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Avidyne FlightMax EX500, Installation Manual

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Avidyne FlightMax EX500 Installation Manual Download Page 82

 

Installation Manual

 

WX-500 Lightning Sensor Strike Test 

P/N 600-00175-000 Rev 04

- 72 -

 6.4 WX-500 Lightning Sensor Strike Test

With a WX-500 lightning sensor installed and set up, the Maintenance Mode page will have a 

Lightning 

Strike Test

 key which enables you to test the lightning sensor. 

➤

To perform the Lightning Strike Test:

1.

On the Maintenance Mode page, press 

Lightning Strike Test

.

2.

The Map page opens and displays a single strike on  the 15 mile range and 45 degrees relative 
bearing. If the strike does not appear in that position, there may be a heading source, wiring, or 
MFD setup problem.

3.

Rotate the aircraft to the 4 cardinal compass points and perform the strike test. The strike should 
display at 45 degrees relative bearing at each heading point 

 6.5 Traffic Test

After completing all configuration procedures, confirm that the MFD is configured for the correct Traffic 
sensor.

 6.6 ORBCOMM Satellite Reception (EX500 Only)

Two-Way satellite networks transmit very low power signals that the EX500 must receive. If the 
antenna is not properly installed or if there is excessive electromagnetic interference (such as a nearby 
radio transmitter, ground power cart, or inadequately grounded avionics), the system will not achieve 
successful reception.

➤

To assess system performance. 

1.

Bring the aircraft to an area with the clearest view of the sky to the horizon.

2.

Monitor the Datalink Info table (Figure 19), for a few minutes (up to 5) under each of the following 
conditions:

■

Other Avionics OFF

■

Avionics ON

■

Engines at idle

■

Engines at takeoff power. 

3.

With a satellite in view, the signal strength and quality should peak above the following values:

Maintenance Mode

 > 

System Info

 > 

Datalink

 > 

Two-Way Datalink Info

Trip Page

 > 

Two-Way Datalink Status

Signal strength > -118 dBm
(-130 is lowest, -100 is highest)

Signal Strength > 4, (scale of 1-10)

Estimated SNR (EbNo) > 10 dB

Signal Quality > 4, (scale of 1-10)

Segment errors = Less than 10%

Message Quality = 10, (scale of 1-10)

Summary of Contents for FlightMax EX500

Page 1: ...Release 3 and Later Installation Manual 700 00007 700 00167 P N 600 00175 000 Rev 04 ...

Page 2: ......

Page 3: ...ghts reserved The latest revision of the EX500 EX600 MFD Installation Manual is made available to authorized Avidyne dealers on the web at www avidyne com Avidyne FlightMax FMX and TCAD are registered trademarks of Avidyne Corporation CMax is a trademark of Avidyne Corporation Stormscope and Skywatch are registered trademarks of L 3 Communications Date Revision Description May 17 2007 00 Initial R...

Page 4: ...all flights Installations in 14 CFR Part 23 Class IV Part 25 Part 27 and Part 29 aircraft are not authorized under this STC IMPORTANT NOTICE Avidyne STC No SA00290BO EX600 P N 700 00167 is only applicable to the 14 CFR Part 23 Class I II and III aircraft as defined in Advisory Circular AC 23 1309 1C which are listed in the AML When installed in Class III aircraft if the EX600 replaces a Radar disp...

Page 5: ...nk Antenna Installation Considerations 18 4 8 1 ORBCOMM Antenna Details EX500 Release 4 0 and earlier only 19 4 8 2 Broadcast Antenna Details 19 4 9 Wiring External Devices 20 4 9 1 GPS and FMS Wiring 20 4 9 2 Dual GPS Setup with GAMA 429 20 4 9 3 Broadcast Datalink Receiver Wiring 20 4 9 4 Lightning Sensor Wiring 20 4 9 5 Traffic Sensor Wiring 21 4 9 6 TAWS Wiring 21 4 9 7 Map Configuration 21 4 ...

Page 6: ...e Radar System 49 5 9 6 Radar Checkout 57 5 9 7 Radar Communications Troubleshooting 58 5 10 Aircraft Setup 59 5 10 1 Two Way Datalink Setup 60 5 10 2 Broadcast Datalink Setup 61 5 10 3 Dimming Bus Setup 63 5 11 Map Heading Source Setup 64 5 11 1 Setup with EXP5000 PFD as Heading Source 64 5 11 2 Setup with GPS FMS as Heading Source 65 5 11 3 Setup with StormScope as Heading Source 65 5 11 4 Setup...

Page 7: ...t and Service 79 8 1 Technical Support 79 8 2 Service 79 9 AC 20 68B Recommended Radiation Safety 81 Appendix A Environmental Qualification Forms 83 Appendix B Authorized TSOs 84 Appendix C STC Permissions 85 Appendix D EX500 EX600 Tray Panel Dimensions 86 Appendix E ORBCOMM Two Way Datalink Antenna Installation EX500 Only 94 Appendix F EX500 EX600 General Wiring 95 Appendix G GPS FMS System Wirin...

Page 8: ...Info Page 69 Figure 22 System Info Platform Info Page 70 Figure 23 System Info Port Info Page 70 Figure 24 TWX670 Lightning Sensor Strike Test Pattern 71 Figure 25 EX600 and Fixed Wing Tray Dimensions 86 Figure 26 EX600 and Helicopter Tray Dimensions 87 Figure 27 EX600 Panel Cut Out Dimensions 88 Figure 28 EX600 Fixed Wing Tray Support Structure Panel 89 Figure 29 EX600 Helicopter Tray Support Str...

Page 9: ...List of Figures vii Figure 44 RDR 1300 RADAR Direct Connect Wiring 105 Figure 45 RDR 1300 RADAR w Adaptor Cable Wiring 106 Figure 46 WXR250 270 300 RADAR w Adaptor Cable Wiring 107 ...

Page 10: ...Table 12 GPS FMS Manufacturer s Matrix 30 Table 13 GPS FMS Communications Messages 33 Table 14 TWX670 Configuration Options 35 Table 15 WX 500 Configuration Options 35 Table 16 Lightning Sensor Messages 38 Table 17 Traffic System Configuration Options 40 Table 18 Traffic Communication Messages 43 Table 19 TAWS Error Messages 45 Table 20 Radar Feature Matrix 46 Table 21 Radar Options 48 Table 22 Ra...

Page 11: ...vice The EX500 EX600 contains software developed in accordance with RTCA DO 178B Level D requirements This section contains the following information Section 1 1 Standard Functionality on page 1 Section 1 2 Optional Functionality on page 1 A complete FlightMax EX500 EX600 Series Multi Function Display system consists of the following components Avidyne FlightMax EX500 EX600 Series Multi Function D...

