/FR annunciators).<BR>WAYPOINT FLIGHT<BR>LEVEL CONSTRAINT<BR>If applicable, indicates the<BR>flight levei constraint for<BR>the TO waypoint.<BR>TO WAYPOINT AND<BR>IDENTIFIER<BR>The TO waypoint is<BR>displayed in magenta and<BR>the identifier for the TO<BR>waypoint is displayed in<BR>green.<BR>TO/FR ANNUNCIATORS<BR>Indicates whether the<BR>aircraft is moving towards<BR>(TO) or away from (FR)<BR>the FMS waypoint.<BR>Displayed in green when<BR>the FMS navigation source<BR>is on-side and in yellow<BR>when the FMS navigation<BR>source is cross-side.<BR>PILOTS AND COPILOTS INSTRUMENT PANELS<BR>NOTE<BR>T*ie map mode provides the same information as the full compass<BR>mode, except that the course pointer, scale and deviation bar are<BR>removed and a partial compass is displayed with the additional<BR>information indicated in this figure.<BR>FMS - EHSI MAP Display (Additional Displays)<BR>Figure 44<BR>SECTION 16<BR>Page 52<BR>Apr 02/87<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>SRC PUSHBUTTON<BR>Selects between the FMS 1 and<BR>FMS 2 navigation source for display<BR>on the MFD.<BR>MAP/PLAN PUSHBUTTON<BR>Selects between the MAP and PLAN<BR>displays for the MFD.<BR>Positions the designator on the<BR>MFD.<BR>RCL PUSHBUTTON<BR>INC/DEC RNG<BR>Selects the displayed range. When<BR>weather radar returns are displayed<BR>the range is controlled by the<BR>weather radar controller.<BR>APT PUSHBUTTON<BR>Recalls the designator to it's home<BR>position.<BR>SKP PUSHBUTTON<BR>When pressed, causes the<BR>designator to make the next<BR>waypoim it's home position.<BR>Controls the bnghtness of the MFD<BR>display.<BR>ENT PUSHBUTTON<BR>Enters the designator position into<BR>the FMS flight plan as the TO<BR>waypoim.<BR>Selects airports for display on the<BR>MFD.<BR>DAT PUSHBUTTON<BR>Adds long range navigation<BR>information to the MFD.<BR>CENTRE PEDESTAL<BR>FMS MFD Source Selection and Display Control -<BR>EFIS MFD Controller<BR>Figure 45<BR>SECTION 16<BR>Page 53<BR>Apr 02/87<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>HEADING SOURCE ANNUNCIATOR<BR>A white MAG annunciation is<BR>displayed above the heaomg dial to<BR>indicate that the heading source is<BR>referenced to magnetic North.<BR>DISTANCE AND COURSE TO<BR>DESIGNATOR DISPLAY<BR>Displays the course and distance to<BR>the designator, when the designator<BR>is offset. Displayed in cyan.<BR>WAYPOINTS AND TRACK LINES<BR>indicate the FMS flight plan. The TO<BR>waypomi is displayed in magenta<BR>and an other waypoints are displayed<BR>in white. The active track line is<BR>displayed in green and all other track<BR>lines ate displayed in white.<BR>AIRPORT SYMBOL<BR>Identifies the locations of airports.|<BR>Displayed in white.<BR>VOR/DME NAVAID<BR>Identifies the locations of VOR/DME<BR>stations. Displayed in white.<BR>DESIGNATOR LATITUDE/<BR>LONGITUDE DISPLAY<BR>NAVIGATION SOURCE<BR>ANNUNCIATOR<BR>indicates the FMS navigation source<BR>selected on the MFD controller.<BR>Displayed in green.<BR>TO WAYPOINT IDENTIFIER<BR>Identifies the TO waypoint.<BR>Displayed in green.<BR>ETA/TTG DISPLAY<BR>Displays estimated time-of -arrival<BR>(ETA) or &copy;me-to-go (TTG) for the<BR>TO waypoint. Displayed in green.<BR>Indicates the aircraft deviation from<BR>the desired track in nautical miles.<BR>Displayed in green.<BR>Displays the coordinates of the<BR>designator, frsptayed in green.