3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 B. The following sections contain information on the pin assignments for the top, middle and bottom plug of the rear panel receptacle for the SDU. C. SDU Top Plug (TP) The following figure is provided to aid in understanding of the pin assignments for the Top Plug of the rear panel receptacle. This is guidance only; explicit requirements have been written to capture the required details.
3rd rvw Draft as of: 29 January, 2020 D R AF T SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 Figure 4-5. Top Plug Pin Assignment EFFECTIVITY ALL 23-15-49 © Honeywell International Inc. Do not copy without express permission of Honeywell.
rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 SDU Middle Plug (MP) (1) The following figure is provided to aid in understanding of the pin assignments for the Middle Plug of the rear panel receptacle. This is guidance only; explicit requirements have been written to capture the required details. The shaded boxes highlight the SDU allocation of pins that are different from that defined in ARINC 781.
3rd rvw Draft as of: 29 January, 2020 D R AF T SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 Figure 4-6. Middle Plug Allocation EFFECTIVITY ALL 23-15-49 © Honeywell International Inc. Do not copy without express permission of Honeywell.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 SDU Bottom Plug (BP) (1) The following figure is provided to aid in understanding of the pin assignments for the Bottom Plug of the rear panel receptacle. This is guidance only, explicit requirements have been written to capture the required details. (2) The Bottom Plug is an ARINC 600 arrangement 12F5C2 receptacle. D R AF T E. EFFECTIVITY ALL 23-15-49 © Honeywell International Inc.
3rd rvw Draft as of: 29 January, 2020 D R AF T SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 Figure 4-7. ARINC 781-6 Bottom Plug Pin Assignments EFFECTIVITY ALL 23-15-49 © Honeywell International Inc. Do not copy without express permission of Honeywell.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 F. SDU Front Panel Interfaces (1) (a) Color: White (b) Font: Honeywell Sans Medium. SDU LED Indication (2) (3) H. The front panel of the SDU has a GREEN LED labeled 'Power' that is in one of the following software selectable states: (a) Deactivated (b) LED flashed at 1 Hz ± 0.5Hz (c) LED flashed in anti-phase with the 1 Hz ± 0.5Hz clock (d) Illuminated steady (Default).
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 Table 4-1. SDU Standalone Identification System (SIS) Interface Characteristics (Continued) 21 Access protection Read only from SIS Connector 22 Memory endurance >100,000 cycles 23 Memory data retention >30 years 24 VDD, SCL, SDA, VSS Out-of-Range protection No loss of other SDU operational functions for voltages in the range -12.6 < V < +12.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 If computed result is > +3 dB then the computed result is clamped as +3 dB. (c) If computed result is < -28 dB then the computed result is clamped as -28 dB. (d) The numeric value to be conveyed is "Numeric Value" = computed result / 0.5 dB. (e) The numeric value is expressed as a 2's complement signed binary number MSB truncated to 6-bit.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 (h) Electrical Installation A. Input Power Interfaces (1) An AC powered SDU variant and a DC powered SDU variant will be produced. The requirements in the AC and DC power input sections apply only to the matching variant.
3rd rvw Draft as of: 29 January, 2020 D R AF T SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 Figure 4-8. (Sheet 1 of 9) Aspire 400 - Electrical Drawings EFFECTIVITY ALL 23-15-49 © Honeywell International Inc. Do not copy without express permission of Honeywell.
D R AF T 3rd rvw Draft as of: 29 January, 2020
3rd rvw Draft as of: 29 January, 2020 D R AF T SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 Figure 4-8. (Sheet 2 of 9) Aspire 400 - Electrical Drawings EFFECTIVITY ALL 23-15-49 © Honeywell International Inc. Do not copy without express permission of Honeywell.
D R AF T 3rd rvw Draft as of: 29 January, 2020
3rd rvw Draft as of: 29 January, 2020 D R AF T SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 Figure 4-8. (Sheet 3 of 9) Aspire 400 - Electrical Drawings EFFECTIVITY ALL 23-15-49 © Honeywell International Inc. Do not copy without express permission of Honeywell.
D R AF T 3rd rvw Draft as of: 29 January, 2020
3rd rvw Draft as of: 29 January, 2020 D R AF T SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 Figure 4-8. (Sheet 4 of 9) Aspire 400 - Electrical Drawings EFFECTIVITY ALL 23-15-49 © Honeywell International Inc. Do not copy without express permission of Honeywell.
D R AF T 3rd rvw Draft as of: 29 January, 2020
3rd rvw Draft as of: 29 January, 2020 D R AF T SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 Figure 4-8. (Sheet 5 of 9) Aspire 400 - Electrical Drawings EFFECTIVITY ALL 23-15-49 © Honeywell International Inc. Do not copy without express permission of Honeywell.