Page 12: ...iver Note EX500 EX600 Release 4 1 or greater software does not support the ORBCOMM Datalink Transceiver All references to the ORBCOMM Datalink Transceiver only apply to EX500 Software 530 00193 020 and earlier External Broadcast Datalink receiver Allows the MFD to display strategic weather and airspace information in graphical and textual formats When used with Two Way Datalink the MultiLink featu...

Page 13: ...tallation is performed in accordance with Part 43 or the applicable airworthiness requirements 2 1 Equipment Description A complete FlightMax EX500 EX600 Series Multi Function Display system consists of the following components EX500 EX600 Multi Function Display MFD with standard and optional interfaces System installation kit including MFD tray assembly and necessary connectors Optional radar int...

Page 14: ...ating Limits Voltage 18 32 VDC negative ground Current Maximum 5 A at 28V See Appendix A Environmental Qualification Forms on page 83 for Environmental Qualification Form Standard Features Display High Brightness Sunlight Readable Color Transflective LCD Diagonal size 5 78 inches Interfaces RS 232 ARINC 429 ARINC 453 ARINC 407 TTL Physical Characteristics Weight with tray With Fixed Wing Tray 6 2 ...

Page 15: ...ntained in this document Table 4 Main Connector P2 Pin Assignments on page 7 provides a cross reference between port assignments and functional use The selected ports are displayed on the Port Info Page described in Section 6 1 System Info Pages on page 69 Table 3 Sensor Port Configuration Options Sensor Type Sensor Option Port Type Default Port System Type Port Config GPS FMS GAMA 429 Format ARIN...

Page 16: ...ologies XMD076 Two Way Datalink Not Installed Iridium RS 232 Avidyne MLX770 ORBCOMM RS 232 Avidyne ORBCOMM SC EX500 only Lightning Not Installed TWX670 RS 232 3 Avidyne TWX670 WX 500 RS 232 3 L3 WX500 Radar The radar port is factory configured and requires no setup TAWS Not Installed Honeywell EGPWS ARINC 429 4 Honeywell EGPWS ARINC 453 2 Map Heading Source GPS FMS ARINC 429 Multiple manufacturers...

Page 17: ...sensor 13 RESERVED 52 RESERVED 14 RESERVED 53 RESERVED 15 GND 54 SYNCHRO Z IN 16 SYNCHRO X IN 55 ARINC 453 TX3 A UNUSED 17 SYNCHRO REF LO 56 ARINC 453 RX2 A TAWS 18 DIMMING 57 GND 19 RESERVED 58 ARINC 453 TX3 B UNUSED 20 GND 59 ARINC 453 RX2 B TAWS 21 RESERVED 60 PWR GND 22 RESERVED 61 PWR GND 23 RESERVED 62 PWR GND 24 RESERVED 63 ARINC 429 TX1 B 25 ARINC 429 RX1 B GPS A 64 RESERVED 26 ARINC 429 T...

Page 18: ...rence ARINC 429 Ports ARINC 453 Ports Port Signal Suggested Pin Your Setup Port Signal Suggested Pin Your Setup 1 TX A 43 1 TX A N A TX B 63 TX B N A RX A 5 RX A 75 RX B 25 RX B 78 2 TX A 6 2 TX A N A TX B 26 TX B N A RX A 45 RX A 56 RX B 65 RX B 59 3 TX A 46 3 TX A 55 TX B 66 TX B 58 RX A 8 RX B 28 4 TX A 9 TX B 29 RX A 48 RX B 68 Table 4 Main Connector P2 Pin Assignments Continued Pin Function S...

Page 19: ...nector assignments are suggested but not required If you use different pin assignments be sure to document the changes Table 6 RS 232 Port Pinout Cross Reference RS 232 Ports Port Signal Pin Your Setup 1 TX 10 RX 11 RTN 12 2 TX 30 RX 31 RTN 32 3 TX 49 RX 50 RTN 51 4 TX 69 RX 70 RTN 71 ...

Page 20: ...P2 MAIN CONNECTOR SERIAL DATA PORT ASSIGNMENTS 20 59 19 39 58 78 18 38 57 77 17 37 56 76 16 36 55 75 15 35 54 74 14 34 53 73 13 33 52 72 12 32 51 71 11 31 50 70 10 30 49 69 9 29 48 68 8 28 47 67 7 27 46 66 6 26 45 65 5 25 44 64 4 24 43 63 3 23 42 62 2 22 41 61 1 21 40 60 GPS A 232 RS 232 1 GPS A 429 ARINC 429 RX 1 TAWS 429 ARINC 429 TX 4 RS 232 4 MLX770 Broadcast Datalink or GPS B NOTES 1 AVAILABL...

Page 21: ...0 RDR1300 RT 1301A1 004 704 804 904 EX500 RDR 130 150 RT 131A RDR 160 ART 161A With one of the following antennas AT 133A DA 144A AT 133A inverted DA 144A inverted 005 705 805 905 EX500 RDS8X RDR2XXX RS 18X RS 8XX ART 2XXX 006 706 806 906 EX500 WXR270 270A WXT 250A WXT 250B 600 00078 000 600 00078 001 1 FlightMax EX500 Series MFD Pilot s Guide Pre Release 4 or EX500 EX600 MFD Pilot s Guide Release...

Page 22: ...ton and packing material in case you need to ship the unit for service Part Number Qty Description 700 00009 000 1 EX500 Tray Assembly 030 00181 000 1 Connector D Sub 78F w backshell Pins 150 00100 000 8 Screw 4 40 x Flat SS 100 Degree 600 00004 000 1 EX500 Installation Documentation CD Part Number Qty Description 700 00168 000 1 EX600 Fixed Wing Tray Assembly 030 00181 000 1 Connector D Sub 78F w...

Page 23: ...play of terrain proximate aircraft traffic information flight plan overlays moving map displays etc Manufacturers installers and applicants must assess identification of display integration issues and their potential impact upon FIS B equipment design and developmental assurance during equipment installation For example FIS B equipment may share common avionics display resources hosting multiple a...

Page 24: ... EX600 with the following clearances Leave four inches 4 of clearance behind the tray to allow for connector clearance and permit air circulation through the EX500 EX600 Leave a minimum of 1 8 clearance between the tray and other avionics for air circulation purposes The Avidyne mounting trays provide for a 0 125 clearance between the bezel and mounting tray along the sides and top of the tray to ...

Page 25: ... Figure 46 WXR250 270 300 RADAR w Adaptor Cable Wiring on page 107 for system and sensor wiring diagrams Perform all wiring in accordance with the FAA Advisory Circular AC 43 13 1B The following connectors or their equivalents support the EX500 EX600 tray installation 4 6 1 Electrical and Sensor Interface Wiring Notes The following notes apply to the aircraft wiring used to install the EX500 EX600...

Page 26: ...2 connector metallic backshell grounding screw with solder or crimp ring terminal 7 Synchro Valid Use 22 AWG shielded single MS22759 18 22 1 or equivalent Valid low is less than 1 4 vdc Valid high is greater than 2 7vdc Note The Synchro Valid input is optional If you do not use it no connection is required See Section 5 10 2 Broadcast Datalink Setup on page 61 for configuration details 8 ORBCOMM T...

