DOC AIRBUS | AMM A320FAIDS - APU REPORTS - DESCRIPTION AND OPERATION
** ON A/C NOT FOR ALL
1. General
The AIDS Reports are results of the related AIDS monitored aircraft systems (refer to the list below for the list of reports which are available). The reports can be requested manually or are started automatically. The monitor functions have fixed trigger mechanisms, fixed data collection and output formatting. Collected monitored-aircraft-data is automatically supplied to the related systems during unusual aircraft operation. If a report is requested manually with the remote print button, it is generated immediately (independently of any other start logic). The manually or automatically generated reports (stored in the SSMM) can be transferred to the printer and/or the MDDU, and/or the ACARS and/or the DAR/SAR. Some parameters for customer requirements are re-programmable through the MCDU or by GSE (For more information refer to 31-36-00).
The following APU AIDS Reports are available:
** ON A/C NOT FOR ALL The AIDS Reports are results of the related AIDS monitored aircraft systems (refer to the list below for the list of reports which are available). The reports can be requested manually or are started automatically. The monitor functions have fixed trigger mechanisms, fixed data collection and output formatting. Collected monitored-aircraft-data is automatically supplied to the related systems during unusual aircraft operation. If a report is requested manually with the remote print button, it is generated immediately (independently of any other start logic). The manually or automatically generated reports (stored in the SSMM) can be transferred to the printer and/or the MDDU, and/or the ACARS and/or the DAR/SAR. Some parameters for customer requirements are re-programmable through the MCDU or by GSE (For more information refer to 31-36-00).
The following APU AIDS Reports are available:
- <13> APU MES/IDLE Report,
- <14> APU Shutdown Report.
2. Reports
A. APU MES/IDLE Report <13>
APU MES/IDLE Report <13>
APU MES/IDLE Report <13>
APU MES/IDLE Report <13> ** ON A/C NOT FOR ALL
APU MES/IDLE Report <13> ** ON A/C NOT FOR ALL
APU MES/IDLE Report <13> ** ON A/C NOT FOR ALL
APU MES/IDLE Report <13> ** ON A/C NOT FOR ALL
APU MES/IDLE Report <13> ** ON A/C NOT FOR ALL
The APU MES/IDLE Report is an average collection of APU related parameters during the starting of each main engine as well as during APU idle conditions. This information will be primarily used by ground APU performance analysis program. The report is generated when one of the logic conditions 1000 to 4000 (for details see the APU MES/IDLE Report logic) is present.
APU MES/IDLE Report <13> APU MES/IDLE Report <13> APU MES/IDLE Report <13> ** ON A/C NOT FOR ALL APU MES/IDLE Report <13> ** ON A/C NOT FOR ALL APU MES/IDLE Report <13> ** ON A/C NOT FOR ALL APU MES/IDLE Report <13> ** ON A/C NOT FOR ALL APU MES/IDLE Report <13> ** ON A/C NOT FOR ALL NOTE: For the standard header definition of the report refer to (Ref. AMM D/O 31-36-00-00).
NOTE: For the IAE engines, if the Engine Serial Number (ESN) printed out in the report is in the range between 13191 and 15000, then add 5000 to this value to get the actual ESN.
(1) APU MES/IDLE Report Data Lines Description
The description of the report lines is:
The description of the report lines is:
- Report lines N1 and S1 contain parameters from the 1st engine start.
- Report lines N2 and S2 contain parameters from the 2nd engine start.
- Report lines N3 and S3 contain parameters from APU cooldown no Load/Idle.
(2) APU MES/IDLE Report <13> Data Lines Description
The description that follows is applicable for the report lines of the APU MES/IDLE Report <13>:
The description that follows is applicable for the report lines of the APU MES/IDLE Report <13>:
(a) Report lines N1 and S1 contain parameters from the 1st engine start.
(b) Report lines N2 and S2 contain parameters from the 2st engine start.
(c) Report lines N3 and S3 contain parameters from the APU cooldown no Load/Idle.
(3) APU MES/IDLE Report <13> Data Lines Description
The description that follows is applicable for the report lines of the APU MES/IDLE Report <13>:
The description that follows is applicable for the report lines of the APU MES/IDLE Report <13>:
(a) Report lines N1 and S1 contain parameters from the 1st engine start.
(b) Report lines N2 and S2 contain parameters from the 2nd engine start.
(c) Report lines N3 and S3 contain parameters from the APU cooldown no Load/Idle.
(4) APU MES/IDLE Report <13> Data Field Description
NOTE: Reports that are transmitted from the ACARS system do not have report lines without a line identifier.
| +---------------------------------------------------------------------+ |
| ! Value ! Content Description ! |
| !--------------!------------------------------------------------------! |
| ! ASN ! APU Serial Number ! |
| ! 999 ! Format: 0 to 999 ! |
| ! ! Source: ECB 7A.1.050.01 ! |
| !--------------!------------------------------------------------------! |
| ! AHRS ! APU Operating Hours ! |
| ! 99999 ! Format: 0 to 99999 ! |
| ! ! Source: DMU 0D.1.110.00 ! |
| !--------------!------------------------------------------------------! |
| ! ACYC ! APU Start Cycles ! |
| ! 99999 ! Format: 0 to 99999 ! |
| ! ! Source: DMU 0D.1.111.00 ! |
| !--------------!------------------------------------------------------! |
| ! PFAD ! APU Performance Adjustment ! |
| ! XXXXX ! Format: XXXXX ! |
| ! ! Source: ECB 7A.1.004.01 ! |
| !--------------!------------------------------------------------------! |
| ! ESN ! Engine Serial Number ! |
| ! 999999 ! Format: 000000 to 999999 ! |
| ! ! Source: ECU (CFMI) Engine 1 ! |
| ! ! EEC (IAE) 7C.1.046.01 digit 3,2,1 ! |
| ! ! 7C.1.047.01 digit 6,5,4 ! |
| ! ! Engine 2 ! |
| ! ! 7C.2.046.10 digit 3,2,1 ! |
| ! ! 7C.2.047.10 digit 6,5,4 ! |
| !--------------!------------------------------------------------------! |
| ! ACW1 ! APU Control Word 1 ! |
| ! XXXXX ! Format: Each X represents 4 Bits in hexadecimal ! |
| ! ! code of a defined ARINC 429 word: ! |
| ! ! XXXXX Bits HEX ! |
| ! ! !!!!!___________ 14, 13, 12, 11 0...F ! |
| ! ! !!!!____________ 18, 17, 16, 15 0...F ! |
| ! ! !!!_____________ 22, 21, 20, 19 0...F ! |
| ! ! !!______________ 26, 25, 24, 23 0...F ! |
| ! ! !_______________ 29, 28, 27 0...7 ! |
| ! ! ! |
| ! ! Source: DMU, composed of several ECU discrete ! |
| ! ! labels as defined below: ! |
| ! ! 0D.1.070.01 ! |
| ! ! ! |
| ! ! For APU Honeywell GTCP 36-300: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.11 = 1 PT Sensor Failed ! |
| ! ! 12 7A.1.351.01.12 = 1 Delta P Sensor Failed ! |
| ! ! 13 7A.1.351.01.13 = 1 Speed Sensor No. 1 Failed ! |
| ! ! 14 7A.1.351.01.14 = 1 Speed Sensor No. 2 Failed ! |
| ! ! 15 7A.1.351.01.15 = 1 High Oil Temp Switch Failed! |
| ! ! 16 7A.1.351.01.16 = 1 Oil Temp Sensor Failed ! |
| ! ! 17 7A.1.351.01.17 = 1 Fuel Control Torq. Motor ! |
| ! ! Failed ! |
| ! ! 18 7A.1.351.01.18 = 1 Surge Valve Torq. Motor ! |
| ! ! Failed ! |
| ! ! 19 7A.1.351.01.19 = 1 EGT Rake No. 1 Failed ! |
| ! ! 20 7A.1.351.01.20 = 1 EGT Rake No. 2 Failed ! |
| ! ! 21 7A.1.351.01.21 = 1 IGV Actuator Failed ! |
| ! ! 22 7A.1.351.01.22 = 1 Ignition Unit Failed ! |
| ! ! 23 7A.1.351.01.23 = 1 Deoil Solenoid Failed ! |
| ! ! 24 7A.1.351.01.24 = 1 Gen. Oil Temp Sensor Failed! |
| ! ! 25 7A.1.351.01.25 = 1 ECS Demand Signal Failed ! |
| ! ! 26 7A.1.351.01.26 = 1 APU Starter Fail ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU Honeywell 131-9(A): ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.11 = 1 Total Pressure Transducer ! |
| ! ! 12 7A.1.351.01.12 = 1 DIFFERENTIAL PRESSURE ! |
| ! ! TRANSDUCER ! |
| ! ! 13 7A.1.351.01.13 = 1 SPEED SENSOR ! |
| ! ! 14 7A.1.351.01.14 = 1 BLEED SHUTOFF REVERSE FLOW ! |
| ! ! 15 7A.1.351.01.15 = 1 BLEED SHUTOFF T4 HIGH ! |
| ! ! 16 7A.1.351.01.16 = 1 OIL TEMPERATURE SENSOR ! |
| ! ! 17 7A.1.351.01.17 = 1 FUEL CONTROL UNIT ! |
| ! ! 18 7A.1.351.01.18 = 1 SURGE CONTROL VALVE ! |
| ! ! 19 7A.1.351.01.19 = 1 EGT RAKE 1 ! |
| ! ! 20 7A.1.351.01.20 = 1 EGT RAKE 2 ! |
| ! ! 21 7A.1.351.01.21 = 1 IGV ACTUATOR ! |
| ! ! 22 7A.1.351.01.22 = 1 IGNITION UNIT ! |
| ! ! 23 7A.1.351.01.23 = 1 DE-OIL SOLENOID ! |
| ! ! 24 7A.1.351.01.24 = 1 IGV POSITION VS COMMAND ! |
| ! ! 25 7A.1.351.01.25 = 1 ARINC ECS DEMAND ! |
| ! ! 26 7A.1.351.01.26 = 1 STARTER MOTOR ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU APIC APS3200: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.11 = 1 LCD Pstatic Sensor ! |
| ! ! 12 7A.1.351.01.12 = 1 LCD Delta P Sensor ! |
| ! ! 13 7A.1.351.01.13 = 1 Speed Sensor #1 ! |
| ! ! 14 7A.1.351.01.14 = 1 Speed Sensor #2 ! |
| ! ! 15 7A.1.351.01.15 = 1 Not used ! |
| ! ! 16 7A.1.351.01.16 = 1 GBX Oil Temp RTD ! |
| ! ! 17 7A.1.351.01.17 = 1 Fuel Servo Valve ! |
| ! ! 18 7A.1.351.01.18 = 1 Bleed Control Valve Servo ! |
| ! ! 19 7A.1.351.01.19 = 1 EGT Sensor #1 ! |
| ! ! 20 7A.1.351.01.20 = 1 EGT Sensor #2 ! |
| ! ! 21 7A.1.351.01.21 = 1 IGV Actuator ! |
| ! ! 22 7A.1.351.01.22 = 1 Ignition Unit/Exciter ! |
| ! ! 23 7A.1.351.01.23 = 1 GBX De-oiling Valve ! |
| ! ! 24 7A.1.351.01.24 = 1 Gen Oil Temp RTD ! |
| ! ! 25 7A.1.351.01.25 = 1 ECS Demand Signal ! |
| ! ! 26 7A.1.351.01.26 = 1 Not used ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| !--------------!------------------------------------------------------! |
| ! ACW2 ! APU Control Word 2 ! |
| ! XXXXX ! Format: Each X represents 4 bits in hexadecimal ! |
| ! ! code of a defined ARINC 429 word: ! |
| ! ! XXXXX Bits HEX ! |
| ! ! !!!!!___________ 14, 13, 12, 11 0...F ! |
| ! ! !!!!____________ 18, 17, 16, 15 0...F ! |
| ! ! !!!_____________ 22, 21, 20, 19 0...F ! |
| ! ! !!______________ 26, 25, 24, 23 0...F ! |
| ! ! !_______________ 29, 28, 27 0...7 ! |
| ! ! -------------------------------------------- ! |
| ! ! ! |
| ! ! Source: DMU, composed of several ECU discrete ! |
| ! ! labels as defined below: ! |
| ! ! 0D.1.070.10 ! |
| ! ! ! |
| ! ! For APU Honeywell GTCP 36-300: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.27 = 1 Oil Pressure Switch Failed ! |
| ! ! 12 7A.1.351.01.28 = 1 P2 Sensor Failed ! |
| ! ! 13 7A.1.351.01.29 = 1 ECB Failed ! |
| ! ! 14 7A.1.352.01.12 = 1 Load Valve Solenoid Failed ! |
| ! ! 15 7A.1.352.01.13 = 1 LCDT Sensor Failed ! |
| ! ! 16 7A.1.352.01.14 = 1 LCIT Sensor Failed ! |
| ! ! 17 7A.1.352.01.15 = 1 Fuel Solenoid Failed ! |
| ! ! 18 7A.1.352.01.16 = 1 Starter Contactor Failed ! |
| ! ! 19 7A.1.352.01.17 = 1 Backup Starter Cont. Failed! |
| ! ! 20 7A.1.352.01.18 = 1 APU S/N Encoder Failed ! |
| ! ! 21 7A.1.352.01.20 = 1 Air Intake Actuator Failed ! |
| ! ! 22 7A.1.352.01.22 = 1 IGV LVDT Failed ! |
| ! ! 23 SPARE ! |
| ! ! 24 7A.1.037.01.11 = 1 APU Bleed Valve Open ! |
| ! ! 25 7A.1.037.01.12 = 1 APU Bleed Valve Closed ! |
| ! ! 26 7A.1.037.01.21 = 1 Main Eng. Start Mode ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU Honeywell 131-9(A): ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.27 = 1 LOW OIL PRESSURE SWITCH ! |
| ! ! 12 7A.1.351.01.28 = 1 INLET PRESSURE TRANSDUCER ! |
| ! ! 13 7A.1.351.01.29 = 1 ECB ! |
| ! ! 14 7A.1.352.01.12 = 1 LOAD CONTROL VALVE ! |
| ! ! 15 7A.1.352.01.13 = 1 A/C PIN CODING ! |
| ! ! 16 7A.1.352.01.14 = 1 INLET TEMPERATURE SENSOR ! |
| ! ! 17 7A.1.352.01.15 = 1 ARINC FAILURE (CFDS BUS) ! |
| ! ! 18 7A.1.352.01.16 = 1 MAIN START CONTACTOR ! |
| ! ! 19 7A.1.352.01.17 = 1 BACKUP START CONTACTOR ! |
| ! ! 20 7A.1.352.01.18 = 1 DATA MEMORY MODULE ! |
| ! ! 21 7A.1.352.01.20 = 1 AIR INTAKE FLAP ACTUATOR ! |
| ! ! 22 7A.1.352.01.22 = 1 LOW FUEL PRESSURE RELAY ! |
| ! ! 23 SPARE ! |
| ! ! 24 7A.1.037.01.11 = 1 LOAD_VALVE_OPEN ! |
| ! ! 25 7A.1.037.01.12 = 1 LOAD_VALVE_CLOSED_SW ! |
| ! ! 26 7A.1.037.01.21 = 1 MES_MODE ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU APIC APS3200: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.27 = 1 LOP Switch ! |
| ! ! 12 7A.1.351.01.28 = 1 P Inlet Sensor ! |
| ! ! 13 7A.1.351.01.29 = 1 ECB ! |
| ! ! 14 SPARE ! |
| ! ! 15 SPARE ! |
| ! ! 16 7A.1.352.01.14 = 1 LCIT sensor ! |
| ! ! 17 7A.1.352.01.15 = 1 main fuel valve ! |
| ! ! 18 7A.1.352.01.16 = 1 main start contactor ! |
| ! ! 19 7A.1.352.01.17 = 1 Backup start contactor ! |
| ! ! 20 7A.1.352.01.18 = 1 APU Serial number encoder ! |
| ! ! 21 7A.1.352.01.20 = 1 Air intake actuator ! |
| ! ! 22 7A.1.352.01.22 = 1 IGV LVDT ! |
| ! ! 23 SPARE ! |
| ! ! 24 7A.1.037.01.11 = 1 Bleed valve open ! |
| ! ! 25 7A.1.037.01.12 = 1 Bleed valve closed ! |
| ! ! 26 7A.1.037.01.21 = 1 MES Mode and bleed valve ! |
| ! ! open ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| !--------------!------------------------------------------------------! |
| ! NA ! APU Rotation Speed ! |
| ! 9999 ! Format: 0 to 120.0 %rpm ! |
| ! ! Source: ECB 7A.1.176.01 ! |
| !--------------!------------------------------------------------------! |
| ! EGTA ! APU Exhaust Gas Temperature ! |
| ! X999 ! Format: -50 to 1000 deg.C ! |
| ! ! Source: ECB 7A.1.175.01 ! |
| !--------------!------------------------------------------------------! |
| ! IGV ! IGV Position ! |
| ! X99 ! Format: -14 to 90 deg ! |
| ! ! Source: ECB 7A.1.130.01 ! |
| !--------------!------------------------------------------------------! |
| ! P2A ! APU Inlet Pressure ! |
| ! 9999 ! Format: 0.1 to 1.500 bar ! |
| ! ! Source: ECB 7A.1.112.01 ! |
| !--------------!------------------------------------------------------! |
| ! LCIT ! Load Compressor Inlet Temperature ! |
| ! X999 ! Format: -70 to 80 deg.C ! |
| ! ! Source: ECB 7A.1.110.01 ! |
| ! ! Remark: Report line V1 must show the value from ! |
| ! ! previous APU start. ! |
| !--------------!------------------------------------------------------! |
| ! PT ! Bleed Air Pressure ! |
| ! 999 ! Format: 1 to 5.00 bar ! |
| ! ! Source: ECB 7A.1.166.01 ! |
| !--------------!------------------------------------------------------! |
| ! WB ! Bleed Air Flow ! |
| ! 999 ! Format: 0.5 to 2.00 kg/sec ! |
| ! ! Source: ECB 7A.1.123.01 ! |
| !--------------!------------------------------------------------------! |
| ! LCDT ! Load Compressor Discharge Temperature ! |
| ! X999 ! Format: -50 to 220 deg.C ! |
| ! ! Source: ECB 7A.1.074.01 ! |
| !--------------!------------------------------------------------------! |
| ! OTA ! APU Oil Sump Temperature ! |
| ! X99 ! Format: -55 to 200 deg.C ! |
| ! ! Source: ECB 7A.1.247.01 ! |
| ! ! Remark: Report line V1 must show the value from ! |
| ! ! previous APU start. ! |
| !--------------!------------------------------------------------------! |
| ! GLA ! APU Generator Load ! |
| ! 999 ! Format: 0 to 256 % ! |
| ! ! Source: SDAC 29.1.100.00 ! |
| ! ! 29.2.100.00# ! |
| !--------------!------------------------------------------------------! |
| ! STA ! APU Start Time ! |
| ! 999 ! Format: 0 to 999 seconds ! |
| ! ! Source: DMU 0D.1.076.00 ! |
| ! ! Remark: APU Start Time = time from NA >1% to the ! |
| ! ! moment when 7A.1.037.01.22 is set to zero. ! |
| !--------------!------------------------------------------------------! |
| ! EGTP ! APU EGT Peak ! |
| ! X999 ! Format: -50 to 1000 deg.C ! |
| ! ! Source: DMU 0D.1.074.00 ! |
| ! ! Remark: Highest APU EGT during APU start. Bit ! |
| ! ! 7A.1.037.01.22 set to 1. ! |
| !--------------!------------------------------------------------------! |
| ! NPA ! NA at EGTP ! |
| ! 9999 ! Format: 0 to 120.0 %rpm ! |
| ! ! Source: DMU 0D.1.075.00 ! |
| +---------------------------------------------------------------------+ |
(5) APU MES/IDLE Report <13> Data Field Description
NOTE: Reports that are transmitted from the ACARS system do not have report lines without a line identifier.
| +---------------------------------------------------------------------+ |
| ! Value ! Content Description ! |
| !--------------!------------------------------------------------------! |
| ! ASN ! APU Serial Number ! |
| ! 9999 ! Format: 0 to 9999 ! |
| ! ! Source: ECB 7A.1.050.01 ! |
| !--------------!------------------------------------------------------! |
| ! AHRS ! APU Operating Hours ! |
| ! 99999 ! Format: 0 to 99999 ! |
| ! ! Source: DMU 0D.1.110.00 ! |
| !--------------!------------------------------------------------------! |
| ! ACYC ! APU Start Cycles ! |
| ! 99999 ! Format: 0 to 99999 ! |
| ! ! Source: DMU 0D.1.111.00 ! |
| !--------------!------------------------------------------------------! |
| ! PFAD ! APU Performance Adjustment ! |
| ! XXXXX ! Format: XXXXX ! |
| ! ! Source: ECB 7A.1.004.01 ! |
| !--------------!------------------------------------------------------! |
| ! ESN ! Engine Serial Number ! |
| ! 999999 ! Format: 000000 to 999999 ! |
| ! ! Source: ECU (CFMI) Engine 1 ! |
| ! ! EEC (IAE) 7C.1.046.01 digit 3,2,1 ! |
| ! ! 7C.1.047.01 digit 6,5,4 ! |
| ! ! Engine 2 ! |
| ! ! 7C.2.046.10 digit 3,2,1 ! |
| ! ! 7C.2.047.10 digit 6,5,4 ! |
| !--------------!------------------------------------------------------! |
| ! ACW1 ! APU Control Word 1 ! |
| ! XXXXX ! Format: Each X represents 4 Bits in hexadecimal ! |
| ! ! code of a defined ARINC 429 word: ! |
| ! ! XXXXX Bits HEX ! |
| ! ! !!!!!___________ 14, 13, 12, 11 0...F ! |
| ! ! !!!!____________ 18, 17, 16, 15 0...F ! |
| ! ! !!!_____________ 22, 21, 20, 19 0...F ! |
| ! ! !!______________ 26, 25, 24, 23 0...F ! |
| ! ! !_______________ 29, 28, 27 0...7 ! |
| ! ! ! |
| ! ! Source: DMU, composed of several ECU discrete ! |
| ! ! labels as defined below: ! |
| ! ! 0D.1.070.01 ! |
| ! ! ! |
| ! ! For APU Honeywell GTCP 36-300: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.11 = 1 PT Sensor Failed ! |
| ! ! 12 7A.1.351.01.12 = 1 Delta P Sensor Failed ! |
| ! ! 13 7A.1.351.01.13 = 1 Speed Sensor No. 1 Failed ! |
| ! ! 14 7A.1.351.01.14 = 1 Speed Sensor No. 2 Failed ! |
| ! ! 15 7A.1.351.01.15 = 1 High Oil Temp Switch Failed! |
| ! ! 16 7A.1.351.01.16 = 1 Oil Temp Sensor Failed ! |
| ! ! 17 7A.1.351.01.17 = 1 Fuel Control Torq. Motor ! |
| ! ! Failed ! |
| ! ! 18 7A.1.351.01.18 = 1 Surge Valve Torq. Motor ! |
| ! ! Failed ! |
| ! ! 19 7A.1.351.01.19 = 1 EGT Rake No. 1 Failed ! |
| ! ! 20 7A.1.351.01.20 = 1 EGT Rake No. 2 Failed ! |
| ! ! 21 7A.1.351.01.21 = 1 IGV Actuator Failed ! |
| ! ! 22 7A.1.351.01.22 = 1 Ignition Unit Failed ! |
| ! ! 23 7A.1.351.01.23 = 1 Deoil Solenoid Failed ! |
| ! ! 24 7A.1.351.01.24 = 1 Gen. Oil Temp Sensor Failed! |
| ! ! 25 7A.1.351.01.25 = 1 ECS Demand Signal Failed ! |
| ! ! 26 7A.1.351.01.26 = 1 APU Starter Fail ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU Honeywell 131-9(A): ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.11 = 1 Total Pressure Transducer ! |
| ! ! 12 7A.1.351.01.12 = 1 DIFFERENTIAL PRESSURE ! |
| ! ! TRANSDUCER ! |
| ! ! 13 7A.1.351.01.13 = 1 SPEED SENSOR ! |
| ! ! 14 7A.1.351.01.14 = 1 BLEED SHUTOFF REVERSE FLOW ! |
| ! ! 15 7A.1.351.01.15 = 1 BLEED SHUTOFF T4 HIGH ! |
| ! ! 16 7A.1.351.01.16 = 1 OIL TEMPERATURE SENSOR ! |
| ! ! 17 7A.1.351.01.17 = 1 FUEL CONTROL UNIT ! |
| ! ! 18 7A.1.351.01.18 = 1 SURGE CONTROL VALVE ! |
| ! ! 19 7A.1.351.01.19 = 1 EGT RAKE 1 ! |
| ! ! 20 7A.1.351.01.20 = 1 EGT RAKE 2 ! |
| ! ! 21 7A.1.351.01.21 = 1 IGV ACTUATOR ! |
| ! ! 22 7A.1.351.01.22 = 1 IGNITION UNIT ! |
| ! ! 23 7A.1.351.01.23 = 1 DE-OIL SOLENOID ! |
| ! ! 24 7A.1.351.01.24 = 1 IGV POSITION VS COMMAND ! |
| ! ! 25 7A.1.351.01.25 = 1 ARINC ECS DEMAND ! |
| ! ! 26 7A.1.351.01.26 = 1 STARTER MOTOR ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU APIC APS3200: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.11 = 1 LCD Pstatic Sensor ! |
| ! ! 12 7A.1.351.01.12 = 1 LCD Delta P Sensor ! |
| ! ! 13 7A.1.351.01.13 = 1 Speed Sensor #1 ! |
| ! ! 14 7A.1.351.01.14 = 1 Speed Sensor #2 ! |
| ! ! 15 7A.1.351.01.15 = 1 Not used ! |
| ! ! 16 7A.1.351.01.16 = 1 GBX Oil Temp RTD ! |
| ! ! 17 7A.1.351.01.17 = 1 Fuel Servo Valve ! |
| ! ! 18 7A.1.351.01.18 = 1 Bleed Control Valve Servo ! |
| ! ! 19 7A.1.351.01.19 = 1 EGT Sensor #1 ! |
| ! ! 20 7A.1.351.01.20 = 1 EGT Sensor #2 ! |
| ! ! 21 7A.1.351.01.21 = 1 IGV Actuator ! |
| ! ! 22 7A.1.351.01.22 = 1 Ignition Unit/Exciter ! |
| ! ! 23 7A.1.351.01.23 = 1 GBX De-oiling Valve ! |
| ! ! 24 7A.1.351.01.24 = 1 Gen Oil Temp RTD ! |
| ! ! 25 7A.1.351.01.25 = 1 ECS Demand Signal ! |
| ! ! 26 7A.1.351.01.26 = 1 Not used ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| !--------------!------------------------------------------------------! |
| ! ACW2 ! APU Control Word 2 ! |
| ! XXXXX ! Format: Each X represents 4 bits in hexadecimal ! |
| ! ! code of a defined ARINC 429 word: ! |
| ! ! XXXXX Bits HEX ! |
| ! ! !!!!!___________ 14, 13, 12, 11 0...F ! |
| ! ! !!!!____________ 18, 17, 16, 15 0...F ! |
| ! ! !!!_____________ 22, 21, 20, 19 0...F ! |
| ! ! !!______________ 26, 25, 24, 23 0...F ! |
| ! ! !_______________ 29, 28, 27 0...7 ! |
| ! ! -------------------------------------------- ! |
| ! ! ! |
| ! ! Source: DMU, composed of several ECU discrete ! |
| ! ! labels as defined below: ! |
| ! ! 0D.1.070.10 ! |
| ! ! ! |
| ! ! For APU Honeywell GTCP 36-300: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.27 = 1 Oil Pressure Switch Failed ! |
| ! ! 12 7A.1.351.01.28 = 1 P2 Sensor Failed ! |
| ! ! 13 7A.1.351.01.29 = 1 ECB Failed ! |
| ! ! 14 7A.1.352.01.12 = 1 Load Valve Solenoid Failed ! |
| ! ! 15 7A.1.352.01.13 = 1 LCDT Sensor Failed ! |
| ! ! 16 7A.1.352.01.14 = 1 LCIT Sensor Failed ! |
| ! ! 17 7A.1.352.01.15 = 1 Fuel Solenoid Failed ! |
| ! ! 18 7A.1.352.01.16 = 1 Starter Contactor Failed ! |
| ! ! 19 7A.1.352.01.17 = 1 Backup Starter Cont. Failed! |
| ! ! 20 7A.1.352.01.18 = 1 APU S/N Encoder Failed ! |
| ! ! 21 7A.1.352.01.20 = 1 Air Intake Actuator Failed ! |
| ! ! 22 7A.1.352.01.22 = 1 IGV LVDT Failed ! |
| ! ! 23 SPARE ! |
| ! ! 24 7A.1.037.01.11 = 1 APU Bleed Valve Open ! |
| ! ! 25 7A.1.037.01.12 = 1 APU Bleed Valve Closed ! |
| ! ! 26 7A.1.037.01.21 = 1 Main Eng. Start Mode ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU Honeywell 131-9(A): ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.27 = 1 LOW OIL PRESSURE SWITCH ! |
| ! ! 12 7A.1.351.01.28 = 1 INLET PRESSURE TRANSDUCER ! |
| ! ! 13 7A.1.351.01.29 = 1 ECB ! |
| ! ! 14 7A.1.352.01.12 = 1 LOAD CONTROL VALVE ! |
| ! ! 15 7A.1.352.01.13 = 1 A/C PIN CODING ! |
| ! ! 16 7A.1.352.01.14 = 1 INLET TEMPERATURE SENSOR ! |
| ! ! 17 7A.1.352.01.15 = 1 ARINC FAILURE (CFDS BUS) ! |
| ! ! 18 7A.1.352.01.16 = 1 MAIN START CONTACTOR ! |
| ! ! 19 7A.1.352.01.17 = 1 BACKUP START CONTACTOR ! |
| ! ! 20 7A.1.352.01.18 = 1 DATA MEMORY MODULE ! |
| ! ! 21 7A.1.352.01.20 = 1 AIR INTAKE FLAP ACTUATOR ! |
| ! ! 22 7A.1.352.01.22 = 1 LOW FUEL PRESSURE RELAY ! |
| ! ! 23 SPARE ! |
| ! ! 24 7A.1.037.01.11 = 1 LOAD_VALVE_OPEN ! |
| ! ! 25 7A.1.037.01.12 = 1 LOAD_VALVE_CLOSED_SW ! |
| ! ! 26 7A.1.037.01.21 = 1 MES_MODE ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU APIC APS3200: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.27 = 1 LOP Switch ! |
| ! ! 12 7A.1.351.01.28 = 1 P Inlet Sensor ! |
| ! ! 13 7A.1.351.01.29 = 1 ECB ! |
| ! ! 14 SPARE ! |
| ! ! 15 SPARE ! |
| ! ! 16 7A.1.352.01.14 = 1 LCIT sensor ! |
| ! ! 17 7A.1.352.01.15 = 1 main fuel valve ! |
| ! ! 18 7A.1.352.01.16 = 1 main start contactor ! |
| ! ! 19 7A.1.352.01.17 = 1 Backup start contactor ! |
| ! ! 20 7A.1.352.01.18 = 1 APU Serial number encoder ! |
| ! ! 21 7A.1.352.01.20 = 1 Air intake actuator ! |
| ! ! 22 7A.1.352.01.22 = 1 IGV LVDT ! |
| ! ! 23 SPARE ! |
| ! ! 24 7A.1.037.01.11 = 1 Bleed valve open ! |
| ! ! 25 7A.1.037.01.12 = 1 Bleed valve closed ! |
| ! ! 26 7A.1.037.01.21 = 1 MES Mode and bleed valve ! |
| ! ! open ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| !--------------!------------------------------------------------------! |
| ! NA ! APU Rotation Speed ! |
| ! 9999 ! Format: 0 to 120.0 %rpm ! |
| ! ! Source: ECB 7A.1.176.01 ! |
| !--------------!------------------------------------------------------! |
| ! EGTA ! APU Exhaust Gas Temperature ! |
| ! X999 ! Format: -50 to 1000 deg.C ! |
| ! ! Source: ECB 7A.1.175.01 ! |
| !--------------!------------------------------------------------------! |
| ! IGV ! IGV Position ! |
| ! X99 ! Format: -14 to 90 deg ! |
| ! ! Source: ECB 7A.1.130.01 ! |
| !--------------!------------------------------------------------------! |
| ! P2A ! APU Inlet Pressure ! |
| ! 9999 ! Format: 0.1 to 1.500 bar ! |
| ! ! Source: ECB 7A.1.112.01 ! |
| !--------------!------------------------------------------------------! |
| ! LCIT ! Load Compressor Inlet Temperature ! |
| ! X999 ! Format: -70 to 128 deg.C ! |
| ! ! Source: ECB 7A.1.110.01 ! |
| ! ! Remark: Report line V1 must show the value from ! |
| ! ! previous APU start. ! |
| !--------------!------------------------------------------------------! |
| ! PT ! Bleed Air Pressure ! |
| ! 999 ! Format: 1 to 5.00 bar ! |
| ! ! Source: ECB 7A.1.166.01 ! |
| !--------------!------------------------------------------------------! |
| ! WB ! Bleed Air Flow ! |
| ! 999 ! Format: 0.5 to 2.00 kg/sec ! |
| ! ! Source: ECB 7A.1.123.01 ! |
| !--------------!------------------------------------------------------! |
| ! LCDT ! Load Compressor Discharge Temperature ! |
| ! X999 ! Format: -50 to 220 deg.C ! |
| ! ! Source: ECB 7A.1.074.01 ! |
| !--------------!------------------------------------------------------! |
| ! OTA ! APU Oil Sump Temperature ! |
| ! X99 ! Format: -55 to 200 deg.C ! |
| ! ! Source: ECB 7A.1.247.01 ! |
| ! ! Remark: Report line V1 must show the value from ! |
| ! ! previous APU start. ! |
| !--------------!------------------------------------------------------! |
| ! GLA ! APU Generator Load ! |
| ! 999 ! Format: 0 to 256 % ! |
| ! ! Source: SDAC 29.1.100.00 ! |
| ! ! 29.2.100.00# ! |
| !--------------!------------------------------------------------------! |
| ! STA ! APU Start Time ! |
| ! 999 ! Format: 0 to 999 seconds ! |
| ! ! Source: DMU 0D.1.076.00 ! |
| ! ! Remark: APU Start Time = time from NA >1% to the ! |
| ! ! moment when 7A.1.037.01.22 is set to zero. ! |
| !--------------!------------------------------------------------------! |
| ! EGTP ! APU EGT Peak ! |
| ! X999 ! Format: -50 to 1000 deg.C ! |
| ! ! Source: DMU 0D.1.074.00 ! |
| ! ! Remark: Highest APU EGT during APU start. Bit ! |
| ! ! 7A.1.037.01.22 set to 1. ! |
| !--------------!------------------------------------------------------! |
| ! NPA ! NA at EGTP ! |
| ! 9999 ! Format: 0 to 120.0 %rpm ! |
| ! ! Source: DMU 0D.1.075.00 ! |
| +---------------------------------------------------------------------+ |
(6) APU MES/IDLE Report <13> Data Field Description
NOTE: Reports that are transmitted from the ACARS system do not have report lines without a line identifier.
