EQUIPMENT INSTALLATION MANUAL, GDC64, TABLET AIRCRAFT INTERFACE UNIT Rev C

Transcription

1 EQUIPMENT INSTALLATION MANUAL, GDC64, TABLET AIRCRAFT INTERFACE UNIT Rev C 2015, DAC International All Rights Reserved 6702 McNeil Dr. Austin, Texas (512) Phone (512) Fax Revision C Page 1 of 34

2 RECORD OF REVISIONS REV DESCRIPTION DATE APPROVED IR Initial Release E /26/2012 BH A See ECO E /18/2012 BH B See ECO E /05/2014 SM C See ECO E /30/2015 SM Revision C Page 2 of 34

3 TABLE OF CONTENTS RECORD OF REVISIONS...2 TABLE OF TABLES INTRODUCTION Reference Documents SYSTEM DESCRIPTION SCOPE PART NUMBERS REGULATORY COMPLIANCE Software Application Software Hardware EQUIPMENT Supplied Equipment Connector Kits Connector Kit Contents Non-Supplied Equipment Optional Legacy Equipment Optional Legacy Equipment Kit Contents GDC64 SPECIFICATIONS Physical Electrical ARINC 429 Data Input Format Supported Labels Reliability OPERATION Inputs ARINC 429 Input RS-232 Input Discrete Inputs Output Software Installation GDC ipad App NMEA Output Without GDC64 app INSTALLATION Aircraft Interconnect Wiring Mounting REMOVAL AND REPLACEMENT Removal Revision C Page 3 of 34

4 10.2. Replacement EQUIPMENT CHECKOUT ARINC Port Label / Discrete Input Configuration Using GDC64 App Using Third Party Apps Using NMEA Only Additional Procedures CONTINUED AIRWORTHINESS Maintenance Manual Illustrated Parts Catalog Wiring Diagram Manual Scheduled Maintenance Program Recommended Periodic Scheduled Servicing none required Recommended Periodic Scheduled Preventive Maintenance Tests none required Recommended Periodic Inspections none required Recommended Periodic Overhaul Period none required Special Inspection Requirements none required Application of Protective Treatments Special Tools Electrical Loads Airworthiness Limitations Installation Configuration Data ENVIRONMENTAL CONNECTOR PIN OUT J1 GDC64 LRU Interface Alternate Installation Configurations J2/P2 Legacy Bulkhead Feed-Through INGENIO Cockpit Tablet-Mount / Power Supply CONNECTION DIAGRAMS OUTLINE DRAWING...29 APPENDIX A. GDC64 AIRCRAFT ENVIRONMENT TEST PROCEDURE...30 A.1. Required Equipment/Configuration...30 A.2. Power/Charging Verification...30 A.2.1. Detailed Steps...30 A.3. Serial Weather Input Verification...31 A.3.1. Detailed Steps...31 A.4. ARINC 429/743 Port Verification...33 A.4.1. Detailed Steps...33 A.5. Maps, Current Location Revision C Page 4 of 34

5 TABLE OF FIGURES FIGURE 1. Typical Interconnect...24 FIGURE 2. Alternate Interconnect Using ECS Cable Part Number (Not Recommended for Future Installations)...25 FIGURE 3. Alternate Interconnect for Legacy Circular Bulkhead Connection (per 6.3.1)...25 FIGURE 4. Alternate Interconnect Utilizing INGENIO SMART Charger (see )...25 FIGURE 5. Typical System Configuration...26 FIGURE 6. Alternate System Configuration for Installations Utilizing Legacy Hardware (per 6.3.1)...27 FIGURE 7. Typical System Environment...28 FIGURE 8. Outline Drawing...29 FIGURE 9. ARINC Port Monitoring Tab...31 FIGURE 10. Serial String Data...31 FIGURE 11. Serial String Data Display...32 FIGURE 12. Software System Environment...33 FIGURE 13. Example of Current Location...34 TABLE OF TABLES TABLE I. Supplied Equipment...8 TABLE II. Connector Kits...8 TABLE III. Connector Kit Contents, TABLE IV. Connector Kit Contents, TABLE V. Legacy Kits...9 TABLE VI. Kit Contents, TABLE VII. Kit Contents, TABLE VIII. Kit Contents, P TABLE IX. GDC64 App/Firmware Compatibility...12 TABLE X. Software Version 0050 Factory Default Label Sets...13 TABLE XI. Wire/Cable Recommended Usage...15 TABLE XII. Hardware Mounting Guidlines...15 TABLE XIII. Environmental Testing Categories...21 TABLE XIV. J1 Connector Pin Out...22 TABLE XV. J2/P2 Connector Pin Out Revision C Page 5 of 34