Page 27: ... established in AC 43 13 1B Chapter 10 Section 2 Use the unit and installation kit materials weight as follows EX500 With Quake SC 7 2 lb 3 3 kg EX500 MFD with tray and connectors EX500 Without Quake SC 6 8 lb 3 1 kg EX500 MFD with tray and connectors EX600 With Fixed Wing Tray 6 2 lb 2 81 kg EX600 MFD with fixed wing tray and connectors EX600 With Helicopter Tray 9 2 lb 4 17 kg EX600 MFD with hel...

Page 28: ...ransceiver Built in ORBCOMM Datalink transceiver EX500 Release 4 0 and earlier only For information on MLX770 installation refer to the MLX770 Datalink Transceiver Installation Manual 600 00204 000 The ORBCOMM 2 Way Datalink system is designed to work with a VHF antenna covering the band from 137 MHz to 151Mhz If an existing comm antenna is in the preferred location for a datalink antenna consider...

Page 29: ...s For more information see Figure 33 Installing the 2 Way Datalink Antenna on page 94 4 8 2 Broadcast Antenna Details Mount the antenna no closer than 36 inches to VHF Comm transmitters of 15 Watts or less For more powerful transmitting antennas ensure a minimum separation of 48 inches If you are installing an XM VHF Comm combo antenna to replace an existing approved antenna installation the exist...

Page 30: ...g on page 97 and the HeadsUp XMD076 Installation Manual Connect the RS 232 port of the Datalink receiver to any of the available RS 232 ports of the MFD as shown RS232 4 is the default assignment but not mandatory Use shielded wiring terminated at each end to chassis ground Contact Heads Up Technologies at www heads up com for information on the HeadsUp XMD076 Broadcast Datalink Receiver Contact A...

Page 31: ...ect data lines and configure as shown in Appendix I Traffic Sensor Wiring on page 98 Use shielded wiring and terminate as shown Wire power to the Garmin GTX 330 transponder as directed in the Garmin Installation Manual Note The MFD does not provide power to the GTX sensor TIS uses an ARINC 429 data connection between the transponder and the MFD Make this connection after consulting the wiring diag...

Page 32: ...yro transmitting synchro or stepper to SkyWatch or StormScope sensor connected to the GPS FMS as shown in Figure 3 See Appendix G GPS FMS System Wiring on page 96 for the correct pinouts to the MFD When checking the GPS FMS connection to the EX500 EX600 the GPS FMS must have a valid position fix latitude longitude The MFD is capable of receiving heading data from the WX 500 StormScope via RS 232 C...

Page 33: ...e Synchro Interface The EX500 EX600 is capable of receiving heading data directly from a heading source using the Synchro interface as shown in Figure 6 The Synchro pins on the MFD are identified in Table 4 and Figure 1 Also see Figure 34 EX500 EX600 General Wiring on page 95 for Synchro connection information See Appendix J Radar Wiring on page 100 for the appropriate wiring diagram Heading Sourc...

Page 34: ...Installation Manual Wiring External Devices P N 600 00175 000 Rev 04 24 This page intentionally left blank ...

Page 35: ... on page 44 Section 5 9 Radar Sensor Setup on page 46 Section 5 10 Aircraft Setup on page 59 Section 5 11 Map Heading Source Setup on page 64 5 1 Preliminary Test Power up the MFD for post installation evaluation and configuration To do so 1 Turn on the MFD by applying power to the aircraft electrical bus supplying the MFD Note Read the EX500 EX600 Multi Function Display Pilot s Guide for explanat...

Page 36: ...l re activate CMax If you activate the CMax utility on an MFD the CMax Activation Utility will not let you activate CMax on any other MFD Only one license is permitted per CompactFlash Follow the instructions in the accompanying service bulletin the CMax Activation Utility 5 3 Using the Configuration Save and Restore CSR Utility The Configuration Save and Restore Utility is not used when doing fie...

Page 37: ... apply power to all the sensors that interface with the EX500 EX600 including the GPS the Lightning and Traffic sensors and TAWS sensor 1 Set the aircraft avionics master ON and circuit breaker IN 2 Press PWR to turn on the EX500 EX600 The system will begin its normal start up sequence 3 At the prompt Press any bezel key to continue press any button 4 Rotate the Page knob clockwise until the Aux P...

Page 38: ...1 Hardware and Software Part Numbers Hardware Part Number Software Part Number Nomenclature 700 00007 X01 530 00193 000 530 00193 020 530 00201 800 EX500 700 00007 X02 530 00193 000 530 00193 020 530 00201 800 EX500 RDR1100 1200 700 00007 X03 530 00193 000 530 00193 020 530 00201 800 EX500 RDR1300 700 00007 X04 530 00193 000 530 00193 020 530 00201 800 EX500 RDR130 150 160 700 00007 X05 530 00193 ...

Page 39: ...our changes and return to the main menu To exit without saving your changes press Cancel 2 Changes in the setup pages do not take effect until the MFD has been restarted From the Maintenance Mode Page press Restart System Avidyne suggests that you restart the system after you make changes to each setup page If no changes were made press Back to Map to exit Maintenance Mode ...

Page 40: ...ormance and extended data set the baud rate to 9600 See the NorthStar manual to change the baud rate Trimble 2000 2101 Yes Some models 9600 No Use RS 232 port 2 No Parity 8 bits Sends multiple waypoints around arc Garmin 150 250 Yes 150 No 250 No RS232 9600 ARINC Low ARINC only For the 250 use the EFIS mode not W O GAMA mode If using the NMEA format use the 2nd channel Garmin 155 165 Yes No 9600 N...

Page 41: ...of providing heading information if the GPS is being used as the heading source see Section 5 11 Map Heading Source Setup on page 64 for a complete explanation on setting up the various heading configurations within the MFD 5 5 1 GAMA 429 Graphics Setup If your GPS is capable of output from GAMA 429 Graphics with intersections use the wiring diagram in Appendix G GPS FMS System Wiring on page 96 w...

Page 42: ...nstructions in Section 5 5 1 5 5 3 RS 232 Setup If your GPS uses an RS 232 configuration use Appendix G GPS FMS System Wiring on page 96 for wiring information Note An RS 232 interface does not provide for heading data from the GPS FMS To set up the MFD for the RS 232 Interface 1 From the Maintenance Mode Page press GPS Setup The GPS Setup Page displays 2 Configure the interface as follows Receive...

Page 43: ...s Messages Message Meaning Action Action Nav Source Is Not Communicating No RS 232 or ARINC 429 GPS data is being received Verify GPS is turned On and Valid Verify correct wiring and COM port setting on GPS and MFD Nav Source Data is Not Valid Data is being received from the external GPS However insufficient information is available to determine position Aircraft could be in the hanger or the GPS ...