| +---------------------------------------------------------------------+ |
| ! Value ! Content Description ! |
| !--------------!------------------------------------------------------! |
| ! ASN ! APU Serial Number ! |
| ! 9999 ! Format: 0 to 9999 ! |
| ! ! Source: ECB 7A.1.050.01 ! |
| !--------------!------------------------------------------------------! |
| ! AHRS ! APU Operating Hours ! |
| ! 99999 ! Format: 0 to 99999 ! |
| ! ! Source: DMU 0D.1.110.00 ! |
| !--------------!------------------------------------------------------! |
| ! ACYC ! APU Start Cycles ! |
| ! 99999 ! Format: 0 to 99999 ! |
| ! ! Source: DMU 0D.1.111.00 ! |
| !--------------!------------------------------------------------------! |
| ! PFAD ! APU Performance Adjustment ! |
| ! XXXXX ! Format: XXXXX ! |
| ! ! Source: ECB 7A.1.004.01 ! |
| !--------------!------------------------------------------------------! |
| ! ESN ! Engine Serial Number ! |
| ! 999999 ! Format: 000000 to 999999 ! |
| ! ! Source: ECU (CFMI) Engine 1 ! |
| ! ! EEC (IAE) 7C.1.046.01 digit 3,2,1 ! |
| ! ! 7C.1.047.01 digit 6,5,4 ! |
| ! ! Engine 2 ! |
| ! ! 7C.2.046.10 digit 3,2,1 ! |
| ! ! 7C.2.047.10 digit 6,5,4 ! |
| !--------------!------------------------------------------------------! |
| ! ACW1 ! APU Control Word 1 ! |
| ! XXXXX ! Format: Each X represents 4 Bits in hexadecimal ! |
| ! ! code of a defined ARINC 429 word: ! |
| ! ! XXXXX Bits HEX ! |
| ! ! !!!!!___________ 14, 13, 12, 11 0...F ! |
| ! ! !!!!____________ 18, 17, 16, 15 0...F ! |
| ! ! !!!_____________ 22, 21, 20, 19 0...F ! |
| ! ! !!______________ 26, 25, 24, 23 0...F ! |
| ! ! !_______________ 29, 28, 27 0...7 ! |
| ! ! ! |
| ! ! Source: DMU, composed of several ECU discrete ! |
| ! ! labels as defined below: ! |
| ! ! 0D.1.070.01 ! |
| ! ! ! |
| ! ! For APU Honeywell GTCP 36-300: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.11 = 1 PT Sensor Failed ! |
| ! ! 12 7A.1.351.01.12 = 1 Delta P Sensor Failed ! |
| ! ! 13 7A.1.351.01.13 = 1 Speed Sensor No. 1 Failed ! |
| ! ! 14 7A.1.351.01.14 = 1 Speed Sensor No. 2 Failed ! |
| ! ! 15 7A.1.351.01.15 = 1 High Oil Temp Switch Failed! |
| ! ! 16 7A.1.351.01.16 = 1 Oil Temp Sensor Failed ! |
| ! ! 17 7A.1.351.01.17 = 1 Fuel Control Torq. Motor ! |
| ! ! Failed ! |
| ! ! 18 7A.1.351.01.18 = 1 Surge Valve Torq. Motor ! |
| ! ! Failed ! |
| ! ! 19 7A.1.351.01.19 = 1 EGT Rake No. 1 Failed ! |
| ! ! 20 7A.1.351.01.20 = 1 EGT Rake No. 2 Failed ! |
| ! ! 21 7A.1.351.01.21 = 1 IGV Actuator Failed ! |
| ! ! 22 7A.1.351.01.22 = 1 Ignition Unit Failed ! |
| ! ! 23 7A.1.351.01.23 = 1 Deoil Solenoid Failed ! |
| ! ! 24 7A.1.351.01.24 = 1 Gen. Oil Temp Sensor Failed! |
| ! ! 25 7A.1.351.01.25 = 1 ECS Demand Signal Failed ! |
| ! ! 26 7A.1.351.01.26 = 1 APU Starter Fail ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU Honeywell 131-9(A): ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.11 = 1 Total Pressure Transducer ! |
| ! ! 12 7A.1.351.01.12 = 1 DIFFERENTIAL PRESSURE ! |
| ! ! TRANSDUCER ! |
| ! ! 13 7A.1.351.01.13 = 1 SPEED SENSOR ! |
| ! ! 14 7A.1.351.01.14 = 1 BLEED SHUTOFF REVERSE FLOW ! |
| ! ! 15 7A.1.351.01.15 = 1 BLEED SHUTOFF T4 HIGH ! |
| ! ! 16 7A.1.351.01.16 = 1 OIL TEMPERATURE SENSOR ! |
| ! ! 17 7A.1.351.01.17 = 1 FUEL CONTROL UNIT ! |
| ! ! 18 7A.1.351.01.18 = 1 SURGE CONTROL VALVE ! |
| ! ! 19 7A.1.351.01.19 = 1 EGT RAKE 1 ! |
| ! ! 20 7A.1.351.01.20 = 1 EGT RAKE 2 ! |
| ! ! 21 7A.1.351.01.21 = 1 IGV ACTUATOR ! |
| ! ! 22 7A.1.351.01.22 = 1 IGNITION UNIT ! |
| ! ! 23 7A.1.351.01.23 = 1 DE-OIL SOLENOID ! |
| ! ! 24 7A.1.351.01.24 = 1 IGV POSITION VS COMMAND ! |
| ! ! 25 7A.1.351.01.25 = 1 ARINC ECS DEMAND ! |
| ! ! 26 7A.1.351.01.26 = 1 STARTER MOTOR ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU APIC APS3200: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.11 = 1 LCD Pstatic Sensor ! |
| ! ! 12 7A.1.351.01.12 = 1 LCD Delta P Sensor ! |
| ! ! 13 7A.1.351.01.13 = 1 Speed Sensor #1 ! |
| ! ! 14 7A.1.351.01.14 = 1 Speed Sensor #2 ! |
| ! ! 15 7A.1.351.01.15 = 1 Not used ! |
| ! ! 16 7A.1.351.01.16 = 1 GBX Oil Temp RTD ! |
| ! ! 17 7A.1.351.01.17 = 1 Fuel Servo Valve ! |
| ! ! 18 7A.1.351.01.18 = 1 Bleed Control Valve Servo ! |
| ! ! 19 7A.1.351.01.19 = 1 EGT Sensor #1 ! |
| ! ! 20 7A.1.351.01.20 = 1 EGT Sensor #2 ! |
| ! ! 21 7A.1.351.01.21 = 1 IGV Actuator ! |
| ! ! 22 7A.1.351.01.22 = 1 Ignition Unit/Exciter ! |
| ! ! 23 7A.1.351.01.23 = 1 GBX De-oiling Valve ! |
| ! ! 24 7A.1.351.01.24 = 1 Gen Oil Temp RTD ! |
| ! ! 25 7A.1.351.01.25 = 1 ECS Demand Signal ! |
| ! ! 26 7A.1.351.01.26 = 1 Not used ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| !--------------!------------------------------------------------------! |
| ! ACW2 ! APU Control Word 2 ! |
| ! XXXXX ! Format: Each X represents 4 bits in hexadecimal ! |
| ! ! code of a defined ARINC 429 word: ! |
| ! ! XXXXX Bits HEX ! |
| ! ! !!!!!___________ 14, 13, 12, 11 0...F ! |
| ! ! !!!!____________ 18, 17, 16, 15 0...F ! |
| ! ! !!!_____________ 22, 21, 20, 19 0...F ! |
| ! ! !!______________ 26, 25, 24, 23 0...F ! |
| ! ! !_______________ 29, 28, 27 0...7 ! |
| ! ! -------------------------------------------- ! |
| ! ! ! |
| ! ! Source: DMU, composed of several ECU discrete ! |
| ! ! labels as defined below: ! |
| ! ! 0D.1.070.10 ! |
| ! ! ! |
| ! ! For APU Honeywell GTCP 36-300: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.27 = 1 Oil Pressure Switch Failed ! |
| ! ! 12 7A.1.351.01.28 = 1 P2 Sensor Failed ! |
| ! ! 13 7A.1.351.01.29 = 1 ECB Failed ! |
| ! ! 14 7A.1.352.01.12 = 1 Load Valve Solenoid Failed ! |
| ! ! 15 7A.1.352.01.13 = 1 LCDT Sensor Failed ! |
| ! ! 16 7A.1.352.01.14 = 1 LCIT Sensor Failed ! |
| ! ! 17 7A.1.352.01.15 = 1 Fuel Solenoid Failed ! |
| ! ! 18 7A.1.352.01.16 = 1 Starter Contactor Failed ! |
| ! ! 19 7A.1.352.01.17 = 1 Backup Starter Cont. Failed! |
| ! ! 20 7A.1.352.01.18 = 1 APU S/N Encoder Failed ! |
| ! ! 21 7A.1.352.01.20 = 1 Air Intake Actuator Failed ! |
| ! ! 22 7A.1.352.01.22 = 1 IGV LVDT Failed ! |
| ! ! 23 SPARE ! |
| ! ! 24 7A.1.037.01.11 = 1 APU Bleed Valve Open ! |
| ! ! 25 7A.1.037.01.12 = 1 APU Bleed Valve Closed ! |
| ! ! 26 7A.1.037.01.21 = 1 Main Eng. Start Mode ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU Honeywell 131-9(A): ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.27 = 1 LOW OIL PRESSURE SWITCH ! |
| ! ! 12 7A.1.351.01.28 = 1 INLET PRESSURE TRANSDUCER ! |
| ! ! 13 7A.1.351.01.29 = 1 ECB ! |
| ! ! 14 7A.1.352.01.12 = 1 LOAD CONTROL VALVE ! |
| ! ! 15 7A.1.352.01.13 = 1 A/C PIN CODING ! |
| ! ! 16 7A.1.352.01.14 = 1 INLET TEMPERATURE SENSOR ! |
| ! ! 17 7A.1.352.01.15 = 1 ARINC FAILURE (CFDS BUS) ! |
| ! ! 18 7A.1.352.01.16 = 1 MAIN START CONTACTOR ! |
| ! ! 19 7A.1.352.01.17 = 1 BACKUP START CONTACTOR ! |
| ! ! 20 7A.1.352.01.18 = 1 DATA MEMORY MODULE ! |
| ! ! 21 7A.1.352.01.20 = 1 AIR INTAKE FLAP ACTUATOR ! |
| ! ! 22 7A.1.352.01.22 = 1 LOW FUEL PRESSURE RELAY ! |
| ! ! 23 SPARE ! |
| ! ! 24 7A.1.037.01.11 = 1 LOAD_VALVE_OPEN ! |
| ! ! 25 7A.1.037.01.12 = 1 LOAD_VALVE_CLOSED_SW ! |
| ! ! 26 7A.1.037.01.21 = 1 MES_MODE ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU APIC APS3200: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.27 = 1 LOP Switch ! |
| ! ! 12 7A.1.351.01.28 = 1 P Inlet Sensor ! |
| ! ! 13 7A.1.351.01.29 = 1 ECB ! |
| ! ! 14 SPARE ! |
| ! ! 15 SPARE ! |
| ! ! 16 7A.1.352.01.14 = 1 LCIT sensor ! |
| ! ! 17 7A.1.352.01.15 = 1 main fuel valve ! |
| ! ! 18 7A.1.352.01.16 = 1 main start contactor ! |
| ! ! 19 7A.1.352.01.17 = 1 Backup start contactor ! |
| ! ! 20 7A.1.352.01.18 = 1 APU Serial number encoder ! |
| ! ! 21 7A.1.352.01.20 = 1 Air intake actuator ! |
| ! ! 22 7A.1.352.01.22 = 1 IGV LVDT ! |
| ! ! 23 SPARE ! |
| ! ! 24 7A.1.037.01.11 = 1 Bleed valve open ! |
| ! ! 25 7A.1.037.01.12 = 1 Bleed valve closed ! |
| ! ! 26 7A.1.037.01.21 = 1 MES Mode and bleed valve ! |
| ! ! open ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| !--------------!------------------------------------------------------! |
| ! NA ! APU Rotation Speed ! |
| ! 9999 ! Format: 0 to 120.0 %rpm ! |
| ! ! Source: ECB 7A.1.176.01 ! |
| !--------------!------------------------------------------------------! |
| ! EGTA ! APU Exhaust Gas Temperature ! |
| ! X999 ! Format: -50 to 1000 deg.C ! |
| ! ! Source: ECB 7A.1.175.01 ! |
| !--------------!------------------------------------------------------! |
| ! IGV ! IGV Position ! |
| ! X99 ! Format: -14 to 90 deg ! |
| ! ! Source: ECB 7A.1.130.01 ! |
| !--------------!------------------------------------------------------! |
| ! P2A ! APU Inlet Pressure ! |
| ! 9999 ! Format: 0.1 to 1.500 bar ! |
| ! ! Source: ECB 7A.1.112.01 ! |
| !--------------!------------------------------------------------------! |
| ! LCIT ! Load Compressor Inlet Temperature ! |
| ! X999 ! Format: -70 to 128 deg.C ! |
| ! ! Source: ECB 7A.1.110.01 ! |
| ! ! Remark: Report line V1 must show the value from ! |
| ! ! previous APU start. ! |
| !--------------!------------------------------------------------------! |
| ! PT ! Bleed Air Pressure ! |
| ! 999 ! Format: 1 to 5.00 bar ! |
| ! ! Source: ECB 7A.1.166.01 ! |
| !--------------!------------------------------------------------------! |
| ! WB ! Bleed Air Flow ! |
| ! 999 ! Format: 0.5 to 2.00 kg/sec ! |
| ! ! Source: ECB 7A.1.123.01 ! |
| !--------------!------------------------------------------------------! |
| ! LCDT ! Load Compressor Discharge Temperature ! |
| ! X999 ! Format: -50 to 220 deg.C ! |
| ! ! Source: ECB 7A.1.074.01 ! |
| !--------------!------------------------------------------------------! |
| ! OTA ! APU Oil Sump Temperature ! |
| ! X99 ! Format: -55 to 200 deg.C ! |
| ! ! Source: ECB 7A.1.247.01 ! |
| ! ! Remark: Report line V1 must show the value from ! |
| ! ! previous APU start. ! |
| !--------------!------------------------------------------------------! |
| ! GLA ! APU Generator Load ! |
| ! 999 ! Format: 0 to 256 % ! |
| ! ! Source: SDAC 29.1.100.00 ! |
| ! ! 29.2.100.00# ! |
| !--------------!------------------------------------------------------! |
| ! STA ! APU Start Time ! |
| ! 999 ! Format: 0 to 999 seconds ! |
| ! ! Source: DMU 0D.1.076.00 ! |
| ! ! Remark: APU Start Time = time from NA >1% to the ! |
| ! ! moment when 7A.1.037.01.22 is set to zero. ! |
| !--------------!------------------------------------------------------! |
| ! EGTP ! APU EGT Peak ! |
| ! X999 ! Format: -50 to 1000 deg.C ! |
| ! ! Source: DMU 0D.1.074.00 ! |
| ! ! Remark: Highest APU EGT during APU start. Bit ! |
| ! ! 7A.1.037.01.22 set to 1. ! |
| !--------------!------------------------------------------------------! |
| ! NPA ! NA at EGTP ! |
| ! 9999 ! Format: 0 to 120.0 %rpm ! |
| ! ! Source: DMU 0D.1.075.00 ! |
| +---------------------------------------------------------------------+ |
(7) APU MES/IDLE Report <13> Data Field Description
NOTE: Reports that are transmitted from the ACARS system do not have report lines without a line identifier.
| +---------------------------------------------------------------------+ |
| ! Value ! Content Description ! |
| !--------------!------------------------------------------------------! |
| ! ASN ! APU Serial Number ! |
| ! 9999 ! Format: 0 to 9999 ! |
| ! ! Source: ECB 7A.1.050.01 ! |
| !--------------!------------------------------------------------------! |
| ! AHRS ! APU Operating Hours ! |
| ! 99999 ! Format: 0 to 99999 ! |
| ! ! Source: DMU 0D.1.110.00 ! |
| !--------------!------------------------------------------------------! |
| ! ACYC ! APU Start Cycles ! |
| ! 99999 ! Format: 0 to 99999 ! |
| ! ! Source: DMU 0D.1.111.00 ! |
| !--------------!------------------------------------------------------! |
| ! PFAD ! APU Performance Adjustment ! |
| ! XXXXX ! Format: XXXXX ! |
| ! ! Source: ECB 7A.1.004.01 ! |
| !--------------!------------------------------------------------------! |
| ! BCV ! Bleed Control Valve Position ! |
| ! 999.9 ! Format: 0 to 128 % ! |
| ! ! Source: ECB 7A.1.131.01 ! |
| ! ! Remark: Send by APIC APU only. Used for P&W ! |
| ! ! software only. ! |
| !--------------!------------------------------------------------------! |
| ! DPA ! Delta Pressure for APIC APUs ! |
| ! 99.99 ! Format: 0 to 25 psid ! |
| ! ! Source: ECB 7A.1.165.01 ! |
| ! ! Remark: Due to different resolutions only useful ! |
| ! ! with APIC APUs. Used for P&W software only.! |
| !--------------!------------------------------------------------------! |
| ! ESN ! Engine Serial Number ! |
| ! 999999 ! Format: 000000 to 999999 ! |
| ! ! Source: ECU (CFMI) Engine 1 ! |
| ! ! EEC (IAE) 7C.1.046.01 digit 3,2,1 ! |
| ! ! 7C.1.047.01 digit 6,5,4 ! |
| ! ! Engine 2 ! |
| ! ! 7C.2.046.10 digit 3,2,1 ! |
| ! ! 7C.2.047.10 digit 6,5,4 ! |
| !--------------!------------------------------------------------------! |
| ! SCV ! Surge Control Valve Position ! |
| ! 99.99 ! Format: 10 to 90 deg ! |
| ! ! Source: ECB 7A.1.134.01 ! |
| ! ! Remark: Send by Honeywell APUs only. Used for P&W ! |
| ! ! software only. ! |
| !--------------!------------------------------------------------------! |
| ! ACW1 ! APU Control Word 1 ! |
| ! XXXXX ! Format: Each X represents 4 Bits in hexadecimal ! |
| ! ! code of a defined ARINC 429 word: ! |
| ! ! XXXXX Bits HEX ! |
| ! ! !!!!!___________ 14, 13, 12, 11 0...F ! |
| ! ! !!!!____________ 18, 17, 16, 15 0...F ! |
| ! ! !!!_____________ 22, 21, 20, 19 0...F ! |
| ! ! !!______________ 26, 25, 24, 23 0...F ! |
| ! ! !_______________ 29, 28, 27 0...7 ! |
| ! ! ! |
| ! ! Source: DMU, composed of several ECU discrete ! |
| ! ! labels as defined below: ! |
| ! ! 0D.1.070.01 ! |
| ! ! ! |
| ! ! For APU Honeywell GTCP 36-300: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.11 = 1 PT Sensor Failed ! |
| ! ! 12 7A.1.351.01.12 = 1 Delta P Sensor Failed ! |
| ! ! 13 7A.1.351.01.13 = 1 Speed Sensor No. 1 Failed ! |
| ! ! 14 7A.1.351.01.14 = 1 Speed Sensor No. 2 Failed ! |
| ! ! 15 7A.1.351.01.15 = 1 High Oil Temp Switch Failed! |
| ! ! 16 7A.1.351.01.16 = 1 Oil Temp Sensor Failed ! |
| ! ! 17 7A.1.351.01.17 = 1 Fuel Control Torq. Motor ! |
| ! ! Failed ! |
| ! ! 18 7A.1.351.01.18 = 1 Surge Valve Torq. Motor ! |
| ! ! Failed ! |
| ! ! 19 7A.1.351.01.19 = 1 EGT Rake No. 1 Failed ! |
| ! ! 20 7A.1.351.01.20 = 1 EGT Rake No. 2 Failed ! |
| ! ! 21 7A.1.351.01.21 = 1 IGV Actuator Failed ! |
| ! ! 22 7A.1.351.01.22 = 1 Ignition Unit Failed ! |
| ! ! 23 7A.1.351.01.23 = 1 Deoil Solenoid Failed ! |
| ! ! 24 7A.1.351.01.24 = 1 Gen. Oil Temp Sensor Failed! |
| ! ! 25 7A.1.351.01.25 = 1 ECS Demand Signal Failed ! |
| ! ! 26 7A.1.351.01.26 = 1 APU Starter Fail ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU Honeywell 131-9(A): ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.11 = 1 Total Pressure Transducer ! |
| ! ! 12 7A.1.351.01.12 = 1 DIFFERENTIAL PRESSURE ! |
| ! ! TRANSDUCER ! |
| ! ! 13 7A.1.351.01.13 = 1 SPEED SENSOR ! |
| ! ! 14 7A.1.351.01.14 = 1 BLEED SHUTOFF REVERSE FLOW ! |
| ! ! 15 7A.1.351.01.15 = 1 BLEED SHUTOFF T4 HIGH ! |
| ! ! 16 7A.1.351.01.16 = 1 OIL TEMPERATURE SENSOR ! |
| ! ! 17 7A.1.351.01.17 = 1 FUEL CONTROL UNIT ! |
| ! ! 18 7A.1.351.01.18 = 1 SURGE CONTROL VALVE ! |
| ! ! 19 7A.1.351.01.19 = 1 EGT RAKE 1 ! |
| ! ! 20 7A.1.351.01.20 = 1 EGT RAKE 2 ! |
| ! ! 21 7A.1.351.01.21 = 1 IGV ACTUATOR ! |
| ! ! 22 7A.1.351.01.22 = 1 IGNITION UNIT ! |
| ! ! 23 7A.1.351.01.23 = 1 DE-OIL SOLENOID ! |
| ! ! 24 7A.1.351.01.24 = 1 IGV POSITION VS COMMAND ! |
| ! ! 25 7A.1.351.01.25 = 1 ARINC ECS DEMAND ! |
| ! ! 26 7A.1.351.01.26 = 1 STARTER MOTOR ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU APIC APS3200: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.11 = 1 LCD Pstatic Sensor ! |
| ! ! 12 7A.1.351.01.12 = 1 LCD Delta P Sensor ! |
| ! ! 13 7A.1.351.01.13 = 1 Speed Sensor #1 ! |
| ! ! 14 7A.1.351.01.14 = 1 Speed Sensor #2 ! |
| ! ! 15 7A.1.351.01.15 = 1 Not used ! |
| ! ! 16 7A.1.351.01.16 = 1 GBX Oil Temp RTD ! |
| ! ! 17 7A.1.351.01.17 = 1 Fuel Servo Valve ! |
| ! ! 18 7A.1.351.01.18 = 1 Bleed Control Valve Servo ! |
| ! ! 19 7A.1.351.01.19 = 1 EGT Sensor #1 ! |
| ! ! 20 7A.1.351.01.20 = 1 EGT Sensor #2 ! |
| ! ! 21 7A.1.351.01.21 = 1 IGV Actuator ! |
| ! ! 22 7A.1.351.01.22 = 1 Ignition Unit/Exciter ! |
| ! ! 23 7A.1.351.01.23 = 1 GBX De-oiling Valve ! |
| ! ! 24 7A.1.351.01.24 = 1 Gen Oil Temp RTD ! |
| ! ! 25 7A.1.351.01.25 = 1 ECS Demand Signal ! |
| ! ! 26 7A.1.351.01.26 = 1 Not used ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| !--------------!------------------------------------------------------! |
| ! ACW2 ! APU Control Word 2 ! |
| ! XXXXX ! Format: Each X represents 4 bits in hexadecimal ! |
| ! ! code of a defined ARINC 429 word: ! |
| ! ! XXXXX Bits HEX ! |
| ! ! !!!!!___________ 14, 13, 12, 11 0...F ! |
| ! ! !!!!____________ 18, 17, 16, 15 0...F ! |
| ! ! !!!_____________ 22, 21, 20, 19 0...F ! |
| ! ! !!______________ 26, 25, 24, 23 0...F ! |
| ! ! !_______________ 29, 28, 27 0...7 ! |
| ! ! -------------------------------------------- ! |
| ! ! ! |
| ! ! Source: DMU, composed of several ECU discrete ! |
| ! ! labels as defined below: ! |
| ! ! 0D.1.070.10 ! |
| ! ! ! |
| ! ! For APU Honeywell GTCP 36-300: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.27 = 1 Oil Pressure Switch Failed ! |
| ! ! 12 7A.1.351.01.28 = 1 P2 Sensor Failed ! |
| ! ! 13 7A.1.351.01.29 = 1 ECB Failed ! |
| ! ! 14 7A.1.352.01.12 = 1 Load Valve Solenoid Failed ! |
| ! ! 15 7A.1.352.01.13 = 1 LCDT Sensor Failed ! |
| ! ! 16 7A.1.352.01.14 = 1 LCIT Sensor Failed ! |
| ! ! 17 7A.1.352.01.15 = 1 Fuel Solenoid Failed ! |
| ! ! 18 7A.1.352.01.16 = 1 Starter Contactor Failed ! |
| ! ! 19 7A.1.352.01.17 = 1 Backup Starter Cont. Failed! |
| ! ! 20 7A.1.352.01.18 = 1 APU S/N Encoder Failed ! |
| ! ! 21 7A.1.352.01.20 = 1 Air Intake Actuator Failed ! |
| ! ! 22 7A.1.352.01.22 = 1 IGV LVDT Failed ! |
| ! ! 23 SPARE ! |
| ! ! 24 7A.1.037.01.11 = 1 APU Bleed Valve Open ! |
| ! ! 25 7A.1.037.01.12 = 1 APU Bleed Valve Closed ! |
| ! ! 26 7A.1.037.01.21 = 1 Main Eng. Start Mode ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU Honeywell 131-9(A): ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.27 = 1 LOW OIL PRESSURE SWITCH ! |
| ! ! 12 7A.1.351.01.28 = 1 INLET PRESSURE TRANSDUCER ! |
| ! ! 13 7A.1.351.01.29 = 1 ECB ! |
| ! ! 14 7A.1.352.01.12 = 1 LOAD CONTROL VALVE ! |
| ! ! 15 7A.1.352.01.13 = 1 A/C PIN CODING ! |
| ! ! 16 7A.1.352.01.14 = 1 INLET TEMPERATURE SENSOR ! |
| ! ! 17 7A.1.352.01.15 = 1 ARINC FAILURE (CFDS BUS) ! |
| ! ! 18 7A.1.352.01.16 = 1 MAIN START CONTACTOR ! |
| ! ! 19 7A.1.352.01.17 = 1 BACKUP START CONTACTOR ! |
| ! ! 20 7A.1.352.01.18 = 1 DATA MEMORY MODULE ! |
| ! ! 21 7A.1.352.01.20 = 1 AIR INTAKE FLAP ACTUATOR ! |
| ! ! 22 7A.1.352.01.22 = 1 LOW FUEL PRESSURE RELAY ! |
| ! ! 23 SPARE ! |
| ! ! 24 7A.1.037.01.11 = 1 LOAD_VALVE_OPEN ! |
| ! ! 25 7A.1.037.01.12 = 1 LOAD_VALVE_CLOSED_SW ! |
| ! ! 26 7A.1.037.01.21 = 1 MES_MODE ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU APIC APS3200: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.27 = 1 LOP Switch ! |
| ! ! 12 7A.1.351.01.28 = 1 P Inlet Sensor ! |
| ! ! 13 7A.1.351.01.29 = 1 ECB ! |
| ! ! 14 SPARE ! |
| ! ! 15 SPARE ! |
| ! ! 16 7A.1.352.01.14 = 1 LCIT sensor ! |
| ! ! 17 7A.1.352.01.15 = 1 main fuel valve ! |
| ! ! 18 7A.1.352.01.16 = 1 main start contactor ! |
| ! ! 19 7A.1.352.01.17 = 1 Backup start contactor ! |
| ! ! 20 7A.1.352.01.18 = 1 APU Serial number encoder ! |
| ! ! 21 7A.1.352.01.20 = 1 Air intake actuator ! |
| ! ! 22 7A.1.352.01.22 = 1 IGV LVDT ! |
| ! ! 23 SPARE ! |
| ! ! 24 7A.1.037.01.11 = 1 Bleed valve open ! |
| ! ! 25 7A.1.037.01.12 = 1 Bleed valve closed ! |
| ! ! 26 7A.1.037.01.21 = 1 MES Mode and bleed valve ! |
| ! ! open ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| !--------------!------------------------------------------------------! |
| ! NA ! APU Rotation Speed ! |
| ! 9999 ! Format: 0 to 120.0 %rpm ! |
| ! ! Source: ECB 7A.1.176.01 ! |
| !--------------!------------------------------------------------------! |
| ! EGTA ! APU Exhaust Gas Temperature ! |
| ! X999 ! Format: -50 to 1000 deg.C ! |
| ! ! Source: ECB 7A.1.175.01 ! |
| !--------------!------------------------------------------------------! |
| ! IGV ! IGV Position ! |
| ! X99 ! Format: -14 to 90 deg ! |
| ! ! Source: ECB 7A.1.130.01 ! |
| !--------------!------------------------------------------------------! |
| ! P2A ! APU Inlet Pressure ! |
| ! 9999 ! Format: 0.1 to 1.500 bar ! |
| ! ! Source: ECB 7A.1.112.01 ! |
| !--------------!------------------------------------------------------! |
| ! LCIT ! Load Compressor Inlet Temperature ! |
| ! X999 ! Format: -70 to 128 deg.C ! |
| ! ! Source: ECB 7A.1.110.01 ! |
| ! ! Remark: Report line V1 must show the value from ! |
| ! ! previous APU start. ! |
| !--------------!------------------------------------------------------! |
| ! PT ! Bleed Air Pressure ! |
| ! 999 ! Format: 1 to 5.00 bar ! |
| ! ! Source: ECB 7A.1.166.01 ! |
| !--------------!------------------------------------------------------! |
| ! WB ! Bleed Air Flow ! |
| ! 999 ! Format: 0.5 to 2.00 kg/sec ! |
| ! ! Source: ECB 7A.1.123.01 ! |
| !--------------!------------------------------------------------------! |
| ! LCDT ! Bleed Air Temperature ! |
| ! X999 ! Format: -50 to 220 deg.C ! |
| ! ! Source: ECB 7A.1.074.01 ! |
| ! ! Remark: Not anymore supported by all ECBs. Not used! |
| ! ! for P&W software. ! |
| !--------------!------------------------------------------------------! |
| ! OTA ! APU Oil Sump Temperature ! |
| ! X99 ! Format: -55 to 200 deg.C ! |
| ! ! Source: ECB 7A.1.247.01 ! |
| ! ! Remark: Report line V1 must show the value from ! |
| ! ! previous APU start. ! |
| !--------------!------------------------------------------------------! |
| ! GLA ! APU Generator Load ! |
| ! 999 ! Format: 0 to 256 % ! |
| ! ! Source: SDAC 29.1.100.00 ! |
| ! ! 29.2.100.00# ! |
| !--------------!------------------------------------------------------! |
| ! STA ! APU Start Time ! |
| ! 999 ! Format: 0 to 999 seconds ! |
| ! ! Source: DMU 0D.1.076.00 ! |
| ! ! Remark: APU Start Time = time from NA >1% to the ! |
| ! ! moment when 7A.1.037.01.22 is set to zero. ! |
| !--------------!------------------------------------------------------! |
| ! EGTP ! APU EGT Peak ! |
| ! X999 ! Format: -50 to 1000 deg.C ! |
| ! ! Source: DMU 0D.1.074.00 ! |
| ! ! Remark: Highest APU EGT during APU start. Bit ! |
| ! ! 7A.1.037.01.22 set to 1. ! |
| !--------------!------------------------------------------------------! |
| ! NPA ! NA at EGTP ! |
| ! 9999 ! Format: 0 to 120.0 %rpm ! |
| ! ! Source: DMU 0D.1.075.00 ! |
| +---------------------------------------------------------------------+ |
(8) APU MES/IDLE Report <13> Data Field Description
NOTE: Reports that are transmitted from the ACARS system do not have report lines without a line identifier.