D R AF T 3rd rvw Draft as of: 29 January, 2020
3rd rvw Draft as of: 29 January, 2020 D R AF T SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 Figure 4-8. (Sheet 6 of 9) Aspire 400 - Electrical Drawings EFFECTIVITY ALL 23-15-49 © Honeywell International Inc. Do not copy without express permission of Honeywell.
D R AF T 3rd rvw Draft as of: 29 January, 2020
3rd rvw Draft as of: 29 January, 2020 D R AF T SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 Figure 4-8. (Sheet 7 of 9) Aspire 400 - Electrical Drawings EFFECTIVITY ALL 23-15-49 © Honeywell International Inc. Do not copy without express permission of Honeywell.
D R AF T 3rd rvw Draft as of: 29 January, 2020
3rd rvw Draft as of: 29 January, 2020 D R AF T SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 Figure 4-8. (Sheet 8 of 9) Aspire 400 - Electrical Drawings EFFECTIVITY ALL 23-15-49 © Honeywell International Inc. Do not copy without express permission of Honeywell.
D R AF T 3rd rvw Draft as of: 29 January, 2020
3rd rvw Draft as of: 29 January, 2020 Figure 4-8. (Sheet 9 of 9) D R AF T SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 Aspire 400 - Electrical Drawings EFFECTIVITY ALL 23-15-49 © Honeywell International Inc. Do not copy without express permission of Honeywell.
D R AF T 3rd rvw Draft as of: 29 January, 2020
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 Power Conditioning Characteristics A. Secondary Power Monitoring and Control (1) All secondary power rails are monitored for in-tolerance/in-alarm assessment. (2) The power supply design implements overload protection measures to mitigate harm to primary supply or internal failure.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 Hold-Up Capacity / Power Interruption The PSU function provides a hardware indication to the Control Processor of "Power Interruption" on the occurrence of end of transparency time. (2) The HPA is functionally transparent to a power interrupt of at least 10 ms (transparency time) target 30 ms.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 SECTION 5 – SOFTWARE CONFIGURATION 1. Overview: (TASK 23-15-49) A. Software Part Numbers (1) SATCOM Products are identified by the software part numbers indicated in the following table: Table 5-1. Software Part Numbers Software Part Number SDU EMG33-L011-0101 SCM Not Applicable HPA Not Applicable (1) (2) C.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 copy is corrupt or is a different version than the one on the SCM. The SCM files always remain as data loaded. The SDU permits some modifications to its local copy of the User ORT (for example: addition of telephone numbers), but no modification of the Secure ORT is permitted.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 Table 5-3. CAN-TSO submittals CAN-TSO Submittals Class or Subclass Applicable Aspire 400 LRUs Initial Major AES6F subclass SDU, SCM, HPA Follow-on Major (after AES6F approved) AES7F SDU, SCM, HPA Deviations with ARINC 781-7 A. General (1) The ACD processor provides a Watchdog 'keep alive' signal within 1.2 s ± 0.2 s.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 4 Watchdog restart. NOTE: The startup cause is memorized in the Historical Logs and used to determine further startup behavior. 5 The SDU performs a Normal-Switching-On for the following startup causes: 6 Hardware indicated Long Power Cycle when aircraft is on-ground (> approximately 5 seconds). 7 External Reset Discrete asserted on ground for greater than 0.5 seconds.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 (b) The number of data bits is 8 bits. (c) The number of stop bits is 1 bit. (d) The parity is None. (e) The flow control is None. (11) During "Normal Switching-On", the ACD POST and Commanded Self-Test de-assert the Dual System Select (DSS) discrete. (12) If SDU startup is due to automatic reset for "data load programming NVM variable set" the SDU enters Data Loading Mode.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 (3) At application startup the SDU confirms the validity and synchronization between SCM and SDU Secure ORTs as outlined below: (a) SCM/SDU secure ORT files are valid and identical (Normal Operation) (b) SCM/SDU Secure ORT files are valid/different which overwrites SDU ORT with SCM -> Normal Operation, do not raise any failures.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 (10) C. (a) ACD (b) CC Side A (c) CC Side B. During POST and Commanded Self-Test, the ACD provides the APP the following: (a) Enabled / disabled configuration of AISD (b) Enabled / disabled configuration of PIESD (c) Commands the APP into power-save mode. SBB Timing Mode Due to Change in Nav. Info.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 The ACD ADGW uses the ICAO address for AAP addressing. (3) When the SDU receives an AAP test message, the ACD: (a) Sends a test Acknowledgment if the message was valid. (b) Responds with a Message NACK if the message was invalid. Air to Ground (1) AAP messages sent to the ground are time-stamped with UTC time synchronized over the SBB air/ground link.