Page 44: ...manual for the specific codes to open the setup screen Trimble 2000A Installations This unit has a hidden setup screen documented in the installation manual to change configuration parameters to make it difficult to change in flight See the Trimble Installation manual for the specific codes to open the setup screen Nav Source Can t Open Port Another device is configured for the same port Check the...

Page 45: ...k Clear The TWX670 uses data from a connected position source GPS FMS Enable Heading Stabilization Check Clear The TWX670 uses heading data from a connected heading source Synchro or any ARINC 429 source Enable Audio Output Check Clear Enables audible alerts from the sensor Table 15 WX 500 Configuration Options Option Values Notes Operating Mode Weather Normal operating mode Noise Monitor Supports...

Page 46: ...g Sensor Setup To configure the Lightning sensor 1 From the Maintenance Mode Page select Lightning Setup The selection page is displayed 2 Choose the sensor to be connected to the MFD The Setup Page is displayed For the WX 500 Setup The screen shown in Figure 11 is displayed For the TWX670 Setup the screen shown in Figure 12 is displayed ...

Page 47: ...ransmits synchro signals received by the WX 500 This heading data can also be used by the MFD to orient the map Stepper a remote compass system that generates and transmits stepper signals received by the WX 500 This heading data can also be used by the MFD to orient the map See the Map Heading Setup section Use Map Heading Track The WX 500 uses orientation information supplied by the MFD based on...

Page 48: ...ngs on the Lightning Setup Page the following buttons may be available WX 500 TWX670 Diags allows access to the lightning sensor diagnostic modes See your sensor s Installation Manual about how to verify software versions wiring configurations antenna environment and fault logs not available on all software releases Self Test WX 500 Runs the WX 500 Self Test and reports Pass or Fail See the WX 500...

Page 49: ...urce Failed Heading data is no longer available from the WX 500 Strike data may still be valid Will only appear if the WX 500 is used as the heading source Lightning Heading Source OK Heading data has been restored Stuck mic PLEASE CHECK Check your COM transmitters for indication of a stuck mike Lightning Antenna Location Changed There may be an inconsistency between the antenna location jumper se...

Page 50: ...onnect a traffic sensor that is not on this list some data may display but the traffic sensor control functions and accuracy may be incorrect or inoperable Display of traffic sensor data is not a guarantee of correct traffic sensor installation and configuration Table 17 Traffic System Configuration Options Sensor Options Values RS232 Devices Port RS232 1 to 4 Model TAS600 Series TCAD 9900BX TCAD ...

Page 51: ... Mode Page press Restart System If needed see Table 18 Traffic Communication Messages on page 43 The EX500 EX600 does not provide a mute switch for traffic sensors over an ARINC 429 connection When installing a traffic sensor using ARINC 429 be sure to install an external mute switch For more information see the Avidyne TAS Installation Manual or the installation manual for your traffic sensor Bef...

Page 52: ...select the Setup Page 2 Select Traffic Self Test The following actions occur The Map Page displays The Sensor Status indicates that the sensor is in Test and a Traffic test pattern appears on the display If the Self Test fails an error message is generated and displayed on the MFD screen See the SKY497 Installation Manual for explanations and fault isolation procedures To test the Sky497 installat...

Page 53: ...fic Communication Messages Message Meaning Traffic Sensor is Not Communicating Traffic data is not being received Traffic Sensor is in Stand By TAS TIS The traffic sensor has been placed in Standby mode Traffic Sensor is in Self Test TAS The traffic sensor has been placed in Self Test mode Traffic Sensor is Operating Normally Verification that Traffic data is valid TCAD Altitude Unavailable TCAD O...

Page 54: ...re to permit a visual annunciation of GPS altitude on the TAWS display If selected a checkmark displays 3 When you are done press Save Press Cancel to exit without saving changes 4 Changes do not take effect until the MFD has been restarted From the Maintenance Mode Page press Restart System To test the TAWS installation 1 From the Maintenance Mode Page select TAWS Setup 2 Perform a functional tes...

Page 55: ...or troubleshooting guidance TAWS Not Communicating Indicates that the MFD is not receiving data from the Terrain sensor Verify that the sensor is turned on and valid Verify system wiring See TAWS sensor Installation and User s Manual for troubleshooting guidance TAWS Display Unavailable The TAWS Sensor has declared itself inoperative Verify system wiring Verify that the sensor inputs to the TAWS a...

Page 56: ... 5 9 1 Supported Radar Features Table 20 describes the features available in each type of supported radar Table 20 Radar Feature Matrix Radar Type Range Values Scan Arcs supported of colors Multiple Ind Stabilization Stab on off ctrl Auto Tilt VP Roll Trim adj ARL PAC Target Alert Azim Lines other than 0 Bendix King RT 131A RDR 130 RDR 150 with AT 133A AT 133A INV DA 144A A 144A INV 5 10 20 40 80 ...

Page 57: ...1200 10 20 40 80 160 240 60 120 3 RT 1201A RDR 1200 with DA 1203A antenna 10 20 40 80 160 240 60 120 3 RT 1301A B RDR 1300 with DA 1203A antenna 10 20 40 80 160 240 60 120 3 15 30 Collins WXT 250A WXR 270 10 25 50 100 250 120 3 30 WXT 250B WXR 270A 200MI 10 25 50 100 200 120 4 30 WXT 250B WXR 270 250MI 10 25 50 100 250 120 4 30 Support provided by Avidyne software Support native to R T Table 20 Ra...

Page 58: ...n Section 5 9 4 Adjusting the Roll Trim on page 49 8 When you are done press Save Press Cancel to exit without saving changes 9 Changes do not take effect until the MFD has been restarted From the Maintenance Mode Page press Restart System Table 21 describes the configuration options with many radar systems For more information see the installation and operations manuals for your radar system Tabl...

Page 59: ...R T calibration according to the procedures and specifications for the specific unit installed in the aircraft You can calibrate the radar after it has been installed setup and checked out per the radar manufacturer s instructions Calibrating the Bendix King RS 181A and RS 8xx Series Radar Sensors To calibrate the system 1 From the Maintenance Mode Page select Setup Radar 2 From the Radar Setup pa...

Page 60: ...ng Installation Manual that describe configuration and calibration using the Bendix King IN 182A Indicator To configure and calibrate the system follow the original Bendix King Installation Manual substituting the following two sections with the instructions provided herein 2 4 1 CONFIGURATION PROCEDURE USING RADAR INDICATOR 2 4 4 1 Stabilization Calibration with Radar Indicator Note If the EX500 ...

Page 61: ...sition to Full Up C Restart the MFD D From the Radar Setup Page set the radar Function to SBY E Set the radar Mode to GND F Reduce the gain until the gain indicator shows the minimum setting G Set the Antenna Tilt to full UP U 15 0 H Set Range to 240 NM I From the Aux Page enter Maintenance Mode as described in Section 5 4 Using the Maintenance Mode Page on page 27 J Press Radar Setup K Press Cali...