| +---------------------------------------------------------------------+ |
| ! Value ! Content Description ! |
| !--------------!------------------------------------------------------! |
| ! ASN ! APU Serial Number ! |
| ! 9999 ! Format: 0 to 9999 ! |
| ! ! Source: ECB 7A.1.050.01 ! |
| !--------------!------------------------------------------------------! |
| ! AHRS ! APU Operating Hours ! |
| ! 99999 ! Format: 0 to 99999 ! |
| ! ! Source: DMU 0D.1.110.00 ! |
| !--------------!------------------------------------------------------! |
| ! ACYC ! APU Start Cycles ! |
| ! 99999 ! Format: 0 to 99999 ! |
| ! ! Source: DMU 0D.1.111.00 ! |
| !--------------!------------------------------------------------------! |
| ! PFAD ! APU Performance Adjustment ! |
| ! XXXXX ! Format: XXXXX ! |
| ! ! Source: ECB 7A.1.004.01 ! |
| !--------------!------------------------------------------------------! |
| ! BCV ! Bleed Control Valve Position ! |
| ! 999.9 ! Format: 0 to 128 % ! |
| ! ! Source: ECB 7A.1.131.01 ! |
| ! ! Remark: Send by APIC APU only. Used for P&W ! |
| ! ! software only. ! |
| !--------------!------------------------------------------------------! |
| ! DPA ! Delta Pressure for APIC APUs ! |
| ! 99.99 ! Format: 0 to 25 psid ! |
| ! ! Source: ECB 7A.1.165.01 ! |
| ! ! Remark: Due to different resolutions only useful ! |
| ! ! with APIC APUs. Used for P&W software only.! |
| !--------------!------------------------------------------------------! |
| ! ESN ! Engine Serial Number ! |
| ! 999999 ! Format: 000000 to 999999 ! |
| ! ! Source: ECU (CFMI) Engine 1 ! |
| ! ! EEC (IAE) 7C.1.046.01 digit 3,2,1 ! |
| ! ! 7C.1.047.01 digit 6,5,4 ! |
| ! ! Engine 2 ! |
| ! ! 7C.2.046.10 digit 3,2,1 ! |
| ! ! 7C.2.047.10 digit 6,5,4 ! |
| !--------------!------------------------------------------------------! |
| ! SCV ! Surge Control Valve Position ! |
| ! 99.99 ! Format: 10 to 90 deg ! |
| ! ! Source: ECB 7A.1.134.01 ! |
| ! ! Remark: Send by Honeywell APUs only. Used for P&W ! |
| ! ! software only. ! |
| !--------------!------------------------------------------------------! |
| ! ACW1 ! APU Control Word 1 ! |
| ! XXXXX ! Format: Each X represents 4 Bits in hexadecimal ! |
| ! ! code of a defined ARINC 429 word: ! |
| ! ! XXXXX Bits HEX ! |
| ! ! !!!!!___________ 14, 13, 12, 11 0...F ! |
| ! ! !!!!____________ 18, 17, 16, 15 0...F ! |
| ! ! !!!_____________ 22, 21, 20, 19 0...F ! |
| ! ! !!______________ 26, 25, 24, 23 0...F ! |
| ! ! !_______________ 29, 28, 27 0...7 ! |
| ! ! ! |
| ! ! Source: DMU, composed of several ECU discrete ! |
| ! ! labels as defined below: ! |
| ! ! 0D.1.070.01 ! |
| ! ! ! |
| ! ! For APU Honeywell GTCP 36-300: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.11 = 1 PT Sensor Failed ! |
| ! ! 12 7A.1.351.01.12 = 1 Delta P Sensor Failed ! |
| ! ! 13 7A.1.351.01.13 = 1 Speed Sensor No. 1 Failed ! |
| ! ! 14 7A.1.351.01.14 = 1 Speed Sensor No. 2 Failed ! |
| ! ! 15 7A.1.351.01.15 = 1 High Oil Temp Switch Failed! |
| ! ! 16 7A.1.351.01.16 = 1 Oil Temp Sensor Failed ! |
| ! ! 17 7A.1.351.01.17 = 1 Fuel Control Torq. Motor ! |
| ! ! Failed ! |
| ! ! 18 7A.1.351.01.18 = 1 Surge Valve Torq. Motor ! |
| ! ! Failed ! |
| ! ! 19 7A.1.351.01.19 = 1 EGT Rake No. 1 Failed ! |
| ! ! 20 7A.1.351.01.20 = 1 EGT Rake No. 2 Failed ! |
| ! ! 21 7A.1.351.01.21 = 1 IGV Actuator Failed ! |
| ! ! 22 7A.1.351.01.22 = 1 Ignition Unit Failed ! |
| ! ! 23 7A.1.351.01.23 = 1 Deoil Solenoid Failed ! |
| ! ! 24 7A.1.351.01.24 = 1 Gen. Oil Temp Sensor Failed! |
| ! ! 25 7A.1.351.01.25 = 1 ECS Demand Signal Failed ! |
| ! ! 26 7A.1.351.01.26 = 1 APU Starter Fail ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU Honeywell 131-9(A): ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.11 = 1 Total Pressure Transducer ! |
| ! ! 12 7A.1.351.01.12 = 1 DIFFERENTIAL PRESSURE ! |
| ! ! TRANSDUCER ! |
| ! ! 13 7A.1.351.01.13 = 1 SPEED SENSOR ! |
| ! ! 14 7A.1.351.01.14 = 1 BLEED SHUTOFF REVERSE FLOW ! |
| ! ! 15 7A.1.351.01.15 = 1 BLEED SHUTOFF T4 HIGH ! |
| ! ! 16 7A.1.351.01.16 = 1 OIL TEMPERATURE SENSOR ! |
| ! ! 17 7A.1.351.01.17 = 1 FUEL CONTROL UNIT ! |
| ! ! 18 7A.1.351.01.18 = 1 SURGE CONTROL VALVE ! |
| ! ! 19 7A.1.351.01.19 = 1 EGT RAKE 1 ! |
| ! ! 20 7A.1.351.01.20 = 1 EGT RAKE 2 ! |
| ! ! 21 7A.1.351.01.21 = 1 IGV ACTUATOR ! |
| ! ! 22 7A.1.351.01.22 = 1 IGNITION UNIT ! |
| ! ! 23 7A.1.351.01.23 = 1 DE-OIL SOLENOID ! |
| ! ! 24 7A.1.351.01.24 = 1 IGV POSITION VS COMMAND ! |
| ! ! 25 7A.1.351.01.25 = 1 ARINC ECS DEMAND ! |
| ! ! 26 7A.1.351.01.26 = 1 STARTER MOTOR ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU APIC APS3200: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.11 = 1 LCD Pstatic Sensor ! |
| ! ! 12 7A.1.351.01.12 = 1 LCD Delta P Sensor ! |
| ! ! 13 7A.1.351.01.13 = 1 Speed Sensor #1 ! |
| ! ! 14 7A.1.351.01.14 = 1 Speed Sensor #2 ! |
| ! ! 15 7A.1.351.01.15 = 1 Not used ! |
| ! ! 16 7A.1.351.01.16 = 1 GBX Oil Temp RTD ! |
| ! ! 17 7A.1.351.01.17 = 1 Fuel Servo Valve ! |
| ! ! 18 7A.1.351.01.18 = 1 Bleed Control Valve Servo ! |
| ! ! 19 7A.1.351.01.19 = 1 EGT Sensor #1 ! |
| ! ! 20 7A.1.351.01.20 = 1 EGT Sensor #2 ! |
| ! ! 21 7A.1.351.01.21 = 1 IGV Actuator ! |
| ! ! 22 7A.1.351.01.22 = 1 Ignition Unit/Exciter ! |
| ! ! 23 7A.1.351.01.23 = 1 GBX De-oiling Valve ! |
| ! ! 24 7A.1.351.01.24 = 1 Gen Oil Temp RTD ! |
| ! ! 25 7A.1.351.01.25 = 1 ECS Demand Signal ! |
| ! ! 26 7A.1.351.01.26 = 1 Not used ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| !--------------!------------------------------------------------------! |
| ! ACW2 ! APU Control Word 2 ! |
| ! XXXXX ! Format: Each X represents 4 bits in hexadecimal ! |
| ! ! code of a defined ARINC 429 word: ! |
| ! ! XXXXX Bits HEX ! |
| ! ! !!!!!___________ 14, 13, 12, 11 0...F ! |
| ! ! !!!!____________ 18, 17, 16, 15 0...F ! |
| ! ! !!!_____________ 22, 21, 20, 19 0...F ! |
| ! ! !!______________ 26, 25, 24, 23 0...F ! |
| ! ! !_______________ 29, 28, 27 0...7 ! |
| ! ! -------------------------------------------- ! |
| ! ! ! |
| ! ! Source: DMU, composed of several ECU discrete ! |
| ! ! labels as defined below: ! |
| ! ! 0D.1.070.10 ! |
| ! ! ! |
| ! ! For APU Honeywell GTCP 36-300: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.27 = 1 Oil Pressure Switch Failed ! |
| ! ! 12 7A.1.351.01.28 = 1 P2 Sensor Failed ! |
| ! ! 13 7A.1.351.01.29 = 1 ECB Failed ! |
| ! ! 14 7A.1.352.01.12 = 1 Load Valve Solenoid Failed ! |
| ! ! 15 7A.1.352.01.13 = 1 LCDT Sensor Failed ! |
| ! ! 16 7A.1.352.01.14 = 1 LCIT Sensor Failed ! |
| ! ! 17 7A.1.352.01.15 = 1 Fuel Solenoid Failed ! |
| ! ! 18 7A.1.352.01.16 = 1 Starter Contactor Failed ! |
| ! ! 19 7A.1.352.01.17 = 1 Backup Starter Cont. Failed! |
| ! ! 20 7A.1.352.01.18 = 1 APU S/N Encoder Failed ! |
| ! ! 21 7A.1.352.01.20 = 1 Air Intake Actuator Failed ! |
| ! ! 22 7A.1.352.01.22 = 1 IGV LVDT Failed ! |
| ! ! 23 SPARE ! |
| ! ! 24 7A.1.037.01.11 = 1 APU Bleed Valve Open ! |
| ! ! 25 7A.1.037.01.12 = 1 APU Bleed Valve Closed ! |
| ! ! 26 7A.1.037.01.21 = 1 Main Eng. Start Mode ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU Honeywell 131-9(A): ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.27 = 1 LOW OIL PRESSURE SWITCH ! |
| ! ! 12 7A.1.351.01.28 = 1 INLET PRESSURE TRANSDUCER ! |
| ! ! 13 7A.1.351.01.29 = 1 ECB ! |
| ! ! 14 7A.1.352.01.12 = 1 LOAD CONTROL VALVE ! |
| ! ! 15 7A.1.352.01.13 = 1 A/C PIN CODING ! |
| ! ! 16 7A.1.352.01.14 = 1 INLET TEMPERATURE SENSOR ! |
| ! ! 17 7A.1.352.01.15 = 1 ARINC FAILURE (CFDS BUS) ! |
| ! ! 18 7A.1.352.01.16 = 1 MAIN START CONTACTOR ! |
| ! ! 19 7A.1.352.01.17 = 1 BACKUP START CONTACTOR ! |
| ! ! 20 7A.1.352.01.18 = 1 DATA MEMORY MODULE ! |
| ! ! 21 7A.1.352.01.20 = 1 AIR INTAKE FLAP ACTUATOR ! |
| ! ! 22 7A.1.352.01.22 = 1 LOW FUEL PRESSURE RELAY ! |
| ! ! 23 SPARE ! |
| ! ! 24 7A.1.037.01.11 = 1 LOAD_VALVE_OPEN ! |
| ! ! 25 7A.1.037.01.12 = 1 LOAD_VALVE_CLOSED_SW ! |
| ! ! 26 7A.1.037.01.21 = 1 MES_MODE ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU APIC APS3200: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.27 = 1 LOP Switch ! |
| ! ! 12 7A.1.351.01.28 = 1 P Inlet Sensor ! |
| ! ! 13 7A.1.351.01.29 = 1 ECB ! |
| ! ! 14 SPARE ! |
| ! ! 15 SPARE ! |
| ! ! 16 7A.1.352.01.14 = 1 LCIT sensor ! |
| ! ! 17 7A.1.352.01.15 = 1 main fuel valve ! |
| ! ! 18 7A.1.352.01.16 = 1 main start contactor ! |
| ! ! 19 7A.1.352.01.17 = 1 Backup start contactor ! |
| ! ! 20 7A.1.352.01.18 = 1 APU Serial number encoder ! |
| ! ! 21 7A.1.352.01.20 = 1 Air intake actuator ! |
| ! ! 22 7A.1.352.01.22 = 1 IGV LVDT ! |
| ! ! 23 SPARE ! |
| ! ! 24 7A.1.037.01.11 = 1 Bleed valve open ! |
| ! ! 25 7A.1.037.01.12 = 1 Bleed valve closed ! |
| ! ! 26 7A.1.037.01.21 = 1 MES Mode and bleed valve ! |
| ! ! open ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| !--------------!------------------------------------------------------! |
| ! NA ! APU Rotation Speed ! |
| ! 9999 ! Format: 0 to 120.0 %rpm ! |
| ! ! Source: ECB 7A.1.176.01 ! |
| !--------------!------------------------------------------------------! |
| ! EGTA ! APU Exhaust Gas Temperature ! |
| ! X999 ! Format: -50 to 1000 deg.C ! |
| ! ! Source: ECB 7A.1.175.01 ! |
| !--------------!------------------------------------------------------! |
| ! IGV ! IGV Position ! |
| ! X99 ! Format: -14 to 90 deg ! |
| ! ! Source: ECB 7A.1.130.01 ! |
| !--------------!------------------------------------------------------! |
| ! P2A ! APU Inlet Pressure ! |
| ! 9999 ! Format: 0.1 to 1.500 bar ! |
| ! ! Source: ECB 7A.1.112.01 ! |
| !--------------!------------------------------------------------------! |
| ! LCIT ! Load Compressor Inlet Temperature ! |
| ! X999 ! Format: -70 to 128 deg.C ! |
| ! ! Source: ECB 7A.1.110.01 ! |
| ! ! Remark: Report line V1 must show the value from ! |
| ! ! previous APU start. ! |
| !--------------!------------------------------------------------------! |
| ! PT ! Bleed Air Pressure ! |
| ! 999 ! Format: 1 to 5.00 bar ! |
| ! ! Source: ECB 7A.1.166.01 ! |
| !--------------!------------------------------------------------------! |
| ! WB ! Bleed Air Flow ! |
| ! 999 ! Format: 0 to 2.00 kg/sec ! |
| ! ! Source: ECB 7A.1.123.01 ! |
| !--------------!------------------------------------------------------! |
| ! LCDT ! Bleed Air Temperature ! |
| ! X999 ! Format: -50 to 220 deg.C ! |
| ! ! Source: ECB 7A.1.074.01 ! |
| ! ! Remark: Not anymore supported by all ECBs. Not used! |
| ! ! for P&W software. ! |
| !--------------!------------------------------------------------------! |
| ! OTA ! APU Oil Sump Temperature ! |
| ! X99 ! Format: -55 to 200 deg.C ! |
| ! ! Source: ECB 7A.1.247.01 ! |
| ! ! Remark: Report line V1 must show the value from ! |
| ! ! previous APU start. ! |
| !--------------!------------------------------------------------------! |
| ! GLA ! APU Generator Load ! |
| ! 999 ! Format: 0 to 256 % ! |
| ! ! Source: SDAC 29.1.100.00 ! |
| ! ! 29.2.100.00# ! |
| !--------------!------------------------------------------------------! |
| ! STA ! APU Start Time ! |
| ! 999 ! Format: 0 to 999 seconds ! |
| ! ! Source: DMU 0D.1.076.00 ! |
| ! ! Remark: APU Start Time = time from NA >1% to the ! |
| ! ! moment when 7A.1.037.01.22 is set to zero. ! |
| !--------------!------------------------------------------------------! |
| ! EGTP ! APU EGT Peak ! |
| ! X999 ! Format: -50 to 1000 deg.C ! |
| ! ! Source: DMU 0D.1.074.00 ! |
| ! ! Remark: Highest APU EGT during APU start. Bit ! |
| ! ! 7A.1.037.01.22 set to 1. ! |
| !--------------!------------------------------------------------------! |
| ! NPA ! NA at EGTP ! |
| ! 9999 ! Format: 0 to 120.0 %rpm ! |
| ! ! Source: DMU 0D.1.075.00 ! |
| +---------------------------------------------------------------------+ |
(9) APU MES/IDLE Report <13> Data Field Description
NOTE: Reports that are transmitted from the ACARS system do not have report lines without a line identifier.
| +---------------------------------------------------------------------+ |
| ! Value ! Content Description ! |
| !--------------!------------------------------------------------------! |
| ! ASN ! APU Serial Number ! |
| ! 9999 ! Format: 0 to 9999 ! |
| ! ! Source: ECB 7A.1.050.01 ! |
| !--------------!------------------------------------------------------! |
| ! AHRS ! APU Operating Hours ! |
| ! 99999 ! Format: 0 to 99999 ! |
| ! ! Source: DMU 0D.1.110.00 ! |
| !--------------!------------------------------------------------------! |
| ! ACYC ! APU Start Cycles ! |
| ! 99999 ! Format: 0 to 99999 ! |
| ! ! Source: DMU 0D.1.111.00 ! |
| !--------------!------------------------------------------------------! |
| ! PFAD ! APU Performance Adjustment ! |
| ! XXXXX ! Format: XXXXX ! |
| ! ! Source: ECB 7A.1.004.01 ! |
| !--------------!------------------------------------------------------! |
| ! BCV ! Bleed Control Valve Position ! |
| ! 999.9 ! Format: 0 to 128 % ! |
| ! ! Source: ECB 7A.1.131.01 ! |
| ! ! Remark: Send by APIC APU only. Used for P&W ! |
| ! ! software only. ! |
| !--------------!------------------------------------------------------! |
| ! DPA ! Delta Pressure for APIC APUs ! |
| ! 99.99 ! Format: 0 to 25 psid ! |
| ! ! Source: ECB 7A.1.165.01 ! |
| ! ! Remark: Due to different resolutions only useful ! |
| ! ! with APIC APUs. Used for P&W software only.! |
| !--------------!------------------------------------------------------! |
| ! ESN ! Engine Serial Number ! |
| ! 999999 ! Format: 000000 to 999999 ! |
| ! ! Source: ECU (CFMI) Engine 1 ! |
| ! ! EEC (IAE) 7C.1.046.01 digit 3,2,1 ! |
| ! ! 7C.1.047.01 digit 6,5,4 ! |
| ! ! Engine 2 ! |
| ! ! 7C.2.046.10 digit 3,2,1 ! |
| ! ! 7C.2.047.10 digit 6,5,4 ! |
| !--------------!------------------------------------------------------! |
| ! SCV ! Surge Control Valve Position ! |
| ! 99.99 ! Format: 10 to 90 deg ! |
| ! ! Source: ECB 7A.1.134.01 ! |
| ! ! Remark: Send by Honeywell APUs only. Used for P&W ! |
| ! ! software only. ! |
| !--------------!------------------------------------------------------! |
| ! ACW1 ! APU Control Word 1 ! |
| ! XXXXX ! Format: Each X represents 4 Bits in hexadecimal ! |
| ! ! code of a defined ARINC 429 word: ! |
| ! ! XXXXX Bits HEX ! |
| ! ! !!!!!___________ 14, 13, 12, 11 0...F ! |
| ! ! !!!!____________ 18, 17, 16, 15 0...F ! |
| ! ! !!!_____________ 22, 21, 20, 19 0...F ! |
| ! ! !!______________ 26, 25, 24, 23 0...F ! |
| ! ! !_______________ 29, 28, 27 0...7 ! |
| ! ! ! |
| ! ! Source: DMU, composed of several ECU discrete ! |
| ! ! labels as defined below: ! |
| ! ! 0D.1.070.01 ! |
| ! ! ! |
| ! ! For APU Honeywell GTCP 36-300: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.11 = 1 PT Sensor Failed ! |
| ! ! 12 7A.1.351.01.12 = 1 Delta P Sensor Failed ! |
| ! ! 13 7A.1.351.01.13 = 1 Speed Sensor No. 1 Failed ! |
| ! ! 14 7A.1.351.01.14 = 1 Speed Sensor No. 2 Failed ! |
| ! ! 15 7A.1.351.01.15 = 1 High Oil Temp Switch Failed! |
| ! ! 16 7A.1.351.01.16 = 1 Oil Temp Sensor Failed ! |
| ! ! 17 7A.1.351.01.17 = 1 Fuel Control Torq. Motor ! |
| ! ! Failed ! |
| ! ! 18 7A.1.351.01.18 = 1 Surge Valve Torq. Motor ! |
| ! ! Failed ! |
| ! ! 19 7A.1.351.01.19 = 1 EGT Rake No. 1 Failed ! |
| ! ! 20 7A.1.351.01.20 = 1 EGT Rake No. 2 Failed ! |
| ! ! 21 7A.1.351.01.21 = 1 IGV Actuator Failed ! |
| ! ! 22 7A.1.351.01.22 = 1 Ignition Unit Failed ! |
| ! ! 23 7A.1.351.01.23 = 1 Deoil Solenoid Failed ! |
| ! ! 24 7A.1.351.01.24 = 1 Gen. Oil Temp Sensor Failed! |
| ! ! 25 7A.1.351.01.25 = 1 ECS Demand Signal Failed ! |
| ! ! 26 7A.1.351.01.26 = 1 APU Starter Fail ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU Honeywell 131-9(A): ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.11 = 1 Total Pressure Transducer ! |
| ! ! 12 7A.1.351.01.12 = 1 DIFFERENTIAL PRESSURE ! |
| ! ! TRANSDUCER ! |
| ! ! 13 7A.1.351.01.13 = 1 SPEED SENSOR ! |
| ! ! 14 7A.1.351.01.14 = 1 BLEED SHUTOFF REVERSE FLOW ! |
| ! ! 15 7A.1.351.01.15 = 1 BLEED SHUTOFF T4 HIGH ! |
| ! ! 16 7A.1.351.01.16 = 1 OIL TEMPERATURE SENSOR ! |
| ! ! 17 7A.1.351.01.17 = 1 FUEL CONTROL UNIT ! |
| ! ! 18 7A.1.351.01.18 = 1 SURGE CONTROL VALVE ! |
| ! ! 19 7A.1.351.01.19 = 1 EGT RAKE 1 ! |
| ! ! 20 7A.1.351.01.20 = 1 EGT RAKE 2 ! |
| ! ! 21 7A.1.351.01.21 = 1 IGV ACTUATOR ! |
| ! ! 22 7A.1.351.01.22 = 1 IGNITION UNIT ! |
| ! ! 23 7A.1.351.01.23 = 1 DE-OIL SOLENOID ! |
| ! ! 24 7A.1.351.01.24 = 1 IGV POSITION VS COMMAND ! |
| ! ! 25 7A.1.351.01.25 = 1 ARINC ECS DEMAND ! |
| ! ! 26 7A.1.351.01.26 = 1 STARTER MOTOR ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU APIC APS3200: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.11 = 1 LCD Pstatic Sensor ! |
| ! ! 12 7A.1.351.01.12 = 1 LCD Delta P Sensor ! |
| ! ! 13 7A.1.351.01.13 = 1 Speed Sensor #1 ! |
| ! ! 14 7A.1.351.01.14 = 1 Speed Sensor #2 ! |
| ! ! 15 7A.1.351.01.15 = 1 Not used ! |
| ! ! 16 7A.1.351.01.16 = 1 GBX Oil Temp RTD ! |
| ! ! 17 7A.1.351.01.17 = 1 Fuel Servo Valve ! |
| ! ! 18 7A.1.351.01.18 = 1 Bleed Control Valve Servo ! |
| ! ! 19 7A.1.351.01.19 = 1 EGT Sensor #1 ! |
| ! ! 20 7A.1.351.01.20 = 1 EGT Sensor #2 ! |
| ! ! 21 7A.1.351.01.21 = 1 IGV Actuator ! |
| ! ! 22 7A.1.351.01.22 = 1 Ignition Unit/Exciter ! |
| ! ! 23 7A.1.351.01.23 = 1 GBX De-oiling Valve ! |
| ! ! 24 7A.1.351.01.24 = 1 Gen Oil Temp RTD ! |
| ! ! 25 7A.1.351.01.25 = 1 ECS Demand Signal ! |
| ! ! 26 7A.1.351.01.26 = 1 Not used ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| !--------------!------------------------------------------------------! |
| ! ACW2 ! APU Control Word 2 ! |
| ! XXXXX ! Format: Each X represents 4 bits in hexadecimal ! |
| ! ! code of a defined ARINC 429 word: ! |
| ! ! XXXXX Bits HEX ! |
| ! ! !!!!!___________ 14, 13, 12, 11 0...F ! |
| ! ! !!!!____________ 18, 17, 16, 15 0...F ! |
| ! ! !!!_____________ 22, 21, 20, 19 0...F ! |
| ! ! !!______________ 26, 25, 24, 23 0...F ! |
| ! ! !_______________ 29, 28, 27 0...7 ! |
| ! ! -------------------------------------------- ! |
| ! ! ! |
| ! ! Source: DMU, composed of several ECU discrete ! |
| ! ! labels as defined below: ! |
| ! ! 0D.1.070.10 ! |
| ! ! ! |
| ! ! For APU Honeywell GTCP 36-300: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.27 = 1 Oil Pressure Switch Failed ! |
| ! ! 12 7A.1.351.01.28 = 1 P2 Sensor Failed ! |
| ! ! 13 7A.1.351.01.29 = 1 ECB Failed ! |
| ! ! 14 7A.1.352.01.12 = 1 Load Valve Solenoid Failed ! |
| ! ! 15 7A.1.352.01.13 = 1 LCDT Sensor Failed ! |
| ! ! 16 7A.1.352.01.14 = 1 LCIT Sensor Failed ! |
| ! ! 17 7A.1.352.01.15 = 1 Fuel Solenoid Failed ! |
| ! ! 18 7A.1.352.01.16 = 1 Starter Contactor Failed ! |
| ! ! 19 7A.1.352.01.17 = 1 Backup Starter Cont. Failed! |
| ! ! 20 7A.1.352.01.18 = 1 APU S/N Encoder Failed ! |
| ! ! 21 7A.1.352.01.20 = 1 Air Intake Actuator Failed ! |
| ! ! 22 7A.1.352.01.22 = 1 IGV LVDT Failed ! |
| ! ! 23 SPARE ! |
| ! ! 24 7A.1.037.01.11 = 1 APU Bleed Valve Open ! |
| ! ! 25 7A.1.037.01.12 = 1 APU Bleed Valve Closed ! |
| ! ! 26 7A.1.037.01.21 = 1 Main Eng. Start Mode ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU Honeywell 131-9(A): ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.27 = 1 LOW OIL PRESSURE SWITCH ! |
| ! ! 12 7A.1.351.01.28 = 1 INLET PRESSURE TRANSDUCER ! |
| ! ! 13 7A.1.351.01.29 = 1 ECB ! |
| ! ! 14 7A.1.352.01.12 = 1 LOAD CONTROL VALVE ! |
| ! ! 15 7A.1.352.01.13 = 1 A/C PIN CODING ! |
| ! ! 16 7A.1.352.01.14 = 1 INLET TEMPERATURE SENSOR ! |
| ! ! 17 7A.1.352.01.15 = 1 ARINC FAILURE (CFDS BUS) ! |
| ! ! 18 7A.1.352.01.16 = 1 MAIN START CONTACTOR ! |
| ! ! 19 7A.1.352.01.17 = 1 BACKUP START CONTACTOR ! |
| ! ! 20 7A.1.352.01.18 = 1 DATA MEMORY MODULE ! |
| ! ! 21 7A.1.352.01.20 = 1 AIR INTAKE FLAP ACTUATOR ! |
| ! ! 22 7A.1.352.01.22 = 1 LOW FUEL PRESSURE RELAY ! |
| ! ! 23 SPARE ! |
| ! ! 24 7A.1.037.01.11 = 1 LOAD_VALVE_OPEN ! |
| ! ! 25 7A.1.037.01.12 = 1 LOAD_VALVE_CLOSED_SW ! |
| ! ! 26 7A.1.037.01.21 = 1 MES_MODE ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU APIC APS3200: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.27 = 1 LOP Switch ! |
| ! ! 12 7A.1.351.01.28 = 1 P Inlet Sensor ! |
| ! ! 13 7A.1.351.01.29 = 1 ECB ! |
| ! ! 14 SPARE ! |
| ! ! 15 SPARE ! |
| ! ! 16 7A.1.352.01.14 = 1 LCIT sensor ! |
| ! ! 17 7A.1.352.01.15 = 1 main fuel valve ! |
| ! ! 18 7A.1.352.01.16 = 1 main start contactor ! |
| ! ! 19 7A.1.352.01.17 = 1 Backup start contactor ! |
| ! ! 20 7A.1.352.01.18 = 1 APU Serial number encoder ! |
| ! ! 21 7A.1.352.01.20 = 1 Air intake actuator ! |
| ! ! 22 7A.1.352.01.22 = 1 IGV LVDT ! |
| ! ! 23 SPARE ! |
| ! ! 24 7A.1.037.01.11 = 1 Bleed valve open ! |
| ! ! 25 7A.1.037.01.12 = 1 Bleed valve closed ! |
| ! ! 26 7A.1.037.01.21 = 1 MES Mode and bleed valve ! |
| ! ! open ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| !--------------!------------------------------------------------------! |
| ! NA ! APU Rotation Speed ! |
| ! 9999 ! Format: 0 to 120.0 %rpm ! |
| ! ! Source: ECB 7A.1.176.01 ! |
| !--------------!------------------------------------------------------! |
| ! EGTA ! APU Exhaust Gas Temperature ! |
| ! X999 ! Format: -50 to 1000 deg.C ! |
| ! ! Source: ECB 7A.1.175.01 ! |
| !--------------!------------------------------------------------------! |
| ! IGV ! IGV Position ! |
| ! X99 ! Format: -14 to 90 deg ! |
| ! ! Source: ECB 7A.1.130.01 ! |
| !--------------!------------------------------------------------------! |
| ! P2A ! APU Inlet Pressure ! |
| ! 9999 ! Format: 0.1 to 1.500 bar ! |
| ! ! Source: ECB 7A.1.112.01 ! |
| !--------------!------------------------------------------------------! |
| ! LCIT ! Load Compressor Inlet Temperature ! |
| ! X999 ! Format: -70 to 128 deg.C ! |
| ! ! Source: ECB 7A.1.110.01 ! |
| ! ! Remark: Report line V1 must show the value from ! |
| ! ! previous APU start. ! |
| !--------------!------------------------------------------------------! |
| ! PT ! Bleed Air Pressure ! |
| ! 999 ! Format: 1 to 5.00 bar ! |
| ! ! Source: ECB 7A.1.166.01 ! |
| !--------------!------------------------------------------------------! |
| ! WB ! Bleed Air Flow ! |
| ! 999 ! Format: 0 to 2.00 kg/sec ! |
| ! ! Source: ECB 7A.1.123.01 ! |
| !--------------!------------------------------------------------------! |
| ! LCDT ! Bleed Air Temperature ! |
| ! X999 ! Format: -50 to 220 deg.C ! |
| ! ! Source: ECB 7A.1.074.01 ! |
| ! ! Remark: Not anymore supported by all ECBs. Not used! |
| ! ! for P&W software. ! |
| !--------------!------------------------------------------------------! |
| ! OTA ! APU Oil Sump Temperature ! |
| ! X99 ! Format: -55 to 200 deg.C ! |
| ! ! Source: ECB 7A.1.247.01 ! |
| ! ! Remark: Report line V1 must show the value from ! |
| ! ! previous APU start. ! |
| !--------------!------------------------------------------------------! |
| ! GLA ! APU Generator Load ! |
| ! 999 ! Format: 0 to 256 % ! |
| ! ! Source: SDAC 29.1.100.00 ! |
| ! ! 29.2.100.00# ! |
| !--------------!------------------------------------------------------! |
| ! STA ! APU Start Time ! |
| ! 999 ! Format: 0 to 999 seconds ! |
| ! ! Source: DMU 0D.1.076.00 ! |
| ! ! Remark: APU Start Time = time from NA >1% to the ! |
| ! ! moment when 7A.1.037.01.22 is set to zero. ! |
| !--------------!------------------------------------------------------! |
| ! EGTP ! APU EGT Peak ! |
| ! X999 ! Format: -50 to 1000 deg.C ! |
| ! ! Source: DMU 0D.1.074.00 ! |
| ! ! Remark: Highest APU EGT during APU start. Bit ! |
| ! ! 7A.1.037.01.22 set to 1. ! |
| !--------------!------------------------------------------------------! |
| ! NPA ! NA at EGTP ! |
| ! 9999 ! Format: 0 to 120.0 %rpm ! |
| ! ! Source: DMU 0D.1.075.00 ! |
| +---------------------------------------------------------------------+ |
(10) APU MES/IDLE Report <13> Data Field Description
NOTE: Reports that are transmitted from the ACARS system do not have report lines without a line identifier.
| +---------------------------------------------------------------------+ |
| ! Value ! Content Description ! |
| !--------------!------------------------------------------------------! |
| ! ASN ! APU Serial Number ! |
| ! 9999 ! Format: 0 to 9999 ! |
| ! ! Source: ECB 7A.1.050.01 ! |
| !--------------!------------------------------------------------------! |
| ! AHRS ! APU Operating Hours ! |
| ! 99999 ! Format: 0 to 99999 ! |
| ! ! Source: DMU 0D.1.110.00 ! |
| !--------------!------------------------------------------------------! |
| ! ACYC ! APU Start Cycles ! |
| ! 99999 ! Format: 0 to 99999 ! |
| ! ! Source: DMU 0D.1.111.00 ! |
| !--------------!------------------------------------------------------! |
| ! PFAD ! APU Performance Adjustment ! |
| ! XXXXX ! Format: XXXXX ! |
| ! ! Source: ECB 7A.1.004.01 ! |
| !--------------!------------------------------------------------------! |
| ! BCV ! Bleed Control Valve Position ! |
| ! 999.9 ! Format: 0 to 128 % ! |
| ! ! Source: ECB 7A.1.131.01 ! |
| ! ! Remark: Send by APIC APU only. Used for P&W ! |
| ! ! software only. ! |
| !--------------!------------------------------------------------------! |
| ! DPA ! Delta Pressure for APIC APUs ! |
| ! 99.99 ! Format: 0 to 25 psid ! |
| ! ! Source: ECB 7A.1.165.01 ! |
| ! ! Remark: Due to different resolutions only useful ! |
| ! ! with APIC APUs. Used for P&W software only.! |
| !--------------!------------------------------------------------------! |
| ! ESN ! Engine Serial Number ! |
| ! 999999 ! Format: 000000 to 999999 ! |
| ! ! Source: EIU Engine 1 ! |
| ! ! 7B.1.046.XX digit 3,2,1 ! |
| ! ! 7B.1.047.XX digit 6,5,4 ! |
| ! ! Engine 2 ! |
| ! ! 7B.2.046.XX digit 3,2,1 ! |
| ! ! 7B.2.047.XX digit 6,5,4 ! |
| !--------------!------------------------------------------------------! |
| ! SCV ! Surge Control Valve Position ! |
| ! 99.99 ! Format: 10 to 90 deg ! |
| ! ! Source: ECB 7A.1.134.01 ! |
| ! ! Remark: Send by Honeywell APUs only. Used for P&W ! |
| ! ! software only. ! |
| !--------------!------------------------------------------------------! |
| ! ACW1 ! APU Control Word 1 ! |
| ! XXXXX ! Format: Each X represents 4 Bits in hexadecimal ! |
| ! ! code of a defined ARINC 429 word: ! |
| ! ! XXXXX Bits HEX ! |
| ! ! !!!!!___________ 14, 13, 12, 11 0...F ! |
| ! ! !!!!____________ 18, 17, 16, 15 0...F ! |
| ! ! !!!_____________ 22, 21, 20, 19 0...F ! |
| ! ! !!______________ 26, 25, 24, 23 0...F ! |
| ! ! !_______________ 29, 28, 27 0...7 ! |
| ! ! ! |
| ! ! Source: DMU, composed of several ECU discrete ! |
| ! ! labels as defined below: ! |
| ! ! 0D.1.070.01 ! |
| ! ! ! |
| ! ! For APU Honeywell GTCP 36-300: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.11 = 1 PT Sensor Failed ! |
| ! ! 12 7A.1.351.01.12 = 1 Delta P Sensor Failed ! |
| ! ! 13 7A.1.351.01.13 = 1 Speed Sensor No. 1 Failed ! |
| ! ! 14 7A.1.351.01.14 = 1 Speed Sensor No. 2 Failed ! |
| ! ! 15 7A.1.351.01.15 = 1 High Oil Temp Switch Failed! |
| ! ! 16 7A.1.351.01.16 = 1 Oil Temp Sensor Failed ! |
| ! ! 17 7A.1.351.01.17 = 1 Fuel Control Torq. Motor ! |
| ! ! Failed ! |
| ! ! 18 7A.1.351.01.18 = 1 Surge Valve Torq. Motor ! |
| ! ! Failed ! |
| ! ! 19 7A.1.351.01.19 = 1 EGT Rake No. 1 Failed ! |
| ! ! 20 7A.1.351.01.20 = 1 EGT Rake No. 2 Failed ! |
| ! ! 21 7A.1.351.01.21 = 1 IGV Actuator Failed ! |
| ! ! 22 7A.1.351.01.22 = 1 Ignition Unit Failed ! |
| ! ! 23 7A.1.351.01.23 = 1 Deoil Solenoid Failed ! |
| ! ! 24 7A.1.351.01.24 = 1 Gen. Oil Temp Sensor Failed! |
| ! ! 25 7A.1.351.01.25 = 1 ECS Demand Signal Failed ! |
| ! ! 26 7A.1.351.01.26 = 1 APU Starter Fail ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU Honeywell 131-9(A): ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.11 = 1 Total Pressure Transducer ! |
| ! ! 12 7A.1.351.01.12 = 1 DIFFERENTIAL PRESSURE ! |
| ! ! TRANSDUCER ! |
| ! ! 13 7A.1.351.01.13 = 1 SPEED SENSOR ! |
| ! ! 14 7A.1.351.01.14 = 1 BLEED SHUTOFF REVERSE FLOW ! |
| ! ! 15 7A.1.351.01.15 = 1 BLEED SHUTOFF T4 HIGH ! |
| ! ! 16 7A.1.351.01.16 = 1 OIL TEMPERATURE SENSOR ! |
| ! ! 17 7A.1.351.01.17 = 1 FUEL CONTROL UNIT ! |
| ! ! 18 7A.1.351.01.18 = 1 SURGE CONTROL VALVE ! |
| ! ! 19 7A.1.351.01.19 = 1 EGT RAKE 1 ! |
| ! ! 20 7A.1.351.01.20 = 1 EGT RAKE 2 ! |
| ! ! 21 7A.1.351.01.21 = 1 IGV ACTUATOR ! |
| ! ! 22 7A.1.351.01.22 = 1 IGNITION UNIT ! |
| ! ! 23 7A.1.351.01.23 = 1 DE-OIL SOLENOID ! |
| ! ! 24 7A.1.351.01.24 = 1 IGV POSITION VS COMMAND ! |
| ! ! 25 7A.1.351.01.25 = 1 ARINC ECS DEMAND ! |
| ! ! 26 7A.1.351.01.26 = 1 STARTER MOTOR ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU APIC APS3200: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.11 = 1 LCD Pstatic Sensor ! |
| ! ! 12 7A.1.351.01.12 = 1 LCD Delta P Sensor ! |
| ! ! 13 7A.1.351.01.13 = 1 Speed Sensor #1 ! |
| ! ! 14 7A.1.351.01.14 = 1 Speed Sensor #2 ! |
| ! ! 15 7A.1.351.01.15 = 1 Not used ! |
| ! ! 16 7A.1.351.01.16 = 1 GBX Oil Temp RTD ! |
| ! ! 17 7A.1.351.01.17 = 1 Fuel Servo Valve ! |
| ! ! 18 7A.1.351.01.18 = 1 Bleed Control Valve Servo ! |
| ! ! 19 7A.1.351.01.19 = 1 EGT Sensor #1 ! |
| ! ! 20 7A.1.351.01.20 = 1 EGT Sensor #2 ! |
| ! ! 21 7A.1.351.01.21 = 1 IGV Actuator ! |
| ! ! 22 7A.1.351.01.22 = 1 Ignition Unit/Exciter ! |
| ! ! 23 7A.1.351.01.23 = 1 GBX De-oiling Valve ! |
| ! ! 24 7A.1.351.01.24 = 1 Gen Oil Temp RTD ! |
| ! ! 25 7A.1.351.01.25 = 1 ECS Demand Signal ! |
| ! ! 26 7A.1.351.01.26 = 1 Not used ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| !--------------!------------------------------------------------------! |
| ! ACW2 ! APU Control Word 2 ! |
| ! XXXXX ! Format: Each X represents 4 bits in hexadecimal ! |
| ! ! code of a defined ARINC 429 word: ! |
| ! ! XXXXX Bits HEX ! |
| ! ! !!!!!___________ 14, 13, 12, 11 0...F ! |
| ! ! !!!!____________ 18, 17, 16, 15 0...F ! |
| ! ! !!!_____________ 22, 21, 20, 19 0...F ! |
| ! ! !!______________ 26, 25, 24, 23 0...F ! |
| ! ! !_______________ 29, 28, 27 0...7 ! |
| ! ! -------------------------------------------- ! |
| ! ! ! |
| ! ! Source: DMU, composed of several ECU discrete ! |
| ! ! labels as defined below: ! |
| ! ! 0D.1.070.10 ! |
| ! ! ! |
| ! ! For APU Honeywell GTCP 36-300: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.27 = 1 Oil Pressure Switch Failed ! |
| ! ! 12 7A.1.351.01.28 = 1 P2 Sensor Failed ! |
| ! ! 13 7A.1.351.01.29 = 1 ECB Failed ! |
| ! ! 14 7A.1.352.01.12 = 1 Load Valve Solenoid Failed ! |
| ! ! 15 7A.1.352.01.13 = 1 LCDT Sensor Failed ! |
| ! ! 16 7A.1.352.01.14 = 1 LCIT Sensor Failed ! |
| ! ! 17 7A.1.352.01.15 = 1 Fuel Solenoid Failed ! |
| ! ! 18 7A.1.352.01.16 = 1 Starter Contactor Failed ! |
| ! ! 19 7A.1.352.01.17 = 1 Backup Starter Cont. Failed! |
| ! ! 20 7A.1.352.01.18 = 1 APU S/N Encoder Failed ! |
| ! ! 21 7A.1.352.01.20 = 1 Air Intake Actuator Failed ! |
| ! ! 22 7A.1.352.01.22 = 1 IGV LVDT Failed ! |
| ! ! 23 SPARE ! |
| ! ! 24 7A.1.037.01.11 = 1 APU Bleed Valve Open ! |
| ! ! 25 7A.1.037.01.12 = 1 APU Bleed Valve Closed ! |
| ! ! 26 7A.1.037.01.21 = 1 Main Eng. Start Mode ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU Honeywell 131-9(A): ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.27 = 1 LOW OIL PRESSURE SWITCH ! |
| ! ! 12 7A.1.351.01.28 = 1 INLET PRESSURE TRANSDUCER ! |
| ! ! 13 7A.1.351.01.29 = 1 ECB ! |
| ! ! 14 7A.1.352.01.12 = 1 LOAD CONTROL VALVE ! |
| ! ! 15 7A.1.352.01.13 = 1 A/C PIN CODING ! |
| ! ! 16 7A.1.352.01.14 = 1 INLET TEMPERATURE SENSOR ! |
| ! ! 17 7A.1.352.01.15 = 1 ARINC FAILURE (CFDS BUS) ! |
| ! ! 18 7A.1.352.01.16 = 1 MAIN START CONTACTOR ! |
| ! ! 19 7A.1.352.01.17 = 1 BACKUP START CONTACTOR ! |
| ! ! 20 7A.1.352.01.18 = 1 DATA MEMORY MODULE ! |
| ! ! 21 7A.1.352.01.20 = 1 AIR INTAKE FLAP ACTUATOR ! |
| ! ! 22 7A.1.352.01.22 = 1 LOW FUEL PRESSURE RELAY ! |
| ! ! 23 SPARE ! |
| ! ! 24 7A.1.037.01.11 = 1 LOAD_VALVE_OPEN ! |
| ! ! 25 7A.1.037.01.12 = 1 LOAD_VALVE_CLOSED_SW ! |
| ! ! 26 7A.1.037.01.21 = 1 MES_MODE ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU APIC APS3200: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.27 = 1 LOP Switch ! |
| ! ! 12 7A.1.351.01.28 = 1 P Inlet Sensor ! |
| ! ! 13 7A.1.351.01.29 = 1 ECB ! |
| ! ! 14 SPARE ! |
| ! ! 15 SPARE ! |
| ! ! 16 7A.1.352.01.14 = 1 LCIT sensor ! |
| ! ! 17 7A.1.352.01.15 = 1 main fuel valve ! |
| ! ! 18 7A.1.352.01.16 = 1 main start contactor ! |
| ! ! 19 7A.1.352.01.17 = 1 Backup start contactor ! |
| ! ! 20 7A.1.352.01.18 = 1 APU Serial number encoder ! |
| ! ! 21 7A.1.352.01.20 = 1 Air intake actuator ! |
| ! ! 22 7A.1.352.01.22 = 1 IGV LVDT ! |
| ! ! 23 SPARE ! |
| ! ! 24 7A.1.037.01.11 = 1 Bleed valve open ! |
| ! ! 25 7A.1.037.01.12 = 1 Bleed valve closed ! |
| ! ! 26 7A.1.037.01.21 = 1 MES Mode and bleed valve ! |
| ! ! open ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| !--------------!------------------------------------------------------! |
| ! NA ! APU Rotation Speed ! |
| ! 9999 ! Format: 0 to 120.0 %rpm ! |
| ! ! Source: ECB 7A.1.176.01 ! |
| !--------------!------------------------------------------------------! |
| ! EGTA ! APU Exhaust Gas Temperature ! |
| ! X999 ! Format: -50 to 1000 deg.C ! |
| ! ! Source: ECB 7A.1.175.01 ! |
| !--------------!------------------------------------------------------! |
| ! IGV ! IGV Position ! |
| ! X99 ! Format: -14 to 90 deg ! |
| ! ! Source: ECB 7A.1.130.01 ! |
| !--------------!------------------------------------------------------! |
| ! P2A ! APU Inlet Pressure ! |
| ! 9999 ! Format: 0.1 to 1.500 bar ! |
| ! ! Source: ECB 7A.1.112.01 ! |
| !--------------!------------------------------------------------------! |
| ! LCIT ! Load Compressor Inlet Temperature ! |
| ! X999 ! Format: -70 to 128 deg.C ! |
| ! ! Source: ECB 7A.1.110.01 ! |
| ! ! Remark: Report line V1 must show the value from ! |
| ! ! previous APU start. ! |
| !--------------!------------------------------------------------------! |
| ! PT ! Bleed Air Pressure ! |
| ! 999 ! Format: 1 to 5.00 bar ! |
| ! ! Source: ECB 7A.1.166.01 ! |
| !--------------!------------------------------------------------------! |
| ! WB ! Bleed Air Flow ! |
| ! 999 ! Format: 0 to 2.00 kg/sec ! |
| ! ! Source: ECB 7A.1.123.01 ! |
| !--------------!------------------------------------------------------! |
| ! LCDT ! Bleed Air Temperature ! |
| ! X999 ! Format: -50 to 220 deg.C ! |
| ! ! Source: ECB 7A.1.074.01 ! |
| ! ! Remark: Not anymore supported by all ECBs. Not used! |
| ! ! for P&W software. ! |
| !--------------!------------------------------------------------------! |
| ! OTA ! APU Oil Sump Temperature ! |
| ! X99 ! Format: -55 to 200 deg.C ! |
| ! ! Source: ECB 7A.1.247.01 ! |
| ! ! Remark: Report line V1 must show the value from ! |
| ! ! previous APU start. ! |
| !--------------!------------------------------------------------------! |
| ! GLA ! APU Generator Load ! |
| ! 999 ! Format: 0 to 256 % ! |
| ! ! Source: SDAC 29.1.100.00 ! |
| ! ! 29.2.100.00# ! |
| !--------------!------------------------------------------------------! |
| ! STA ! APU Start Time ! |
| ! 999 ! Format: 0 to 999 seconds ! |
| ! ! Source: DMU 0D.1.076.00 ! |
| ! ! Remark: APU Start Time = time from NA >1% to the ! |
| ! ! moment when 7A.1.037.01.22 is set to zero. ! |
| !--------------!------------------------------------------------------! |
| ! EGTP ! APU EGT Peak ! |
| ! X999 ! Format: -50 to 1000 deg.C ! |
| ! ! Source: DMU 0D.1.074.00 ! |
| ! ! Remark: Highest APU EGT during APU start. Bit ! |
| ! ! 7A.1.037.01.22 set to 1. ! |
| !--------------!------------------------------------------------------! |
| ! NPA ! NA at EGTP ! |
| ! 9999 ! Format: 0 to 120.0 %rpm ! |
| ! ! Source: DMU 0D.1.075.00 ! |
| +---------------------------------------------------------------------+ |
(11) APU MES/IDLE Report <13> Data Field Description
NOTE: Reports that are transmitted from the ACARS system do not have report lines without a line identifier.