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 (3) (4) (5) Presence (b) Correct functionality. Of the security SmartCard during: (a) Normal-Switching-On (b) Commanded self-test. The ACD ASGW: (a) Obtains the latest Certificate Revocation List and ground certificates by issuing an over the air HTTP GET to the PKI proxy server (b) Checks the validity of the aircraft stored on the security SmartCard.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 (2) The implementation of safety voice has been aligned as much as possible to the classic safety voice model and supports the same number of priority levels.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 with the PIESD. The AISD also provides the vehicle for data exchange between the ACD and the PIESD. APP Application Start up (1) The APP reports results of AIS / PIES segregation testing to the ACD on ACD command. (2) When queried by the ACD, the APP: (4) (5) D.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 1 This option provides an external AIS client interface when one or more dynamic PDP contexts are specified and PPPoE is the means of accessing the SATCOM network. The contexts are initiated by the ACD in response to user requests collected from the AISD.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 (d) AIS Domain SNMP and MIB (1) The scope of the AISD .arincSwift MIB only applies to AISD services. The ARINC 781 MIB supported in this domain has been pruned to align. (2) The AISD does not support any Channel Card Side A or B reset via the AISD .arincSwift MIB. (3) The AISD provides access to the AISD .arincSwift MIB using SNMP version 2c.
3rd rvw Draft as of: 29 January, 2020 D R AF T SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 Figure 5-1. AISD ARINC Swift MIB Entry Point EFFECTIVITY ALL 23-15-49 © Honeywell International Inc. Do not copy without express permission of Honeywell.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 (6) The AISD .arincSwift MIB supports the following mandatory branches shown in Table 5-4: (a) .asVersion(1); (b) .asLinks (2); (c) .asSystem(3); (d) .asUnits(4); (e) .asUserDefArea(5). Table 5-4. ARINC Swift MIB Branches Description Branch(es) Value .asVersion Branch1 .asvMajor(1) 1 .asvMinor(2) 0 AISD .asLinks(2) branch .aslServices(1) .aslsNumbers(1) N/A .aslsTable(2) T .
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 Table 5-4. ARINC Swift MIB Branches (Continued) Description Branch(es) Value .asUnits Branch2 N/A N/A .asUserDefArea Branch2 N/A N/A NOTES: MIB objects are stored in the application software by object ID numbers. For these objects the object name in the published MIB disagrees with the object name in ARINC 781-6. This requirement has been written to align with the ARINC 781-6.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 1 This option provides an external PIESD client interface when one or more dynamic PDP contexts are specified and PPPoE is the means of accessing the SATCOM network.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 (a) Non-safety Logon is achieved at the 1st satellite link Network Logon attempt: 1 The PIESD initiates the data session.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 (a) (b) 1 PADI (PPPoE active discovery initiation) 2 PADO (PPPoE active discovery offer) 3 PADR (PPPoE active discovery request) 4 PADT (PPPoE active discovery termination) 5 Error codes in PPPoE error tag.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 (a) +CGDCONT PDP Context AT command with primary context set up by PPPoE only for syntax query and state query; cannot be set by user.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 (c) +CMGF (Message Format). NOTE: These AT commands are mandated in A781 but are not supported since SBB does not support SMS.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 A (Go on-line in answer mode) (l) D (Go on-line in originating mode) (m) E (Echo (SBB Channel card scope, available on a per context basis)) (n) H (Hang up) (o) O (Return to on-Line state) (p) P (Set Pulse dial) (q) Q (Result code display) (r) S (S registers) (s) T (Set tone dial) (t) V (select word or digit result code.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 (f) The PIESD rejects the following Network Service Related AT commands if they are received at the PIESD user interface of the SDU: +CNUM (Subscriber Number) (b) +CREG (Network registration) (c) +COPS (In set mode selects or deregisters PLMN network. Impacts other users.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 +CMER (Mobile Termination event reporting) (k) +CCLK (Clock) (l) +CSIM (Generic SIM access) (m) +CRSM (Restricted SIM access) (n) +CALM (Alert sound mode) (o) +CRSL (Ringer Sound Level) (p) +CMUT (Mute control) (q) +CACM (Accumulated call meter) (r) +CSVM (Set Voice Mail Number) (s) +CMAR (Master Reset).