6 1. INTRODUCTION This manual contains installation data and specifications for the GDC64 Tablet Aircraft Interface Unit (TAIU). The system consists of a single line-replaceable unit (LRU). This LRU interfaces with an Apple ipad 1 to provide information to users such as weather and aircraft location Reference Documents The following material is for reference only and is not required to perform the procedures outlined in this document. ARINC Specification 429 RTCA DO-160G Mark 33 Digital Information Transfer System Environmental Conditions and Test Procedures for Airborne Equipment 2. SYSTEM DESCRIPTION The GDC64 accepts serial information and ARINC 429 data and converts it to USB data to interface to an Apple ipad. The GDC64 is powered by an aircraft power bus. 3. SCOPE The specifications described in this installation manual are applicable to all GDC64 TAIU converters, part number , or later approved. 1 Apple and ipad are registered trademarks of Apple Inc Revision C Page 6 of 34

7 4. PART NUMBERS The model GDC64 TAIU is available under the following part number: X( ) Tablet Aircraft Interface Unit \ Software part number, where ( ) contains the number zero for initial release, or any letter, A Z to denote a minor change. 5. REGULATORY COMPLIANCE 5.1. Software The GDC64 software was developed in accordance with RTCA/DO-178B to criticality level E Application Software The GDC64 is designed to interface with an ipad and various ipad apps. A listing of available apps can be found by visiting DAC International s GDC64 webpage at Additional apps compatible with the GDC64 may be created by DAC International or by third parties; check the GDC64 webpage for a current listing Hardware The GDC64 is produced under DAC International's FAA approved quality system Revision C Page 7 of 34

8 6. EQUIPMENT 6.1. Supplied Equipment Each GDC64 is shipped with the following item(s): TABLE I. Supplied Equipment Part Number Description Qty GDC64 TAIU Connector Kits The following connector kits are available for purchase and are recommended for use in installations featuring Apple Lightning 2 connectors. Part Number TABLE II. Connector Kits Description Connector Kit, GDC64, P Connector Kit, USB Bulkhead (J2) Connector Kit Contents TABLE III. Connector Kit Contents, Designation Part Number Description Qty in Kit Mfr Mfr s Part Number P1 M24308/2-13F 3 Connector, LRU 1 MIL M24308/2-13F P10890 Backshell, LRU 1 Positronic D25000ANE0 TABLE IV. Connector Kit Contents, Designation Part Number Description Qty in Kit Mfr Mfr s Part Number J2 P11164 USB, Receptacle 1 Amphenol USBFTV22N 4, 5 P11165 USB, Cap 1 Amphenol USBFTVC2N NOTE: To ensure optimal connectivity, DAC recommends the use of Amphenol part number USBFTV6N for mating with J2. 2 Lightning is a trademark of Apple Inc. 3 Alternate DAC part number: P Alternate Amphenol part number USBFTV2PE1N utilizes standard USB-A connector and includes backshell. See Amphenol sales catalog for more details. 5 For installations utilizing INGENIO Cockpit Tablet-Mount use alternate Bulgin part number PX0843/A, or equivalent Revision C Page 8 of 34

9 6.3. Non-Supplied Equipment The following parts are not provided for installation: 1. Circuit Breaker, 5 Amp MS , or equivalent 2. Cable, Twisted, Shielded, Pair, 22AWG M SD2T23, or equivalent 3. Wire, 22AWG M22759/ , or equivalent 4. Cable, USB ECS P/N , or equivalent 5. Connector Kits See 6.2, Connector Kits Optional Legacy Equipment The following connector kit is available for purchase and is recommended for use in legacy installations featuring the 30-pin ipad connector. These kits do not support the Lightning connector for the ipad. Newer model of ipads and ios require use of Apple approved cables only. Third party cables may not function properly. See FIGURE 3 for legacy hardware recommended interconnect. Part Number TABLE V. Legacy Kits Description Connector Kit, Bulkhead (J2) Connector Kit, Bulkhead (P2) P11150 Cable, ipad Data, Unterminated Revision C Page 9 of 34