Page 62: ...ere B Set Park position to Full up C Ensure that Enable Automatic Standby is selected D Restart the MFD and open the Radar Page E From the Radar Page Press Radar Standby until the GND setting reads STBY Set Mode to GND The Knob button will display in the lower left corner Set Knob to Gain Use the Gain knob outer left to reduce the gain until the Gain indicator in the upper right shows the minimum ...

Page 63: ...ep E and try to enter calibration mode again I Once you are in calibration mode use the left outer knob to set ROLL TRIM to 0o J If desired copy all displayed values to a notepad in case you need to recall a value that is accidentally changed Note For information about how to adjust the radar settings see the Bendix King Installation Manual If using an ARINC 429 gyro proceed to step Q K Calibrate ...

Page 64: ...t the TILT SETTING to above 10 UP to lock in the setting 4 Set for 10o PITCH DOWN Repeat steps 2 and 3 5 Set the tilt table to 0o pitch and roll 6 Proceed to step M M Calibrate PITCH OFFSET 1 Use the GAIN controls to set the GAIN POT 2 setting to 18 or 19 2 Check that the tilt table is set for 0o pitch 3 Set the PITCH ANGLE field to 0 0 1 0o To increment the value of the PITCH ANGLE use the right ...

Page 65: ... 1 Use the GAIN control to set the GAIN POT 2 setting between 14 and 16 2 Check that the tilt table is set for 0o roll 3 Set the ROLL ANGLE field to 0 0 1 0o To increment the value of the ROLL ANGLE use the right inner knob to change the TILT SETTING to between 5 and 10 UP When the TILT SETTING is set to between 5 and 10 UP the value of the ROLL ANGLE field will slowly increase To decrement the va...

Page 66: ...between 5 and 10 DOWN the value of the PITCH ANGLE field will slowly decrease When you reach the desired setting quickly adjust the TILT SETTING to above 10 UP to lock in the setting 4 Set the tilt table to 10o pitch up The value should be 10 0U 1 0o If the value is out of range repeat Steps 1 2 and 3 of this section 5 Set the tilt table to 10o pitch down The value should be 10 0D 1 0o If the valu...

Page 67: ...a GAIN POT 2 setting to 4 or 5 2 The FAULTS field will display GYRO 3 Set the TILT SETTING to 15 0D The fault fields will flash indicating that your settings are being saved If the save procedure is successful the GYRO fault will disappear and the azimuth count will cycle through its entire number range 4 If the GYRO fault remains set TILT to 0 and repeat step 3 5 After saving the configuration th...

Page 68: ...allation and User s Manual for troubleshooting guidance Radar Sensor Is Not Communicating Communication of return data from the RADAR sensor to the MFD has been lost Verify that the RADAR sensor is turned on and valid Verify that the EX500 EX600 is properly seat in its tray Verify system wiring Invalid GPS Data and Radar is ON The RADAR is ON and the EX500 EX600 has no ground speed data available ...

Page 69: ...vailable To configure the Aircraft Setup Page 1 From Maintenance Mode select Aircraft Setup The Aircraft Setup Page displays 2 Set the options that appear on the Aircraft Setup Page These options will vary depending on the aircraft model and optional features selected Aircraft Setup options are described in the following sections Section 6 6 ORBCOMM Satellite Reception EX500 Only on page 72 Sectio...

Page 70: ... not installed and you do not select Not Installed the pilot will receive a steady stream of Narrowcast error messages as the EX500 attempts to establish a 2 Way Datalink connection Port RS232 port 6 ORBCOMM or as wired MLX770 Note Two Way Datalink messages display as Narrowcast Note Do not select RS232 ports 5 or 6 for MLX770 MLX770 Iridium Datalink Checkout To check the MLX770 Iridium Datalink i...

Page 71: ...atellite Reception EX500 Only on page 72 Note ORBCOMM network Narrowcast support is expected to cease in 2010 Contact Avidyne for more details The EX500 EX600 supports the Heads Up XMD076 XM data receiver or Avidyne MLB700 Configure Broadcast as follows Broadcast XM WX Satellite Weather MLB 700 Sirius Radio or None This enables the Datalink functionality and communication with the satellite data r...

Page 72: ... completed 6 Listen for audio from SIRIUS channel 184 via the aircraft s audio system If you can hear any audio this indicates the installation of the audio side of the receiver is correct Note Note to Dealer To activate the MLB700 your customer will need the 10 digit hardware serial number and the 12 digit electronic serial numbers associated with the Datalink and Audio receivers These number are...

Page 73: ...ght level Monitor the dimming bus voltage on the MFD below the selection boxes When at full bright press Set to update the highlighted field 3 Highlight the Darkest dimming voltage selection and adjust the airplane dimming bus to a level so that the other cockpit instruments are at their lowest brightness level 4 Press Set again to update the Darkest dimming voltage field Note Set the brightness l...

Page 74: ...ct Aircraft Setup 2 Ensure that the Aux Data field on the MFD Aircraft Setup Page is configured to read data from the EXP5000 PFD 3 Return to the Maintenance Mode Page and select Map Setup 4 Set the following option Map Heading Entegra When you are done press Save Press Cancel to exit without saving changes 5 Changes do not take effect until the MFD has been restarted From the Maintenance Mode Pag...

Page 75: ...ning Setup Page 3 Return to the Maintenance Mode Page and select Map Setup 4 Set the following option Map Heading StormScope 5 When you are done press Save Press Cancel to exit without saving changes 6 Changes do not take effect until the MFD has been restarted From the Maintenance Mode Page press Restart System 5 11 4 Setup with Traffic TAS as Heading Source To configure the MFD with the Traffic ...

Page 76: ...ng information is unavailable Track data can be used for Map Lightning and Traffic overlays Track data comes from the GPS FMS Track is the actual direction the aircraft is moving relative to the earth s surface Note Avidyne recommends using a Heading reference for the overlay feature Only use Track if Heading is not available Track does not compensate for the crab angle of the aircraft To configur...

Page 77: ...ition The selected heading source GPS StormScope SkyWatch must be on and operational 2 From the Map Page look for the following Heading The box at the top center of the Map display should contain the letters HDG and the value should match the aircraft compass system Track The box at the top center of the Map display should contain the letters TRK and an appropriate value Fault Conditions The loss ...

Page 78: ...Installation Manual Map Heading Source Setup P N 600 00175 000 Rev 04 68 This page intentionally left blank ...

Page 79: ...ck on page 71 Section 6 3 TWX670 Lightning Sensor Strike Test on page 71 Section 6 5 Traffic Test on page 72 Section 6 6 ORBCOMM Satellite Reception EX500 Only on page 72 Section 6 7 Broadcast Datalink Satellite Reception on page 73 Section 6 8 Datalink Display Test on page 74 Section 6 9 Magnetic Compass Swing on page 74 6 1 System Info Pages Avidyne provides three System Info pages to help you d...