| +---------------------------------------------------------------------+ |
| ! Value ! Content Description ! |
| !--------------!------------------------------------------------------! |
| ! ASN ! APU Serial Number ! |
| ! 9999 ! Format: 0 to 9999 ! |
| ! ! Source: ECB 7A.1.050.01 ! |
| !--------------!------------------------------------------------------! |
| ! AHRS ! APU Operating Hours ! |
| ! 99999 ! Format: 0 to 99999 ! |
| ! ! Source: DMU 0D.1.110.00 ! |
| !--------------!------------------------------------------------------! |
| ! ACYC ! APU Start Cycles ! |
| ! 99999 ! Format: 0 to 99999 ! |
| ! ! Source: DMU 0D.1.111.00 ! |
| !--------------!------------------------------------------------------! |
| ! PFAD ! APU Performance Adjustment ! |
| ! XXXXX ! Format: XXXXX ! |
| ! ! Source: ECB 7A.1.004.01 ! |
| !--------------!------------------------------------------------------! |
| ! ESN ! Engine Serial Number ! |
| ! 999999 ! Format: 000000 to 999999 ! |
| ! ! Source: ECU Engine 1 ! |
| ! ! 7C.1.046.01 digit 3,2,1 ! |
| ! ! 7C.1.047.01 digit 6,5,4 ! |
| ! ! Engine 2 ! |
| ! ! 7C.2.046.10 digit 3,2,1 ! |
| ! ! 7C.2.047.10 digit 6,5,4 ! |
| !--------------!------------------------------------------------------! |
| ! ACW1 ! APU Control Word 1 ! |
| ! XXXXX ! Format: Each X represents 4 Bits in hexadecimal ! |
| ! ! code of a defined ARINC 429 word: ! |
| ! ! XXXXX Bits HEX ! |
| ! ! !!!!!___________ 14, 13, 12, 11 0...F ! |
| ! ! !!!!____________ 18, 17, 16, 15 0...F ! |
| ! ! !!!_____________ 22, 21, 20, 19 0...F ! |
| ! ! !!______________ 26, 25, 24, 23 0...F ! |
| ! ! !_______________ 29, 28, 27 0...7 ! |
| ! ! ! |
| ! ! Source: DMU, composed of several ECU discrete ! |
| ! ! labels as defined below: ! |
| ! ! 0D.1.070.01 ! |
| ! ! ! |
| ! ! For APU Honeywell GTCP 36-300: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.11 = 1 PT Sensor Failed ! |
| ! ! 12 7A.1.351.01.12 = 1 Delta P Sensor Failed ! |
| ! ! 13 7A.1.351.01.13 = 1 Speed Sensor No. 1 Failed ! |
| ! ! 14 7A.1.351.01.14 = 1 Speed Sensor No. 2 Failed ! |
| ! ! 15 7A.1.351.01.15 = 1 High Oil Temp Switch Failed! |
| ! ! 16 7A.1.351.01.16 = 1 Oil Temp Sensor Failed ! |
| ! ! 17 7A.1.351.01.17 = 1 Fuel Control Torq. Motor ! |
| ! ! Failed ! |
| ! ! 18 7A.1.351.01.18 = 1 Surge Valve Torq. Motor ! |
| ! ! Failed ! |
| ! ! 19 7A.1.351.01.19 = 1 EGT Rake No. 1 Failed ! |
| ! ! 20 7A.1.351.01.20 = 1 EGT Rake No. 2 Failed ! |
| ! ! 21 7A.1.351.01.21 = 1 IGV Actuator Failed ! |
| ! ! 22 7A.1.351.01.22 = 1 Ignition Unit Failed ! |
| ! ! 23 7A.1.351.01.23 = 1 Deoil Solenoid Failed ! |
| ! ! 24 7A.1.351.01.24 = 1 Gen. Oil Temp Sensor Failed! |
| ! ! 25 7A.1.351.01.25 = 1 ECS Demand Signal Failed ! |
| ! ! 26 7A.1.351.01.26 = 1 APU Starter Fail ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU Honeywell 131-9(A): ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.11 = 1 Total Pressure Transducer ! |
| ! ! 12 7A.1.351.01.12 = 1 DIFFERENTIAL PRESSURE ! |
| ! ! TRANSDUCER ! |
| ! ! 13 7A.1.351.01.13 = 1 SPEED SENSOR ! |
| ! ! 14 7A.1.351.01.14 = 1 BLEED SHUTOFF REVERSE FLOW ! |
| ! ! 15 7A.1.351.01.15 = 1 BLEED SHUTOFF T4 HIGH ! |
| ! ! 16 7A.1.351.01.16 = 1 OIL TEMPERATURE SENSOR ! |
| ! ! 17 7A.1.351.01.17 = 1 FUEL CONTROL UNIT ! |
| ! ! 18 7A.1.351.01.18 = 1 SURGE CONTROL VALVE ! |
| ! ! 19 7A.1.351.01.19 = 1 EGT RAKE 1 ! |
| ! ! 20 7A.1.351.01.20 = 1 EGT RAKE 2 ! |
| ! ! 21 7A.1.351.01.21 = 1 IGV ACTUATOR ! |
| ! ! 22 7A.1.351.01.22 = 1 IGNITION UNIT ! |
| ! ! 23 7A.1.351.01.23 = 1 DE-OIL SOLENOID ! |
| ! ! 24 7A.1.351.01.24 = 1 IGV POSITION VS COMMAND ! |
| ! ! 25 7A.1.351.01.25 = 1 ARINC ECS DEMAND ! |
| ! ! 26 7A.1.351.01.26 = 1 STARTER MOTOR ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU APIC APS3200: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.11 = 1 LCD Pstatic Sensor ! |
| ! ! 12 7A.1.351.01.12 = 1 LCD Delta P Sensor ! |
| ! ! 13 7A.1.351.01.13 = 1 Speed Sensor #1 ! |
| ! ! 14 7A.1.351.01.14 = 1 Speed Sensor #2 ! |
| ! ! 15 7A.1.351.01.15 = 1 Not used ! |
| ! ! 16 7A.1.351.01.16 = 1 GBX Oil Temp RTD ! |
| ! ! 17 7A.1.351.01.17 = 1 Fuel Servo Valve ! |
| ! ! 18 7A.1.351.01.18 = 1 Bleed Control Valve Servo ! |
| ! ! 19 7A.1.351.01.19 = 1 EGT Sensor #1 ! |
| ! ! 20 7A.1.351.01.20 = 1 EGT Sensor #2 ! |
| ! ! 21 7A.1.351.01.21 = 1 IGV Actuator ! |
| ! ! 22 7A.1.351.01.22 = 1 Ignition Unit/Exciter ! |
| ! ! 23 7A.1.351.01.23 = 1 GBX De-oiling Valve ! |
| ! ! 24 7A.1.351.01.24 = 1 Gen Oil Temp RTD ! |
| ! ! 25 7A.1.351.01.25 = 1 ECS Demand Signal ! |
| ! ! 26 7A.1.351.01.26 = 1 Not used ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| !--------------!------------------------------------------------------! |
| ! ACW2 ! APU Control Word 2 ! |
| ! XXXXX ! Format: Each X represents 4 bits in hexadecimal ! |
| ! ! code of a defined ARINC 429 word: ! |
| ! ! XXXXX Bits HEX ! |
| ! ! !!!!!___________ 14, 13, 12, 11 0...F ! |
| ! ! !!!!____________ 18, 17, 16, 15 0...F ! |
| ! ! !!!_____________ 22, 21, 20, 19 0...F ! |
| ! ! !!______________ 26, 25, 24, 23 0...F ! |
| ! ! !_______________ 29, 28, 27 0...7 ! |
| ! ! -------------------------------------------- ! |
| ! ! ! |
| ! ! Source: DMU, composed of several ECU discrete ! |
| ! ! labels as defined below: ! |
| ! ! 0D.1.070.10 ! |
| ! ! ! |
| ! ! For APU Honeywell GTCP 36-300: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.27 = 1 Oil Pressure Switch Failed ! |
| ! ! 12 7A.1.351.01.28 = 1 P2 Sensor Failed ! |
| ! ! 13 7A.1.351.01.29 = 1 ECB Failed ! |
| ! ! 14 7A.1.352.01.12 = 1 Load Valve Solenoid Failed ! |
| ! ! 15 7A.1.352.01.13 = 1 LCDT Sensor Failed ! |
| ! ! 16 7A.1.352.01.14 = 1 LCIT Sensor Failed ! |
| ! ! 17 7A.1.352.01.15 = 1 Fuel Solenoid Failed ! |
| ! ! 18 7A.1.352.01.16 = 1 Starter Contactor Failed ! |
| ! ! 19 7A.1.352.01.17 = 1 Backup Starter Cont. Failed! |
| ! ! 20 7A.1.352.01.18 = 1 APU S/N Encoder Failed ! |
| ! ! 21 7A.1.352.01.20 = 1 Air Intake Actuator Failed ! |
| ! ! 22 7A.1.352.01.22 = 1 IGV LVDT Failed ! |
| ! ! 23 SPARE ! |
| ! ! 24 7A.1.037.01.11 = 1 APU Bleed Valve Open ! |
| ! ! 25 7A.1.037.01.12 = 1 APU Bleed Valve Closed ! |
| ! ! 26 7A.1.037.01.21 = 1 Main Eng. Start Mode ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU Honeywell 131-9(A): ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.27 = 1 LOW OIL PRESSURE SWITCH ! |
| ! ! 12 7A.1.351.01.28 = 1 INLET PRESSURE TRANSDUCER ! |
| ! ! 13 7A.1.351.01.29 = 1 ECB ! |
| ! ! 14 7A.1.352.01.12 = 1 LOAD CONTROL VALVE ! |
| ! ! 15 7A.1.352.01.13 = 1 A/C PIN CODING ! |
| ! ! 16 7A.1.352.01.14 = 1 INLET TEMPERATURE SENSOR ! |
| ! ! 17 7A.1.352.01.15 = 1 ARINC FAILURE (CFDS BUS) ! |
| ! ! 18 7A.1.352.01.16 = 1 MAIN START CONTACTOR ! |
| ! ! 19 7A.1.352.01.17 = 1 BACKUP START CONTACTOR ! |
| ! ! 20 7A.1.352.01.18 = 1 DATA MEMORY MODULE ! |
| ! ! 21 7A.1.352.01.20 = 1 AIR INTAKE FLAP ACTUATOR ! |
| ! ! 22 7A.1.352.01.22 = 1 LOW FUEL PRESSURE RELAY ! |
| ! ! 23 SPARE ! |
| ! ! 24 7A.1.037.01.11 = 1 LOAD_VALVE_OPEN ! |
| ! ! 25 7A.1.037.01.12 = 1 LOAD_VALVE_CLOSED_SW ! |
| ! ! 26 7A.1.037.01.21 = 1 MES_MODE ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU APIC APS3200: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.27 = 1 LOP Switch ! |
| ! ! 12 7A.1.351.01.28 = 1 P Inlet Sensor ! |
| ! ! 13 7A.1.351.01.29 = 1 ECB ! |
| ! ! 14 SPARE ! |
| ! ! 15 SPARE ! |
| ! ! 16 7A.1.352.01.14 = 1 LCIT sensor ! |
| ! ! 17 7A.1.352.01.15 = 1 main fuel valve ! |
| ! ! 18 7A.1.352.01.16 = 1 main start contactor ! |
| ! ! 19 7A.1.352.01.17 = 1 Backup start contactor ! |
| ! ! 20 7A.1.352.01.18 = 1 APU Serial number encoder ! |
| ! ! 21 7A.1.352.01.20 = 1 Air intake actuator ! |
| ! ! 22 7A.1.352.01.22 = 1 IGV LVDT ! |
| ! ! 23 SPARE ! |
| ! ! 24 7A.1.037.01.11 = 1 Bleed valve open ! |
| ! ! 25 7A.1.037.01.12 = 1 Bleed valve closed ! |
| ! ! 26 7A.1.037.01.21 = 1 MES Mode and bleed valve ! |
| ! ! open ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| !--------------!------------------------------------------------------! |
| ! NA ! APU Rotation Speed ! |
| ! 9999 ! Format: 0 to 120.0 %rpm ! |
| ! ! Source: ECB 7A.1.176.01 ! |
| !--------------!------------------------------------------------------! |
| ! EGTA ! APU Exhaust Gas Temperature ! |
| ! X999 ! Format: -50 to 1000 deg.C ! |
| ! ! Source: ECB 7A.1.175.01 ! |
| !--------------!------------------------------------------------------! |
| ! IGV ! IGV Position ! |
| ! X99 ! Format: 15 to 100 deg ! |
| ! ! Source: ECB 7A.1.130.01 ! |
| !--------------!------------------------------------------------------! |
| ! P2A ! APU Inlet Pressure ! |
| ! 9999 ! Format: 0.1 to 1.500 bar ! |
| ! ! Source: ECB 7A.1.112.01 ! |
| !--------------!------------------------------------------------------! |
| ! LCIT ! Load Compressor Inlet Temperature ! |
| ! X999 ! Format: -70 to 128 deg.C ! |
| ! ! Source: ECB 7A.1.110.01 ! |
| ! ! Remark: Report line V1 must show the value from ! |
| ! ! previous APU start. ! |
| !--------------!------------------------------------------------------! |
| ! PT ! Bleed Air Pressure ! |
| ! 999 ! Format: 1 to 5.00 bar ! |
| ! ! Source: ECB 7A.1.166.01 ! |
| !--------------!------------------------------------------------------! |
| ! WB ! Bleed Air Flow ! |
| ! 999 ! Format: 0.5 to 2.00 kg/sec ! |
| ! ! Source: ECB 7A.1.123.01 ! |
| !--------------!------------------------------------------------------! |
| ! LCDT ! Bleed Air Temperature ! |
| ! X999 ! Format: -50 to 220 deg.C ! |
| ! ! Source: ECB 7A.1.074.01 ! |
| ! ! Remark: Not supported by all ECBs. ! |
| !--------------!------------------------------------------------------! |
| ! OTA ! APU Oil Sump Temperature ! |
| ! X99 ! Format: -55 to 200 deg.C ! |
| ! ! Source: ECB 7A.1.247.01 ! |
| ! ! Remark: Report line V1 must show the value from ! |
| ! ! previous APU start. ! |
| !--------------!------------------------------------------------------! |
| ! GLA ! APU Generator Load ! |
| ! 999 ! Format: 0 to 256 % ! |
| ! ! Source: SDAC 29.1.100.00 ! |
| ! ! 29.2.100.00# ! |
| !--------------!------------------------------------------------------! |
| ! STA ! APU Start Time ! |
| ! 999 ! Format: 0 to 999 seconds ! |
| ! ! Source: DMU 0D.1.076.00 ! |
| ! ! Remark: APU Start Time = time from NA >1% to the ! |
| ! ! moment when 7A.1.037.01.22 is set to zero. ! |
| !--------------!------------------------------------------------------! |
| ! EGTP ! APU EGT Peak ! |
| ! X999 ! Format: -50 to 1000 deg.C ! |
| ! ! Source: DMU 0D.1.074.00 ! |
| ! ! Remark: Highest APU EGT during APU start. Bit ! |
| ! ! 7A.1.037.01.22 set to 1. ! |
| !--------------!------------------------------------------------------! |
| ! NPA ! NA at EGTP ! |
| ! 9999 ! Format: 0 to 120.0 %rpm ! |
| ! ! Source: DMU 0D.1.075.00 ! |
| +---------------------------------------------------------------------+ |
(12) APU MES/IDLE Report <13> Data Field Description
NOTE: Reports that are transmitted from the ACARS system do not have report lines without a line identifier.
| +---------------------------------------------------------------------+ |
| ! Value ! Content Description ! |
| !--------------!------------------------------------------------------! |
| ! ASN ! APU Serial Number ! |
| ! 9999 ! Format: 0 to 9999 ! |
| ! ! Source: ECB 7A.1.050.01 ! |
| !--------------!------------------------------------------------------! |
| ! AHRS ! APU Operating Hours ! |
| ! 99999 ! Format: 0 to 99999 ! |
| ! ! Source: DMU 0D.1.110.00 ! |
| !--------------!------------------------------------------------------! |
| ! ACYC ! APU Start Cycles ! |
| ! 99999 ! Format: 0 to 99999 ! |
| ! ! Source: DMU 0D.1.111.00 ! |
| !--------------!------------------------------------------------------! |
| ! PFAD ! APU Performance Adjustment ! |
| ! XXXXX ! Format: XXXXX ! |
| ! ! Source: ECB 7A.1.004.01 ! |
| !--------------!------------------------------------------------------! |
| ! ESN ! Engine Serial Number ! |
| ! 999999 ! Format: 000000 to 999999 ! |
| ! ! Source: ECU Engine 1 ! |
| ! ! 7C.1.046.01 digit 3,2,1 ! |
| ! ! 7C.1.047.01 digit 6,5,4 ! |
| ! ! Engine 2 ! |
| ! ! 7C.2.046.10 digit 3,2,1 ! |
| ! ! 7C.2.047.10 digit 6,5,4 ! |
| !--------------!------------------------------------------------------! |
| ! ACW1 ! APU Control Word 1 ! |
| ! XXXXX ! Format: Each X represents 4 Bits in hexadecimal ! |
| ! ! code of a defined ARINC 429 word: ! |
| ! ! XXXXX Bits HEX ! |
| ! ! !!!!!___________ 14, 13, 12, 11 0...F ! |
| ! ! !!!!____________ 18, 17, 16, 15 0...F ! |
| ! ! !!!_____________ 22, 21, 20, 19 0...F ! |
| ! ! !!______________ 26, 25, 24, 23 0...F ! |
| ! ! !_______________ 29, 28, 27 0...7 ! |
| ! ! ! |
| ! ! Source: DMU, composed of several ECU discrete ! |
| ! ! labels as defined below: ! |
| ! ! 0D.1.070.01 ! |
| ! ! ! |
| ! ! For APU Honeywell GTCP 36-300: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.11 = 1 PT Sensor Failed ! |
| ! ! 12 7A.1.351.01.12 = 1 Delta P Sensor Failed ! |
| ! ! 13 7A.1.351.01.13 = 1 Speed Sensor No. 1 Failed ! |
| ! ! 14 7A.1.351.01.14 = 1 Speed Sensor No. 2 Failed ! |
| ! ! 15 7A.1.351.01.15 = 1 High Oil Temp Switch Failed! |
| ! ! 16 7A.1.351.01.16 = 1 Oil Temp Sensor Failed ! |
| ! ! 17 7A.1.351.01.17 = 1 Fuel Control Torq. Motor ! |
| ! ! Failed ! |
| ! ! 18 7A.1.351.01.18 = 1 Surge Valve Torq. Motor ! |
| ! ! Failed ! |
| ! ! 19 7A.1.351.01.19 = 1 EGT Rake No. 1 Failed ! |
| ! ! 20 7A.1.351.01.20 = 1 EGT Rake No. 2 Failed ! |
| ! ! 21 7A.1.351.01.21 = 1 IGV Actuator Failed ! |
| ! ! 22 7A.1.351.01.22 = 1 Ignition Unit Failed ! |
| ! ! 23 7A.1.351.01.23 = 1 Deoil Solenoid Failed ! |
| ! ! 24 7A.1.351.01.24 = 1 Gen. Oil Temp Sensor Failed! |
| ! ! 25 7A.1.351.01.25 = 1 ECS Demand Signal Failed ! |
| ! ! 26 7A.1.351.01.26 = 1 APU Starter Fail ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU Honeywell 131-9(A): ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.11 = 1 Total Pressure Transducer ! |
| ! ! 12 7A.1.351.01.12 = 1 DIFFERENTIAL PRESSURE ! |
| ! ! TRANSDUCER ! |
| ! ! 13 7A.1.351.01.13 = 1 SPEED SENSOR ! |
| ! ! 14 7A.1.351.01.14 = 1 BLEED SHUTOFF REVERSE FLOW ! |
| ! ! 15 7A.1.351.01.15 = 1 BLEED SHUTOFF T4 HIGH ! |
| ! ! 16 7A.1.351.01.16 = 1 OIL TEMPERATURE SENSOR ! |
| ! ! 17 7A.1.351.01.17 = 1 FUEL CONTROL UNIT ! |
| ! ! 18 7A.1.351.01.18 = 1 SURGE CONTROL VALVE ! |
| ! ! 19 7A.1.351.01.19 = 1 EGT RAKE 1 ! |
| ! ! 20 7A.1.351.01.20 = 1 EGT RAKE 2 ! |
| ! ! 21 7A.1.351.01.21 = 1 IGV ACTUATOR ! |
| ! ! 22 7A.1.351.01.22 = 1 IGNITION UNIT ! |
| ! ! 23 7A.1.351.01.23 = 1 DE-OIL SOLENOID ! |
| ! ! 24 7A.1.351.01.24 = 1 IGV POSITION VS COMMAND ! |
| ! ! 25 7A.1.351.01.25 = 1 ARINC ECS DEMAND ! |
| ! ! 26 7A.1.351.01.26 = 1 STARTER MOTOR ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU APIC APS3200: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.11 = 1 LCD Pstatic Sensor ! |
| ! ! 12 7A.1.351.01.12 = 1 LCD Delta P Sensor ! |
| ! ! 13 7A.1.351.01.13 = 1 Speed Sensor #1 ! |
| ! ! 14 7A.1.351.01.14 = 1 Speed Sensor #2 ! |
| ! ! 15 7A.1.351.01.15 = 1 Not used ! |
| ! ! 16 7A.1.351.01.16 = 1 GBX Oil Temp RTD ! |
| ! ! 17 7A.1.351.01.17 = 1 Fuel Servo Valve ! |
| ! ! 18 7A.1.351.01.18 = 1 Bleed Control Valve Servo ! |
| ! ! 19 7A.1.351.01.19 = 1 EGT Sensor #1 ! |
| ! ! 20 7A.1.351.01.20 = 1 EGT Sensor #2 ! |
| ! ! 21 7A.1.351.01.21 = 1 IGV Actuator ! |
| ! ! 22 7A.1.351.01.22 = 1 Ignition Unit/Exciter ! |
| ! ! 23 7A.1.351.01.23 = 1 GBX De-oiling Valve ! |
| ! ! 24 7A.1.351.01.24 = 1 Gen Oil Temp RTD ! |
| ! ! 25 7A.1.351.01.25 = 1 ECS Demand Signal ! |
| ! ! 26 7A.1.351.01.26 = 1 Not used ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| !--------------!------------------------------------------------------! |
| ! ACW2 ! APU Control Word 2 ! |
| ! XXXXX ! Format: Each X represents 4 bits in hexadecimal ! |
| ! ! code of a defined ARINC 429 word: ! |
| ! ! XXXXX Bits HEX ! |
| ! ! !!!!!___________ 14, 13, 12, 11 0...F ! |
| ! ! !!!!____________ 18, 17, 16, 15 0...F ! |
| ! ! !!!_____________ 22, 21, 20, 19 0...F ! |
| ! ! !!______________ 26, 25, 24, 23 0...F ! |
| ! ! !_______________ 29, 28, 27 0...7 ! |
| ! ! -------------------------------------------- ! |
| ! ! ! |
| ! ! Source: DMU, composed of several ECU discrete ! |
| ! ! labels as defined below: ! |
| ! ! 0D.1.070.10 ! |
| ! ! ! |
| ! ! For APU Honeywell GTCP 36-300: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.27 = 1 Oil Pressure Switch Failed ! |
| ! ! 12 7A.1.351.01.28 = 1 P2 Sensor Failed ! |
| ! ! 13 7A.1.351.01.29 = 1 ECB Failed ! |
| ! ! 14 7A.1.352.01.12 = 1 Load Valve Solenoid Failed ! |
| ! ! 15 7A.1.352.01.13 = 1 LCDT Sensor Failed ! |
| ! ! 16 7A.1.352.01.14 = 1 LCIT Sensor Failed ! |
| ! ! 17 7A.1.352.01.15 = 1 Fuel Solenoid Failed ! |
| ! ! 18 7A.1.352.01.16 = 1 Starter Contactor Failed ! |
| ! ! 19 7A.1.352.01.17 = 1 Backup Starter Cont. Failed! |
| ! ! 20 7A.1.352.01.18 = 1 APU S/N Encoder Failed ! |
| ! ! 21 7A.1.352.01.20 = 1 Air Intake Actuator Failed ! |
| ! ! 22 7A.1.352.01.22 = 1 IGV LVDT Failed ! |
| ! ! 23 SPARE ! |
| ! ! 24 7A.1.037.01.11 = 1 APU Bleed Valve Open ! |
| ! ! 25 7A.1.037.01.12 = 1 APU Bleed Valve Closed ! |
| ! ! 26 7A.1.037.01.21 = 1 Main Eng. Start Mode ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU Honeywell 131-9(A): ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.27 = 1 LOW OIL PRESSURE SWITCH ! |
| ! ! 12 7A.1.351.01.28 = 1 INLET PRESSURE TRANSDUCER ! |
| ! ! 13 7A.1.351.01.29 = 1 ECB ! |
| ! ! 14 7A.1.352.01.12 = 1 LOAD CONTROL VALVE ! |
| ! ! 15 7A.1.352.01.13 = 1 A/C PIN CODING ! |
| ! ! 16 7A.1.352.01.14 = 1 INLET TEMPERATURE SENSOR ! |
| ! ! 17 7A.1.352.01.15 = 1 ARINC FAILURE (CFDS BUS) ! |
| ! ! 18 7A.1.352.01.16 = 1 MAIN START CONTACTOR ! |
| ! ! 19 7A.1.352.01.17 = 1 BACKUP START CONTACTOR ! |
| ! ! 20 7A.1.352.01.18 = 1 DATA MEMORY MODULE ! |
| ! ! 21 7A.1.352.01.20 = 1 AIR INTAKE FLAP ACTUATOR ! |
| ! ! 22 7A.1.352.01.22 = 1 LOW FUEL PRESSURE RELAY ! |
| ! ! 23 SPARE ! |
| ! ! 24 7A.1.037.01.11 = 1 LOAD_VALVE_OPEN ! |
| ! ! 25 7A.1.037.01.12 = 1 LOAD_VALVE_CLOSED_SW ! |
| ! ! 26 7A.1.037.01.21 = 1 MES_MODE ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU APIC APS3200: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.27 = 1 LOP Switch ! |
| ! ! 12 7A.1.351.01.28 = 1 P Inlet Sensor ! |
| ! ! 13 7A.1.351.01.29 = 1 ECB ! |
| ! ! 14 SPARE ! |
| ! ! 15 SPARE ! |
| ! ! 16 7A.1.352.01.14 = 1 LCIT sensor ! |
| ! ! 17 7A.1.352.01.15 = 1 main fuel valve ! |
| ! ! 18 7A.1.352.01.16 = 1 main start contactor ! |
| ! ! 19 7A.1.352.01.17 = 1 Backup start contactor ! |
| ! ! 20 7A.1.352.01.18 = 1 APU Serial number encoder ! |
| ! ! 21 7A.1.352.01.20 = 1 Air intake actuator ! |
| ! ! 22 7A.1.352.01.22 = 1 IGV LVDT ! |
| ! ! 23 SPARE ! |
| ! ! 24 7A.1.037.01.11 = 1 Bleed valve open ! |
| ! ! 25 7A.1.037.01.12 = 1 Bleed valve closed ! |
| ! ! 26 7A.1.037.01.21 = 1 MES Mode and bleed valve ! |
| ! ! open ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| !--------------!------------------------------------------------------! |
| ! NA ! APU Rotation Speed ! |
| ! 9999 ! Format: 0 to 120.0 %rpm ! |
| ! ! Source: ECB 7A.1.176.01 ! |
| !--------------!------------------------------------------------------! |
| ! EGTA ! APU Exhaust Gas Temperature ! |
| ! X999 ! Format: -50 to 1000 deg.C ! |
| ! ! Source: ECB 7A.1.175.01 ! |
| !--------------!------------------------------------------------------! |
| ! IGV ! IGV Position ! |
| ! X99 ! Format: 15 to 100 deg ! |
| ! ! Source: ECB 7A.1.130.01 ! |
| !--------------!------------------------------------------------------! |
| ! P2A ! APU Inlet Pressure ! |
| ! 9999 ! Format: 0.1 to 1.500 bar ! |
| ! ! Source: ECB 7A.1.112.01 ! |
| !--------------!------------------------------------------------------! |
| ! LCIT ! Load Compressor Inlet Temperature ! |
| ! X999 ! Format: -70 to 128 deg.C ! |
| ! ! Source: ECB 7A.1.110.01 ! |
| ! ! Remark: Report line V1 must show the value from ! |
| ! ! previous APU start. ! |
| !--------------!------------------------------------------------------! |
| ! PT ! Bleed Air Pressure ! |
| ! 999 ! Format: 1 to 5.00 bar ! |
| ! ! Source: ECB 7A.1.166.01 ! |
| !--------------!------------------------------------------------------! |
| ! WB ! Bleed Air Flow ! |
| ! 999 ! Format: 0 to 2.00 kg/sec ! |
| ! ! Source: ECB 7A.1.123.01 ! |
| !--------------!------------------------------------------------------! |
| ! LCDT ! Bleed Air Temperature ! |
| ! X999 ! Format: -50 to 220 deg.C ! |
| ! ! Source: ECB 7A.1.074.01 ! |
| ! ! Remark: Not supported by all ECBs. ! |
| !--------------!------------------------------------------------------! |
| ! OTA ! APU Oil Sump Temperature ! |
| ! X99 ! Format: -55 to 200 deg.C ! |
| ! ! Source: ECB 7A.1.247.01 ! |
| ! ! Remark: Report line V1 must show the value from ! |
| ! ! previous APU start. ! |
| !--------------!------------------------------------------------------! |
| ! GLA ! APU Generator Load ! |
| ! 999 ! Format: 0 to 256 % ! |
| ! ! Source: SDAC 29.1.100.00 ! |
| ! ! 29.2.100.00# ! |
| !--------------!------------------------------------------------------! |
| ! STA ! APU Start Time ! |
| ! 999 ! Format: 0 to 999 seconds ! |
| ! ! Source: DMU 0D.1.076.00 ! |
| ! ! Remark: APU Start Time = time from NA >1% to the ! |
| ! ! moment when 7A.1.037.01.22 is set to zero. ! |
| !--------------!------------------------------------------------------! |
| ! EGTP ! APU EGT Peak ! |
| ! X999 ! Format: -50 to 1000 deg.C ! |
| ! ! Source: DMU 0D.1.074.00 ! |
| ! ! Remark: Highest APU EGT during APU start. Bit ! |
| ! ! 7A.1.037.01.22 set to 1. ! |
| !--------------!------------------------------------------------------! |
| ! NPA ! NA at EGTP ! |
| ! 9999 ! Format: 0 to 120.0 %rpm ! |
| ! ! Source: DMU 0D.1.075.00 ! |
| +---------------------------------------------------------------------+ |
(13) Parameter Logic
| -----------------------------------------------------------------------+ |
| ! Parameter ! Printed Value (Standard Progr.) ! |
| !-----------!----------------------------------------------------------! |
| ! ASN ! Value at moment of trigger ! |
| ! AHRS ! Value at moment of trigger ! |
| ! ACYC ! Value at moment of trigger ! |
| ! PFAD ! Value at moment of trigger ! |
| ! BCV ! Arithmetic average for Y13.2 sec. ! |
| ! DPA ! Arithmetic average for Y13.2 sec. ! |
| ! ESN ! Value at moment of trigger ! |
| ! SCV ! Arithmetic average for Y13.2 sec. ! |
| ! ACW1 ! Value at moment of trigger ! |
| ! ACW2 ! Value at moment of trigger ! |
| ! NA ! Arithmetic average for 'Y13.2'sec. ! |
| ! EGTA ! Arithmetic average for 'Y13.2'sec. ! |
| ! IGV ! Arithmetic average for 'Y13.2'sec. ! |
| ! P2A ! Arithmetic average for 'Y13.2'sec. ! |
| ! LCIT * ! Arithmetic average for 'Y13.2'sec. ! |
| ! WB ! Arithmetic average for 'Y13.2'sec. ! |
| ! PT ! Arithmetic average for 'Y13.2'sec. ! |
| ! OTA * ! Arithmetic average for 'Y13.2'sec. ! |
| ! GLA ! Arithmetic average for 'Y13.2'sec. ! |
| ! STA ! Counted value ! |
| ! EGTP ! Highest APU EGT during APU start. ! |
| ! NPA ! NA at EGTP ! |
| !----------------------------------------------------------------------! |
| ! Remarks: * Report Line V1 contains values from previous APU ! |
| ! start at NA = 1% ! |
| +----------------------------------------------------------------------+ |
(14) Parameter Logic
| -----------------------------------------------------------------------+ |
| ! Parameter ! Printed Value (Standard Program) ! |
| !-----------!----------------------------------------------------------! |
| ! ASN ! Value at moment of trigger ! |
| ! AHRS ! Value at moment of trigger ! |
| ! ACYC ! Value at moment of trigger ! |
| ! PFAD ! Value at moment of trigger ! |
| ! ESN ! Value at moment of trigger ! |
| ! ACW1 ! Value at moment of trigger ! |
| ! ACW2 ! Value at moment of trigger ! |
| ! NA ! Arithmetic average for 'Y13.2'seconds ! |
| ! EGTA ! Arithmetic average for 'Y13.2'seconds ! |
| ! IGV ! Arithmetic average for 'Y13.2'seconds ! |
| ! P2A ! Arithmetic average for 'Y13.2'seconds ! |
| ! LCIT * ! Arithmetic average for 'Y13.2'seconds ! |
| ! WB ! Arithmetic average for 'Y13.2'seconds ! |
| ! PT ! Arithmetic average for 'Y13.2'seconds ! |
| ! LCDT ! Arithmetic average for 'Y13.2'seconds ! |
| ! OTA * ! Arithmetic average for 'Y13.2'seconds ! |
| ! GLA ! Arithmetic average for 'Y13.2'seconds ! |
| ! STA ! Counted value ! |
| ! EGTP ! Highest APU EGT during APU start ! |
| ! NPA ! NA at EGTP ! |
| !----------------------------------------------------------------------! |
| ! Remarks: ! * Report Line V1 shall contain values from previous ! |
| ! ! APU start at NA = 1% ! |
| +----------------------------------------------------------------------+ |
(15) Parameter Logic
| +----------------------------------------------------------------------+ |
| ! Parameter ! Printed Value (Standard Program) ! |
| !-----------!----------------------------------------------------------! |
| ! ASN ! Value at moment of trigger ! |
| ! AHRS ! Value at moment of trigger ! |
| ! ACYC ! Value at moment of trigger ! |
| ! PFAD ! Value at moment of trigger ! |
| ! ESN ! Value at moment of trigger ! |
| ! ACW1 ! Value at moment of trigger ! |
| ! ACW2 ! Value at moment of trigger ! |
| ! NA ! Arithmetic average for 'Y13.2'sec ! |
| ! EGTA ! Arithmetic average for 'Y13.2'sec ! |
| ! IGV ! Arithmetic average for 'Y13.2'sec ! |
| ! P2A ! Arithmetic average for 'Y13.2'sec ! |
| ! LCIT * ! Arithmetic average for 'Y13.2'sec ! |
| ! WB ! Arithmetic average for 'Y13.2'sec ! |
| ! PT ! Arithmetic average for 'Y13.2'sec ! |
| ! LCDT ! Arithmetic average for 'Y13.2'sec ! |
| ! OTA * ! Arithmetic average for 'Y13.2'sec ! |
| ! GLA ! Arithmetic average for 'Y13.2'sec ! |
| ! STA ! Counted Value ! |
| ! EGTP ! Highest APU EGT during APU start ! |
| ! NPA ! NA at EGTP ! |
| !----------------------------------------------------------------------! |
| ! Remarks: ! * Report Line V1 shall contain values from previous ! |
| ! ! APU start at NA = 1% ! |
| +----------------------------------------------------------------------+ |
(16) Parameter Logic
| -----------------------------------------------------------------------+ |
| ! Parameter ! Printed Value (Standard Program) ! |
| !-----------!----------------------------------------------------------! |
| ! ASN ! Value at moment of trigger ! |
| ! AHRS ! Value at moment of trigger ! |
| ! ACYC ! Value at moment of trigger ! |
| ! PFAD ! Value at moment of trigger ! |
| ! BCV ! Arithmetic average for "Y13.2" sec (for P&W only) ! |
| ! DPA ! Arithmetic average for "Y13.2" Sec (for P&W only) ! |
| ! ESN ! Value at moment of trigger ! |
| ! SCV ! Arithmetic average for "Y13.2" sec (for P&W only) ! |
| ! ACW1 ! Value at moment of trigger ! |
| ! ACW2 ! Value at moment of trigger ! |
| ! NA ! Arithmetic average for "Y13.2" sec ! |
| ! EGTA ! Arithmetic average for "Y13.2" sec ! |
| ! IGV ! Arithmetic average for "Y13.2" sec ! |
| ! P2A ! Arithmetic average for "Y13.2" sec ! |
| ! LCIT * ! Arithmetic average for "Y13.2" sec ! |
| ! WB ! Arithmetic average for "Y13.2" sec ! |
| ! PT ! Arithmetic average for "Y13.2" sec ! |
| ! LCDT ! Arithmetic average for "Y13.2" sec (for IAE & CFM only) ! |
| ! OTA * ! Arithmetic average for "Y13.2" sec ! |
| ! GLA ! Arithmetic average for "Y13.2" sec ! |
| ! STA ! Counted Value ! |
| ! EGTP ! Highest APU EGT during APU start ! |
| ! NPA ! NA at EGTP ! |
| !----------------------------------------------------------------------! |
| ! Remarks: ! * Report Line V1 must contains values from previous ! |
| ! ! APU start at NA = 1% ! |
| +----------------------------------------------------------------------+ |
(17) Parameter Logic
| -----------------------------------------------------------------------+ |
| ! Parameter ! Printed Value (Standard Program) ! |
| !-----------!----------------------------------------------------------! |
| ! ASN ! Value at moment of trigger ! |
| ! AHRS ! Value at moment of trigger ! |
| ! ACYC ! Value at moment of trigger ! |
| ! PFAD ! Value at moment of trigger ! |
| ! ESN ! Value at moment of trigger ! |
| ! ACW1 ! Value at moment of trigger ! |
| ! ACW2 ! Value at moment of trigger ! |