10 Optional Legacy Equipment Kit Contents The following kits are for use with ipad devices with the 30-pin connectors. These kits are not compatible with ipads with the Lightning connector. TABLE VI. Kit Contents, Designation Part Number Description Qty in Kit Mfr Mfr s Part Number J2 MS3120F12-10S 6 Connector, Bulkhead, 1 - (Mil-Spec) - Receptacle (Flange Mount) M85049/ W 7 Strain Relief, Bulkhead 1 - (Mil-Spec) - TABLE VII. Kit Contents, Designation Part Number Description Qty in Kit Mfr Mfr s Part Number P2 MS3126F12-10P 8 Connector, Plug 1 - (Mil-Spec) - (Bulkhead Mate) M85049/ W 9 Strain Relief, Bulkhead 1 - (Mil-Spec) - TABLE VIII. Kit Contents, P11150 Designation Part Number Description Qty in Kit Mfr Mfr s Part Number P3 P Cable, ipad Data, Unterminated 1 DAC P Alternate part number: MS3470L12-10S 7 Alternate part numbers: M85049/ N (straight), M85049/ N (right angle) 8 Alternate part number: MS3476L12-10P 9 Alternate part numbers: See note 5 10 Third party cable may not function properly Revision C Page 10 of 34

11 7. GDC64 SPECIFICATIONS 7.1. Physical The GDC64 attaches to the airframe using four (4) #8 screws. See the paragraph titled Outline Drawing for additional details. Height Width (LRU) Width (base) Depth Weight 1.25 in 4.22 in 5.22 in 3.54 in 0.4 lbs / 0.18 kg 7.2. Electrical Input Voltage Input Current 28 VDC Nominal (10 VDC 32 VDC Operational) 0.5 A at 28 VDC 7.3. ARINC 429 Data Input There are four (4) identical inputs with the following characteristics: Format Voltage Levels...per ARINC Timing...per ARINC 429 Attachment 8 Baud Rate...Auto Sensing (High Speed, Low Speed) Supported Labels 7.4. Reliability Supported Labels...Labels Supported Protocols...All that comply with above (ex: ARINC 743, ARINC 575) MTBF Greater than 40,000 hours Revision C Page 11 of 34

12 8. OPERATION The GDC64 receives aircraft data via several input methods, and then delivers that data to the ipad. The GDC64 has three input paths: ARINC 429 (4 ports) RS-232 (1 port) Discretes (8 input pins) The GDC64 has one output path: USB to ipad (1 port) An ipad app is used to configure the GDC64. The app (available on the App Store) is called GDC64. See TABLE IX for compatibility details. The ipad uses a system called the Core Location framework. The Core Location framework enables the ipad to determine its current position anywhere in the world 11. Many apps (developed by Apple or by third parties) make use of the Core Location framework in order to identify their current position. The Core Location framework takes inputs from a variety of sources including the ipad s onboard GPS, wireless network information, cellular network information (on select ipads only), and NMEA input. The GDC64 outputs an NMEA string for use by the Core Location framework. This enables any app which utilizes the Core Location framework to have access to the GDC64 NMEA output. TABLE IX. GDC64 App/Firmware Compatibility System Software Version Legacy GDC64 App Version 12 GDC A 11 Accuracy of this position is affected by the various inputs to the Core Location framework. 12 Due to software/app compatibility requirements, all units utilizing system software version 0050 or earlier must use the Legacy GDC64 app. Units utilizing system software version 006X or later must use the GDC64 app. Both apps can be found in the App Store Revision C Page 12 of 34