<BR>DESIGNATOR AND<BR>DISPLACEMENT LINE<BR>Used in conjunction with the MFD<BR>controller joystick in order to alter<BR>the flight plan. Displayed in white in<BR>it's home position and in cyan when<BR>offset.<BR>DISTANCE DISPLAY<BR>Indicates the distance to the TO<BR>waypoint. Displayed in green.<BR>CENTRE INSTRUMENT PANEL<BR>FMS - MFD MAP Display<BR>Figure 46<BR>SECTION 16<BR>Page 54<BR>Apr 02/87<BR>cttauenaer<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>DISTANCE AND COURSE TO<BR>DESIGNATOR DISPLAY<BR>Displays the course and distance to<BR>the designator, when the designator<BR>is offset. Displayed in cyan.<BR>HEADING SOURCE ANNUNCIATOR<BR>A white MAG annunciation is<BR>Displayed to indicate that the<BR>heading source is referenced to true<BR>magnetic North.<BR>WAYP01NTS AND TRACK LINES<BR>Indicate the FMS flight plan. The TO<BR>waypomt is displayed in magenta<BR>and all other waypomts are displayed<BR>in white. The active track line is<BR>displayed in green and all other track<BR>lines are displayed in white.<BR>NORTH UP ANNUNCIATOR<BR>Indicates that the North-up<BR>(PLAN) mode is selected.<BR>DESIGNATOR LATITUDE/<BR>LONGITUDE DISPLAY<BR>Displays the coordinates of the<BR>designator. Displayed in green.<BR>NAVIGATION SOURCE ANNUNCIATOR<BR>indicates the FMS navigation source<BR>selected on the MFD controller.<BR>Displayed in green.<BR>RANGE RING AND RNG<BR>ANNUNCIATOR<BR>Indicates the selected range<BR>DESIGNATOR AND<BR>DISPLACEMENT LINE<BR>Used in conjunction with the MFD<BR>controller joystick in order to after<BR>the flight plan. Displayed in white in<BR>it's home position and in cyan when<BR>offset.<BR>TO WAYPOINT IDENTIFIER<BR>Identifies the TO waypotnt.<BR>Displayed in green.<BR>ETA/TTG DISPLAY<BR>Displays estimated time-of-arrivai<BR>(ETA) or time-to-go (TTG) for the<BR>TO waypomt. Displayed tn green.<BR>DISTANCE DISPLAY<BR>Indicates the distance to the TO<BR>waypotnt. Displayed in green.<BR>CENTRE INSTRUMENT PANEL<BR>FMS - MFD PUN Display<BR>Figure 47<BR>SECTION 16<BR>Page 55<BR>Apr 02/87<BR>OPERATING MANUAL<BR>PSP 601A-6<BR>SET SWITCH<BR>UP - advances dock one second for<BR>each second held.<BR>D - retards dock one second for<BR>each second held.<BR>BRIGHT/DIM SWITCH<BR>S - brightens display.<BR>DIM - dims display.<BR>1 HR UP - advances time one-hour<BR>when held and released.<BR>PRESS TO<BR>RESET<BR>PRESS TO RESET PUSHBUTTON<BR>Allows flight time recorder to be<BR>reset to zero without turning off<BR>aircraft electrical power.<BR>TIME SWITCH<BR>TIME - displays selected standard<BR>time.<BR>F.T. - displays flight tvne.<BR>&pound;-T. - displays elapsed time.<BR>HOURS AND MINUTES<BR>DISPLAY<BR>ELAPSED TIME SWITCH<BR>RUN - starts elapsed time meter.<BR>STOP - stops elapsed time meter.<BR>ZERO - returns elapsed time meter<BR>to zero when held and released. Also<BR>returns flight time meter to zero<BR>when the aircraft is on the ground.<BR>PILOTS AND COPILOTS SIDE PANELS<BR>Digital Clock Controls SECTION 16<BR>Figure 48 Page 56<BR>Apr 02/87</P>

17party 发表于 2010-7-20 13:21:52

很好的资料!

忙盲忙 发表于 2010-7-28 09:17:17

楼主辛苦啦~~

楼主辛苦啦~~

guomai127 发表于 2010-8-15 18:16:37

:) :D :D :Q :Q :loveliness:

maodun 发表于 2010-10-30 11:50:07

very good,thanks very much !

march20042004 发表于 2010-10-30 12:50:23

楼主辛苦啦~~

dul 发表于 2011-2-11 13:14:02

盘巴蒂

youhuifuleyici,这个也有用

ericgyf 发表于 2011-6-28 20:21:38

回复 1# 航空 的帖子

还在找CRJ200 Flight Deck Book啊

bocome 发表于 2011-7-31 07:41:51

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