| ! NA ! Arithmetic average for 'Y13.2'seconds ! |
| ! EGTA ! Arithmetic average for 'Y13.2'seconds ! |
| ! IGV ! Arithmetic average for 'Y13.2'seconds ! |
| ! P2A ! Arithmetic average for 'Y13.2'seconds ! |
| ! LCIT * ! Arithmetic average for 'Y13.2'seconds ! |
| ! WB ! Arithmetic average for 'Y13.2'seconds ! |
| ! PT ! Arithmetic average for 'Y13.2'seconds ! |
| ! LCDT ! Arithmetic average for 'Y13.2'seconds ! |
| ! OTA * ! Arithmetic average for 'Y13.2'seconds ! |
| ! GLA ! Arithmetic average for 'Y13.2'seconds ! |
| ! STA ! Counted value ! |
| ! EGTP ! Highest APU EGT during APU start ! |
| ! NPA ! NA at EGTP ! |
| !----------------------------------------------------------------------! |
| ! Remarks: ! * Report Line V1 contains values from previous ! |
| ! ! APU start at NA = 1% ! |
| +----------------------------------------------------------------------+ |
(18) APU MES/IDLE Report <13> Parameter Logic
| -----------------------------------------------------------------------+ |
| ! Parameter ! Printed Value (Standard Program) ! |
| !-----------!----------------------------------------------------------! |
| ! ASN ! Value at moment of trigger ! |
| ! AHRS ! Value at moment of trigger ! |
| ! ACYC ! Value at moment of trigger ! |
| ! PFAD ! Value at moment of trigger ! |
| ! ESN ! Value at moment of trigger ! |
| ! ACW1 ! Value at moment of trigger ! |
| ! ACW2 ! Value at moment of trigger ! |
| ! NA ! Arithmetic average for 'Y13.2'seconds ! |
| ! EGTA ! Arithmetic average for 'Y13.2'seconds ! |
| ! IGV ! Arithmetic average for 'Y13.2'seconds ! |
| ! P2A ! Arithmetic average for 'Y13.2'seconds ! |
| ! LCIT * ! Arithmetic average for 'Y13.2'seconds ! |
| ! WB ! Arithmetic average for 'Y13.2'seconds ! |
| ! PT ! Arithmetic average for 'Y13.2'seconds ! |
| ! LCDT ! Arithmetic average for 'Y13.2'seconds ! |
| ! OTA * ! Arithmetic average for 'Y13.2'seconds ! |
| ! GLA ! Arithmetic average for 'Y13.2'seconds ! |
| ! STA ! Counted value ! |
| ! EGTP ! Highest APU EGT during APU start ! |
| ! NPA ! NA at EGTP ! |
| !----------------------------------------------------------------------! |
| ! Remarks: ! * Report Line V1 contains values from previous ! |
| ! ! APU start at NA = 1% ! |
| +----------------------------------------------------------------------+ |
(19) APU MES/IDLE Report <13> Parameter Logic:
| -----------------------------------------------------------------------+ |
| ! Parameter ! Printed Value (Standard Progr.) ! |
| !-----------!----------------------------------------------------------! |
| ! ASN ! Value at moment of trigger ! |
| ! AHRS ! Value at moment of trigger ! |
| ! ACYC ! Value at moment of trigger ! |
| ! PFAD ! Value at moment of trigger ! |
| ! ESN ! Value at moment of trigger ! |
| ! ACW1 ! Value at moment of trigger ! |
| ! ACW2 ! Value at moment of trigger ! |
| ! NA ! Arithmetic average for 'Y13.2'sec. ! |
| ! EGTA ! Arithmetic average for 'Y13.2'sec. ! |
| ! IGV ! Arithmetic average for 'Y13.2'sec. ! |
| ! P2A ! Arithmetic average for 'Y13.2'sec. ! |
| ! LCIT * ! Arithmetic average for 'Y13.2'sec. ! |
| ! WB ! Arithmetic average for 'Y13.2'sec. ! |
| ! PT ! Arithmetic average for 'Y13.2'sec. ! |
| ! LCDT ! Arithmetic average for 'Y13.2'sec. ! |
| ! OTA * ! Arithmetic average for 'Y13.2'sec. ! |
| ! GLA ! Arithmetic average for 'Y13.2'sec. ! |
| ! STA ! Counted value ! |
| ! EGTP ! Highest APU EGT during APU start. ! |
| ! NPA ! NA at EGTP ! |
| !----------------------------------------------------------------------! |
| ! Remarks: * Report line V1 contains values from previous APU ! |
| ! start at NA = 1%. ! |
| +----------------------------------------------------------------------+ |
(20) APU MES/IDLE Report Logic
| +----------------------------------------------------------------------+ |
| !Code!Item ! !Progr.!Standard ! |
| ! No.!No. ! Description of Function Item !MCDU !Value or ! |
| ! ! ! !GSE !Table ! |
| !----!------!-----------------------------------------!------!---------! |
| ! !A ! Report Format ! ! ! |
| ! !B ! Parameter Table ! ! ! |
| ! !C ! First three lines of Report ! C ! Blank ! |
| ! !D ! Print Out Rules ! C ! 2 ! |
| ! !E ! Transfer to ACARS MU ! C ! No ! |
| ! !F ! Increment of the report counter if the ! C ! 1 ! |
| ! ! ! report was triggered by a code number ! ! ! |
| ! ! ! > 1000; 1=yes, 0=no ! ! ! |
| ! !G ! 'Y13.2' Average intervals for MES param.! C ! 10 ! |
| !----!------!-----------------------------------------!------!---------! |
| !1000!1 ! Manual selection via MCDU ! ! ! |
| !----!------!-----------------------------------------!------!---------! |
| !2000!2 ! Flight phase dependent manual ! ! ! |
| ! ! ! selection via remote print button ! ! ! |
| ! ! ! if programmed. ! ! ! |
| ! ! ! In this case the line V1 is filled with ! ! ! |
| ! ! ! values from the previous APU start. ! ! ! |
| ! ! ! Lines N1, N2, N3, S1, S2, S3, are filled! ! ! |
| ! ! ! with values from the trigger time. ! ! ! |
| ! !2.1 ! Logic algorithm ! ! ! |
| ! !2.2 ! Flight Phase (no standard programming) ! C ! not ! |
| !----!------!-----------------------------------------!------!---------! |
| !3000!3 ! Programmable Start Logic ! ! ! |
| ! !3.1 ! Logic algorithm ! C ! ! |
| ! !3.2 ! Logic criteria values ! C ! not ! |
| !----!------!-----------------------------------------!------!---------! |
| !4000!4 ! Report is triggered once at the begin of! ! ! |
| ! ! ! each new operating hour interval 'F13.1'! ! ! |
| ! ! ! if MES is performed by an APU which had ! ! ! |
| ! ! ! been started by TRU power supply. ! ! ! |
| ! !4.1 ! 'F13.1' APU operating hours interval ! C ! 5 ! |
| ! !4.2 ! MES performed 7A.1.037.01.21 = 1 ! ! ! |
| ! ! ! and ! ! ! |
| ! ! ! APU load control valve open ! ! ! |
| ! ! ! 7A.1.037.01.11 = 1 ! ! ! |
| ! ! ! and ! ! ! |
| ! ! ! one engine Starter Air Valve in not ! ! ! |
| ! ! ! closed ! ! ! |
| ! ! ! for CFMI engines: ! ! ! |
| ! ! ! 7C.1.270.01.13 = 0 XOR 7C.2.270.10.15 =0! ! ! |
| ! ! ! for IAE engines: ! ! ! |
| ! ! ! 7C.1.270.01.15 = 0 XOR 7C.2.270.10.15 =0! ! ! |
| ! !4.3 ! APU was started by TRU power if the ! ! ! |
| ! ! ! previous APU start was detected by AIDS.! ! ! |
| ! !4.4 ! The header and line E1 will be generated! ! ! |
| ! ! ! at trigger time. ! ! ! |
| ! ! ! Line N1, S1 and N2, S2 are generated ! ! ! |
| ! ! ! 'Y13.1' seconds after the begin of MES ! ! ! |
| ! ! ! and will averaged for 'Y13.2' seconds ! ! ! |
| ! ! ! (see Item No. G) except of ESN, ACW1 and! ! ! |
| ! ! ! ACW2 which are generated after the end ! ! ! |
| ! ! ! of 'Y13.1' + 'Y13.2' and is not be ! ! ! |
| ! ! ! averaged. ! ! ! |
| ! !4.5 ! 'Y13.1' time delay (10 seconds) ! C ! 10 ! |
| ! !4.6 ! Lines N3 and S3 are generated, when the ! ! ! |
| ! ! ! APU is in idle mode. ! ! ! |
| ! ! ! Master Switch off: ! ! ! |
| ! ! ! 29.1.002.11.16 = 0 ! ! ! |
| ! ! ! and ! ! ! |
| ! ! ! cooldown time 'Y13.3' is terminated ! ! ! |
| ! ! ! 'Y13.3' are calculated as follows: ! ! ! |
| ! ! ! The cooldown time coded in 7A.1.004.01 ! ! ! |
| ! ! ! are taken and then 10 seconds are sub- ! ! ! |
| ! ! ! tracted. The result is 'Y13.3'. If ! ! ! |
| ! ! ! 'Y13.3' is negative, lines N3 and S3 ! ! ! |
| ! ! ! are filled with zeros. ! ! ! |
| ! ! ! The values are averaged for 2 seconds ! ! ! |
| ! ! ! except ACW1 and ACW2. The ESN are filled! ! ! |
| ! ! ! with zeros. ! ! ! |
| ! !4.7 ! Logic algorithm ! ! ! |
| ! !4.8 ! Line V1 is contain values from the ! ! ! |
| ! ! ! previous APU start performed by TRU ! ! ! |
| ! ! ! power. The APU start is in progress as ! ! ! |
| ! ! ! long as 7A.1.037.01.22 = 1 ! ! ! |
| ! ! ! The report is only be generated if at ! ! ! |
| ! ! ! least one MES was completed. This means ! ! ! |
| ! ! ! if a shutdown bit ! ! ! |
| ! ! ! 7A.1.037.01.17 = 1 ! ! ! |
| ! ! ! or ! ! ! |
| ! ! ! 7A.1.037.01.18 = 1 ! ! ! |
| ! ! ! was set during generation of the 1. MES ! ! ! |
| ! ! ! lines, no report is generated. ! ! ! |
| ! ! ! If the master switch is set to 'off', ! ! ! |
| ! ! ! before second MES is terminated, the ! ! ! |
| ! ! ! report is generated with the lines N2 ! ! ! |
| ! ! ! and S2 filled with zeros. ! ! ! |
| !----!------!-----------------------------------------!------!---------! |
| !8100!8.1 ! ACARS MU uplink request with IMI 'REQ13'! ! ! |
| ! ! ! The report <13> is immediately generated! ! ! |
| ! ! ! and transmitted to the ACARS MU. ! ! ! |
| !----------------------------------------------------------------------! |
| ! A = Programmable by Airbus ! |
| ! C = Programmable by Customer ! |
| +----------------------------------------------------------------------+ |
(21) APU MES/IDLE Report Logic
| +----------------------------------------------------------------------+ |
| !Code!Item ! !Progr.!Standard ! |
| ! No.!No. ! Description of Function Item !MCDU !Value or ! |
| ! ! ! !GSE !Table ! |
| !----!------!-----------------------------------------!------!---------! |
| ! !A ! Report Format ! ! ! |
| ! !B ! Parameter Table ! ! ! |
| ! !C ! First three lines of Report ! C ! Blank ! |
| ! !D ! Print Out Rules ! C ! ! |
| ! !E ! Transfer to ACARS MU ! C ! Yes ! |
| ! !F ! Increment of the report counter if the ! C ! 1 ! |
| ! ! ! report was triggered by a code number ! ! ! |
| ! ! ! > 1000; 1=yes, 0=no ! ! ! |
| ! !G ! 'Y13.2' Average intervals for MES param.! C ! 10 ! |
| !----!------!-----------------------------------------!------!---------! |
| !1000!1 ! Manual selection via MCDU ! ! ! |
| !----!------!-----------------------------------------!------!---------! |
| !2000!2 ! Flight phase dependent manual ! ! ! |
| ! ! ! selection via remote print button ! ! ! |
| ! ! ! if programmed. ! ! ! |
| ! ! ! In this case the line V1 is filled with ! ! ! |
| ! ! ! values from the previous APU start. ! ! ! |
| ! ! ! Lines N1, N2, N3, S1, S2, S3, are filled! ! ! |
| ! ! ! with values from the trigger time. ! ! ! |
| ! !2.1 ! Logic algorithm ! ! ! |
| ! !2.2 ! Flight Phase (no standard programming) ! C ! not ! |
| ! ! ! ! ! assigned! |
| !----!------!-----------------------------------------!------!---------! |
| !3000!3 ! Programmable Start Logic ! ! ! |
| ! !3.1 ! Logic algorithm ! C ! ! |
| ! !3.2 ! Logic criteria values ! C ! not ! |
| ! ! ! ! ! progr. ! |
| !----!------!-----------------------------------------!------!---------! |
| !4000!4 ! Report is triggered once at the begin of! ! ! |
| ! ! ! each new operating hour interval 'F13.1'! ! ! |
| ! ! ! if MES is performed by an APU which had ! ! ! |
| ! ! ! been started by TRU power supply. ! ! ! |
| ! !4.1 ! 'F13.1' APU operating hours interval ! C ! 5 ! |
| ! !4.2 ! MES detected by DMU: ! ! ! |
| ! ! ! MES performed 7A.1.037.01.21 = 1 ! ! ! |
| ! ! ! and ! ! ! |
| ! ! ! APU load control valve open ! ! ! |
| ! ! ! 7A.1.037.01.11 = 1 ! ! ! |
| ! ! ! and ! ! ! |
| ! ! ! one engine Starter Air Valve is not ! ! ! |
| ! ! ! closed ! ! ! |
| ! ! ! for CFMI engines: ! ! ! |
| ! ! ! 7C.1.270.01.13 = 0 XOR 7C.2.270.10.13 =0! ! ! |
| ! ! ! for IAE engines: ! ! ! |
| ! ! ! 7C.1.270.01.15 = 0 XOR 7C.2.270.10.15 =0! ! ! |
| ! !4.3 ! APU was started by TRU power if the ! ! ! |
| ! ! ! previous APU start was detected by AIDS.! ! ! |
| ! ! ! APU start in progress: ! ! ! |
| ! ! ! 7A.1.037.01.22 = 1 ! ! ! |
| ! !4.4 ! The header and line E1 is generated at ! ! ! |
| ! ! ! trigger time. ! ! ! |
| ! ! ! Line N1, S1 and N2, S2 are generated ! ! ! |
| ! ! ! 'Y13.1' seconds after the begin of MES ! ! ! |
| ! ! ! and are averaged for 'Y13.2' seconds ! ! ! |
| ! ! ! (see Item No. G) except of ESN, ACW1 and! ! ! |
| ! ! ! ACW2 which are generated after the end ! ! ! |
| ! ! ! of 'Y13.1' + 'Y13.2' and is not ! ! ! |
| ! ! ! averaged. ! ! ! |
| ! !4.5 ! 'Y13.1' time delay (10 seconds) ! C ! 10 ! |
| ! !4.6 ! Lines N3 and S3 are generated, when the ! ! ! |
| ! ! ! APU is in idle mode. ! ! ! |
| ! ! ! Master Switch off: ! ! ! |
| ! ! ! 29.1.002.11.16 = 0 ! ! ! |
| ! ! ! and ! ! ! |
| ! ! ! cooldown time 'Y13.3' is terminated ! ! ! |
| ! ! ! 'Y13.3' are calculated as follows: ! ! ! |
| ! ! ! The cooldown time coded in 7A.1.004.01 ! ! ! |
| ! ! ! are taken and then 10 seconds are sub- ! ! ! |
| ! ! ! tracted. The result is 'Y13.3'. If ! ! ! |
| ! ! ! 'Y13.3' is negative, lines N3 and S3 ! ! ! |
| ! ! ! are filled with zeros. ! ! ! |
| ! ! ! The values are averaged for 2 seconds ! ! ! |
| ! ! ! except ACW1 and ACW2. The ESN are filled! ! ! |
| ! ! ! with zeros. ! ! ! |
| ! !4.7 ! Logic algorithm ! ! ! |
| ! !4.8 ! Line V1 contains values from the ! ! ! |
| ! ! ! previous APU start performed by TRU ! ! ! |
| ! ! ! power. The APU start is in progress as ! ! ! |
| ! ! ! long as 7A.1.037.01.22 = 1 ! ! ! |
| ! ! ! The report is only generated if at least! ! ! |
| ! ! ! one MES was completed. This means if a ! ! ! |
| ! ! ! shutdown bit ! ! ! |
| ! ! ! 7A.1.037.01.17 = 1 ! ! ! |
| ! ! ! or ! ! ! |
| ! ! ! 7A.1.037.01.18 = 1 ! ! ! |
| ! ! ! was set during generation of the 1. MES ! ! ! |
| ! ! ! lines, no report is generated. ! ! ! |
| ! ! ! If the master switch is set to 'off', ! ! ! |
| ! ! ! before second MES is terminated, the ! ! ! |
| ! ! ! report is generated and the lines N2 ! ! ! |
| ! ! ! and S2 have zeros. ! ! ! |
| !----!------!-----------------------------------------!------!---------! |
| !8100!8.1 ! ACARS MU uplink request with IMI 'REQ13'! ! ! |
| ! ! ! The report <13> is immediately generated! ! ! |
| ! ! ! and transmitted to the ACARS MU. ! ! ! |
| !----------------------------------------------------------------------! |
| ! A = Programmable by Airbus ! |
| ! C = Programmable by Customer ! |
| +----------------------------------------------------------------------+ |
(22) APU MES/IDLE Report Logic
| +--------------------------------------------------------------------------+ |
| !Code! Item ! ! Prog !Standard ! |
| ! No ! No ! Description of Function Item !MCDU !GSE !Value or ! |
| ! ! ! ! ! ! Table ! |
| ! ! ! ! ! ! TXY ! |
| !----+------+-----------------------------------------+-----+----+---------! |
| ! !A ! Report Format ! ! ! ! |
| ! !A.1 ! "R013RLID" Report Layout Identifier ! ! ! 0.1 ! |
| ! ! ! (for ACARS header) ! ! ! ! |
| ! !A.2 ! "R013RLIS" Report Layout Issue ! ! ! 0.1 ! |
| ! ! ! (for ACARS header) ! ! ! ! |
| ! !B ! Parameter Table ! ! ! ! |
| ! !C ! First three lines of Report ! C ! ! Blank ! |
| ! !D ! Print Out Rules ! C ! C ! see ! |
| ! ! ! ! ! ! separate! |
| ! ! ! ! ! ! list ! |
| ! !E ! Transfer to ACARS MU ! C ! C ! see ! |
| ! ! ! ! ! ! separate! |
| ! ! ! ! ! ! list ! |
| ! ! ! ! ! ! ! |
| ! !F ! Increment of the report counter if the ! C ! C ! 1 ! |
| ! ! ! report was triggered by a code number ! ! ! ! |
| ! ! ! > 1000; 1=yes, 0=no ! ! ! ! |
| ! !G ! "Y13.2" Average intervals for MES param.! C ! C ! 10 ! |
| !----!------!-----------------------------------------!-----!----!---------! |
| !1000!1 ! Manual selection through MCDU ! ! ! ! |
| !----!------!-----------------------------------------!-----!----!---------! |
| !2000!2 ! Flight phase dependent manual ! ! ! ! |
| ! ! ! selection through remote print button ! ! ! ! |
| ! ! ! if programmed. ! ! ! ! |
| ! ! ! In this case the line V1 is filled with ! ! ! ! |
| ! ! ! values from the previous APU start. ! ! ! ! |
| ! ! ! Lines N1, N2, N3, S1, S2, S3, are filled! ! ! ! |
| ! ! ! with values from the trigger time. ! ! ! ! |
| ! !2.1 ! Logic algorithm ! ! ! ! |
| ! !2.2 ! Flight Phase (no standard programming) ! C ! C ! not ! |
| ! ! ! ! ! ! assigned! |
| !----!------!-----------------------------------------!-----!----!---------! |
| !3000!3 ! Programmable Start Logic ! ! ! ! |
| ! !3.1 ! Logic algorithm ! C ! ! ! |
| ! !3.2 ! Logic criteria values ! C ! ! not ! |
| ! ! ! ! ! ! prog ! |
| !----!------!-----------------------------------------!-----!----!---------! |
| !4000!4 ! Report is triggered once at the begin of! ! ! ! |
| ! ! ! each new operating hour interval "F13.1"! ! ! ! |
| ! ! ! if MES is performed by an APU which had ! ! ! ! |
| ! ! ! been started by TRU power supply. ! ! ! ! |
| ! !4.1 ! "F13.1" APU operating hours interval ! C ! C ! 5 ! |
| ! !4.2 ! MES detected by DMU: ! ! ! ! |
| ! ! ! MES performed 7A.1.037.01.21 = 1 ! ! ! ! |
| ! ! ! and ! ! ! ! |
| ! ! ! APU load control valve open ! ! ! ! |
| ! ! ! 7A.1.037.01.11 = 1 ! ! ! ! |
| ! ! ! and ! ! ! ! |
| ! ! ! one engine Starter Air Valve is not ! ! ! ! |
| ! ! ! closed ! ! ! ! |
| ! ! ! for CFMI engines: ! ! ! ! |
| ! ! ! 7C.1.270.01.13 = 0 XOR 7C.2.270.10.13 =0! ! ! ! |
| ! ! ! for IAE engines: ! ! ! ! |
| ! ! ! 7C.1.270.01.15 = 0 XOR 7C.2.270.10.15 =0! ! ! ! |
| ! ! ! for P&W engines: ! ! ! ! |
| ! ! ! 7C.1.270.01.15 = 0 XOR 7C.2.270.10.15 =1! ! ! ! |
| ! !4.3 ! APU was started by TRU power if the ! ! ! ! |
| ! ! ! previous APU start was detected by AIDS.! ! ! ! |
| ! ! ! APU start in progress: ! ! ! ! |
| ! ! ! 7A.1.037.01.22 = 1 ! ! ! ! |
| ! !4.4 ! The header and line E1 is generated at ! ! ! ! |
| ! ! ! trigger time. ! ! ! ! |
| ! ! ! Line N1, S1 and N2, S2 are generated ! ! ! ! |
| ! ! ! "Y13.1" seconds after the begin of MES ! ! ! ! |
| ! ! ! and are averaged for "Y13.2" seconds ! ! ! ! |
| ! ! ! (see Item No G) except of ESN, ACW1 and ! ! ! ! |
| ! ! ! ACW2 which are generated after the end ! ! ! ! |
| ! ! ! of "Y13.1" + "Y13.2" and will not be ! ! ! ! |
| ! ! ! be averaged. ! ! ! ! |
| ! ! ! MES /ç Y13.1 ! ! ! ! |
| ! ! ! ! !<-------->! Y13.2 ! ! ! ! |
| ! ! ! ! ! !<-------->! ! ! ! ! |
| ! ! ! ! ! ! ! ! ! ! ! |
| ! ! ! 1! !__________!____ ! ! ! ! ! |
| ! ! ! ! ! MES ! ! ! ! ! ! ! |
| ! ! ! 0!-----!----------!----!-----!----->! ! ! ! |
| ! ! ! Start t! ! ! ! |
| ! ! ! MES ! ! ! ! |
| ! ! ! ! ! ! ! |
| ! !4.5 ! "Y13.1" time delay (10 seconds) ! C ! C ! 10 ! |
| ! !4.6 ! Lines N3 and S3 are generated, when the ! ! ! ! |
| ! ! ! APU is in idle mode. ! ! ! ! |
| ! ! ! Master Switch off: ! ! ! ! |
| ! ! ! 29.1.002.11.16 = 0 ! ! ! ! |
| ! ! ! and ! ! ! ! |
| ! ! ! cooldown time "Y13.3" is terminated ! ! ! ! |
| ! ! ! "Y13.3" is calculated as follows: ! ! ! ! |
| ! ! ! The cooldown time coded in 7A.1.004.01 ! ! ! ! |
| ! ! ! are taken and then 10 seconds are ! ! ! ! |
| ! ! ! subtracted. The result is "Y13.3". If ! ! ! ! |
| ! ! ! "Y13.3" is negative, lines N3 and S3 ! ! ! ! |
| ! ! ! are filled with zeros. ! ! ! ! |
| ! ! ! The values must be averaged for 2 ! ! ! ! |
| ! ! ! seconds except ACW1 and ACW2. The ESN ! ! ! ! |
| ! ! ! are filled with zeros. ! ! ! ! |
| ! !4.7 ! Logic algorithm ! ! ! ! |
| !----!------!-----------------------------------------!-----!----!---------! |
| ! !4.8 ! Line V1 contains values from the ! ! ! ! |
| ! ! ! previous APU start performed by TRU ! ! ! ! |
| ! ! ! power. The APU start is in progress as ! ! ! ! |
| ! ! ! long as 7A.1.037.01.22 = 1 ! ! ! ! |
| ! ! ! The report is only generated if at least! ! ! ! |
| ! ! ! one MES was completed. This means if a ! ! ! ! |
| ! ! ! shutdown bit ! ! ! ! |
| ! ! ! 7A.1.037.01.17 = 1 ! ! ! ! |
| ! ! ! or ! ! ! ! |
| ! ! ! 7A.1.037.01.18 = 1 ! ! ! ! |
| ! ! ! was set during generation of the 1. MES ! ! ! ! |
| ! ! ! lines, no report is generated. ! ! ! ! |
| ! ! ! If the master switch is set to off, ! ! ! ! |
| ! ! ! before second MES is terminated, the ! ! ! ! |
| ! ! ! report is generated and the lines N2 ! ! ! ! |
| ! ! ! and S2 have zeros. ! ! ! ! |
| !----!------!-----------------------------------------!-----!----!---------! |
| !8100!8.1 ! ACARS MU uplink request with IMI "REQ13"! ! ! ! |
| ! ! ! The report <13> is immediately generated! ! ! ! |
| ! ! ! and transmitted to the ACARS MU. ! ! ! ! |
| !----!------!-----------------------------------------!-----!----!---------! |
| !8200!8.2 ! ACARS MU uplink request with IMI "G13" ! ! ! ! |
| ! ! ! The report <13> is generated related ! ! ! ! |
| ! ! ! to code 4000 at next MES in case this ! ! ! ! |
| ! ! ! is performed y and APU which had been ! ! ! ! |
| ! ! ! started by TRU power supply. ! ! ! ! |
| !----!------!-----------------------------------------!-----!----!---------! |
| ! A = Programmable by Airbus ! |
| ! C = Programmable by Customer ! |
| +--------------------------------------------------------------------------+ |
(23) APU MES/IDLE Report Logic
| +----------------------------------------------------------------------+ |
| !Code!Item ! !Progr.!Standard ! |
| ! No.!No. ! Description of Function Item !MCDU !Value ! |
| ! ! ! !/GSE ! ! |
| !----!------!-----------------------------------------!------!---------! |
| ! !A ! Report Format ! ! ! |
| ! !A.1 ! 'R013RLID' Report Layout Identifier ! ! DT37 ! |
| ! ! ! (for ACARS header) ! ! ! |
| ! !A.2 ! 'R013RLIS' Report Layout Issue ! ! DT37 ! |
| ! ! ! (for ACARS header) ! ! ! |
| ! !B ! Parameter Table ! ! ! |
| ! !C ! First three lines of Report ! C ! Blank ! |
| ! ! ! ! ! see ! |
| ! !D ! Print Out Rules ! C ! separate! |
| ! ! ! ! ! list ! |
| ! !E ! Transfer to ACARS MU ! C ! see ! |
| ! ! ! ! ! separate! |
| ! ! ! ! ! list ! |
| ! !F ! Increment of the report counter if the ! C ! 1 ! |
| ! ! ! report was triggered by a code number ! ! ! |
| ! ! ! > 1000; 1=yes, 0=no ! ! ! |
| ! !G ! 'Y13.2' Average intervals for MES param.! C ! 10 ! |
| !----!------!-----------------------------------------!------!---------! |
| !1000!1 ! Manual selection through MCDU ! ! ! |
| !----!------!-----------------------------------------!------!---------! |
| !2000!2 ! Flight phase dependent manual ! ! ! |
| ! ! ! selection through remote print button ! ! ! |
| ! ! ! if programmed. ! ! ! |
| ! ! ! In this case line V1 is filled with ! ! ! |
| ! ! ! values from the previous APU start. ! ! ! |
| ! ! ! Lines N1, N2, N3, S1, S2, S3, are ! ! ! |
| ! ! ! filled with values from the trigger ! ! ! |
| ! ! ! time. ! ! ! |
| ! !2.1 ! Logic algorithm ! ! ! |
| ! !2.2 ! Flight Phase (no standard programming) ! C ! not ! |
| ! ! ! ! ! assigned! |
| !----!------!-----------------------------------------!------!---------! |
| !3000!3 ! Programmable Start Logic ! ! ! |
| ! !3.1 ! Logic algorithm ! C ! ! |
| ! !3.2 ! Logic criteria values ! C ! not ! |
| ! ! ! ! ! progr. ! |
| !----!------!-----------------------------------------!------!---------! |
| !4000!4 ! Report is triggered once at the ! ! ! |
| ! ! ! beginning of each new operating hour ! ! ! |
| ! ! ! interval 'F13.1', if MES is performed ! ! ! |
| ! ! ! by an APU which was started by ! ! ! |
| ! ! ! the TRU power supply. ! ! ! |
| ! !4.1 ! 'F13.1' APU operating hours interval ! C ! 5 ! |
| ! !4.2 ! MES detected by DMU: ! ! ! |
| ! ! ! MES performed 7A.1.037.01.21 = 1 ! ! ! |
| ! ! ! and ! ! ! |
| ! ! ! APU load control valve open ! ! ! |
| ! ! ! 7A.1.037.01.11 = 1 ! ! ! |
| ! ! ! and ! ! ! |
| ! ! ! one engine Starter Air Valve is not ! ! ! |
| ! ! ! closed. ! ! ! |
| ! ! ! ! ! ! |
| ! ! ! 07B.1.270.XX.15=1 XOR 07B.2.270.XX.15=1 ! ! ! |
| ! ! ! ! ! ! |
| ! !4.3 ! APU was started by TRU power, if the ! ! ! |
| ! ! ! previous APU start was detected by AIDS.! ! ! |
| ! ! ! ! ! ! |
| ! ! ! APU start in progress: ! ! ! |
| ! ! ! 7A.1.037.01.22 = 1 ! ! ! |
| ! ! ! ! ! ! |
| ! !4.4 ! The header and line E1 are generated at ! ! ! |
| ! ! ! trigger time. ! ! ! |
| ! ! ! Line N1, S1 and N2, S2 are generated ! ! ! |
| ! ! ! 'Y13.1' seconds after the beginning ! ! ! |
| ! ! ! of MES and are averaged for 'Y13.2' ! ! ! |
| ! ! ! seconds (see Item No. G) except of ESN, ! ! ! |
| ! ! ! ACW1 and ACW2 which are generated after ! ! ! |
| ! ! ! the end of 'Y13.1' + 'Y13.2' and they ! ! ! |
| ! ! ! are not averaged. ! ! ! |
| ! ! ! ! ! ! |
| ! ! ! MES ?? Y13.1 ! ! ! |
| ! ! ! ! !<-------->! Y13.2 ! ! ! |
| ! ! ! ! ! !<-------->! ! ! ! |
| ! ! ! ! ! ! ! ! ! ! |
| ! ! ! 1! !__________!____ ! ! ! ! |
| ! ! ! ! ! MES ! ! ! ! ! ! |
| ! ! ! 0+--------------------------------->! ! ! |
| ! ! ! Start t! ! ! |
| ! ! ! MES ! ! ! |
| ! ! ! ! ! ! |
| ! !4.5 ! 'Y13.1' Time delay (10 seconds) ! C ! 10 ! |
| ! ! ! ! ! ! |
| ! !4.6 ! Lines N3 and S3 are generated, when the ! ! ! |
| ! ! ! APU is in idle mode. ! ! ! |
| ! ! ! Master Switch off: ! ! ! |
| ! ! ! 29.1.002.11.16 = 0 ! ! ! |
| ! ! ! and ! ! ! |
| ! ! ! cooldown time 'Y13.3' is terminated. ! ! ! |
| ! ! ! ! ! ! |
| ! ! ! 'Y13.3' is calculated as follows: ! ! ! |
| ! ! ! The cooldown time coded in 7A.1.004.01 ! ! ! |
| ! ! ! is taken and then 10 seconds are ! ! ! |
| ! ! ! subtracted. The result is 'Y13.3'. If ! ! ! |
| ! ! ! 'Y13.3' is negative, lines N3 and S3 ! ! ! |
| ! ! ! are filled with zeros. ! ! ! |
| ! ! ! ! ! ! |
| ! ! ! The values are averaged for 2 seconds ! ! ! |
| ! ! ! except ACW1 and ACW2. The ESN is filled ! ! ! |
| ! ! ! with zeros. ! ! ! |
| ! ! ! ! ! ! |
| ! !4.7 ! Logic algorithm ! ! ! |
| ! ! ! ! ! ! |
| ! !4.8 ! Line V1 contains values from the ! ! ! |
| ! ! ! previous APU start performed by the TRU ! ! ! |
| ! ! ! power. ! ! ! |
| ! ! ! The APU start is in progress as long as ! ! ! |
| ! ! ! 7A.1.037.01.22 = 1 ! ! ! |
| ! ! ! ! ! ! |
| ! ! ! The report is generated, only if minimum! ! ! |
| ! ! ! one MES was completed. This means if a ! ! ! |
| ! ! ! shutdown bit ! ! ! |
| ! ! ! 7A.1.037.01.17 = 1 ! ! ! |
| ! ! ! or ! ! ! |
| ! ! ! 7A.1.037.01.18 = 1 ! ! ! |
| ! ! ! was set during generation of the 1. MES ! ! ! |
| ! ! ! lines, no report is generated. ! ! ! |
| ! ! ! ! ! ! |
| ! ! ! If the master switch is set to 'off' ! ! ! |
| ! ! ! before second MES is terminated, the ! ! ! |
| ! ! ! report is generated with lines N2 and ! ! ! |
| ! ! ! S2 filled with zeros. ! ! ! |
| !----!------!-----------------------------------------!------!---------! |
| !8100!8.1 ! ACARS MU uplink request with IMI ! ! ! |
| ! ! ! 'REQ13': ! ! ! |
| ! ! ! Report <13> is immediately generated ! ! ! |
| ! ! ! and transmitted to the ACARS MU. ! ! ! |
| !----!------!-----------------------------------------!------!---------! |
| !8200!8.2 ! ACARS MU uplink request with IMI 'G13': ! ! ! |
| ! ! ! Report <13> is generated according ! ! ! |
| ! ! ! to code 4000 at next MES, in case this ! ! ! |
| ! ! ! is performed by an APU which was started! ! ! |
| ! ! ! by the TRU power supply. ! ! ! |
| !----------------------------------------------------------------------! |
| ! A = Programmable by Airbus ! |
| ! C = Programmable by Customer ! |
| +----------------------------------------------------------------------+ |
(24) APU MES/IDLE Report Logic
| +----------------------------------------------------------------------+ |
| !Code!Item ! !Progr.!Standard ! |
| ! No.!No. ! Description of Function Item !MCDU !Value or ! |
| ! ! ! !/GSE !Table TXY! |
| !----!------!-----------------------------------------!------!---------! |
| ! !A ! Report Format ! ! ! |
| ! !B ! Parameter Table ! ! ! |
| ! !C ! First three lines of Report ! C ! Blank ! |
| ! !D ! Print Out Rules ! C ! see ! |
| ! ! ! ! ! separate! |
| ! ! ! ! ! list ! |
| ! !E ! Transfer to ACARS MU ! C ! see ! |
| ! ! ! ! ! separate! |
| ! ! ! ! ! list ! |
| ! !F ! Increment of the report counter if the ! C ! 1 ! |
| ! ! ! report was triggered by a code number ! ! ! |
| ! ! ! > 1000; 1=yes, 0=no ! ! ! |
| ! !G ! 'Y13.2' Average intervals for MES param.! C ! 10 ! |
| !----!------!-----------------------------------------!------!---------! |
| !1000!1 ! Manual selection via MCDU ! ! ! |
| !----!------!-----------------------------------------!------!---------! |
| !2000!2 ! Flight phase dependent manual ! ! ! |
| ! ! ! selection via remote print button ! ! ! |
| ! ! ! if programmed. ! ! ! |
| ! ! ! In this case the line V1 shall be filled! ! ! |
| ! ! ! with values from the previous APU start.! ! ! |
| ! ! ! Lines N1, N2, N3, S1, S2, S3, shall be ! ! ! |
| ! ! ! filled with values from the trigger ! ! ! |
| ! ! ! time. ! ! ! |
| ! !2.1 ! Logic algorithm ! ! ! |
| ! !2.2 ! Flight Phase (no standard programming) ! C ! not ! |
| ! ! ! ! ! assigned! |
| !----!------!-----------------------------------------!------!---------! |
| !3000!3 ! Programmable Start Logic ! ! ! |
| ! !3.1 ! Logic algorithm ! C ! ! |
| ! !3.2 ! Logic criteria values ! C ! not ! |
| ! ! ! ! ! progr. ! |
| !----!------!-----------------------------------------!------!---------! |
| !4000!4 ! Report shall be triggered once at the ! ! ! |
| ! ! ! begin of each new operating hour ! ! ! |