13 8.1. Inputs ARINC 429 Input The GDC64 has four ARINC 429 input ports. These ports (0, 1, 2, and 3) are configured by default as shown in TABLE IX. TABLE X. Software Version 0050 Factory Default Label Sets Port 0 (FMS bus) Port 1 (GNSS bus) Port 2 Port Altitude 076 Altitude 310 Latitude 103 Track Angle 311 Longitude 110 Latitude 312 Ground Speed 111 Longitude (user configured) (user configured) 313 Track Angle 112 Ground Speed 120 Latitude, Fine 121 Longitude, Fine When the GDC64 receives ARINC 429 data, it processes the data in two ways. 1. First, the values for altitude, latitude, longitude, ground speed, and track angle are replicated in NMEA format once per second. This NMEA data is delivered to the ipad for use in its Core Location framework. This enables any app which relies on the ipad s Location Services to obtain this data. 2. Second, all ARINC 429 data which is received by the GDC64 is delivered to the ipad and stored in a DAC special library. This library can be accessed by custom, third party applications which require access to aircraft position and flight data beyond what is included in the NMEA data set RS-232 Input The GDC64 is also capable of receiving serial data via its RS-232 port. This serial data is delivered to the ipad and stored in a DAC special library. This library can be accessed by custom, third party applications and may serve a variety of functions. An example of the utilization of this data would be the retrieval of weather data for use as an overlay in a mapping application or pass through of ADSB data, etc Discrete Inputs The GDC64 is configured with eight (8) discrete input pins. The discretes are not configured to perform a default function. Third party applications may be configured to read the discretes as necessary Revision C Page 13 of 34

14 8.2. Output All data output by the GDC64 is transmitted to the ipad via USB Software Installation GDC64 The GDC64 is delivered from the factory with all required software installed ipad App An ipad app is used to manage the GDC64 configuration. The app, called GDC64 13, is available on the Apple App Store; simply search for GDC64. The app performs the following functions: 1. Provides the setup interface for configuration of the GDC64 2. Allows for selection of which labels will be passed through for each individual 429 input in addition to the default labels for Ports 0 and Provides a means to monitor each input port, discrete inputs, and system status NMEA Output Without GDC64 app The ipad can utilize the GDC64 NMEA output without the GDC64 app being installed on the ipad. When the ipad is connected to the GDC64 without the GDC64 app installed an ios notification may be displayed indicating The device is not recognized. The Ignore option can be selected to disregard this message. NMEA output will continue to be delivered to the Core Location framework and the ipad will still be able to utilize this data. 13 See TABLE IX for more detail about the GDC64 app and system software/app compatibility Revision C Page 14 of 34

15 9. INSTALLATION 9.1. Aircraft Interconnect Wiring Recommended wire types are listed in TABLE XI. If desired, equivalent parts may be substituted. TABLE XI. Wire/Cable Recommended Usage 14 Purpose Specification Part Number Description ARINC 429 input MIL M SD2T23 Cable, Twisted, Shielded Pair RS-232 data connection MIL M SD2T23 Cable, Twisted, Shielded Pair Power/Ground MIL M22759/ Wire, Stranded Discrete input MIL M22759/ Wire, Stranded USB ECS Cable, USB NOTE: Output current from the GDC64 is sufficient to charge and maintain power for all models of ipad however, due to voltage drop in installation wiring, the recommended maximum length for USB cabling is 9ft. See FIGURE 1 for recommended interconnect. NOTE: Newer models of ipad and ios require use of Apple approved USB cables only. Third party cables may not function properly Mounting Mounting guidelines for the GDC64 are detailed in TABLE XII. See FIGURE 4, FIGURE 5, and FIGURE 7 for mounting diagrams. TABLE XII. Location Hardware Clearance Hardware Mounting Guidlines Temperature controlled; pressurized OR non-pressurized 15 4 each of the following (installer provided): 8-32 x 0.50 machine screw, #8 lock washer, #8 flat washer 4 inches from face of connector, all other sides optional 14 Table indicates recommended part numbers, equivalent parts may be substituted as necessary. 15 As specified in RTCA DO-160G, Section 4.0, Category D Revision C Page 15 of 34

16 10. REMOVAL AND REPLACEMENT Removal 1. Open the circuit breaker powering the GDC Disconnect connector P1 from the GDC Remove four (4) screws securing the unit to the airframe Replacement 1. Open the circuit breaker powering the GDC Attach the unit to the airframe with four (4) screws. 3. Attach connector P1 to the GDC64 and secure. 4. Close circuit breaker. 5. Perform equipment checkout procedures for the GDC64 as prescribed in EQUIPMENT CHECKOUT ARINC Port Label / Discrete Input Configuration Following each removal or replacement, reconfigure or verify configuration of the ARINC port labels and discrete inputs using the tables in Using GDC64 App To test the basic functionality of the GDC64, perform the following steps: 1. With the GDC64 connected and power applied, start the GDC64 app Select the Status icon at the bottom of the screen. The app should indicate that the GDC64 is connected and should also display the software version of device. 3. Select the More icon at the bottom of the screen. Next, select Device Reset > Restore to Factory Defaults 4. Defaults label sets for Port 0 and Port 1 are described in TABLE IX. 5. Select the ARINC tab at the bottom of the screen. 6. Confirm that the data shown for the connected port matches the input and current location. 16 See TABLE IX to ensure the correct app is install for the GDC64 s system software version Revision C Page 16 of 34