Page 80: ...P N 600 00175 000 Rev 04 70 6 1 2 System Info Platform Info Page The Platform Page provides information about the hardware platform and settings of your MFD The Port Page displays the ports selected for various interfaces during the setup process Use this page to check your port configurations described in Section 2 3 Configuration Options on page 5 ...

Page 81: ...there is no adverse effect on other instruments with the MFD powered on Also verify that the MFD functions normally with all other electrical instruments on 6 3 TWX670 Lightning Sensor Strike Test With a TWX670 lightning sensor installed and set up the Maintenance Mode page will have a Lightning Strike Test key which enables you to test the lightning sensor To perform the Lightning Strike Test 1 O...

Page 82: ...ect Traffic sensor 6 6 ORBCOMM Satellite Reception EX500 Only Two Way satellite networks transmit very low power signals that the EX500 must receive If the antenna is not properly installed or if there is excessive electromagnetic interference such as a nearby radio transmitter ground power cart or inadequately grounded avionics the system will not achieve successful reception To assess system per...

Page 83: ...or possible causes and solutions 6 Service Level should display either Aviator or Aviator Lite depending on your level of service If Activation displays verify that a Broadcast subscription has been set up with the Broadcast Service provider Possible Cause Possible Solution The antenna field of view is obstructed The antenna field of view is obstructed There is a local source of electromagnetic in...

Page 84: ...r completing all configuration procedures confirm that Datalink information displays on the EX500 EX600 for all installed Datalink devices 6 9 Magnetic Compass Swing After installation and EMI checks are complete perform a magnetic compass swing in accordance with the aircraft installation manual for updating the heading correction card in accordance with 14 CFR 23 1327 and 23 1547 ...

Page 85: ...arp articles or improper cleaners Use care when cleaning 7 2 MFD Data Updates Avidyne makes use of two different types of data that can optionally be uploaded to or downloaded from your EX500 EX600 NavData For the Map Page Avidyne uses NavData from Jeppesen Sanderson Inc it is your duty as pilot in command to ensure that the data you fly with remains up to date CMax Chart Data An optional Avidyne ...

Page 86: ...00 EX600 To load NavData to your EX500 EX600 1 Bring the Portable USB Device to the EX500 EX600 at the aircraft 2 Turn power OFF to the EX500 EX600 3 Connect the data source to the EX500 EX600 If using a USB Flash Memory Drive plug it into the data port on the front of the EX500 EX600 If using a Zip Drive Dataloader Allowing the portable Zip Drive to dangle by the cable can result in damage to you...

Page 87: ...sures that all data has been checked in self test and the MFD is ready for use 8 Store the Portable USB Device in a safe place 7 2 2 Loading CMax Chart Data Once you have downloaded the CMax data from your PC to a Portable USB Device as described in the Avidyne Data Update Guide you will need to upload the data to your EX500 EX600 To load CMax Data to your EX500 EX600 1 With the MFD power OFF If u...

Page 88: ...X600 will continue to the normal startup Page 6 At this point turn off power to the EX500 EX600 remove your Portable USB Device and then turn the EX500 EX600 power back on This step ensures that all data has been checked in self test and the MFD is ready for use 7 Confirm the valid dates of the Chart data as reported on the Startup Screen 8 Go to the Chart Page and select a chart from an airport k...

Page 89: ...the unit in all correspondences For problem reporting please provide as many details associated with the problem as possible 8 2 Service EX500 EX600 system service is performed at the Avidyne Service Center and includes a complete checkout Before you return the unit for service contact Avidyne at 888 723 7592 to obtain a Return Merchandise Authorization RMA number Securely pack the unit in the ori...

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Page 91: ... operated on the ground only by qualified personnel Installed airborne radar should not be operated while the aircraft is in a hangar or other enclosure unless the radar transmitter is not operating or the energy is directed toward an absorption shield which dissipates the radio frequency energy Otherwise radiation within the enclosure can be reflected throughout the area Body Damage To prevent po...

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Page 93: ... S Curves M Cat S Curves M and B Cat U Curves G EXPLOSION 9 0 X Not Tested X Not Tested WATERPROOFNESS 10 0 X Not Tested X Not Tested FLUIDS SUSCEPTIBILITY 11 0 X Not Tested X Not Tested SAND AND DUST 12 0 X Not Tested X Not Tested FUNGUS 13 0 X Not Tested X Not Tested SALT SPRAY 14 0 X Not Tested X Not Tested MAGNETIC EFFECT 15 0 Z Z POWER INPUT 16 0 B B VOLTAGE SPIKE 17 0 A B AUDIO FREQUENCY CON...

Page 94: ...c Advisory System TAS Airborne Equipment TSO C157 Aircraft Flight Information Services Broadcast FIS B Data Link Systems and Equipment TSO C165 Electronic Map Display Equipment for Graphical Depiction of Aircraft Position TSO Description of Deviation TSO C157 The EX500 EX600 MFD provides a simple scaling and smoothing mechanism to overlay NEXRAD on a variable range moving map in a distinctive easy...

Page 95: ...atest version of the associated AVMFC 076 Avidyne 700 0007 MFD EX500 Approved Model List may be accessed by authorized dealers at www avidyne com C 2 EX600 Avidyne Corporation hereby grants permission to all National Aviation Authority FAA CAA JAA approved installers to use data from all STCs and amendments Avidyne has received to modify aircraft Copies of the STCs and amendments from the STC Mast...

Page 96: ... 25 EX600 and Fixed Wing Tray Dimensions Installation Manual EX500 EX600 Tray Panel Dimensions P N 600 00175 000 Rev 04 86 Appendix D EX500 EX600 Tray Panel Dimensions D 1 EX600 and Fixed Wing Tray Dimensions ...

Page 97: ...Figure 26 EX600 and Helicopter Tray Dimensions Installation Manual P N 600 00175 000 Rev 04 EX500 EX600 Tray Panel Dimensions 87 D 2 EX600 and Helicopter Tray Dimensions ...

Page 98: ...Figure 27 EX600 Panel Cut Out Dimensions Installation Manual EX500 EX600 Tray Panel Dimensions P N 600 00175 000 Rev 04 88 D 3 EX600 Panel Cut Out Dimensions ...

Page 99: ...Figure 28 EX600 Fixed Wing Tray Support Structure Panel Installation Manual P N 600 00175 000 Rev 04 EX500 EX600 Tray Panel Dimensions 89 D 4 EX600 Fixed Wing Tray Support Structure Panel ...

Page 100: ...Figure 29 EX600 Helicopter Tray Support Structure Panel Installation Manual EX500 EX600 Tray Panel Dimensions P N 600 00175 000 Rev 04 90 D 5 EX600 Helicopter Tray Support Structure Panel ...