| ! ! ! interval 'F13.1' if MES is performed by ! ! ! |
| ! ! ! an APU which had been started by TRU ! ! ! |
| ! ! ! power supply. ! ! ! |
| ! !4.1 ! 'F13.1' APU operating hours interval ! C ! 5 ! |
| ! !4.2 ! MES detected by DMU: ! ! ! |
| ! ! ! MES performed 7A.1.037.01.21 = 1 ! ! ! |
| ! ! ! and ! ! ! |
| ! ! ! APU load control valve open ! ! ! |
| ! ! ! 7A.1.037.01.11 = 1 ! ! ! |
| ! ! ! and ! ! ! |
| ! ! ! one engine Starter Air Valve is not ! ! ! |
| ! ! ! closed ! ! ! |
| ! ! ! 7C.1.270.01.13 =0 XOR 7C.2.270.10.13 =0 ! ! ! |
| ! !4.3 ! APU was started by TRU power if the ! ! ! |
| ! ! ! previous APU start was detected by AIDS.! ! ! |
| ! ! ! APU start in progress: ! ! ! |
| ! ! ! 7A.1.037.01.22 = 1 ! ! ! |
| ! !4.4 ! The header and line E1 is generated at ! ! ! |
| ! ! ! trigger time. ! ! ! |
| ! ! ! Line N1, S1 and N2, S2 shall be ! ! ! |
| ! ! ! generated 'Y13.1' seconds after the ! ! ! |
| ! ! ! begin of MES and are averaged for ! ! ! |
| ! ! ! 'Y13.2' seconds (see Item No. G) except ! ! ! |
| ! ! ! of ESN, ACW1 and ACW2 which are ! ! ! |
| ! ! ! generated after the end of 'Y13.1' + ! ! ! |
| ! ! ! 'Y13.2' and shall not be averaged. ! ! ! |
| ! ! ! ! ! ! |
| ! ! ! MES /?? Y13.1 ! ! ! |
| ! ! ! ! !<-------->! Y13.2 ! ! ! |
| ! ! ! ! ! !<-------->! ! ! ! |
| ! ! ! ! ! ! ! ! ! ! |
| ! ! ! 1! !__________!____ ! ! ! ! |
| ! ! ! ! ! MES ! ! ! ! ! ! |
| ! ! ! 0!-----!----------!----!-----!----->! ! ! |
| ! ! ! Start t! ! ! |
| ! ! ! MES ! ! ! |
| ! ! ! ! ! ! |
| ! !4.5 ! 'Y13.1' time delay (10 seconds) ! C ! 10 ! |
| ! !4.6 ! Lines N3 and S3 shall be generated, when! ! ! |
| ! ! ! the APU is in idle mode. ! ! ! |
| ! ! ! Master Switch off: ! ! ! |
| ! ! ! 29.1.002.11.16 = 0 ! ! ! |
| ! ! ! and ! ! ! |
| ! ! ! cooldown time 'Y13.3' is terminated ! ! ! |
| ! ! ! 'Y13.3' are calculated as follows: ! ! ! |
| ! ! ! The cooldown time coded in 7A.1.004.01 ! ! ! |
| ! ! ! shall be taken and then 10 seconds shall! ! ! |
| ! ! ! be subtracted. The result is 'Y13.3'. If! ! ! |
| ! ! ! 'Y13.3' is negative, lines N3 and S3 ! ! ! |
| ! ! ! are filled with zeros. ! ! ! |
| ! ! ! The values are averaged for 2 seconds ! ! ! |
| ! ! ! except ACW1 and ACW2. The ESN is filled ! ! ! |
| ! ! ! with zeros. ! ! ! |
| ! !4.7 ! Logic algorithm ! ! ! |
| !----!------!-----------------------------------------!------!---------! |
| ! !4.8 ! Line V1 contains values from the ! ! ! |
| ! ! ! previous APU start performed by TRU ! ! ! |
| ! ! ! power. ! ! ! |
| ! ! ! The APU start is in progress as long as ! ! ! |
| ! ! ! 7A.1.037.01.22 = 1 ! ! ! |
| ! ! ! The report shall only be generated if at! ! ! |
| ! ! ! least one MES was completed. This means ! ! ! |
| ! ! ! if a shutdown bit ! ! ! |
| ! ! ! 7A.1.037.01.17 = 1 ! ! ! |
| ! ! ! or ! ! ! |
| ! ! ! 7A.1.037.01.18 = 1 ! ! ! |
| ! ! ! was set during generation of the 1. MES ! ! ! |
| ! ! ! lines, no report shall be generated. ! ! ! |
| ! ! ! If the master switch is set to 'off', ! ! ! |
| ! ! ! before second MES is terminated, the ! ! ! |
| ! ! ! report shall be generated with the lines! ! ! |
| ! ! ! N2 and S2 filled with zeros. ! ! ! |
| !----!------!-----------------------------------------!------!---------! |
| !8100!8.1 ! ACARS MU uplink request with IMI ! ! ! |
| ! ! ! 'REQ13': ! ! ! |
| ! ! ! The report <13> shall be immediately ! ! ! |
| ! ! ! generated and transmitted to the ACARS ! ! ! |
| ! ! ! MU. ! ! ! |
| !----!------!-----------------------------------------!------!---------! |
| !8200!8.1 ! ACARS MU uplink request with IMI 'G13': ! ! ! |
| ! ! ! The report <13> shall be generated ! ! ! |
| ! ! ! according to code 4000 at next MES in ! ! ! |
| ! ! ! case this is performed by an APU which ! ! ! |
| ! ! ! had been started by TRU power supply. ! ! ! |
| !----------------------------------------------------------------------! |
| ! A = Programmable by Airbus ! |
| ! C = Programmable by Customer ! |
| +----------------------------------------------------------------------+ |
(25) APU MES/IDLE Report Logic
| +----------------------------------------------------------------------+ |
| !Code!Item ! !Progr.!Standard ! |
| ! No.!No. ! Description of Function Item !MCDU !Value or ! |
| ! ! ! !/GSE !Table TXY! |
| !----!------!-----------------------------------------!------!---------! |
| ! !A ! Report Format ! ! ! |
| ! !B ! Parameter Table ! ! ! |
| ! !C ! First three lines of Report ! C ! Blank ! |
| ! !D ! Print Out Rules ! C ! see ! |
| ! ! ! ! ! separate! |
| ! ! ! ! ! list ! |
| ! !E ! Transfer to ACARS MU ! C ! see ! |
| ! ! ! ! ! separate! |
| ! ! ! ! ! list ! |
| ! !F ! Increment of the report counter if the ! C ! 1 ! |
| ! ! ! report was triggered by a code number ! ! ! |
| ! ! ! > 1000; 1=yes, 0=no ! ! ! |
| ! !G ! 'Y13.2' Average intervals for MES param.! C ! 10 ! |
| !----!------!-----------------------------------------!------!---------! |
| !1000!1 ! Manual selection through MCDU ! ! ! |
| !----!------!-----------------------------------------!------!---------! |
| !2000!2 ! Flight phase dependent manual ! ! ! |
| ! ! ! selection through remote print button ! ! ! |
| ! ! ! if programmed. ! ! ! |
| ! ! ! In this case the line V1 shall be filled! ! ! |
| ! ! ! with values from the previous APU start.! ! ! |
| ! ! ! Lines N1, N2, N3, S1, S2, S3, shall be ! ! ! |
| ! ! ! filled with values from the trigger ! ! ! |
| ! ! ! time. ! ! ! |
| ! !2.1 ! Logic algorithm ! ! ! |
| ! !2.2 ! Flight Phase (no standard programming) ! C ! not ! |
| ! ! ! ! ! assigned! |
| !----!------!-----------------------------------------!------!---------! |
| !3000!3 ! Programmable Start Logic ! ! ! |
| ! !3.1 ! Logic algorithm ! C ! ! |
| ! !3.2 ! Logic criteria values ! C ! not ! |
| ! ! ! ! ! progr. ! |
| !----!------!-----------------------------------------!------!---------! |
| !4000!4 ! Report shall be triggered once at the ! ! ! |
| ! ! ! begin of each new operating hour ! ! ! |
| ! ! ! interval 'F13.1' if MES is performed by ! ! ! |
| ! ! ! an APU which had been started by TRU ! ! ! |
| ! ! ! power supply. ! ! ! |
| ! !4.1 ! 'F13.1' APU operating hours interval ! C ! 5 ! |
| ! !4.2 ! MES detected by DMU: ! ! ! |
| ! ! ! MES performed 7A.1.037.01.21 = 1 ! ! ! |
| ! ! ! and ! ! ! |
| ! ! ! APU load control valve open ! ! ! |
| ! ! ! 7A.1.037.01.11 = 1 ! ! ! |
| ! ! ! and ! ! ! |
| ! ! ! one engine Starter Air Valve is not ! ! ! |
| ! ! ! closed ! ! ! |
| ! ! ! 7C.1.270.01.13 =0 XOR 7C.2.270.10.13 =0 ! ! ! |
| ! !4.3 ! APU was started by TRU power if the ! ! ! |
| ! ! ! previous APU start was detected by AIDS.! ! ! |
| ! ! ! APU start in progress: ! ! ! |
| ! ! ! 7A.1.037.01.22 = 1 ! ! ! |
| ! !4.4 ! The header and line E1 is generated at ! ! ! |
| ! ! ! trigger time. ! ! ! |
| ! ! ! Line N1, S1 and N2, S2 shall be ! ! ! |
| ! ! ! generated 'Y13.1' seconds after the ! ! ! |
| ! ! ! begin of MES and are averaged for ! ! ! |
| ! ! ! 'Y13.2' seconds (see Item No. G) except ! ! ! |
| ! ! ! of ESN, ACW1 and ACW2 which are ! ! ! |
| ! ! ! generated after the end of 'Y13.1' + ! ! ! |
| ! ! ! 'Y13.2' and shall not be averaged. ! ! ! |
| ! ! ! ! ! ! |
| ! ! ! MES /?? Y13.1 ! ! ! |
| ! ! ! ! !<-------->! Y13.2 ! ! ! |
| ! ! ! ! ! !<-------->! ! ! ! |
| ! ! ! ! ! ! ! ! ! ! |
| ! ! ! 1! !__________!____ ! ! ! ! |
| ! ! ! ! ! MES ! ! ! ! ! ! |
| ! ! ! 0!-----!----------!----!-----!----->! ! ! |
| ! ! ! Start t! ! ! |
| ! ! ! MES ! ! ! |
| ! ! ! ! ! ! |
| ! !4.5 ! 'Y13.1' time delay (10 seconds) ! C ! 10 ! |
| ! !4.6 ! Lines N3 and S3 shall be generated, when! ! ! |
| ! ! ! the APU is in idle mode. ! ! ! |
| ! ! ! Master Switch off: ! ! ! |
| ! ! ! 29.1.002.11.16 = 0 ! ! ! |
| ! ! ! and ! ! ! |
| ! ! ! cooldown time 'Y13.3' is terminated ! ! ! |
| ! ! ! 'Y13.3' are calculated as follows: ! ! ! |
| ! ! ! The cooldown time coded in 7A.1.004.01 ! ! ! |
| ! ! ! shall be taken and then 10 seconds shall! ! ! |
| ! ! ! be subtracted. The result is 'Y13.3'. If! ! ! |
| ! ! ! 'Y13.3' is negative, lines N3 and S3 ! ! ! |
| ! ! ! are filled with zeros. ! ! ! |
| ! ! ! The values are averaged for 2 seconds ! ! ! |
| ! ! ! except ACW1 and ACW2. The ESN is filled ! ! ! |
| ! ! ! with zeros. ! ! ! |
| ! !4.7 ! Logic algorithm ! ! ! |
| !----!------!-----------------------------------------!------!---------! |
| ! !4.8 ! Line V1 contains values from the ! ! ! |
| ! ! ! previous APU start performed by TRU ! ! ! |
| ! ! ! power. ! ! ! |
| ! ! ! The APU start is in progress as long as ! ! ! |
| ! ! ! 7A.1.037.01.22 = 1 ! ! ! |
| ! ! ! The report shall only be generated if at! ! ! |
| ! ! ! least one MES was completed. This means ! ! ! |
| ! ! ! if a shutdown bit ! ! ! |
| ! ! ! 7A.1.037.01.17 = 1 ! ! ! |
| ! ! ! or ! ! ! |
| ! ! ! 7A.1.037.01.18 = 1 ! ! ! |
| ! ! ! was set during generation of the 1. MES ! ! ! |
| ! ! ! lines, no report shall be generated. ! ! ! |
| ! ! ! If the master switch is set to 'off', ! ! ! |
| ! ! ! before second MES is terminated, the ! ! ! |
| ! ! ! report shall be generated with the lines! ! ! |
| ! ! ! N2 and S2 filled with zeros. ! ! ! |
| !----!------!-----------------------------------------!------!---------! |
| !8100!8.1 ! ACARS MU uplink request with IMI ! ! ! |
| ! ! ! 'REQ13': ! ! ! |
| ! ! ! The report <13> shall be immediately ! ! ! |
| ! ! ! generated and transmitted to the ACARS ! ! ! |
| ! ! ! MU. ! ! ! |
| !----!------!-----------------------------------------!------!---------! |
| !8200!8.2 ! ACARS MU uplink request with IMI 'G13': ! ! ! |
| ! ! ! The report <13> shall be generated ! ! ! |
| ! ! ! according to code 4000 at next MES in ! ! ! |
| ! ! ! case this is performed by an APU which ! ! ! |
| ! ! ! had been started by TRU power supply. ! ! ! |
| !----------------------------------------------------------------------! |
| ! A = Programmable by Airbus ! |
| ! C = Programmable by Customer ! |
| +----------------------------------------------------------------------+ |
(26) APU MES/IDLE Report <13> Logic
| +----------------------------------------------------------------------+ |
| !Code!Item ! !Progr.!Standard ! |
| ! No.!No. ! Description of Function Item !MCDU !Value ! |
| ! ! ! !GSE ! ! |
| !----!------!-----------------------------------------!------!---------! |
| ! !A ! Report Format ! ! ! |
| ! ! ! ! ! ! |
| ! !B ! Parameter Table ! ! ! |
| ! ! ! ! ! ! |
| ! !C ! First three lines of Report ! C ! Blank ! |
| ! ! ! ! ! ! |
| ! !D ! Print Out Rules ! C ! ! |
| ! ! ! ! ! ! |
| ! !E ! Transfer to ACARS MU ! C ! Yes ! |
| ! ! ! ! ! ! |
| ! !F ! Increment of the report counter if the ! C ! 1 ! |
| ! ! ! report was triggered by a code number ! ! ! |
| ! ! ! > 1000; 1=yes, 0=no ! ! ! |
| ! ! ! ! ! ! |
| ! !G ! 'Y13.2' Average intervals for MES ! C ! 10 ! |
| ! ! ! parameter ! ! ! |
| !----!------!-----------------------------------------!------!---------! |
| !1000!1 ! Manual selection through MCDU ! ! ! |
| !----!------!-----------------------------------------!------!---------! |
| !2000!2 ! Flight phase dependent manual ! ! ! |
| ! ! ! selection through remote print button ! ! ! |
| ! ! ! if programmed. ! ! ! |
| ! ! ! In this case the line V1 is filled with ! ! ! |
| ! ! ! values from the previous APU start. ! ! ! |
| ! ! ! Lines N1, N2, N3, S1, S2, S3, are filled! ! ! |
| ! ! ! with values from the trigger time. ! ! ! |
| ! ! ! ! ! ! |
| ! !2.1 ! Logic algorithm ! ! ! |
| ! ! ! ! ! ! |
| ! !2.2 ! Flight Phase (no standard programming) ! C ! not ! |
| ! ! ! ! ! assign. ! |
| ! ! ! ! ! ! |
| !----!------!-----------------------------------------!------!---------! |
| !3000!3 ! Programmable Start Logic ! ! ! |
| ! ! ! ! ! ! |
| ! !3.1 ! Logic algorithm ! C ! ! |
| ! ! ! ! ! ! |
| ! !3.2 ! Logic criteria values ! C ! not ! |
| ! ! ! ! ! progr. ! |
| ! ! ! ! ! ! |
| !----!------!-----------------------------------------!------!---------! |
| !4000!4 ! Report is triggered once at the begin of! ! ! |
| ! ! ! each new operating hour interval 'F13.1'! ! ! |
| ! ! ! if MES is performed by an APU which was ! ! ! |
| ! ! ! started by TRU power supply. ! ! ! |
| ! ! ! ! ! ! |
| ! !4.1 ! 'F13.1' APU operating hours interval ! C ! 5 ! |
| ! ! ! ! ! ! |
| ! !4.2 ! MES detected by DMU: ! ! ! |
| ! ! ! MES performed 7A.1.037.01.21 = 1 ! ! ! |
| ! ! ! and ! ! ! |
| ! ! ! APU load control valve open ! ! ! |
| ! ! ! 7A.1.037.01.11 = 1 ! ! ! |
| ! ! ! and ! ! ! |
| ! ! ! one engine Starter Air Valve is not ! ! ! |
| ! ! ! closed ! ! ! |
| ! ! ! for CFMI engines: ! ! ! |
| ! ! ! 7C.1.270.01.13 = 0 XOR 7C.2.270.10.13 =0! ! ! |
| ! ! ! for IAE engines: ! ! ! |
| ! ! ! 7C.1.270.01.15 = 0 XOR 7C.2.270.10.15 =0! ! ! |
| ! ! ! ! ! ! |
| ! !4.3 ! APU was started by TRU power if the ! ! ! |
| ! ! ! previous APU start was detected by AIDS.! ! ! |
| ! ! ! APU start in progress: ! ! ! |
| ! ! ! 7A.1.037.01.22 = 1 ! ! ! |
| ! ! ! ! ! ! |
| ! !4.4 ! The header and line E1 is generated at ! ! ! |
| ! ! ! trigger time. ! ! ! |
| ! ! ! Line N1, S1 and N2, S2 are generated ! ! ! |
| ! ! ! 'Y13.1' seconds after the begin of MES ! ! ! |
| ! ! ! and are averaged for 'Y13.2' seconds ! ! ! |
| ! ! ! (see Item No. G) except of ESN, ACW1 and! ! ! |
| ! ! ! ACW2 which are generated after the end ! ! ! |
| ! ! ! of 'Y13.1' + 'Y13.2' and is not ! ! ! |
| ! ! ! averaged. ! ! ! |
| ! ! ! ! ! ! |
| ! !4.5 ! 'Y13.1' time delay (10 seconds) ! C ! 10 ! |
| ! ! ! ! ! ! |
| ! !4.6 ! Lines N3 and S3 are generated, when the ! ! ! |
| ! ! ! APU is in idle mode. ! ! ! |
| ! ! ! Master Switch off: ! ! ! |
| ! ! ! 29.1.002.11.16 = 0 ! ! ! |
| ! ! ! and ! ! ! |
| ! ! ! cooldown time 'Y13.3' is terminated. ! ! ! |
| ! ! ! 'Y13.3' are calculated as follows: ! ! ! |
| ! ! ! -The cooldown time coded in 7A.1.004.01 ! ! ! |
| ! ! ! are taken and then 10 seconds are ! ! ! |
| ! ! ! subtracted. The result is 'Y13.3'. If ! ! ! |
| ! ! ! 'Y13.3' is negative, lines N3 and S3 ! ! ! |
| ! ! ! are filled with zeros. ! ! ! |
| ! ! ! -The values are averaged for 2 seconds ! ! ! |
| ! ! ! except ACW1 and ACW2. The ESN are filled! ! ! |
| ! ! ! with zeros. ! ! ! |
| ! ! ! ! ! ! |
| ! !4.7 ! Logic algorithm ! ! ! |
| ! ! ! ! ! ! |
| ! !4.8 ! Line V1 contains values from the ! ! ! |
| ! ! ! previous APU start performed by TRU ! ! ! |
| ! ! ! power. The APU start is in progress as ! ! ! |
| ! ! ! long as 7A.1.037.01.22 = 1 ! ! ! |
| ! ! ! The report is only generated if minimum ! ! ! |
| ! ! ! one MES was completed. This means if a ! ! ! |
| ! ! ! shutdown bit ! ! ! |
| ! ! ! 7A.1.037.01.17 = 1 ! ! ! |
| ! ! ! or ! ! ! |
| ! ! ! 7A.1.037.01.18 = 1 ! ! ! |
| ! ! ! was set during generation of the 1. MES ! ! ! |
| ! ! ! lines, no report is generated. ! ! ! |
| ! ! ! If the master switch is set to 'off', ! ! ! |
| ! ! ! before second MES is terminated, the ! ! ! |
| ! ! ! report is generated and the lines N2 ! ! ! |
| ! ! ! and S2 have zeros. ! ! ! |
| ! ! ! ! ! ! |
| !----!------!-----------------------------------------!------!---------! |
| !8100!8.1 ! ACARS MU uplink request with IMI 'REQ13'! ! ! |
| ! ! ! The report <13> is immediately generated! ! ! |
| ! ! ! and transmitted to the ACARS MU. ! ! ! |
| ! ! ! ! ! ! |
| !----------------------------------------------------------------------! |
| ! A = Programmable by Airbus ! |
| ! C = Programmable by Customer ! |
| +----------------------------------------------------------------------+ |
B. Report Limits for APU MES/IDLE Report <13>
(1) A319: CFMI Engines 56-5-A5, 56-5-B6, 56-5-B5, 56-5-A4
| +-----------------------------------------------------------------------------+ |
| ! Limit ! Definition ! CFM ! CFM ! CFM ! CFM ! Unit ! |
| ! No. ! !56-5-A5!56-5-B6!56-5-B5!56-5-A4! ! |
| !-------!----------------------------!-------!-------!-------!-------!--------! |
| ! 281 !Increment report counter if ! 1 ! 1 ! 1 ! 1 ! ! |
| ! !logic trigger > 1000 ! ! ! ! ! ! |
| ! !(YES:1 NO:0) ! ! ! ! ! ! |
| !-------!----------------------------!-------!-------!-------!-------!--------! |
| ! 282 !F13.1: APU operating hours ! 5 ! 5 ! 5 ! 5 ! hours ! |
| ! !interval ! ! ! ! ! ! |
| !-------!----------------------------!-------!-------!-------!-------!--------! |
| ! 283 !Y13.1: Time delay after MES ! 10 ! 10 ! 10 ! 10 ! sec ! |
| !-------!----------------------------!-------!-------!-------!-------!--------! |
| ! 284 !Y13.2: Average interval ! 10 ! 10 ! 10 ! 10 ! sec ! |
| ! !during MES ! ! ! ! ! ! |
| !-------!----------------------------!-------!-------!-------!-------!--------! |
| ! 285 !Y13.4: Cool-down correction ! 10 ! 10 ! 10 ! 10 ! sec ! |
| ! !time ! ! ! ! ! ! |
| !-------!----------------------------!-------!-------!-------!-------!--------! |
| ! 286 !Y13.5: Average interval ! 2 ! 2 ! 2 ! 2 ! ! |
| ! !during APU/IDLE ! ! ! ! ! ! |
| !-------!----------------------------!-------!-------!-------!-------!--------! |
| ! 287 !Reserved ! 0 ! 0 ! 0 ! 0 ! ! |
| !-------!----------------------------!-------!-------!-------!-------!--------! |
| ! 288 !Reserved ! 0 ! 0 ! 0 ! 0 ! ! |
| !-------!----------------------------!-------!-------!-------!-------!--------! |
| ! 289 !Reserved ! 0 ! 0 ! 0 ! 0 ! ! |
| !-------!----------------------------!-------!-------!-------!-------!--------! |
| ! 290 !Reserved ! 0 ! 0 ! 0 ! 0 ! ! |
| +-----------------------------------------------------------------------------+ |
(2) A320: CFMI Engines 56-5-A1, 56-5-A3, 56-5-B4
| +---------------------------------------------------------------------+ |
| ! Limit ! Definition ! CFM ! CFM ! CFM ! Unit ! |
| ! No. ! !56-5-A1!56-5-A3!56-5-B4! ! |
| !-------!----------------------------!-------!-------!-------!--------! |
| ! 281 !Increment report counter if ! 1 ! 1 ! 1 ! ! |
| ! !logic trigger > 1000 ! ! ! ! ! |
| ! !(YES:1 NO:0) ! ! ! ! ! |
| !-------!----------------------------!-------!-------!-------!--------! |
| ! 282 !F13.1: APU operating hours ! 5 ! 5 ! 5 ! hours ! |
| ! !interval ! ! ! ! ! |
| !-------!----------------------------!-------!-------!-------!--------! |
| ! 283 !Y13.1: Time delay after MES ! 10 ! 10 ! 10 ! sec ! |
| !-------!----------------------------!-------!-------!-------!--------! |
| ! 284 !Y13.2: Average interval ! 10 ! 10 ! 10 ! sec ! |
| ! !during MES ! ! ! ! ! |
| !-------!----------------------------!-------!-------!-------!--------! |
| ! 285 !Y13.4: Cool-down correction ! 10 ! 10 ! 10 ! sec ! |
| ! !time ! ! ! ! ! |
| !-------!----------------------------!-------!-------!-------!--------! |
| ! 286 !Y13.5: Average interval ! 2 ! 2 ! 2 ! ! |
| ! !during APU/IDLE ! ! ! ! ! |
| !-------!----------------------------!-------!-------!-------!--------! |
| ! 287 !Reserved ! 0 ! 0 ! 0 ! ! |
| !-------!----------------------------!-------!-------!-------!--------! |
| ! 288 !Reserved ! 0 ! 0 ! 0 ! ! |
| !-------!----------------------------!-------!-------!-------!--------! |
| ! 289 !Reserved ! 0 ! 0 ! 0 ! ! |
| !-------!----------------------------!-------!-------!-------!--------! |
| ! 290 !Reserved ! 0 ! 0 ! 0 ! ! |
| +---------------------------------------------------------------------+ |
(3) A321: CFMI Engines 56-5-B1, 56-5-B2, 56-5-B3
| +---------------------------------------------------------------------+ |
| ! Limit ! Definition ! CFM ! CFM ! CFM ! Unit ! |
| ! No. ! !56-5-B1!56-5-B2!56-5-B3! ! |
| !-------!----------------------------!-------!-------!-------!--------! |
| ! 281 !Increment report counter if ! 1 ! 1 ! 1 ! ! |
| ! !logic trigger > 1000 ! ! ! ! ! |
| ! !(YES:1 NO:0) ! ! ! ! ! |
| !-------!----------------------------!-------!-------!-------!--------! |
| ! 282 !F13.1: APU operating hours ! 5 ! 5 ! 5 ! hours ! |
| ! !interval ! ! ! ! ! |
| !-------!----------------------------!-------!-------!-------!--------! |
| ! 283 !Y13.1: Time delay after MES ! 10 ! 10 ! 10 ! sec ! |
| !-------!----------------------------!-------!-------!-------!--------! |
| ! 284 !Y13.2: Average interval ! 10 ! 10 ! 10 ! sec ! |
| ! !during MES ! ! ! ! ! |
| !-------!----------------------------!-------!-------!-------!--------! |
| ! 285 !Y13.4: Cool-down correction ! 10 ! 10 ! 10 ! sec ! |
| ! !time ! ! ! ! ! |
| !-------!----------------------------!-------!-------!-------!--------! |
| ! 286 !Y13.5: Average interval ! 2 ! 2 ! 2 ! ! |
| ! !during APU/IDLE ! ! ! ! ! |
| !-------!----------------------------!-------!-------!-------!--------! |
| ! 287 !Reserved ! 0 ! 0 ! 0 ! ! |
| !-------!----------------------------!-------!-------!-------!--------! |
| ! 288 !Reserved ! 0 ! 0 ! 0 ! ! |
| !-------!----------------------------!-------!-------!-------!--------! |
| ! 289 !Reserved ! 0 ! 0 ! 0 ! ! |
| !-------!----------------------------!-------!-------!-------!--------! |
| ! 290 !Reserved ! 0 ! 0 ! 0 ! ! |
| +---------------------------------------------------------------------+ |
(4) A319: CFMI Engines 56-5-A5, 56-5-B6, 56-5-B5, 56-5-A4
| +-----------------------------------------------------------------------------+ |
| ! Limit ! Definition ! CFM ! CFM ! CFM ! CFM ! Unit ! |
| ! No. ! !56-5-A5!56-5-B6!56-5-B5!56-5-A4! ! |
| !-------!----------------------------!-------!-------!-------!-------!--------! |
| ! 281 !Increment report counter if ! 1 ! 1 ! 1 ! 1 ! ! |
| ! !logic trigger > 1000 ! ! ! ! ! ! |
| ! !(YES:1 NO:0) F ! ! ! ! ! ! |
| !-------!----------------------------!-------!-------!-------!-------!--------! |
| ! 282 !F13.1: APU operating hours ! 5 ! 5 ! 5 ! 5 ! hours ! |
| ! !interval 4.1! ! ! ! ! ! |
| !-------!----------------------------!-------!-------!-------!-------!--------! |
| ! 283 !Y13.1: Time delay after MES ! 10 ! 10 ! 10 ! 10 ! sec ! |
| ! ! 4.5! ! ! ! ! ! |
| !-------!----------------------------!-------!-------!-------!-------!--------! |
| ! 284 !Y13.2: Average interval ! 10 ! 10 ! 10 ! 10 ! sec ! |
| ! !during MES G ! ! ! ! ! ! |
| !-------!----------------------------!-------!-------!-------!-------!--------! |
| ! 285 !Y13.4: Cool-down correction ! 10 ! 10 ! 10 ! 10 ! sec ! |
| ! !time G ! ! ! ! ! ! |
| !-------!----------------------------!-------!-------!-------!-------!--------! |
| ! 286 !Y13.5: Average interval ! 2 ! 2 ! 2 ! 2 ! ! |
| ! !during APU/IDLE ! ! ! ! ! ! |
| !-------!----------------------------!-------!-------!-------!-------!--------! |
| ! 287 !Reserved ! 0 ! 0 ! 0 ! 0 ! ! |
| !-------!----------------------------!-------!-------!-------!-------!--------! |
| ! 288 !Reserved ! 0 ! 0 ! 0 ! 0 ! ! |
| !-------!----------------------------!-------!-------!-------!-------!--------! |
| ! 289 !Reserved ! 0 ! 0 ! 0 ! 0 ! ! |
| !-------!----------------------------!-------!-------!-------!-------!--------! |
| ! 290 !Reserved ! 0 ! 0 ! 0 ! 0 ! ! |
| +-----------------------------------------------------------------------------+ |
(5) A320: CFMI Engines 56-5-A1, 56-5-A3, 56-5-B4
| +---------------------------------------------------------------------+ |
| ! Limit ! Definition ! CFM ! CFM ! CFM ! Unit ! |
| ! No. ! !56-5-A1!56-5-A3!56-5-B4! ! |
| !-------!----------------------------!-------!-------!-------!--------! |
| ! 281 !Increment report counter if ! 1 ! 1 ! 1 ! ! |
| ! !logic trigger > 1000 ! ! ! ! ! |
| ! !(YES:1 NO:0) F ! ! ! ! ! |
| !-------!----------------------------!-------!-------!-------!--------! |
| ! 282 !F13.1: APU operating hours ! 5 ! 5 ! 5 ! hours ! |
| ! !interval 4.1! ! ! ! ! |
| !-------!----------------------------!-------!-------!-------!--------! |
| ! 283 !Y13.1: Time delay after MES ! 10 ! 10 ! 10 ! sec ! |
| ! ! 4.5! ! ! ! ! |
| !-------!----------------------------!-------!-------!-------!--------! |
| ! 284 !Y13.2: Average interval ! 10 ! 10 ! 10 ! sec ! |
| ! !during MES G ! ! ! ! ! |
| !-------!----------------------------!-------!-------!-------!--------! |
| ! 285 !Y13.4: Cool-down correction ! 10 ! 10 ! 10 ! sec ! |
| ! !time G ! ! ! ! ! |
| !-------!----------------------------!-------!-------!-------!--------! |
| ! 286 !Y13.5: Average interval ! 2 ! 2 ! 2 ! ! |
| ! !during APU/IDLE ! ! ! ! ! |
| !-------!----------------------------!-------!-------!-------!--------! |
| ! 287 !Reserved ! 0 ! 0 ! 0 ! ! |
| !-------!----------------------------!-------!-------!-------!--------! |
| ! 288 !Reserved ! 0 ! 0 ! 0 ! ! |
| !-------!----------------------------!-------!-------!-------!--------! |
| ! 289 !Reserved ! 0 ! 0 ! 0 ! ! |
| !-------!----------------------------!-------!-------!-------!--------! |
| ! 290 !Reserved ! 0 ! 0 ! 0 ! ! |
| +---------------------------------------------------------------------+ |
(6) A321: CFMI Engines 56-5-B1, 56-5-B2
| +---------------------------------------------------------------------+ |
| ! Limit ! Definition ! CFM ! CFM ! CFM ! Unit ! |
| ! No. ! !56-5-B1!56-5-B2!56-5-B3! ! |
| !-------!----------------------------!-------!-------!-------!--------! |
| ! 281 !Increment report counter if ! 1 ! 1 ! 1 ! ! |
| ! !logic trigger > 1000 ! ! ! ! ! |
| ! !(YES:1 NO:0) F ! ! ! ! ! |
| !-------!----------------------------!-------!-------!-------!--------! |
| ! 282 !F13.1: APU operating hours ! 5 ! 5 ! 5 ! hours ! |
| ! !interval 4.1! ! ! ! ! |
| !-------!----------------------------!-------!-------!-------!--------! |
| ! 283 !Y13.1: Time delay after MES ! 10 ! 10 ! 10 ! sec ! |
| ! ! 4.5! ! ! ! ! |
| !-------!----------------------------!-------!-------!-------!--------! |
| ! 284 !Y13.2: Average interval ! 10 ! 10 ! 10 ! sec ! |
| ! !during MES G ! ! ! ! ! |
| !-------!----------------------------!-------!-------!-------!--------! |
| ! 285 !Y13.4: Cool-down correction ! 10 ! 10 ! 10 ! sec ! |
| ! !time G ! ! ! ! ! |
| !-------!----------------------------!-------!-------!-------!--------! |
| ! 286 !Y13.5: Average interval ! 2 ! 2 ! 2 ! ! |
| ! !during APU/IDLE ! ! ! ! ! |
| !-------!----------------------------!-------!-------!-------!--------! |
| ! 287 !Reserved ! 0 ! 0 ! 0 ! ! |
| !-------!----------------------------!-------!-------!-------!--------! |
| ! 288 !Reserved ! 0 ! 0 ! 0 ! ! |
| !-------!----------------------------!-------!-------!-------!--------! |
| ! 289 !Reserved ! 0 ! 0 ! 0 ! ! |
| !-------!----------------------------!-------!-------!-------!--------! |
| ! 290 !Reserved ! 0 ! 0 ! 0 ! ! |
| +---------------------------------------------------------------------+ |
C. AIDS Reports Print Rules - Default Values for Report <13>
| +------------------------------------------------+ |
| ! ! ! ! |
| ! Code ! Printer Output ! ACARS-output ! |
| ! ! ! ! |
| !-------!-----------------------!----------------! |
| ! ! ! ! |
| ! 2000 ! Print immediately ! No ACARS ! |
| ! ! ! ! |
| !-------!-----------------------!----------------! |
| ! ! ! ! |
| ! 4000 ! Print at landing ! ACARS VHF ! |
| ! ! ! ! |
| !-------!-----------------------!----------------! |
| ! ! ! ! |
| ! 8100 ! No print ! ACARS VHF ! |
| ! ! ! ! |
| +------------------------------------------------+ |
| +----------------------------------------+-----------------+--------------+ |
| !Trigger! to ACARS ! to printer ! store ! |
| ! Code !--------------------------------+-----------------+--------------! |
| ! No ! ! ! ! ! ! ! internal& ! |
| ! ! ! ! SAT- ! ! at ! imme- ! external ! |
| ! !Ground ! VHF ! COM ! HF !landing ! diate !(build in RAM&! |
| ! ! ! ! ! ! ! ! PCMCIA) ! |
| !-------+-------+--------+-------+-------+--------+--------+--------------! |
| ! ! ! If ! ! ! ! If !PCMCIA only if! |
| ! 1000 ! NO ! "SEND" ! NO ! NO ! ! "PRINT"! "STORE" ! |
| ! ! !selected! ! ! !selected! selected on ! |
| ! ! !on MCDU ! ! ! !on MCDU ! MCDU ! |
| !-------!-------!--------!-------!-------! !--------!--------------! |
| ! 2000 ! NO ! NO ! NO ! NO ! ! YES ! YES ! |
| !-------!-------!--------!-------!-------! !--------!--------------! |
| ! 3000 ! NO ! NO ! NO ! NO ! ! NO ! YES ! |
| !-------!-------!--------!------ !-------! !--------!--------------! |
| ! 4000 ! NO ! YES ! NO ! NO ! NO ! NO ! YES ! |
| !-------!-------!--------!-------!-------! !--------!--------------! |
| ! 8100 ! NO ! YES ! NO ! NO ! ! NO ! YES ! |
| !-------!-------!--------!-------!-------! !--------!--------------! |
| ! 8200 ! NO ! YES ! NO ! NO ! ! NO ! YES ! |
| +-------+-------+--------+-------+-------+--------+--------+--------------+ |
NOTE: For detailed description of the trigger codes, refer to paragraph (4) APU MES/IDLE Report Logic.