17 11.3. Using Third Party Apps Equipment checkout procedures utilizing third party apps should be defined by the app developer. Refer to the app s documentation for additional information. If performing checkout with an app which utilizes the DAC special library, perform the following steps: 1. Select the More icon at the bottom of the screen 2. Select Enable label and choose the desired port number using the - and + buttons. 3. Enter the desired label number and press the Enable Label button. 4. Repeat for any additional ports and labels desired Using NMEA Only For installations utilizing only the GDC64 NMEA output, start an app which utilizes this data and confirm that the data displayed in the app matches the input and current location. Refer to third party app documentation for additional information Additional Procedures See Appendix A for additional tests Revision C Page 17 of 34

18 12. CONTINUED AIRWORTHINESS This section provides data intended to assist the installer with establishing Instructions for Continued Airworthiness as required by FARs , , and Maintenance Manual Maintenance Manual information for the GDC64, which includes system description, removal instructions, installation instructions and functional testing, is contained in DAC International Installation Manual, (this document) Illustrated Parts Catalog LRU part numbers and other parts contained in the installation data package should be placed in the aircraft operator s appropriate airplane Illustrated Parts Catalog (IPC) Wiring Diagram Manual Wiring diagram information contained in the installation data package should be placed in the aircraft operator s appropriate airplane Wiring Diagram Manual Scheduled Maintenance Program Scheduled maintenance program tasks are as follows: Recommended Periodic Scheduled Servicing none required Recommended Periodic Scheduled Preventive Maintenance Tests none required Recommended Periodic Inspections none required Recommended Periodic Overhaul Period none required Special Inspection Requirements none required Revision C Page 18 of 34

19 12.5. Application of Protective Treatments None required Special Tools None required Electrical Loads Electrical Loads for this appliance are as specified in the DAC International Installation Manual, (this manual) Airworthiness Limitations There are no airworthiness limitations associated with the installation of this appliance Installation Configuration Data The following tables contain configuration settings recorded at the time of installation.. Verification of these settings shall be performed after each removal or replacement. Configure the replaced unit per these settings. ARINC 429 Port 0 Label Configuration Factory Default Label # Description ARINC 429 Port 1 Label Configuration Factory Default Label # Description Revision C Page 19 of 34

20 ARINC 429 Port 2 Label Configuration Factory Default Label # Description ARINC 429 Port 3 Label Configuration Factory Default Label # Description Discrete Inputs Configuration Discrete # Description Revision C Page 20 of 34

21 13. ENVIRONMENTAL NOMENCLATURE: Model GDC64 Tablet Aircraft Interface Unit PART NO.: XXXX MANUFACTURER: DAC International ADDRESS: 6702 McNeil Drive, Austin, TX TEST STANDARD: RTCA DO-160G, Environmental Conditions and Test Procedures for Airborne Equipment TABLE XIII. Environmental Testing Categories Section Category Remarks 4.0 Temperature and Altitude D1-20C to +55C, 50,000 Ft 5.0 Temperature Variation B 5 deg/min 6.0 Humidity A Standard Humidity 7.0 Operational Shock and Crash Safety B Standard Operational Shock 8.0 Vibration S(BM) 17 Curve B, A/C Type 2, Fixed Wing Turbojet or Turbofan, Reciprocating & Turboprop Engines, Single and Multi Eng, Aircraft Zone 2. Curve M, A/C Type 5, Fixed Wing Reciprocating & Turboprop, Multi Eng, Aircraft Zone Explosion Proofness X N/A 10.0 Waterproofness X N/A 11.0 Fluids Susceptibility X N/A 12.0 Sand and Dust X N/A 13.0 Fungus Resistance X N/A 14.0 Salt Spray X N/A 15.0 Magnetic Effect Z Less than 0.3 meter 16.0 Power Input X N/A 17.0 Voltage Spike X N/A 18.0 AF Conducted Susceptibility Power X Inputs N/A 19.0 Induced Signal Susceptibility X N/A 20.0 Radio Frequency Susceptibility TT 5 volts/meter, amps/meter (Radiated and Conducted) 21.0 Emission of Radio Frequency Energy M At or below acceptable limit per DO- 160E Lightning Induced Transient X N/A Susceptibility 23.0 Lightning Direct Effects X N/A 24.0 Icing X N/A 25.0 ESD A Aircraft mounted equipment 17 GDC64 has passed additional DO-160G Vibration testing under Category U, Curve G2, Helicopter, Instrument Panel, Console & Equipment Rack, Sine-On-Random. This testing is not approved via STC. Data available upon request Revision C Page 21 of 34