Page 101: ...TES 1 DIMENSIONS IN INCHES 2 WEIGHT AND CENTER OF GRAVITY FOR MFD TRAY AND CONNECTORS SIDE VIEW MFD IN TRAY 7 6 3 CENTER OF GRAVITY 12 8 TRAY CONNECTOR DEPTH 11 4 TRAY DEPTH 55 1 0 1 25 1 0 48 9 5 AFT FACING PLANE OF PANEL COUNTERSUNK HOLES FOR 6 FLATHEAD SCREWS 5 PLACES ON EACH SIDE OF TRAY 2 2 6 2 FACEPLACE WIDTH 4 35 FACEPLATE HEIGHT 4 4 TRAY HEIGHT 6 3 TRAY WIDTH J2 DATALINK 50 OHM COAX P2 MAI...

Page 102: ... AVIDYNE CORPORATION NOTES 1 DIMENSIONS IN INCHES 2 FOR ALL TYPES OF INSTALLATION IF THE REAR FACE OF THE EX500 BEZEL FACEPLATE DOES NOT CONTACT THE BOTTOM LIP OF THE TRAY THE REAR CONNECTORS MAY NOT BE FULLY ENGAGED RESULTING IN POOR OR INTERMITTENT CONTACT PANEL CUTOUT TRAY INSTALLED FROM FRONT OF AIRCRAFT PANEL PANEL CUTOUT TRAY INSTALLED FROM REAR OF AIRCRAFT PANEL ONLY NOTE MAXIMUM INSTRUMENT...

Page 103: ...OIL P FF FF 6 25 MOMENT ALUMINUM 2024 T3 PER AMS 4037 AMS QQ A 250 4 ANGLE 0 063 X 0 75 X 0 063 BOTH SIDES TAIL BRACE TYPICAL 2024 T3 ALUMINUM PER AMS 4037 AMS QQ A 250 4 FLAT 0 75 MIN x 0 032 MIN BOTH SIDES NAV COM OR OTHER AVIONICS TRANSPONDER OR OTHER AVIONICS A A 6 32 FLAT HEAD SCREWS AN510 3 PLACES BOTH SIDES NOTES 1 DIMENSIONS IN INCHES 2 WEIGHT AND MOMENT FOR MFD TRAY AND CONNECTORS 3 REAR ...

Page 104: ...UBLER TO AIRFRAME GROUND PLANE MAX 0 5 OHM 9 ANTENNA CABLE RG 400 U COAX STRANDED CORE ROUTE COAX ANTENNA CABLE TO MFD WITH NO KINKS OR BENDS GREATER THAN 2 IN RADIUS SECURE ALONG LENGTH AVOID CHAFING 10 FIBER REINFORCED PLASTIC COMPOSITE FUSELAGE INSTALLATION ONLY IN ACCORDANCE WITH AIRFRAME MFG GUIDANCE APPROPRIATE SIMILAR STC BASIS OR DER APPROVAL 11 AIRCRAFT PRESSURE VESSEL INSTALLATION ONLY I...

Page 105: ...R BOTH SINE WAVES OR BOTH SQUARE WAVES 3 WHEN USING SYNCHRO FOR THE HEADING SOURCE INSTALL RESISTORS WHEN REQUIRED AS FOLLOWS R1 SYNCHRO SOURCE HAS VALID OUTPUT SIGNAL AVAILABLE R2 SYNCHRO SOURCE VALID SIGNAL WIRED TO THE EX500 600 ONLY 4 TERMINATE SHIELD TO P2 CONNECTOR BACKSHELL CHASSIS GROUND 5 TO MINIMIZE POSSIBLE INTERFERENCE THE DATALINK ANTENNA CABLE SHOULD BE ROUTED AS TO AVOID CLOSE PROXI...

Page 106: ...90B 24 23 J901 HONEYWELL GNS XLS 17 18 J101 GPS 232 OUTPUT GND 232 TX NORTHSTAR M3 6 5 P15 GARMIN GNC 155XL 300XL 24 J1 GARMIN GNS 430 56 P4001 GARMIN GNS 530 56 P5001 TRIMBLE 2000 2000A 5 P1 GND GND GND GND 45 TRAFFIC 429 A 65 TRAFFIC 429 B 70 GPS B 232 IN 71 GPS B 232 RTN P2 GPS FMS SOURCE B INTERCONNECT NOTE 2 GPS FMS 429 OUTPUT 429 TX B 429 TX A GARMIN GNC 155XL 300XL 16 15 J101 GARMIN GNS 430...

Page 107: ... LIGHTNING 232 IN 51 LIGHTNING 232 RTN P2 LIGHTNING SENSOR L 3 WX500 P2 NOTE 1 BROADCAST DATALINK 69 BROADCAST 232 OUT 70 BROADCAST 232 IN 71 BROADCAST 232 RTN P2 GND 232 TX 232 RX HEADS UP XMD076 4 22 23 J1 AVIDYNE MLB700 3 2 24 P1 232 RX 8 232 TX 20 GND 5 P3 P3 AVIDYNE EX500 EX600 FLIGHTMAX MFD MLX7X0 DATALINK GND 232 TX 232 RX AVIDYNE MLX7X0 6 5 26 P1 COM 2 AVIDYNE MLX7X0 3 2 24 P1 COM 1 P2 30 ...

Page 108: ...TRAFFIC 232 RTN P2 NOTES 1 CONNECT TAS SOFTKEYS TO ONLY 1 CONTROLLER 2 REFER TO GOODRICH INSTALL GUIDANCE FOR SKYWATCH AND SKYWATCH HP ON OFF CONTROL AND CONFIGURATION FOR USE WITH AN ALTERNATE DISPLAY 3 TERMINATE SHIELD TO P2 CONNECTOR BACKSHELL CHASSIS GROUND 4 SFTKEY1 FOR SKYWATCH SFTKEY2 FOR SKYWATCH HP NOTE 2 NOTE 1 NOTE 3 NOTE 3 SFTKEYx TA VALID 2 RA VALID 2 HONEYWELL CAS 66A 28 29 86 35 P1A...

Page 109: ...TX 1 B 453 TX A 453 TX B HONEYWELL KTA 810 54 55 HONEYWELL KMH 820 103 104 429 RX 2 A 429 RX 2 B 95 96 9 TAWS 429 TX A 29 TAWS 429 TX B 56 TAWS 453 RX A 59 TAWS 453 RX B TAWS EGPWS 429 RX A 429 RX B 453 TX A 453 TX B HONEYWELL MK V 10A 10B 3A 3B HONEYWELL MK VII 13 14 15 16 MIDDLE TOP LOWER J1A UPPER J2 HONEYWELL MK VI MK VIII 37 36 58 59 J1 J2 BENDIX KING KGP 560 GA 47 66 30 10 J1 NOTES 1 TERMINA...