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 (b) _ILOG (Retrieve UT log file) (c) _ISLEEP (UT Sleep Mode Timeout) (d) _IMETER (Call Metering) (e) _ISIG (Signal quality indication) (f) _IBALARM (Report the Alarm State of the Terminal) (g) _IBNOTIFY (Control the sending of unsolicited result codes) (h) _ICSEV (Circuit Switch Domain Event reporting ARINC 781 Attachment 5).
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 (4) Non-safety Logon is achieved at the 1st satellite link Network Logon attempt the PIESD initiates the call. (b) Non-safety Logon is failed at the 1st satellite link Network Logon attempt the PIESD rejects the call. (c) The user terminates the call the PIESD terminates the call.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 logged onto the Ground Datalink Gateway (GDGW), e.g. the SDU has received the logon response message from the GDGW. (3) (4) (a) Registers on to the network (b) PSCS Attach. When attempting a Safety Logon, the ACD does the following: (a) Sets up a safety background PDP context (b) Logs on to the ground data gateway (GDGW).
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 (c) (8) (9) For each valid satellite link, attempts Network Logon until Network Logon is achieved. When all the following occurs: (a) Automatic satellite selection is active. (b) In Dual SATCOM mode. (c) "SATCOM Select Mode" is Auto. (d) SDU is Active SDU.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 (5) (6) If automatic satellite handover is activated, the SDU prohibits initiated handover for the time provided by the "non-preferred service dwell timer" (see Gateway Configuration section) on all logons except for: (a) The initial automatic logon on power-up (ORT enabled). (b) The initial logon after the pilot has selected Auto-logon.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 AND (c) (2) There is no requirement for the ACD to take any action if its certificate appears in the Certificate Revocation List.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 (i) In the AAP logon request, the ACD ADGW populates the following information identifying the SATCOM configuration: (a) The class of terminal based on ORT settings (b) The Satellite ID (c) SBB Type approval code retrieved from the ORT (d) SDU HW and SW part numbers (e) Antenna HW and SW part numbers (f) SDU-vendor (g) System designator (short descriptive name) (h) Aircraft tail number
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 (6) (c) 1111 1111 undefined reason (d) Undefined code.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 (c) Where the values provide monotonic gain control with a nominal step size of 3 dB.
3rd rvw Draft as of: 29 January, 2020 D R AF T SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 Figure 5-2. Call Annunciation State Machine EFFECTIVITY ALL 23-15-49 © Honeywell International Inc. Do not copy without express permission of Honeywell.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 Device Management A. (1) The AIS / PIES Processor (APP) hosts the AIS and PIES domains in SELinux containers. (2) The ACD performs APP management via a serial control path to the APP that is separate from any data paths. (3) The ACD: (a) Initiates all communications with the APP; (b) Ignores unexpected communications from the APP; (c) Ignores incorrectly formatted messages from the APP.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 (g) (a) Location (latitude, longitude, altitude), (b) UTC Time, (c) Doppler Correction factor, (d) Antenna Gain, (e) Required Transmit back off.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 Spot beam ID for the spot beams listed on the global beam common channel. (f) Position (latitude, longitude) of the vertices for each spot beam listed on the global beam common channel to 1-degree resolution. (g) UTC Network time. (h) Context IDs in use. (i) USIM status. (j) Stack State. (k) PS session byte/packet counters. (l) Demodulator signal condition. (m) Call status reports.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 During application mode and if ORT directed, the ACD holds the Non- Safety Channel Card in reset. (3) The ACD sends an IP address to the Channel Card Side B with the following characteristics valid IP address is selected at random from private IP address range 10.0.0.0 to 10.255.255.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 (d) (5) EOT (end of block).
3rd rvw Draft as of: 29 January, 2020 D R AF T SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 Figure 5-3. Configuration Report Format EFFECTIVITY ALL 23-15-49 © Honeywell International Inc. Do not copy without express permission of Honeywell.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 NOTE: Receiving Command Label (1) Protocol Encapsulating labels are used to exchange data between the CFDS and the SDU where the labels' content contains different content for the same label number. (2) Only protocol words are sent in this direction (i.e. no records and blocks).