22 14. CONNECTOR PIN OUT J1 GDC64 LRU Interface The GDC64 utilizes a single 44 pin high density male D-Subminiature connector, J1. The mating connector, P1, is described previously in 6.2. TABLE XIV. J1 Connector Pin Out Pin Signal Function 1 A+ 28 VDC Primary Power 2 Power Common 28 VDC Return 3 429RX0B 429 Input 0B 4 429RX1B 429 Input 1B 5 Tablet D+ Tablet USB Data + 6 Tablet D- Tablet USB Data - 7 DIS8 Discrete Input 8 8 DIS7 Discrete Input 7 9 DIS6 Discrete Input 6 10 DIS5 Discrete Input 5 11 DIS4 Discrete Input 4 12 DIS3 Discrete Input 3 13 DIS2 Discrete Input 2 14 DIS1 Discrete Input 1 15 ARINC Shield RX/TX Shield 16 N/C N/C 17 Common Common 18 Common Common 19 Common Com 1 Common (Not Used) 20 Common Com 2 Common 21 Common Tablet Common 22 Common Tablet Common 23 Common Tablet Common 24 N/C N/C 25 N/C N/C TXA 429 Output A (Not Used) or (Reserved) TXB 429 Output B(Not Used) or (Reserved) 28 N/C N/C 29 N/C N/C 30 N/C N/C RX1A 429 Input 1A RX0A 429 Input 0A 33 COM1 RX Com 1 Receive (Not Used) 34 COM2 RX Com 2 Receive 35 COM1 TX Com 1 Xmit (Not Used) 36 +5VTablet Tablet supply voltage +5VDC Revision C Page 22 of 34

23 Pin Signal Function 37 +5VTablet Tablet supply voltage +5VDC 38 COM2 TX Com 2 Xmit 39 ACC ID ACC ID (Reserved) 40 ipod Det Component Detect (Reserved) RX2B 429 Input 2B RX2A 429 Input 2A RX3B 429 Input 3B RX3A 429 Input 3A Alternate Installation Configurations J2/P2 Legacy Bulkhead Feed-Through Legacy installation configuration of the GDC64 utilizes a circular bulkhead feed-through connector pair, J2/P2. These connectors are described previously in See FIGURE 3. TABLE XV. J2/P2 Connector Pin Out Pin Signal Function A +5VTablet Tablet Power B +5VTablet Tablet Power C Common Common (Shield) D Common Common F Tablet D+ Tablet USB + G Tablet D- Tablet USB - K N/C (Not Used) J N/C (Not Used) H ipod Det Detection Signal (Not Used) E ACC ID ID Signal (Not Used) INGENIO Cockpit Tablet-Mount / Power Supply For installations utilizing the INGENIO Cockpit Tablet-Mount, it may be necessary to utilize the INGENIO SMART Charger. In some instances the voltage drop from the GDC64 through the Cockpit Tablet-Mount may inhibit proper charging of the ipad. For affected installations, DAC recommends use of the INGENIO SMART Charger. See FIGURE 4 and the Installation Manual and Operation Instructions for the INGENIO SMART Charger for further details Revision C Page 23 of 34

24 15. CONNECTION DIAGRAMS FIGURE 1. Typical Interconnect Revision C Page 24 of 34

25 FIGURE 2. Alternate Interconnect Using ECS Cable Part Number (Not Recommended for Future Installations) FIGURE 3. Alternate Interconnect for Legacy Circular Bulkhead Connection (per 6.3.1) FIGURE 4. Alternate Interconnect Utilizing INGENIO SMART Charger (see ) Revision C Page 25 of 34

26 J1 P1 J2 BULKHEAD Apple Cable TO TABLET FIGURE 5. Typical System Configuration Revision C Page 26 of 34

27 J1 P1 J2 BULKHEAD P2 P3 TO TABLET FIGURE 6. Alternate System Configuration for Installations Utilizing Legacy Hardware (per 6.3.1) Revision C Page 27 of 34