| +-------------------------------------------------------------------------+ |
| !Trigger! to ACARS ! to printer ! store ! |
| ! Code !------------------------------ -!-----------------!--------------! |
| ! No !Ground ! VHF ! SAT- ! HF ! at ! imme- ! internal& ! |
| ! ! ! ! COM ! !landing ! diate ! external ! |
| ! ! ! ! ! ! ! !(build in RAM&! |
| ! ! ! ! ! ! ! ! PCMCIA) ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 1000 ! NO ! NO ! NO ! NO ! ! YES ! YES ! |
| !-------!-------!--------!-------!-------! !--------!--------------! |
| ! 2000 ! NO ! NO ! NO ! NO ! ! YES ! YES ! |
| !-------!-------!--------!-------!-------! !--------!--------------! |
| ! 3000 ! NO ! NO ! NO ! NO ! NO ! NO ! YES ! |
| !-------!-------!--------!------ !-------! !--------!--------------! |
| ! 4000 ! NO ! YES ! NO ! NO ! ! NO ! YES ! |
| !-------!-------!--------!-------!-------! !--------!--------------! |
| ! 8100 ! NO ! YES ! NO ! NO ! ! NO ! YES ! |
| !-------!-------!--------!-------!-------! !--------!--------------! |
| ! 8200 ! NO ! YES ! NO ! NO ! ! NO ! YES ! |
| +-------------------------------------------------------------------------+ |
| +-------------------------------------------------------------------------+ |
| !Trigger! to ACARS ! to printer ! store ! |
| ! Code !------------------------------ -!-----------------!--------------! |
| ! No !Ground ! VHF ! SAT- ! HF ! at ! imme- ! internal& ! |
| ! ! ! ! COM ! !landing ! diate ! external ! |
| ! ! ! ! ! ! ! !(build in RAM&! |
| ! ! ! ! ! ! ! ! PCMCIA) ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! ! ! If ! ! ! ! If !PCMCIA only if! |
| ! 1000 ! NO ! 'SEND' ! NO ! NO ! !'PRINT' ! 'STORE' ! |
| ! ! !selected! ! ! !selected! selected on ! |
| ! ! !on MCDU ! ! ! !on MCDU ! MCDU ! |
| !-------!-------!--------!-------!-------! !--------!--------------! |
| ! 2000 ! NO ! NO ! NO ! NO ! ! YES ! YES ! |
| !-------!-------!--------!-------!-------! !--------!--------------! |
| ! 3000 ! NO ! NO ! NO ! NO ! ! NO ! YES ! |
| !-------!-------!--------!------ !-------! !--------!--------------! |
| ! 4000 ! NO ! YES ! NO ! NO ! NO ! NO ! YES ! |
| !-------!-------!--------!-------!-------! !--------!--------------! |
| ! 8100 ! NO ! YES ! NO ! NO ! ! NO ! YES ! |
| !-------!-------!--------!-------!-------! !--------!--------------! |
| ! 8200 ! NO ! YES ! NO ! NO ! ! NO ! YES ! |
| +-------------------------------------------------------------------------+ |
| +-------------------------------------------------------------------------+ |
| !Trigger! to ACARS ! to printer ! store ! |
| ! Code !------------------------------ -!-----------------!--------------! |
| ! No !Ground ! VHF ! SAT- ! HF ! at ! imme- ! internal& ! |
| ! ! ! ! COM ! !landing ! diate ! external ! |
| ! ! ! ! ! ! ! !(build in RAM&! |
| ! ! ! ! ! ! ! ! PCMCIA) ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 1000 ! NO ! NO ! NO ! NO ! NO ! YES ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 2000 ! NO ! NO ! NO ! NO ! NO ! YES ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 3000 ! NO ! NO ! NO ! NO ! NO ! NO ! YES ! |
| !-------!-------!--------!------ !-------!--------!--------!--------------! |
| ! 4000 ! NO ! YES ! NO ! NO ! NO ! NO ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 8100 ! NO ! YES ! NO ! NO ! NO ! NO ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 8200 ! NO ! YES ! NO ! NO ! NO ! NO ! YES ! |
| +-------------------------------------------------------------------------+ |
| +-------------------------------------------------------------------------+ |
| !Trigger! to ACARS ! to printer ! store ! |
| ! Code !------------------------------ -!-----------------!--------------! |
| ! No !Ground ! VHF ! SAT- ! HF ! at ! imme- ! internal& ! |
| ! ! ! ! COM ! !landing ! diate ! external ! |
| ! ! ! ! ! ! ! !(build in RAM&! |
| ! ! ! ! ! ! ! ! PCMCIA) ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 1000 ! NO ! NO ! NO ! NO ! NO ! YES ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 2000 ! NO ! NO ! NO ! NO ! NO ! YES ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 3000 ! NO ! NO ! NO ! NO ! NO ! NO ! YES ! |
| !-------!-------!--------!------ !-------!--------!--------!--------------! |
| ! 4000 ! NO ! YES ! NO ! NO ! NO ! NO ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 8100 ! NO ! YES ! NO ! NO ! NO ! NO ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 8200 ! NO ! YES ! NO ! NO ! NO ! NO ! YES ! |
| +-------------------------------------------------------------------------+ |
| +-------------------------------------------------------------------------+ |
| !Trigger! to ACARS ! to printer ! store ! |
| ! Code !--------------------------------!-----------------!--------------! |
| ! No !Ground ! VHF ! SAT- ! HF ! at ! imme- ! internal& ! |
| ! ! ! ! COM ! !landing ! diate ! external ! |
| ! ! ! ! ! ! ! !(build in RAM&! |
| ! ! ! ! ! ! ! ! PCMCIA) ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 1000 ! NO ! NO ! NO ! NO ! NO ! YES ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 2000 ! NO ! NO ! NO ! NO ! NO ! YES ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 3000 ! NO ! NO ! NO ! NO ! NO ! NO ! YES ! |
| !-------!-------!--------!------ !-------!--------!--------!--------------! |
| ! 4000 ! NO ! YES ! NO ! NO ! NO ! NO ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 8100 ! NO ! YES ! NO ! NO ! NO ! NO ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 8200 ! NO ! YES ! NO ! NO ! NO ! NO ! YES ! |
| +-------------------------------------------------------------------------+ |
NOTE: For detailed description of the trigger codes, refer to Para. (4) APU MES/IDLE Report Logic.
D. APU Shut Down Report <14>
APU Shutdown Report <14>
APU Shutdown Report <14>
APU Shutdown Report <14>
APU Shutdown Report <14> ** ON A/C NOT FOR ALL
APU Shutdown Report <14> ** ON A/C NOT FOR ALL
APU Shutdown Report <14> ** ON A/C NOT FOR ALL
APU Shutdown Report <14> ** ON A/C NOT FOR ALL
APU Shutdown Report <14> ** ON A/C NOT FOR ALL
The APU Shut Down Report is a time series collection of APU related parameters during the abnormal Shut Down of the APU. The report is generated when one of the logic conditions (for detail see APU Shut Down report logic) is present.
APU Shutdown Report <14> APU Shutdown Report <14> APU Shutdown Report <14> APU Shutdown Report <14> ** ON A/C NOT FOR ALL APU Shutdown Report <14> ** ON A/C NOT FOR ALL APU Shutdown Report <14> ** ON A/C NOT FOR ALL APU Shutdown Report <14> ** ON A/C NOT FOR ALL APU Shutdown Report <14> ** ON A/C NOT FOR ALL NOTE: For the standard header definition of the report refer to (Ref. AMM D/O 31-36-00-00).
(1) APU MES/IDLE Report <14> Data Field Description
NOTE: Reports that are transmitted from the ACARS system do not have report lines without a line identifier.
| +---------------------------------------------------------------------+ |
| ! Value ! Content Description ! |
| !--------------!------------------------------------------------------! |
| ! ASN ! APU Serial Number ! |
| ! 999 ! Format: 0 to 999 ! |
| ! ! Source: ECB 7A.1.050.01 ! |
| !--------------!------------------------------------------------------! |
| ! AHRS ! APU Operating Hours ! |
| ! 99999 ! Format: 0 to 99999 ! |
| ! ! Source: DMU 0D.1.110.00 ! |
| !--------------!------------------------------------------------------! |
| ! ACYC ! APU Start Cycles ! |
| ! 99999 ! Format: 0 to 99999 ! |
| ! ! Source: DMU 0D.1.111.00 ! |
| !--------------!------------------------------------------------------! |
| ! PFAD ! APU Performance Adjustment ! |
| ! XXXXX ! Format: XXXXX ! |
| ! ! Source: ECB 7A.1.004.01 ! |
| !--------------!------------------------------------------------------! |
| ! ACW3 ! APU Control Word 3 ! |
| ! XXXXX ! Format: Each X represents 4 Bits in hexadecimal ! |
| ! ! code of a defined ARINC 429 word: ! |
| ! ! XXXXX Bits HEX ! |
| ! ! !!!!!___________ 14, 13, 12, 11 0...F ! |
| ! ! !!!!____________ 18, 17, 16, 15 0...F ! |
| ! ! !!!_____________ 22, 21, 20, 19 0...F ! |
| ! ! !!______________ 26, 25, 24, 23 0...F ! |
| ! ! !_______________ 29, 28, 27 0...7 ! |
| ! ! ! |
| ! ! Source: DMU, composed of several ECU discrete ! |
| ! ! labels as defined below: ! |
| ! ! 0D.1.070.11 ! |
| ! ! ! |
| ! ! For APU Honeywell GTCP 36-300: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.11 = 1 PT Sensor Failed ! |
| ! ! 12 7A.1.351.01.12 = 1 Delta P Sensor Failed ! |
| ! ! 13 7A.1.351.01.13 = 1 Speed Sensor No. 1 Failed ! |
| ! ! 14 7A.1.351.01.14 = 1 Speed Sensor No. 2 Failed ! |
| ! ! 15 7A.1.351.01.15 = 1 High Oil Temp Switch Failed! |
| ! ! 16 7A.1.351.01.16 = 1 Oil Temp Sensor Failed ! |
| ! ! 17 7A.1.351.01.17 = 1 Fuel Control Torq. Motor ! |
| ! ! Failed ! |
| ! ! 18 7A.1.351.01.18 = 1 Surge Valve Torq. Motor ! |
| ! ! Failed ! |
| ! ! 19 7A.1.351.01.19 = 1 EGT Rake No. 1 Failed ! |
| ! ! 20 7A.1.351.01.20 = 1 EGT Rake No. 2 Failed ! |
| ! ! 21 7A.1.351.01.21 = 1 IGV Actuator Failed ! |
| ! ! 22 7A.1.351.01.22 = 1 Ignition Unit Failed ! |
| ! ! 23 7A.1.351.01.23 = 1 Deoil Solenoid Failed ! |
| ! ! 24 7A.1.351.01.24 = 1 Gen. Oil Temp Sensor Failed! |
| ! ! 25 7A.1.351.01.25 = 1 ECS Demand Signal Failed ! |
| ! ! 26 7A.1.351.01.26 = 1 APU Starter Fail ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU Honeywell 131-9(A): ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.11 = 1 Total Pressure Transducer ! |
| ! ! 12 7A.1.351.01.12 = 1 DIFFERENTIAL PRESSURE ! |
| ! ! TRANSDUCER ! |
| ! ! 13 7A.1.351.01.13 = 1 SPEED SENSOR ! |
| ! ! 14 7A.1.351.01.14 = 1 BLEED SHUTOFF REVERSE FLOW ! |
| ! ! 15 7A.1.351.01.15 = 1 BLEED SHUTOFF T4 HIGH ! |
| ! ! 16 7A.1.351.01.16 = 1 OIL TEMPERATURE SENSOR ! |
| ! ! 17 7A.1.351.01.17 = 1 FUEL CONTROL UNIT ! |
| ! ! 18 7A.1.351.01.18 = 1 SURGE CONTROL VALVE ! |
| ! ! 19 7A.1.351.01.19 = 1 EGT RAKE 1 ! |
| ! ! 20 7A.1.351.01.20 = 1 EGT RAKE 2 ! |
| ! ! 21 7A.1.351.01.21 = 1 IGV ACTUATOR ! |
| ! ! 22 7A.1.351.01.22 = 1 IGNITION UNIT ! |
| ! ! 23 7A.1.351.01.23 = 1 DE-OIL SOLENOID ! |
| ! ! 24 7A.1.351.01.24 = 1 IGV POSITION VS COMMAND ! |
| ! ! 25 7A.1.351.01.25 = 1 ARINC ECS DEMAND ! |
| ! ! 26 7A.1.351.01.26 = 1 STARTER MOTOR ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU APIC APS3200: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.11 = 1 LCD Pstatic Sensor ! |
| ! ! 12 7A.1.351.01.12 = 1 LCD Delta P Sensor ! |
| ! ! 13 7A.1.351.01.13 = 1 Speed Sensor #1 ! |
| ! ! 14 7A.1.351.01.14 = 1 Speed Sensor #2 ! |
| ! ! 15 7A.1.351.01.15 = 1 Not used ! |
| ! ! 16 7A.1.351.01.16 = 1 GBX Oil Temp RTD ! |
| ! ! 17 7A.1.351.01.17 = 1 Fuel Servo Valve ! |
| ! ! 18 7A.1.351.01.18 = 1 Bleed Control Valve Servo ! |
| ! ! 19 7A.1.351.01.19 = 1 EGT Sensor #1 ! |
| ! ! 20 7A.1.351.01.20 = 1 EGT Sensor #2 ! |
| ! ! 21 7A.1.351.01.21 = 1 IGV Actuator ! |
| ! ! 22 7A.1.351.01.22 = 1 Ignition Unit/Exciter ! |
| ! ! 23 7A.1.351.01.23 = 1 GBX De-oiling Valve ! |
| ! ! 24 7A.1.351.01.24 = 1 Gen Oil Temp RTD ! |
| ! ! 25 7A.1.351.01.25 = 1 ECS Demand Signal ! |
| ! ! 26 7A.1.351.01.26 = 1 Not used ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| !--------------!------------------------------------------------------! |
| ! ACW4 ! APU Control Word 4 ! |
| ! XXXXX ! Format: Each X represents 4 bits in hexadecimal ! |
| ! ! code of a defined ARINC 429 word: ! |
| ! ! XXXXX Bits HEX ! |
| ! ! !!!!!___________ 14, 13, 12, 11 0...F ! |
| ! ! !!!!____________ 18, 17, 16, 15 0...F ! |
| ! ! !!!_____________ 22, 21, 20, 19 0...F ! |
| ! ! !!______________ 26, 25, 24, 23 0...F ! |
| ! ! !_______________ 29, 28, 27 0...7 ! |
| ! ! -------------------------------------------- ! |
| ! ! ! |
| ! ! Source: DMU, composed of several ECU discrete ! |
| ! ! labels as defined below: ! |
| ! ! 0D.1.070.00 ! |
| ! ! ! |
| ! ! For APU Honeywell GTCP 36-300: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.27 = 1 Oil Pressure Switch Failed ! |
| ! ! 12 7A.1.351.01.28 = 1 P2 Sensor Failed ! |
| ! ! 13 7A.1.351.01.29 = 1 ECB Failed ! |
| ! ! 14 7A.1.352.01.12 = 1 Load Valve Solenoid Failed ! |
| ! ! 15 7A.1.352.01.13 = 1 LCDT Sensor Failed ! |
| ! ! 16 7A.1.352.01.14 = 1 LCIT Sensor Failed ! |
| ! ! 17 7A.1.352.01.15 = 1 Fuel Solenoid Failed ! |
| ! ! 18 7A.1.352.01.16 = 1 Starter Contactor Failed ! |
| ! ! 19 7A.1.352.01.17 = 1 Backup Starter Cont. Failed! |
| ! ! 20 7A.1.352.01.18 = 1 APU S/N Encoder Failed ! |
| ! ! 21 7A.1.352.01.20 = 1 Air Intake Actuator Failed ! |
| ! ! 22 7A.1.352.01.22 = 1 IGV LVDT Failed ! |
| ! ! 23 SPARE ! |
| ! ! 24 SPARE ! |
| ! ! 25 7A.1.037.01.13 = 1 APU Low Fuel Pressure ! |
| ! ! 26 7A.1.037.01.20 = 1 APU Low Oil Level ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU Honeywell 131-9(A): ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.27 = 1 LOW OIL PRESSURE SWITCH ! |
| ! ! 12 7A.1.351.01.28 = 1 INLET PRESSURE TRANSDUCER ! |
| ! ! 13 7A.1.351.01.29 = 1 ECB ! |
| ! ! 14 7A.1.352.01.12 = 1 LOAD CONTROL VALVE ! |
| ! ! 15 7A.1.352.01.13 = 1 A/C PIN CODING ! |
| ! ! 16 7A.1.352.01.14 = 1 INLET TEMPERATURE SENSOR ! |
| ! ! 17 7A.1.352.01.15 = 1 ARINC FAILURE (CFDS BUS) ! |
| ! ! 18 7A.1.352.01.16 = 1 MAIN START CONTACTOR ! |
| ! ! 19 7A.1.352.01.17 = 1 BACKUP START CONTACTOR ! |
| ! ! 20 7A.1.352.01.18 = 1 DATA MEMORY MODULE ! |
| ! ! 21 7A.1.352.01.20 = 1 AIR INTAKE FLAP ACTUATOR ! |
| ! ! 22 7A.1.352.01.22 = 1 LOW FUEL PRESSURE RELAY ! |
| ! ! 23 SPARE ! |
| ! ! 24 SPARE ! |
| ! ! 25 7A.1.037.01.13 = 1 F_LOW_FUEL_PRESSURE ! |
| ! ! 26 7A.1.037.01.20 = 1 F_OIL_LEVEL_LOW ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU APIC APS3200: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.27 = 1 LOP Switch ! |
| ! ! 12 7A.1.351.01.28 = 1 P Inlet Sensor ! |
| ! ! 13 7A.1.351.01.29 = 1 ECB ! |
| ! ! 14 SPARE ! |
| ! ! 15 SPARE ! |
| ! ! 16 7A.1.352.01.14 = 1 LCIT sensor ! |
| ! ! 17 7A.1.352.01.15 = 1 main fuel valve ! |
| ! ! 18 7A.1.352.01.16 = 1 main start contactor ! |
| ! ! 19 7A.1.352.01.17 = 1 Backup start contactor ! |
| ! ! 20 7A.1.352.01.18 = 1 APU Serial number encoder ! |
| ! ! 21 7A.1.352.01.20 = 1 Air intake actuator ! |
| ! ! 22 7A.1.352.01.22 = 1 IGV LVDT ! |
| ! ! 23 SPARE ! |
| ! ! 24 SPARE ! |
| ! ! 25 7A.1.037.01.13 = 1 Fuel low pressure ! |
| ! ! 26 7A.1.037.01.20 = 1 Low oil level ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| !--------------!------------------------------------------------------! |
| ! REASON ! Reason for Exceedance ! |
| ! ! Format: Up to TBD characters ! |
| ! ! No Flame CODE: 4110 ! |
| ! ! Reverse Flow CODE: 4120 ! |
| ! ! Loss of DC Power CODE: 4130 ! |
| ! ! High Oil Temperature CODE: 4140 ! |
| ! ! Air Intake not open CODE: 4160 ! |
| ! ! Generator High Oil Temp CODE: 4170 ! |
| ! ! Overtemperature CODE: 4180 ! |
| ! ! Sensor Failure CODE: 4190 ! |
| ! ! No Acceleration CODE: 4200 ! |
| ! ! Start Time Exceeded CODE: 4210 ! |
| ! ! Overspeed CODE: 4220 ! |
| ! ! ECB Failure CODE: 4230 ! |
| ! ! Low Oil Pressure CODE: 4240 ! |
| ! ! Loss of Speed CODE: 4250 ! |
| ! ! IGV Failure CODE: 4260 ! |
| ! ! Source: DMU ! |
| ! ! Remark: If the report was not triggered by a limit ! |
| ! ! exceedance, this field shall contain ! |
| ! ! blanks. ! |
| !--------------!------------------------------------------------------! |
| ! NA ! APU Rotation Speed ! |
| ! 9999 ! Format: 0 to 120.0 %rpm ! |
| ! ! Source: ECB 7A.1.176.01 ! |
| !--------------!------------------------------------------------------! |
| ! EGTA ! APU Exhaust Gas Temperature ! |
| ! X999 ! Format: -50 to 1000 deg.C ! |
| ! ! Source: ECB 7A.1.175.01 ! |
| !--------------!------------------------------------------------------! |
| ! OTA ! APU Oil Sump Temperature ! |
| ! X99 ! Format: -55 to 200 deg.C ! |
| ! ! Source: ECB 7A.1.247.01 ! |
| !--------------!------------------------------------------------------! |
| ! IGV ! IGV Position ! |
| ! X99 ! Format: -14 to 90 deg ! |
| ! ! Source: ECB 7A.1.130.01 ! |
| !--------------!------------------------------------------------------! |
| ! WB ! Bleed Air Flow ! |
| ! 999 ! Format: 0.5 to 2.00 kg/sec ! |
| ! ! Source: ECB 7A.1.123.01 ! |
| !--------------!------------------------------------------------------! |
| ! LCIT ! Load Compressor Inlet Temperature ! |
| ! X999 ! Format: -70 to 80 deg.C ! |
| ! ! Source: ECB 7A.1.110.01 ! |
| !--------------!------------------------------------------------------! |
| ! PT ! Bleed Air Pressure ! |
| ! 999 ! Format: 1 to 5.00 bar ! |
| ! ! Source: ECB 7A.1.166.01 ! |
| !--------------!------------------------------------------------------! |
| ! GLA ! APU Generator Load ! |
| ! 999 ! Format: 0 to 256 % ! |
| ! ! Source: SDAC 29.1.100.00 ! |
| ! ! 29.2.100.00# ! |
| +---------------------------------------------------------------------+ |
(2) APU MES/IDLE Report <14> Data Field Description
NOTE: Reports that are transmitted from the ACARS system do not have report lines without a line identifier.
| +---------------------------------------------------------------------+ |
| ! Value ! Content Description ! |
| !--------------!------------------------------------------------------! |
| ! ASN ! APU Serial Number ! |
| ! 9999 ! Format: 0 to 9999 ! |
| ! ! Source: ECB 7A.1.050.01 ! |
| !--------------!------------------------------------------------------! |
| ! AHRS ! APU Operating Hours ! |
| ! 99999 ! Format: 0 to 99999 ! |
| ! ! Source: DMU 0D.1.110.00 ! |
| !--------------!------------------------------------------------------! |
| ! ACYC ! APU Start Cycles ! |
| ! 99999 ! Format: 0 to 99999 ! |
| ! ! Source: DMU 0D.1.111.00 ! |
| !--------------!------------------------------------------------------! |
| ! PFAD ! APU Performance Adjustment ! |
| ! XXXXX ! Format: XXXXX ! |
| ! ! Source: ECB 7A.1.004.01 ! |
| !--------------!------------------------------------------------------! |
| ! ACW3 ! APU Control Word 3 ! |
| ! XXXXX ! Format: Each X represents 4 Bits in hexadecimal ! |
| ! ! code of a defined ARINC 429 word: ! |
| ! ! XXXXX Bits HEX ! |
| ! ! !!!!!___________ 14, 13, 12, 11 0...F ! |
| ! ! !!!!____________ 18, 17, 16, 15 0...F ! |
| ! ! !!!_____________ 22, 21, 20, 19 0...F ! |
| ! ! !!______________ 26, 25, 24, 23 0...F ! |
| ! ! !_______________ 29, 28, 27 0...7 ! |
| ! ! ! |
| ! ! Source: DMU, composed of several ECU discrete ! |
| ! ! labels as defined below: ! |
| ! ! 0D.1.070.11 ! |
| ! ! ! |
| ! ! For APU Honeywell GTCP 36-300: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.11 = 1 PT Sensor Failed ! |
| ! ! 12 7A.1.351.01.12 = 1 Delta P Sensor Failed ! |
| ! ! 13 7A.1.351.01.13 = 1 Speed Sensor No. 1 Failed ! |
| ! ! 14 7A.1.351.01.14 = 1 Speed Sensor No. 2 Failed ! |
| ! ! 15 7A.1.351.01.15 = 1 High Oil Temp Switch Failed! |
| ! ! 16 7A.1.351.01.16 = 1 Oil Temp Sensor Failed ! |
| ! ! 17 7A.1.351.01.17 = 1 Fuel Control Torq. Motor ! |
| ! ! Failed ! |
| ! ! 18 7A.1.351.01.18 = 1 Surge Valve Torq. Motor ! |
| ! ! Failed ! |
| ! ! 19 7A.1.351.01.19 = 1 EGT Rake No. 1 Failed ! |
| ! ! 20 7A.1.351.01.20 = 1 EGT Rake No. 2 Failed ! |
| ! ! 21 7A.1.351.01.21 = 1 IGV Actuator Failed ! |
| ! ! 22 7A.1.351.01.22 = 1 Ignition Unit Failed ! |
| ! ! 23 7A.1.351.01.23 = 1 Deoil Solenoid Failed ! |
| ! ! 24 7A.1.351.01.24 = 1 Gen. Oil Temp Sensor Failed! |
| ! ! 25 7A.1.351.01.25 = 1 ECS Demand Signal Failed ! |
| ! ! 26 7A.1.351.01.26 = 1 APU Starter Fail ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU Honeywell 131-9(A): ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.11 = 1 Total Pressure Transducer ! |
| ! ! 12 7A.1.351.01.12 = 1 DIFFERENTIAL PRESSURE ! |
| ! ! TRANSDUCER ! |
| ! ! 13 7A.1.351.01.13 = 1 SPEED SENSOR ! |
| ! ! 14 7A.1.351.01.14 = 1 BLEED SHUTOFF REVERSE FLOW ! |
| ! ! 15 7A.1.351.01.15 = 1 BLEED SHUTOFF T4 HIGH ! |
| ! ! 16 7A.1.351.01.16 = 1 OIL TEMPERATURE SENSOR ! |
| ! ! 17 7A.1.351.01.17 = 1 FUEL CONTROL UNIT ! |
| ! ! 18 7A.1.351.01.18 = 1 SURGE CONTROL VALVE ! |
| ! ! 19 7A.1.351.01.19 = 1 EGT RAKE 1 ! |
| ! ! 20 7A.1.351.01.20 = 1 EGT RAKE 2 ! |
| ! ! 21 7A.1.351.01.21 = 1 IGV ACTUATOR ! |
| ! ! 22 7A.1.351.01.22 = 1 IGNITION UNIT ! |
| ! ! 23 7A.1.351.01.23 = 1 DE-OIL SOLENOID ! |
| ! ! 24 7A.1.351.01.24 = 1 IGV POSITION VS COMMAND ! |
| ! ! 25 7A.1.351.01.25 = 1 ARINC ECS DEMAND ! |
| ! ! 26 7A.1.351.01.26 = 1 STARTER MOTOR ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU APIC APS3200: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.11 = 1 LCD Pstatic Sensor ! |
| ! ! 12 7A.1.351.01.12 = 1 LCD Delta P Sensor ! |
| ! ! 13 7A.1.351.01.13 = 1 Speed Sensor #1 ! |
| ! ! 14 7A.1.351.01.14 = 1 Speed Sensor #2 ! |
| ! ! 15 7A.1.351.01.15 = 1 Not used ! |
| ! ! 16 7A.1.351.01.16 = 1 GBX Oil Temp RTD ! |
| ! ! 17 7A.1.351.01.17 = 1 Fuel Servo Valve ! |
| ! ! 18 7A.1.351.01.18 = 1 Bleed Control Valve Servo ! |
| ! ! 19 7A.1.351.01.19 = 1 EGT Sensor #1 ! |
| ! ! 20 7A.1.351.01.20 = 1 EGT Sensor #2 ! |
| ! ! 21 7A.1.351.01.21 = 1 IGV Actuator ! |
| ! ! 22 7A.1.351.01.22 = 1 Ignition Unit/Exciter ! |
| ! ! 23 7A.1.351.01.23 = 1 GBX De-oiling Valve ! |
| ! ! 24 7A.1.351.01.24 = 1 Gen Oil Temp RTD ! |
| ! ! 25 7A.1.351.01.25 = 1 ECS Demand Signal ! |
| ! ! 26 7A.1.351.01.26 = 1 Not used ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| !--------------!------------------------------------------------------! |
| ! ACW4 ! APU Control Word 4 ! |
| ! XXXXX ! Format: Each X represents 4 bits in hexadecimal ! |
| ! ! code of a defined ARINC 429 word: ! |
| ! ! XXXXX Bits HEX ! |
| ! ! !!!!!___________ 14, 13, 12, 11 0...F ! |
| ! ! !!!!____________ 18, 17, 16, 15 0...F ! |
| ! ! !!!_____________ 22, 21, 20, 19 0...F ! |
| ! ! !!______________ 26, 25, 24, 23 0...F ! |
| ! ! !_______________ 29, 28, 27 0...7 ! |
| ! ! -------------------------------------------- ! |
| ! ! ! |
| ! ! Source: DMU, composed of several ECU discrete ! |
| ! ! labels as defined below: ! |
| ! ! 0D.1.070.00 ! |
| ! ! ! |
| ! ! For APU Honeywell GTCP 36-300: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.27 = 1 Oil Pressure Switch Failed ! |
| ! ! 12 7A.1.351.01.28 = 1 P2 Sensor Failed ! |
| ! ! 13 7A.1.351.01.29 = 1 ECB Failed ! |
| ! ! 14 7A.1.352.01.12 = 1 Load Valve Solenoid Failed ! |
| ! ! 15 7A.1.352.01.13 = 1 LCDT Sensor Failed ! |
| ! ! 16 7A.1.352.01.14 = 1 LCIT Sensor Failed ! |
| ! ! 17 7A.1.352.01.15 = 1 Fuel Solenoid Failed ! |
| ! ! 18 7A.1.352.01.16 = 1 Starter Contactor Failed ! |
| ! ! 19 7A.1.352.01.17 = 1 Backup Starter Cont. Failed! |
| ! ! 20 7A.1.352.01.18 = 1 APU S/N Encoder Failed ! |
| ! ! 21 7A.1.352.01.20 = 1 Air Intake Actuator Failed ! |
| ! ! 22 7A.1.352.01.22 = 1 IGV LVDT Failed ! |
| ! ! 23 SPARE ! |
| ! ! 24 SPARE ! |
| ! ! 25 7A.1.037.01.13 = 1 APU Low Fuel Pressure ! |
| ! ! 26 7A.1.037.01.20 = 1 APU Low Oil Level ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU Honeywell 131-9(A): ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.27 = 1 LOW OIL PRESSURE SWITCH ! |
| ! ! 12 7A.1.351.01.28 = 1 INLET PRESSURE TRANSDUCER ! |
| ! ! 13 7A.1.351.01.29 = 1 ECB ! |
| ! ! 14 7A.1.352.01.12 = 1 LOAD CONTROL VALVE ! |
| ! ! 15 7A.1.352.01.13 = 1 A/C PIN CODING ! |
| ! ! 16 7A.1.352.01.14 = 1 INLET TEMPERATURE SENSOR ! |
| ! ! 17 7A.1.352.01.15 = 1 ARINC FAILURE (CFDS BUS) ! |
| ! ! 18 7A.1.352.01.16 = 1 MAIN START CONTACTOR ! |
| ! ! 19 7A.1.352.01.17 = 1 BACKUP START CONTACTOR ! |
| ! ! 20 7A.1.352.01.18 = 1 DATA MEMORY MODULE ! |
| ! ! 21 7A.1.352.01.20 = 1 AIR INTAKE FLAP ACTUATOR ! |
| ! ! 22 7A.1.352.01.22 = 1 LOW FUEL PRESSURE RELAY ! |
| ! ! 23 SPARE ! |
| ! ! 24 SPARE ! |
| ! ! 25 7A.1.037.01.13 = 1 F_LOW_FUEL_PRESSURE ! |
| ! ! 26 7A.1.037.01.20 = 1 F_OIL_LEVEL_LOW ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU APIC APS3200: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.27 = 1 LOP Switch ! |
| ! ! 12 7A.1.351.01.28 = 1 P Inlet Sensor ! |
| ! ! 13 7A.1.351.01.29 = 1 ECB ! |
| ! ! 14 SPARE ! |
| ! ! 15 SPARE ! |
| ! ! 16 7A.1.352.01.14 = 1 LCIT sensor ! |
| ! ! 17 7A.1.352.01.15 = 1 main fuel valve ! |
| ! ! 18 7A.1.352.01.16 = 1 main start contactor ! |
| ! ! 19 7A.1.352.01.17 = 1 Backup start contactor ! |
| ! ! 20 7A.1.352.01.18 = 1 APU Serial number encoder ! |
| ! ! 21 7A.1.352.01.20 = 1 Air intake actuator ! |
| ! ! 22 7A.1.352.01.22 = 1 IGV LVDT ! |
| ! ! 23 SPARE ! |
| ! ! 24 SPARE ! |
| ! ! 25 7A.1.037.01.13 = 1 Fuel low pressure ! |
| ! ! 26 7A.1.037.01.20 = 1 Low oil level ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| !--------------!------------------------------------------------------! |
| ! REASON ! Reason for Exceedance ! |
| ! ! Format: Up to TBD characters ! |
| ! ! No Flame CODE: 4110 ! |
| ! ! Reverse Flow CODE: 4120 ! |
| ! ! Loss of DC Power CODE: 4130 ! |
| ! ! High Oil Temperature CODE: 4140 ! |
| ! ! Air Intake not open CODE: 4160 ! |
| ! ! Generator High Oil Temp CODE: 4170 ! |
| ! ! Overtemperature CODE: 4180 ! |
| ! ! Sensor Failure CODE: 4190 ! |
| ! ! No Acceleration CODE: 4200 ! |
| ! ! Start Time Exceeded CODE: 4210 ! |
| ! ! Overspeed CODE: 4220 ! |
| ! ! ECB Failure CODE: 4230 ! |
| ! ! Low Oil Pressure CODE: 4240 ! |
| ! ! Loss of Speed CODE: 4250 ! |
| ! ! IGV Failure CODE: 4260 ! |
| ! ! Source: DMU ! |
| ! ! Remark: If the report was not triggered by a limit ! |
| ! ! exceedance, this field shall contain ! |
| ! ! blanks. ! |
| !--------------!------------------------------------------------------! |
| ! NA ! APU Rotation Speed ! |
| ! 9999 ! Format: 0 to 120.0 %rpm ! |
| ! ! Source: ECB 7A.1.176.01 ! |
| !--------------!------------------------------------------------------! |
| ! EGTA ! APU Exhaust Gas Temperature ! |
| ! X999 ! Format: -50 to 1000 deg.C ! |
| ! ! Source: ECB 7A.1.175.01 ! |
| !--------------!------------------------------------------------------! |
| ! OTA ! APU Oil Sump Temperature ! |
| ! X99 ! Format: -55 to 200 deg.C ! |
| ! ! Source: ECB 7A.1.247.01 ! |
| !--------------!------------------------------------------------------! |
| ! IGV ! IGV Position ! |
| ! X99 ! Format: -14 to 90 deg ! |
| ! ! Source: ECB 7A.1.130.01 ! |
| !--------------!------------------------------------------------------! |
| ! WB ! Bleed Air Flow ! |
| ! 999 ! Format: 0.5 to 2.00 kg/sec ! |
| ! ! Source: ECB 7A.1.123.01 ! |
| !--------------!------------------------------------------------------! |
| ! LCIT ! Load Compressor Inlet Temperature ! |
| ! X999 ! Format: -70 to 80 deg.C ! |
| ! ! Source: ECB 7A.1.110.01 ! |
| !--------------!------------------------------------------------------! |
| ! PT ! Bleed Air Pressure ! |
| ! 999 ! Format: 1 to 5.00 bar ! |
| ! ! Source: ECB 7A.1.166.01 ! |
| !--------------!------------------------------------------------------! |
| ! GLA ! APU Generator Load ! |
| ! 999 ! Format: 0 to 256 % ! |
| ! ! Source: SDAC 29.1.100.00 ! |
| ! ! 29.2.100.00# ! |
| +---------------------------------------------------------------------+ |
(3) APU MES/IDLE Report <14> Data Field Description
NOTE: Reports that are transmitted from the ACARS system do not have report lines without a line identifier.