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 (2) The ACD processes the following labels received on the "Data from Primary IRS/GNSS" interface as specified by the ORT: Table 5-5. Data from Primary IRS/GNSS Description Period Label 076 GNSS Altitude 200 ms to 1.2 s Label 101 GNSS HDOP 200 ms to 1.2 s Label 103 True Track Angle GNSS 200 ms to 1.2 s Label 110 Latitude GNSS 200 ms to 1.2 s Label 111 Longitude GNSS 200 ms to 1.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 B. IRS2 Interface ("Data from Secondary IRS/GNSS") (1) The ACD sets the ARINC 429 interface, "Data from Secondary IRS/GNSS", to highspeed operation, if activated by the ORT setting. (2) The ACD processes the following labels received on the "Data from Secondary IRS/ GNSS" interface as specified by the ORT: Table 5-6.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 C. GNSS Interface ("Data from GNSS to SDU") (1) The ACD sets the ARINC 429 interface, "Data from GNSS to SDU", to high- speed operation, if activated by the ORT setting. (2) The ACD processes the following labels received on the "Data from GNSS to SDU" interface as specified by the ORT: Table 5-7. Data from GNSS to SDU Description Period Label 076 GNSS Altitude 200 ms to 1.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 Table 5-9.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 Table 5-10.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 (2) The ACD transmits on the ARINC 429 "Data to MCDU 1,2,3" interface, Label 274 SATCOM OCA Discrete Data Definition, at a period of 100 ms ±10 ms. Table 5-12.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 Table 5-13.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 (b) ARINC 429 MCDU 3 receive interface is enabled. AND (c) SSM of Label 272 is NOT set to either normal (NO) or functional test (FT) on ARINC 429 “Data from MCDU 1” interface for at least 3 consecutive labels. AND (d) SSM of Label 272 is NOT set to either normal (NO) or functional test (FT) on ARINC 429 “Data from MCDU 2” interface for at least 3 consecutive labels.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 K. (5) If the "Data from CMU 2" interface is not enabled by ORT, the ACD interacts with CMU1 as a single active CMU. (6) The ACD sets the same ORT defined speed for all the following busses: (a) The "Data to CMU 1 & 2" transmit interface; (b) The "Data from CMU 1" receive interface; and (c) The ORT enabled "Data from CMU 2" receive interface.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 Table 5-15.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 Table 5-15.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 Table 5-16.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 (a) Determining active CMU receive interface Table 5-18. Label 270 Subsystem Identifier Bit Range Field Name (Discrete Format) Valid Values/Ranges 1-8 Label 270o 9-10 SDI 00b – Single CMU 01b – Left 10b – Right 11-15 Not Applicable 16 MU/CMU Fail 17-19 Not Applicable 20 Active/Standby 30-31 SSM 32 Parity T Odd Label 214 and Label 216 (ICAO address, part 1 & part 2).
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 (d) If the ACD cannot deliver an enveloped message to the destination (ACARS MU/ CMU or GDGW), the message is discarded. NOTE: (3) (4) There is no support by the SDU for Williamsburg protocol command/ control messages on the CMU interface.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 (g) O10 Destination Code in RTS/CTS/NCTS/BUSY used = Yes (h) O11 Bit protocol verification = Yes (i) O12 Use Subsystem SAL from ALO word = No NOTES: O6, O7, O9 are reserved 2 Both high and low speeds are required but the transmit and receive bus speeds are always aligned, thus only Symmetric CMU timing is supported.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 7 O13 Use of information or Command Frames = Command frame 8 O14 Use of Pause Function = No NOTES: Options O6, O7, O9 are reserved. 2 Options O3, O4, O5 ,O10, O15 are N/A. 3 No Solo words are currently defined. D R AF T 1 EFFECTIVITY ALL 23-15-49 © Honeywell International Inc. Do not copy without express permission of Honeywell.
3rd rvw Draft as of: 29 January, 2020 R AF T SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 D Blank Page EFFECTIVITY ALL 23-15-49 © Honeywell International Inc. Do not copy without express permission of Honeywell.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 SECTION 6 – MAINTENANCE PRACTICES Records: (TASK 23-15-49) Historical Logs and Records (1) Historical Logs are provided for manufacturing, product support and maintenance purposes.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 (b) Supports a minimum of 5000 Historical Security Records; (c) Stores the most recent Historical Security Records should the capacity be exceeded. NOTE: When the Historical Security Log is full it is acceptable to "age out" a significant block of the oldest records (e.g. 500), rather than doing this one record at a time, if this provides a substantial overall saving in CPU processing time.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 Table 6-2. Group Descriptions and Associated PRI Sections of Message Groups Message Group Group Description Associated PRI section FAULT Fault-Related Messages local3.warning SECURITY Security-Related Messages (authentication, authorization, etc.) local0.warning INFO Information Only Messages local3.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 (3) HTTP 1.1 RFC2616 compliant; (c) HTML5 compatible. The ACD Web GUI output consists of the following elements: (a) Standard HTML tags (Version 4) (b) Graphics files (JPEG, GIF) (c) JavaScript ECMA-262 5th Edition. Display Format (1) The ACD Web GUI presents a login page as the root page of its interface, allowing entry of the user name and password.