28 FIGURE 7. Typical System Environment Revision C Page 28 of 34

29 16. OUTLINE DRAWING Ø.19 4 PL J FIGURE 8. Outline Drawing Dimensions are in inches Revision C Page 29 of 34

30 APPENDIX A. GDC64 AIRCRAFT ENVIRONMENT TEST PROCEDURE This Appendix describes procedures that will test the Aircraft environment. The following tests are detailed below: Power/Charging Verification Serial Weather Input Verification ARINC 429/743 Input Verification A.1. Required Equipment/Configuration 19 ipad with ios 5.1 through ios and the GDC64 App (obtained from the App Store) GDC64 installed IAW Installation Manual, (this document), and any additional installation requirements GDC64 with SW version 0050 or later A.2. Power/Charging Verification This test will verify that when connected to the GDC64, the ipad recognizes the external power source and, if necessary, charges the battery as expected. A.2.1. Detailed Steps Connect ipad to GDC64 Ensure power is applied to the GDC64 Verify that the battery icon in the upper-right corner of the status bar indicates the ipad is either charging, or connected to a power source o NOTE: Power icons may vary in style depending on ios version installed on ipad Power/Charging verification complete 19 See TABLE IX for more detail about the GDC64 app and system software/app compatibility 20 ios 8.3 introduced a change which removes support for all hardware devices utilizing a specific interface protocol. This change prevents devices which utilize this protocol from accessing location information. ios 8.3 is not a supported version for use with the GDC Revision C Page 30 of 34

31 A.3. Serial Weather Input Verification This test will verify the following: serial port wiring is correct XM receiver will send and receive data GDC64 transmits XM weather data to the ipad in a USB format suitable for display on the ipad A.3.1. Detailed Steps Remove power from the XM receiver Connect the ipad to the GDC64 Ensure power is applied to the GDC64 On the ipad, start the GDC64 maintenance app At the bottom of the screen, select ARINC to switch to the ARINC port monitoring tab (See FIGURE 8) FIGURE 9. ARINC Port Monitoring Tab Select Serial String Data to observe the data being received on the serial port (See FIGURE 9) FIGURE 10. Serial String Data Revision C Page 31 of 34

32 Apply power to the XM receiver Using the ipad, verify the data stream in the Serial String Data Window displays data similar to Figure 10. o NOTE: Due to differences in weather receiver software versions, there may be variations between the example in FIGURE 11 and live data on the aircraft. The data stream should indicate hex data followed by ASCII characters similar to FIGURE 10. NOTE the last ASCII characters at the end of the string when connected should spell: X-Stream.(WX).V1.56.H9 The version may vary for different receivers depending on the receiver software installed. This verifies the GDC64 can receive serial data from an XM Receiver, reformat the data, and transmit it to the ipad. FIGURE 11. Serial String Data Display Revision C Page 32 of 34

33 A.4. ARINC 429/743 Port Verification This test will verify the proper functionality of the known label inputs and data for the ARINC 429 inputs. NOTE: Refer to TABLE XII and TABLE XIII for complete listings of the supported label sets by software version. These labels comprise the NMEA thread the GDC64 sends to the ipad to store in the ipad Navigation Data location used by all Apps to gather info. To enable other labels on multiple ports requires user knowledge of aircraft 429 busses. A.4.1. Detailed Steps Connect the ipad to the GDC64 Ensure power is applied to the GDC64 On the ipad, start the GDC64 maintenance app At the bottom of the screen, select More FIGURE 12. Software System Environment In the left pane select Enable Label Select the desired port # and the label to enable Press Enable Select any additional ports/labels, as desired After selecting the desired ports/labels, at the bottom of the screen, select ARINC to switch to the ARINC port monitoring tab (See FIGURE 8) Ensure Label Data is being displayed for the selected ports and labels o NOTE: the GDC64 will default to use GPS position data if available Revision C Page 33 of 34

34 DAC International, Inc. A.5. Maps, Current Location Any navigation program using the ipad Core Location framework will either indicate the current location on its map or center the map on the current location. See FIGURE 12 for an example of the ipad Maps app utilizing the GDC64 current location. FIGURE 13. Example of Current Location Revision C Page 34 of 34