Page 110: ...2001 IN 842A P2001 K e K e F F 429 TX A 429 TX B 453 RX A 453 RX B R T ON 1 IND STRAP 31 27 1 20 8 L L 2 BENDIX KING RDS 84 BENDIX KING RDS 81 82 P2 46 RADAR 429 A 66 RADAR 429 B 75 RADAR 453 A 78 RADAR 453 B 1 TTL1 R T ON IN 812A P2001 NOTE 2 SHIELD AS SHOWN IN OPTION 1 ARINC 708 RADAR ART BENDIX KING RDR 2000 2100 ART 2000 2100 31 2 24 19 P5001 P1001 42 43 8 9 32 4 12 18 5 5 429 RX 1A 429 RX 1B ...

Page 111: ... BENDIX KING RDR 160 RT 161A P1101 RT ON OFF G D TRIGGER N A TRG SHLD P Z GAIN HI R H N C GAIN LO S N C T DATA2 V B DATA1 W C DATA SHLD Z F TEST Y E 20 VDC H L 20 VDC M J BORE SIGHT F N C AZ DRV G R AZ DRV90 H P TILT ADJ L K VID INTG U N C 20 VDC B N C 20 VDC C N C GND Z N C 28 VDC IN A e GND C h GND D f 28 VDC IN B S ANTENNA J1003 POWER P O P1001 TO RT 131 TO RT 161 RT 131 ONLY RT 131 ONLY EX500 ...

Page 112: ...O S N C T DATA2 V B DATA1 W C DATA SHLD Z F TEST Y E 20 VDC H L 20 VDC M J BORE SIGHT F N C AZ DRV G R AZ DRV90 H P TILT ADJ L K VID INTG U N C 20 VDC B N C 20 VDC C N C GND Z N C 28 VDC IN A e GND C h GND D f 28 VDC IN B S ANTENNA J1003 POWER P O P1001 TO RT 131 TO RT 161 RT 131 ONLY RT 131 ONLY GND 28VDC EX500 600 INSTALLATION WIRING DIAGRAM BENDIX KING RADAR RDR 130 150 160 WITH ADAPTER CABLE A...

Page 113: ...GER N TRG SHLD P GAIN HI R GAIN LO S DATA2 V DATA1 W DATA SHLD Z TEST Y 20 VDC H 20 VDC M BORE SIGHT F AZ DRV G AZ DRV90 H TILT ADJ L VID INT U 20 VDC B 20 VDC C GND Z 28 VDC IN A GND C GND D 28 VDC IN B ANTENNA J1003 POWER P O P1001 EX500 600 INSTALLATION WIRING DIAGRAM BENDIX KING RADAR RDR 1100 1200 AVIDYNE CORPORATION RT FAULT T 16 GAIN LO STAB DISABL A TILT HI J TILT LO K ROLL HI X ROLL LO Y ...

Page 114: ...EST Y 20 VDC H 20 VDC M BORE SIGHT F AZ DRV G AZ DRV90 H TILT ADJ L VID INT U 20 VDC B 20 VDC C GND Z 28 VDC IN A GND C GND D 28 VDC IN B ANTENNA J1003 POWER P O P1001 EX500 600 INSTALLATION WIRING DIAGRAM BENDIX KING RADAR RDR 1100 1200 WITH ADAPTER CABLE AVIDYNE CORPORATION RT FAULT T 16 GAIN LO STAB DISABL A TILT HI J TILT LO K ROLL HI X ROLL LO Y 6 STAB DISABL 20 TILT HI 22 TILT LO 32 ROLL HI ...

Page 115: ... N TRG SHLD P GAIN HI R GAIN LO S DATA2 V DATA1 W DATA SHLD Z TEST Y 20 VDC H 20 VDC M BORE SIGHT F AZ DRV G AZ DRV90 H TILT ADJ L M3 U 20 VDC B 20 VDC C GND Z 28 VDC IN A GND C GND D 28 VDC IN B ANTENNA J1003 POWER P O P1001 EX500 600 INSTALLATION WIRING DIAGRAM BENDIX KING RADAR RDR 1300 AVIDYNE CORPORATION RT FAULT T 16 GAIN LO M2 X STAB DISABL A TILT HI J TILT LO K ROLL HI X ROLL LO Y 26 M2 6 ...

Page 116: ... 20 VDC M BORESIGHT F AZ DRV G AZ DRV90 H TILT ADJ L M3 U 20 VDC B 20 VDC C GND Z 28 VDC IN A GND C GND D 28 VDC IN B ANTENA J1003 POWER P O P1001 EX500 600 INSTALLATION WIRING DIAGRAM BENDIX KING RADAR RDR 1300 WITH ADAPTER CABLE AVIDYNE CORPORATION RT FAULT T 16 GAIN LO STAB DISABL A TILT HI J TILT LO K ROLL HI X ROLL LO Y 6 STAB DISABL 20 TILT HI 22 TILT LO 32 ROLL HI 33 ROLL LO B B D D K K L L...

Page 117: ...DISABL 6 A 9 B 1 TILT CTRL 12 6 STAB DISABL 20 TILT HI 22 TILT LO 14 TILT ADJ 46 46 14 14 13 13 10 10 15 15 22 22 12 12 16 16 DB 50P 5 5 2 RT FAULT 40 40 45 45 48 48 47 47 AVIDYNE 100 00081 000 25 GAIN 18 7 7 VIDEO 1 A DB 50S 12 db GAIN Z 18 db GAIN a 24 db GAIN b 12 VDC S VIDEO 3 E VIDEO 4 K 15 VDC s 15 VDC k IND COMMON q IND COMMON r CTL COMMON H 12 VDC 15 TILT HI 11 TILT LO 4 P1 8 RT ON 11 MOD ...

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Page 119: ...bers or other manufacturers data lightning or other electrical source or otherwise If warranty protection is applicable to the Product Avidyne will use reasonable efforts to repair or replace Product within ten 10 business days of its receipt of the Product Any Product that has been repaired by Avidyne or replaced by Avidyne under this warranty will be subject to remainder of the original warranty...

Page 120: ...poration Avidyne is willing to license this software pilot s guide and related materials the Software only on the condition that you agree to all the terms of this agreement Please read these terms carefully Trademarks Avidyne and the Avidyne logo are trademarks of Avidyne Corporation Other brands or products are the trademarks or registered trademarks of their respective holders and should be tre...

Page 121: ...d certify that neither the Software nor any direct product thereof is being or will be acquired shipped transferred or exported directly or indirectly into any country prohibited by the Acts and the regulations thereunder or will be used for any purpose prohibited by the same Miscellaneous This Agreement will be governed by the internal laws of the State of Massachusetts If any provision of this A...

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Page 123: ......

Page 124: ...vidyne FlightMax and CMax are trademarks of Avidyne Corp AVIDYNE CORPORATION 55 Old Bedford Road Lincoln MA 01773 Telephone 1 781 402 7400 Toll Free 800 AVIDYNE 800 284 3963 FAX 781 402 7599 www avidyne com P N 600 00175 000 Rev 04 November 17 2009 ...

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