3rd rvw Draft as of: 29 January, 2020 D R AF T SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 Figure 6-1. Web GUI Login Page EFFECTIVITY ALL 23-15-49 © Honeywell International Inc. Do not copy without express permission of Honeywell.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 (3) The ACD Web GUI has the following login accounts: (a) "User" (b) "Maint" (c) "Advanced" (d) "Integration" (e) "Factory" (f) "Eng" (4) The ACD Web GUI validates the user name and password entered before allowing access to the applicable account pages. (5) Upon login at any level, the ACD Web GUI displays a page that allows navigation to all applicable menu options.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 performing a Data Load of configured Application Software. However, any deleted logs cannot be recovered unless they had previously been retrieved. Once the password level has been entered, for the Integration, Factory, and Eng maintenance levels, the SDU requires entry of a PIN code before providing any access to these levels.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 (d) Aircraft ID 2 ICAO. (e) Operational Air/Ground status. (f) Satellite information. (g) Navigation information. (h) Time and Date (i) Login name.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 (h) Activation/Deactivation of Power Amplifier Pass-through Mode. Advanced Maint Level (1) At the "Advanced" level, the ACD provides access to all the services provided at the "Maint" access level.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 (3) (a) Activate/deactivate an RF Carrier test (b) Set the frequency (c) Set the power. Factory Level (2) (3) At the "Factory" level, the ACD provides the ability to display and modify the following manufacturing configuration values: (a) Serial numbers (b) Hardware part numbers (c) Calibration (d) MAC addresses for Ethernet ports.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 Maintenance Functions A. Interactive Tests PIMBIT (1) Interactive Tests RF Carrier Test (1) (2) (a) Launching the RF Carrier Test (b) Displaying RF Carrier Test antenna and frequency settings (c) Aborting the RF Carrier Test.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 (2) (a) ACD processor to AISG and AISG to ACD processor (b) FPGA to AP processor and AP processor to FPGA (c) Control MPC to CC_A and Control CC_A to MPC (d) Control MPC to CC_B and Control CC_B to MPC. (3) SCM - EEPROM (4) PSC Discretes.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 2 Ethernet #2 3 Ethernet #12. (c) Disable Ethernet #5 (d) Command the APP to disable the CEPT-E1 external interface: NOTE: Commanded Self-Test (1) Commanded self-test performs invasive tests on the SDU and RF LRUs, similarly to the tests performed on start-up. It can be invoked either via the CFDS or the Web GUI.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 (e) (6) The ACD management of the external SATCOM LRUs providing antenna or amplifier functions includes a commanded self-test. PIMBIT (1) PIMBIT provides the capability to measure intermodulation products falling in the receive band. It is only applicable to configurations supporting dual channel operation.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 OR 2 (6) (7) (8) The ACD PIMBIT points the antenna based on the: (a) The azimuth and elevation settings stored in the ORT; and (b) The hemisphere where the test is being performed.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 Loops back associated 4-wire mic audio input to the headset speaker (b) Asserts call light discrete associated with 4-wire interface under test (c) Asserts call chime discrete (d) Sets unanswered call bits in label 270. RF Carrier Test (1) Creating carrier frequencies of user defined power, frequency and antenna pointing is provided for development and integration testing.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 When the ORT indicates the presence of an HGA, for the generation of two RF carriers, the SDU RF Carrier test sets the level of the power amplifier so that: (a) For an antenna gain of 12 dBic or more: 1 (b) For an antenna gain less than 12 dBic: 1 (9) The power at the output of the power amplifier is 8 dBW plus the ORT PA to antenna loss value.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 the Modes of Operation and individual processor sections of this document. CBITE executes during the normal operation of the SDU. It monitors health in a non-intrusive manner so as to not adversely affect normal SDU and SATCOM operations. It determines the health of the SDU the SATCOM system and the interfaces to other externally connected systems.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 2 (5) The SDU records POST faults for ORT validity including: (a) Missing (b) Incompatible with application SW (c) SDU/SCM copies different (d) Corruption The SDU records POST operational events related to license keys installed in the SCM including: (a) License number 2 Feature identity 3 Usage state 4 Expiry date 5 Invalid formatted entries.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 (13) Power Cycle. (b) External Reset Discrete asserted for greater than 0.5 seconds. (c) SW triggered mode dependent (data load programming NVM variable set, restricted test mode entry). The SDU records a POST Fault SDU startup due to fault conditions including: (a) SW triggered BITE recovery, (b) Watchdog restart.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 O. b SATCOM OCA Interface Status Word - Label 274 c CMU Discrete Data Word - Label 270. Internal Monitoring (1) The SDU records fault and events related to memory errors, including those that are automatically corrected. (2) The SDU records faults and events related to Channel Card operation.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 (l) AISD Context activation, modification (if applicable) and deactivation. (m) PIESD Context activation, modification (if applicable) and deactivation (n) PIESD Start and end of calls, whether successful or not.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 (7) 3 The SATCOM is expected to remain with a non-preferred service provider until the next logon. 4 The general AAP counters and timers are used for operating the session between the ADGW and the GDGW. They are different from the specific ACARS / ATN counters and timers used for supporting ACARS / ATN data service.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 (d) Operational Information Monitoring (2) The ACD records Security Events, for the following: (a) Packet drops on Data Arbitration Function (b) Invalid packets (including reason) received by Secure Gateway VPN. The ACD records security events for: (a) Successful authentications; and (b) Failed authentications (e.g., wireless sessions, SSL/VPN sessions, part authentications).
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 (13) S. The SDU records an Historical Operational event when the flight number changes.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 10 "IRS1" 11 "IRS2". (2) And clears the fault when anyone of the ARINC 429 labels is received on the same inactive input bus and considered valid. NOTE: An ARINC 429 label is considered valid when there is no interface fault for that particular label. (3) The SDU records faults for inactive SDU ARINC 429 transmit interfaces reported by external LRUs.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 PSC Temperature (h) Other external SATCOM LRU's.
3rd rvw Draft as of: 29 January, 2020 R AF T SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 D Blank Page EFFECTIVITY ALL 23-15-49 © Honeywell International Inc. Do not copy without express permission of Honeywell.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 SECTION 7 – TROUBLESHOOTING Aircraft Control Domain (ACD) ACD Startup Functions (1) (2) B.
3rd rvw Draft as of: 29 January, 2020 R AF T SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 D Figure 7-1. ACD Boot Stages EFFECTIVITY ALL 23-15-49 © Honeywell International Inc. Do not copy without express permission of Honeywell.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 The SDU uses a dual secure boot mechanism that: (a) (b) Signatures derived from encryption of a SHA_256 hash of the image using a RSA private key 2 Signatures checked by SW RSA verification that compares a SHA_256 hash of the image with the hash obtained by applying a RSA public key to decrypt the signature 3 The RSA private and RSA public keys are a mated pair.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 (9) (a) Preventing activation of application code (b) Attempting to solidly light the FAULT LED. If the ACD boot self-tests pass, the stage 2 boot image activates either: (10) (a) The primary ACD application image (b) The secondary ACD application image if the primary image is non-functional.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 Table 7-1. Priority "SATCOM System State" Description (Continued) SELECTING_SAT SDU is searching for the best satellite to attempt logon.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 (4) (5) (a) The Network (b) The GDGW. After the SDU has registered and attached to the BGAN network the ACD : (a) Automatically command the safety Channel card to create a Primary background context using the ORT specified Safety SIP Server name for RTCP packets with: (b) Header compression disabled (c) Use the returned IP address for SIP signaling (d) Send a SIP:Register Message.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 AND (c) (6) (7) There is a cockpit CS call in progress. The ACD waits until the call is terminated, then the ACD: (a) Informs the user that the in-progress PS calls have been terminated. (b) Politely leaves the network. (c) Initiates satellite selection without blacklisting of the current satellite link. If the following conditions occur: (a) Loss of PS attachment.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 (13) If a loss of Forward Bearer occurs for longer than the time in the Forward Carrier Loss Parameter, the ACD politely leaves the network. NOTE: (14) The ACD does not cause the SDU to terminate associated user services when the Forward Bearer Synchronization is lost for less than the time in the Forward Carrier Loss Parameter.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 (7) C. The PIESD: (a) Requests a "PIESD polite disconnect"; (b) Attempt re-attachment and re-registration until successful. Short Service Interruption Handling (1) The SDU software does not take any actions to user service activation based on primary power interruptions of less than or equal to a transparency period of 200 ms.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 (h) AAP (Safety Data Gateway) Log Off (2) (3) The ACD sends a logoff request if any of the following occurs, and populates in the logoff request matching (cause codes) termination reason: (a) 0010 0001 Pending satellite change (b) 0010 0010 Leaving SB coverage (c) 0011 0001 Time-out loss of Ground-to-Air link (d) 1000 1111 Undefined AES fault.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 (5) I. Counters and Timers (1) Certain counters and timers relating to power application to the SDU are maintained to provide operational context when troubleshooting failure or usage issues. These counters and timers are: (a) Stored in the Historical Logs (b) Viewable from the Web GUI.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 2 Invalid for 3 consecutive samples (SSM not set to Normal or Functional Test). ELSE 3 (3) Set bit to active (0). The SDU sets bit 19 to inactive (1) in label 270 SDU to ACARS MU/CMU Status Word to the CMU for the following condition (a) When CMU 2 is ORT enabled and Label 270 on "Data from CMU 2" is either: 1 Missing for 3.3 seconds.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 ELSE (c) Set bit to 0. Notes: 1.
3rd rvw Draft as of: 29 January, 2020 R AF T SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 D Blank Page EFFECTIVITY ALL 23-15-49 © Honeywell International Inc. Do not copy without express permission of Honeywell.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 APPENDIX A – APPENDIX 1. General: A. References (1) B. Referenced documents use numbering with the following prefixes: (a) RD for Regulatory Documents (b) ID for Industry Documents.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 [RD15] RTCA/DO-262D Minimum Operational Performance Standards for Avionics Supporting Next Generation Satellite Systems (NGSS) [RD16] RTCA/DO-330 Software Tool Qualification Considerations [RD17] SOR/96-484 Radiocommunication Regulations SOR/96-484 (1996) [RD18] TCCA and Industry Guide to Product Certification 3rd Edition (May 2017) C.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 (1) J. Applicable Documents (1) Unless otherwise identified, the latest issue of the following documents is applicable to the extent referenced herein. (2) In the event of any conflict between this specification and referenced documents, this document takes precedence. Standards and Specifications Military Standards and Specifications B.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 (1) B. The Aspire 400 Class 6F Transceiver meets the applicable Minimum Operational Performance Standards (MOPS) for Class 6F operation. Supported Services (1) (2) (3) The Aspire 400 Class 6F Transceiver provides on the Safety SBB RF channel: (a) Two simultaneous flight deck voice calls, and (b) ACARS datalink communication.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 Table A-1. Environmental Conditions and Test Procedures (Continued) Condition Category 4.5.4 Operating High Temperature Test A4 4.5.2 Operating Low Temperature Test A4 4.5.1 Ground Survival Low Temperature Test Short-Time Operating Low Temperature Test A4 4.5.3 Ground Survival High Temperature Test Short-Time Operating High Temperature Test A4 4.5.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 Table A-1. Environmental Conditions and Test Procedures (Continued) Section Condition Category 5 Temperature Variation Test A DO-160G Aircraft Cabin 5 Temperature Variation Test A C DO-160G Aft Equipment Bay 5 Temperature Variation Test A DO-160G Section 6.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 Table A-1. Environmental Conditions and Test Procedures (Continued) Section Condition Category 15 Magnetic Effect Test Z DO-160G Section 16. Power Input 16 Power Input Test A(WF) extended requirements with test designation HZPI DO-160G Section 17. Voltage Spike 17.4 A Voltage Spike Test DO-160G Section 18. Audio Frequency Conducted Susceptibility – Power Inputs 18.3.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 Table A-1. Environmental Conditions and Test Procedures (Continued) Section Condition Category 24 Icing X DO-160 Section 25. Electrostatic Discharge (ESD) 25 A Electrostatic Discharge (ESD) Test DO-160 Section 26. Fire, Flammability 26 Other Tests (TASK 23-15-49) Thermal Appraisal (1) B.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 (9) C. Telecommunications Industry Association (1) D. (1) RTCA/DO-160G Environmental Conditions and Test Procedures for Airborne Equipment. Revision E. 09 December, 2004. (2) RTCA/DO-178C Software Considerations in Airborne Systems and Equipment Certification. 01 December, 1992. (3) RTCA/DO-254 Design Assurance for Airborne Electronic Hardware. 19 April, 2000.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 Table A-2. TCCA CAN-TSOs for the Aspire 400 (Continued) CAN-TSOC159d [RD8] Next Generation Satellite Systems (NGSS) Equipment (3) DO-262D [RD12] (1) SATVOICE & SAT DATA The planned CAN-TSO submittals are itemized inTable A-3 below. Table A-3.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 The structure of the ORT, is such that when a specific class is selected all other class specific behavior is deactivated. CAN-TSO electronic marking and maintenance manual will clearly state which classes and subclasses are applicable and thus it will be clear that an STC would be required until the time that the CAN-TSO applicability has been expanded to cover this class of operation.
3rd rvw Draft as of: 29 January, 2020 SYSTEM DESCRIPTION, INSTALLATION, AND MAINTENANCE MANUAL ASPIRE-400 D. Communication Network Provider Approval (1) E. Non-CAN-TSO Functions (1) 8. There is no non-CAN-TSO functionality in the Aspire 400 system. Certification Requirements (TASK 23-15-49) A. 9. Communication Network Provider approval will be sought from either SITA and/or ARINC and will follow the application procedure (and testing) defined by the specific provider.