| +---------------------------------------------------------------------+ |
| ! Value ! Content Description ! |
| !--------------!------------------------------------------------------! |
| ! ASN ! APU Serial Number ! |
| ! 9999 ! Format: 0 to 9999 ! |
| ! ! Source: ECB 7A.1.050.01 ! |
| !--------------!------------------------------------------------------! |
| ! AHRS ! APU Operating Hours ! |
| ! 99999 ! Format: 0 to 99999 ! |
| ! ! Source: DMU 0D.1.110.00 ! |
| !--------------!------------------------------------------------------! |
| ! ACYC ! APU Start Cycles ! |
| ! 99999 ! Format: 0 to 99999 ! |
| ! ! Source: DMU 0D.1.111.00 ! |
| !--------------!------------------------------------------------------! |
| ! PFAD ! APU Performance Adjustment ! |
| ! XXXXX ! Format: XXXXX ! |
| ! ! Source: ECB 7A.1.004.01 ! |
| !--------------!------------------------------------------------------! |
| ! ACW3 ! APU Control Word 3 ! |
| ! XXXXX ! Format: Each X represents 4 Bits in hexadecimal ! |
| ! ! code of a defined ARINC 429 word: ! |
| ! ! XXXXX Bits HEX ! |
| ! ! !!!!!___________ 14, 13, 12, 11 0...F ! |
| ! ! !!!!____________ 18, 17, 16, 15 0...F ! |
| ! ! !!!_____________ 22, 21, 20, 19 0...F ! |
| ! ! !!______________ 26, 25, 24, 23 0...F ! |
| ! ! !_______________ 29, 28, 27 0...7 ! |
| ! ! ! |
| ! ! Source: DMU, composed of several ECU discrete ! |
| ! ! labels as defined below: ! |
| ! ! 0D.1.070.11 ! |
| ! ! ! |
| ! ! For APU Honeywell GTCP 36-300: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.11 = 1 PT Sensor Failed ! |
| ! ! 12 7A.1.351.01.12 = 1 Delta P Sensor Failed ! |
| ! ! 13 7A.1.351.01.13 = 1 Speed Sensor No. 1 Failed ! |
| ! ! 14 7A.1.351.01.14 = 1 Speed Sensor No. 2 Failed ! |
| ! ! 15 7A.1.351.01.15 = 1 High Oil Temp Switch Failed! |
| ! ! 16 7A.1.351.01.16 = 1 Oil Temp Sensor Failed ! |
| ! ! 17 7A.1.351.01.17 = 1 Fuel Control Torq. Motor ! |
| ! ! Failed ! |
| ! ! 18 7A.1.351.01.18 = 1 Surge Valve Torq. Motor ! |
| ! ! Failed ! |
| ! ! 19 7A.1.351.01.19 = 1 EGT Rake No. 1 Failed ! |
| ! ! 20 7A.1.351.01.20 = 1 EGT Rake No. 2 Failed ! |
| ! ! 21 7A.1.351.01.21 = 1 IGV Actuator Failed ! |
| ! ! 22 7A.1.351.01.22 = 1 Ignition Unit Failed ! |
| ! ! 23 7A.1.351.01.23 = 1 Deoil Solenoid Failed ! |
| ! ! 24 7A.1.351.01.24 = 1 Gen. Oil Temp Sensor Failed! |
| ! ! 25 7A.1.351.01.25 = 1 ECS Demand Signal Failed ! |
| ! ! 26 7A.1.351.01.26 = 1 APU Starter Fail ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU Honeywell 131-9(A): ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.11 = 1 Total Pressure Transducer ! |
| ! ! 12 7A.1.351.01.12 = 1 DIFFERENTIAL PRESSURE ! |
| ! ! TRANSDUCER ! |
| ! ! 13 7A.1.351.01.13 = 1 SPEED SENSOR ! |
| ! ! 14 7A.1.351.01.14 = 1 BLEED SHUTOFF REVERSE FLOW ! |
| ! ! 15 7A.1.351.01.15 = 1 BLEED SHUTOFF T4 HIGH ! |
| ! ! 16 7A.1.351.01.16 = 1 OIL TEMPERATURE SENSOR ! |
| ! ! 17 7A.1.351.01.17 = 1 FUEL CONTROL UNIT ! |
| ! ! 18 7A.1.351.01.18 = 1 SURGE CONTROL VALVE ! |
| ! ! 19 7A.1.351.01.19 = 1 EGT RAKE 1 ! |
| ! ! 20 7A.1.351.01.20 = 1 EGT RAKE 2 ! |
| ! ! 21 7A.1.351.01.21 = 1 IGV ACTUATOR ! |
| ! ! 22 7A.1.351.01.22 = 1 IGNITION UNIT ! |
| ! ! 23 7A.1.351.01.23 = 1 DE-OIL SOLENOID ! |
| ! ! 24 7A.1.351.01.24 = 1 IGV POSITION VS COMMAND ! |
| ! ! 25 7A.1.351.01.25 = 1 ARINC ECS DEMAND ! |
| ! ! 26 7A.1.351.01.26 = 1 STARTER MOTOR ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU APIC APS3200: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.11 = 1 LCD Pstatic Sensor ! |
| ! ! 12 7A.1.351.01.12 = 1 LCD Delta P Sensor ! |
| ! ! 13 7A.1.351.01.13 = 1 Speed Sensor #1 ! |
| ! ! 14 7A.1.351.01.14 = 1 Speed Sensor #2 ! |
| ! ! 15 7A.1.351.01.15 = 1 Not used ! |
| ! ! 16 7A.1.351.01.16 = 1 GBX Oil Temp RTD ! |
| ! ! 17 7A.1.351.01.17 = 1 Fuel Servo Valve ! |
| ! ! 18 7A.1.351.01.18 = 1 Bleed Control Valve Servo ! |
| ! ! 19 7A.1.351.01.19 = 1 EGT Sensor #1 ! |
| ! ! 20 7A.1.351.01.20 = 1 EGT Sensor #2 ! |
| ! ! 21 7A.1.351.01.21 = 1 IGV Actuator ! |
| ! ! 22 7A.1.351.01.22 = 1 Ignition Unit/Exciter ! |
| ! ! 23 7A.1.351.01.23 = 1 GBX De-oiling Valve ! |
| ! ! 24 7A.1.351.01.24 = 1 Gen Oil Temp RTD ! |
| ! ! 25 7A.1.351.01.25 = 1 ECS Demand Signal ! |
| ! ! 26 7A.1.351.01.26 = 1 Not used ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| !--------------!------------------------------------------------------! |
| ! ACW4 ! APU Control Word 4 ! |
| ! XXXXX ! Format: Each X represents 4 bits in hexadecimal ! |
| ! ! code of a defined ARINC 429 word: ! |
| ! ! XXXXX Bits HEX ! |
| ! ! !!!!!___________ 14, 13, 12, 11 0...F ! |
| ! ! !!!!____________ 18, 17, 16, 15 0...F ! |
| ! ! !!!_____________ 22, 21, 20, 19 0...F ! |
| ! ! !!______________ 26, 25, 24, 23 0...F ! |
| ! ! !_______________ 29, 28, 27 0...7 ! |
| ! ! -------------------------------------------- ! |
| ! ! ! |
| ! ! Source: DMU, composed of several ECU discrete ! |
| ! ! labels as defined below: ! |
| ! ! 0D.1.070.00 ! |
| ! ! ! |
| ! ! For APU Honeywell GTCP 36-300: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.27 = 1 Oil Pressure Switch Failed ! |
| ! ! 12 7A.1.351.01.28 = 1 P2 Sensor Failed ! |
| ! ! 13 7A.1.351.01.29 = 1 ECB Failed ! |
| ! ! 14 7A.1.352.01.12 = 1 Load Valve Solenoid Failed ! |
| ! ! 15 7A.1.352.01.13 = 1 LCDT Sensor Failed ! |
| ! ! 16 7A.1.352.01.14 = 1 LCIT Sensor Failed ! |
| ! ! 17 7A.1.352.01.15 = 1 Fuel Solenoid Failed ! |
| ! ! 18 7A.1.352.01.16 = 1 Starter Contactor Failed ! |
| ! ! 19 7A.1.352.01.17 = 1 Backup Starter Cont. Failed! |
| ! ! 20 7A.1.352.01.18 = 1 APU S/N Encoder Failed ! |
| ! ! 21 7A.1.352.01.20 = 1 Air Intake Actuator Failed ! |
| ! ! 22 7A.1.352.01.22 = 1 IGV LVDT Failed ! |
| ! ! 23 SPARE ! |
| ! ! 24 SPARE ! |
| ! ! 25 7A.1.037.01.13 = 1 APU Low Fuel Pressure ! |
| ! ! 26 7A.1.037.01.20 = 1 APU Low Oil Level ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU Honeywell 131-9(A): ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.27 = 1 LOW OIL PRESSURE SWITCH ! |
| ! ! 12 7A.1.351.01.28 = 1 INLET PRESSURE TRANSDUCER ! |
| ! ! 13 7A.1.351.01.29 = 1 ECB ! |
| ! ! 14 7A.1.352.01.12 = 1 LOAD CONTROL VALVE ! |
| ! ! 15 7A.1.352.01.13 = 1 A/C PIN CODING ! |
| ! ! 16 7A.1.352.01.14 = 1 INLET TEMPERATURE SENSOR ! |
| ! ! 17 7A.1.352.01.15 = 1 ARINC FAILURE (CFDS BUS) ! |
| ! ! 18 7A.1.352.01.16 = 1 MAIN START CONTACTOR ! |
| ! ! 19 7A.1.352.01.17 = 1 BACKUP START CONTACTOR ! |
| ! ! 20 7A.1.352.01.18 = 1 DATA MEMORY MODULE ! |
| ! ! 21 7A.1.352.01.20 = 1 AIR INTAKE FLAP ACTUATOR ! |
| ! ! 22 7A.1.352.01.22 = 1 LOW FUEL PRESSURE RELAY ! |
| ! ! 23 SPARE ! |
| ! ! 24 SPARE ! |
| ! ! 25 7A.1.037.01.13 = 1 F_LOW_FUEL_PRESSURE ! |
| ! ! 26 7A.1.037.01.20 = 1 F_OIL_LEVEL_LOW ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU APIC APS3200: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.27 = 1 LOP Switch ! |
| ! ! 12 7A.1.351.01.28 = 1 P Inlet Sensor ! |
| ! ! 13 7A.1.351.01.29 = 1 ECB ! |
| ! ! 14 SPARE ! |
| ! ! 15 SPARE ! |
| ! ! 16 7A.1.352.01.14 = 1 LCIT sensor ! |
| ! ! 17 7A.1.352.01.15 = 1 main fuel valve ! |
| ! ! 18 7A.1.352.01.16 = 1 main start contactor ! |
| ! ! 19 7A.1.352.01.17 = 1 Backup start contactor ! |
| ! ! 20 7A.1.352.01.18 = 1 APU Serial number encoder ! |
| ! ! 21 7A.1.352.01.20 = 1 Air intake actuator ! |
| ! ! 22 7A.1.352.01.22 = 1 IGV LVDT ! |
| ! ! 23 SPARE ! |
| ! ! 24 SPARE ! |
| ! ! 25 7A.1.037.01.12 = 1 Fuel low pressure ! |
| ! ! 26 7A.1.037.01.21 = 1 Low oil level ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| !--------------!------------------------------------------------------! |
| ! REASON ! Reason for Exceedance ! |
| ! ! Format: Up to TBD characters ! |
| ! ! No Flame CODE: 4110 ! |
| ! ! Reverse Flow CODE: 4120 ! |
| ! ! Loss of DC Power CODE: 4130 ! |
| ! ! High Oil Temperature CODE: 4140 ! |
| ! ! Air Intake not open CODE: 4160 ! |
| ! ! Generator High Oil Temp CODE: 4170 ! |
| ! ! Overtemperature CODE: 4180 ! |
| ! ! Sensor Failure CODE: 4190 ! |
| ! ! No Acceleration CODE: 4200 ! |
| ! ! Start Time Exceeded CODE: 4210 ! |
| ! ! Overspeed CODE: 4220 ! |
| ! ! ECB Failure CODE: 4230 ! |
| ! ! Low Oil Pressure CODE: 4240 ! |
| ! ! Loss of Speed CODE: 4250 ! |
| ! ! IGV Failure CODE: 4260 ! |
| ! ! Source: DMU ! |
| ! ! Remark: If the report was not triggered by a limit ! |
| ! ! exceedance, this field shall contain ! |
| ! ! blanks. ! |
| !--------------!------------------------------------------------------! |
| ! NA ! APU Rotation Speed ! |
| ! 9999 ! Format: 0 to 120.0 %rpm ! |
| ! ! Source: ECB 7A.1.176.01 ! |
| !--------------!------------------------------------------------------! |
| ! EGTA ! APU Exhaust Gas Temperature ! |
| ! X999 ! Format: -50 to 1000 deg.C ! |
| ! ! Source: ECB 7A.1.175.01 ! |
| !--------------!------------------------------------------------------! |
| ! OTA ! APU Oil Sump Temperature ! |
| ! X99 ! Format: -55 to 200 deg.C ! |
| ! ! Source: ECB 7A.1.247.01 ! |
| !--------------!------------------------------------------------------! |
| ! IGV ! IGV Position ! |
| ! X99 ! Format: -14 to 90 deg ! |
| ! ! Source: ECB 7A.1.130.01 ! |
| !--------------!------------------------------------------------------! |
| ! WB ! Bleed Air Flow ! |
| ! 999 ! Format: 0.5 to 2.00 kg/sec ! |
| ! ! Source: ECB 7A.1.123.01 ! |
| !--------------!------------------------------------------------------! |
| ! LCIT ! Load Compressor Inlet Temperature ! |
| ! X999 ! Format: -70 to 80 deg.C ! |
| ! ! Source: ECB 7A.1.110.01 ! |
| !--------------!------------------------------------------------------! |
| ! PT ! Bleed Air Pressure ! |
| ! 999 ! Format: 1 to 5.00 bar ! |
| ! ! Source: ECB 7A.1.166.01 ! |
| !--------------!------------------------------------------------------! |
| ! GLA ! APU Generator Load ! |
| ! 999 ! Format: 0 to 256 % ! |
| ! ! Source: SDAC 29.1.100.00 ! |
| ! ! 29.2.100.00# ! |
| +---------------------------------------------------------------------+ |
(4) APU MES/IDLE Report <14> Data Field Description
NOTE: Reports that are transmitted from the ACARS system do not have report lines without a line identifier.
| +---------------------------------------------------------------------+ |
| ! Value ! Content Description ! |
| !--------------!------------------------------------------------------! |
| ! ASN ! APU Serial Number ! |
| ! 9999 ! Format: 0 to 9999 ! |
| ! ! Source: ECB 7A.1.050.01 ! |
| !--------------!------------------------------------------------------! |
| ! AHRS ! APU Operating Hours ! |
| ! 99999 ! Format: 0 to 99999 ! |
| ! ! Source: DMU 0D.1.110.00 ! |
| !--------------!------------------------------------------------------! |
| ! ACYC ! APU Start Cycles ! |
| ! 99999 ! Format: 0 to 99999 ! |
| ! ! Source: DMU 0D.1.111.00 ! |
| !--------------!------------------------------------------------------! |
| ! PFAD ! APU Performance Adjustment ! |
| ! XXXXX ! Format: XXXXX ! |
| ! ! Source: ECB 7A.1.004.01 ! |
| !--------------!------------------------------------------------------! |
| ! ACW3 ! APU Control Word 3 ! |
| ! XXXXX ! Format: Each X represents 4 Bits in hexadecimal ! |
| ! ! code of a defined ARINC 429 word: ! |
| ! ! XXXXX Bits HEX ! |
| ! ! !!!!!___________ 14, 13, 12, 11 0...F ! |
| ! ! !!!!____________ 18, 17, 16, 15 0...F ! |
| ! ! !!!_____________ 22, 21, 20, 19 0...F ! |
| ! ! !!______________ 26, 25, 24, 23 0...F ! |
| ! ! !_______________ 29, 28, 27 0...7 ! |
| ! ! ! |
| ! ! Source: DMU, composed of several ECU discrete ! |
| ! ! labels as defined below: ! |
| ! ! 0D.1.070.11 ! |
| ! ! ! |
| ! ! For APU Honeywell GTCP 36-300: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.11 = 1 PT Sensor Failed ! |
| ! ! 12 7A.1.351.01.12 = 1 Delta P Sensor Failed ! |
| ! ! 13 7A.1.351.01.13 = 1 Speed Sensor No. 1 Failed ! |
| ! ! 14 7A.1.351.01.14 = 1 Speed Sensor No. 2 Failed ! |
| ! ! 15 7A.1.351.01.15 = 1 High Oil Temp Switch Failed! |
| ! ! 16 7A.1.351.01.16 = 1 Oil Temp Sensor Failed ! |
| ! ! 17 7A.1.351.01.17 = 1 Fuel Control Torq. Motor ! |
| ! ! Failed ! |
| ! ! 18 7A.1.351.01.18 = 1 Surge Valve Torq. Motor ! |
| ! ! Failed ! |
| ! ! 19 7A.1.351.01.19 = 1 EGT Rake No. 1 Failed ! |
| ! ! 20 7A.1.351.01.20 = 1 EGT Rake No. 2 Failed ! |
| ! ! 21 7A.1.351.01.21 = 1 IGV Actuator Failed ! |
| ! ! 22 7A.1.351.01.22 = 1 Ignition Unit Failed ! |
| ! ! 23 7A.1.351.01.23 = 1 Deoil Solenoid Failed ! |
| ! ! 24 7A.1.351.01.24 = 1 Gen. Oil Temp Sensor Failed! |
| ! ! 25 7A.1.351.01.25 = 1 ECS Demand Signal Failed ! |
| ! ! 26 7A.1.351.01.26 = 1 APU Starter Fail ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU Honeywell 131-9(A): ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.11 = 1 Total Pressure Transducer ! |
| ! ! 12 7A.1.351.01.12 = 1 DIFFERENTIAL PRESSURE ! |
| ! ! TRANSDUCER ! |
| ! ! 13 7A.1.351.01.13 = 1 SPEED SENSOR ! |
| ! ! 14 7A.1.351.01.14 = 1 BLEED SHUTOFF REVERSE FLOW ! |
| ! ! 15 7A.1.351.01.15 = 1 BLEED SHUTOFF T4 HIGH ! |
| ! ! 16 7A.1.351.01.16 = 1 OIL TEMPERATURE SENSOR ! |
| ! ! 17 7A.1.351.01.17 = 1 FUEL CONTROL UNIT ! |
| ! ! 18 7A.1.351.01.18 = 1 SURGE CONTROL VALVE ! |
| ! ! 19 7A.1.351.01.19 = 1 EGT RAKE 1 ! |
| ! ! 20 7A.1.351.01.20 = 1 EGT RAKE 2 ! |
| ! ! 21 7A.1.351.01.21 = 1 IGV ACTUATOR ! |
| ! ! 22 7A.1.351.01.22 = 1 IGNITION UNIT ! |
| ! ! 23 7A.1.351.01.23 = 1 DE-OIL SOLENOID ! |
| ! ! 24 7A.1.351.01.24 = 1 IGV POSITION VS COMMAND ! |
| ! ! 25 7A.1.351.01.25 = 1 ARINC ECS DEMAND ! |
| ! ! 26 7A.1.351.01.26 = 1 STARTER MOTOR ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU APIC APS3200: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.11 = 1 LCD Pstatic Sensor ! |
| ! ! 12 7A.1.351.01.12 = 1 LCD Delta P Sensor ! |
| ! ! 13 7A.1.351.01.13 = 1 Speed Sensor #1 ! |
| ! ! 14 7A.1.351.01.14 = 1 Speed Sensor #2 ! |
| ! ! 15 7A.1.351.01.15 = 1 Not used ! |
| ! ! 16 7A.1.351.01.16 = 1 GBX Oil Temp RTD ! |
| ! ! 17 7A.1.351.01.17 = 1 Fuel Servo Valve ! |
| ! ! 18 7A.1.351.01.18 = 1 Bleed Control Valve Servo ! |
| ! ! 19 7A.1.351.01.19 = 1 EGT Sensor #1 ! |
| ! ! 20 7A.1.351.01.20 = 1 EGT Sensor #2 ! |
| ! ! 21 7A.1.351.01.21 = 1 IGV Actuator ! |
| ! ! 22 7A.1.351.01.22 = 1 Ignition Unit/Exciter ! |
| ! ! 23 7A.1.351.01.23 = 1 GBX De-oiling Valve ! |
| ! ! 24 7A.1.351.01.24 = 1 Gen Oil Temp RTD ! |
| ! ! 25 7A.1.351.01.25 = 1 ECS Demand Signal ! |
| ! ! 26 7A.1.351.01.26 = 1 Not used ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| !--------------!------------------------------------------------------! |
| ! ACW4 ! APU Control Word 4 ! |
| ! XXXXX ! Format: Each X represents 4 bits in hexadecimal ! |
| ! ! code of a defined ARINC 429 word: ! |
| ! ! XXXXX Bits HEX ! |
| ! ! !!!!!___________ 14, 13, 12, 11 0...F ! |
| ! ! !!!!____________ 18, 17, 16, 15 0...F ! |
| ! ! !!!_____________ 22, 21, 20, 19 0...F ! |
| ! ! !!______________ 26, 25, 24, 23 0...F ! |
| ! ! !_______________ 29, 28, 27 0...7 ! |
| ! ! -------------------------------------------- ! |
| ! ! ! |
| ! ! Source: DMU, composed of several ECU discrete ! |
| ! ! labels as defined below: ! |
| ! ! 0D.1.070.00 ! |
| ! ! ! |
| ! ! For APU Honeywell GTCP 36-300: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.27 = 1 Oil Pressure Switch Failed ! |
| ! ! 12 7A.1.351.01.28 = 1 P2 Sensor Failed ! |
| ! ! 13 7A.1.351.01.29 = 1 ECB Failed ! |
| ! ! 14 7A.1.352.01.12 = 1 Load Valve Solenoid Failed ! |
| ! ! 15 7A.1.352.01.13 = 1 LCDT Sensor Failed ! |
| ! ! 16 7A.1.352.01.14 = 1 LCIT Sensor Failed ! |
| ! ! 17 7A.1.352.01.15 = 1 Fuel Solenoid Failed ! |
| ! ! 18 7A.1.352.01.16 = 1 Starter Contactor Failed ! |
| ! ! 19 7A.1.352.01.17 = 1 Backup Starter Cont. Failed! |
| ! ! 20 7A.1.352.01.18 = 1 APU S/N Encoder Failed ! |
| ! ! 21 7A.1.352.01.20 = 1 Air Intake Actuator Failed ! |
| ! ! 22 7A.1.352.01.22 = 1 IGV LVDT Failed ! |
| ! ! 23 SPARE ! |
| ! ! 24 SPARE ! |
| ! ! 25 7A.1.037.01.13 = 1 APU Low Fuel Pressure ! |
| ! ! 26 7A.1.037.01.20 = 1 APU Low Oil Level ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU Honeywell 131-9(A): ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.27 = 1 LOW OIL PRESSURE SWITCH ! |
| ! ! 12 7A.1.351.01.28 = 1 INLET PRESSURE TRANSDUCER ! |
| ! ! 13 7A.1.351.01.29 = 1 ECB ! |
| ! ! 14 7A.1.352.01.12 = 1 LOAD CONTROL VALVE ! |
| ! ! 15 7A.1.352.01.13 = 1 A/C PIN CODING ! |
| ! ! 16 7A.1.352.01.14 = 1 INLET TEMPERATURE SENSOR ! |
| ! ! 17 7A.1.352.01.15 = 1 ARINC FAILURE (CFDS BUS) ! |
| ! ! 18 7A.1.352.01.16 = 1 MAIN START CONTACTOR ! |
| ! ! 19 7A.1.352.01.17 = 1 BACKUP START CONTACTOR ! |
| ! ! 20 7A.1.352.01.18 = 1 DATA MEMORY MODULE ! |
| ! ! 21 7A.1.352.01.20 = 1 AIR INTAKE FLAP ACTUATOR ! |
| ! ! 22 7A.1.352.01.22 = 1 LOW FUEL PRESSURE RELAY ! |
| ! ! 23 SPARE ! |
| ! ! 24 SPARE ! |
| ! ! 25 7A.1.037.01.13 = 1 F_LOW_FUEL_PRESSURE ! |
| ! ! 26 7A.1.037.01.20 = 1 F_OIL_LEVEL_LOW ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU APIC APS3200: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.27 = 1 LOP Switch ! |
| ! ! 12 7A.1.351.01.28 = 1 P Inlet Sensor ! |
| ! ! 13 7A.1.351.01.29 = 1 ECB ! |
| ! ! 14 SPARE ! |
| ! ! 15 SPARE ! |
| ! ! 16 7A.1.352.01.14 = 1 LCIT sensor ! |
| ! ! 17 7A.1.352.01.15 = 1 main fuel valve ! |
| ! ! 18 7A.1.352.01.16 = 1 main start contactor ! |
| ! ! 19 7A.1.352.01.17 = 1 Backup start contactor ! |
| ! ! 20 7A.1.352.01.18 = 1 APU Serial number encoder ! |
| ! ! 21 7A.1.352.01.20 = 1 Air intake actuator ! |
| ! ! 22 7A.1.352.01.22 = 1 IGV LVDT ! |
| ! ! 23 SPARE ! |
| ! ! 24 SPARE ! |
| ! ! 25 7A.1.037.01.13 = 1 Fuel low pressure ! |
| ! ! 26 7A.1.037.01.20 = 1 Low oil level ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| !--------------!------------------------------------------------------! |
| ! REASON ! Reason for Exceedance ! |
| ! ! Format: Up to TBD characters ! |
| ! ! No Flame CODE: 4110 ! |
| ! ! Reverse Flow CODE: 4120 ! |
| ! ! Loss of DC Power CODE: 4130 ! |
| ! ! High Oil Temperature CODE: 4140 ! |
| ! ! Air Intake not open CODE: 4160 ! |
| ! ! Generator High Oil Temp CODE: 4170 ! |
| ! ! Overtemperature CODE: 4180 ! |
| ! ! Sensor Failure CODE: 4190 ! |
| ! ! No Acceleration CODE: 4200 ! |
| ! ! Start Time Exceeded CODE: 4210 ! |
| ! ! Overspeed CODE: 4220 ! |
| ! ! ECB Failure CODE: 4230 ! |
| ! ! Low Oil Pressure CODE: 4240 ! |
| ! ! Loss of Speed CODE: 4250 ! |
| ! ! IGV Failure CODE: 4260 ! |
| ! ! Source: DMU ! |
| ! ! Remark: If the report was not triggered by a limit ! |
| ! ! exceedance, this field shall contain ! |
| ! ! blanks. ! |
| !--------------!------------------------------------------------------! |
| ! NA ! APU Rotation Speed ! |
| ! 9999 ! Format: 0 to 120.0 %rpm ! |
| ! ! Source: ECB 7A.1.176.01 ! |
| !--------------!------------------------------------------------------! |
| ! EGTA ! APU Exhaust Gas Temperature ! |
| ! X999 ! Format: -50 to 1000 deg.C ! |
| ! ! Source: ECB 7A.1.175.01 ! |
| !--------------!------------------------------------------------------! |
| ! OTA ! APU Oil Sump Temperature ! |
| ! X99 ! Format: -55 to 200 deg.C ! |
| ! ! Source: ECB 7A.1.247.01 ! |
| !--------------!------------------------------------------------------! |
| ! IGV ! IGV Position ! |
| ! X99 ! Format: -14 to 90 deg ! |
| ! ! Source: ECB 7A.1.130.01 ! |
| !--------------!------------------------------------------------------! |
| ! WB ! Bleed Air Flow ! |
| ! 999 ! Format: 0.5 to 2.00 kg/sec ! |
| ! ! Source: ECB 7A.1.123.01 ! |
| !--------------!------------------------------------------------------! |
| ! LCIT ! Load Compressor Inlet Temperature ! |
| ! X999 ! Format: -70 to 80 deg.C ! |
| ! ! Source: ECB 7A.1.110.01 ! |
| !--------------!------------------------------------------------------! |
| ! PT ! Bleed Air Pressure ! |
| ! 999 ! Format: 1 to 5.00 bar ! |
| ! ! Source: ECB 7A.1.166.01 ! |
| !--------------!------------------------------------------------------! |
| ! GLA ! APU Generator Load ! |
| ! 999 ! Format: 0 to 256 % ! |
| ! ! Source: SDAC 29.1.100.00 ! |
| ! ! 29.2.100.00# ! |
| +---------------------------------------------------------------------+ |
(5) APU MES/IDLE Report <14> Data Field Description
NOTE: Reports that are transmitted from the ACARS system do not have report lines without a line identifier.
| +---------------------------------------------------------------------+ |
| ! Value ! Content Description ! |
| !--------------!------------------------------------------------------! |
| ! ASN ! APU Serial Number ! |
| ! 9999 ! Format: 0 to 9999 ! |
| ! ! Source: ECB 7A.1.050.01 ! |
| !--------------!------------------------------------------------------! |
| ! AHRS ! APU Operating Hours ! |
| ! 99999 ! Format: 0 to 99999 ! |
| ! ! Source: DMU 0D.1.110.00 ! |
| !--------------!------------------------------------------------------! |
| ! ACYC ! APU Start Cycles ! |
| ! 99999 ! Format: 0 to 99999 ! |
| ! ! Source: DMU 0D.1.111.00 ! |
| !--------------!------------------------------------------------------! |
| ! PFAD ! APU Performance Adjustment ! |
| ! XXXXX ! Format: XXXXX ! |
| ! ! Source: ECB 7A.1.004.01 ! |
| !--------------!------------------------------------------------------! |
| ! ACW3 ! APU Control Word 3 ! |
| ! XXXXX ! Format: Each X represents 4 Bits in hexadecimal ! |
| ! ! code of a defined ARINC 429 word: ! |
| ! ! XXXXX Bits HEX ! |
| ! ! !!!!!___________ 14, 13, 12, 11 0...F ! |
| ! ! !!!!____________ 18, 17, 16, 15 0...F ! |
| ! ! !!!_____________ 22, 21, 20, 19 0...F ! |
| ! ! !!______________ 26, 25, 24, 23 0...F ! |
| ! ! !_______________ 29, 28, 27 0...7 ! |
| ! ! ! |
| ! ! Source: DMU, composed of several ECU discrete ! |
| ! ! labels as defined below: ! |
| ! ! 0D.1.070.11 ! |
| ! ! ! |
| ! ! For APU Honeywell GTCP 36-300: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.11 = 1 PT Sensor Failed ! |
| ! ! 12 7A.1.351.01.12 = 1 Delta P Sensor Failed ! |
| ! ! 13 7A.1.351.01.13 = 1 Speed Sensor No. 1 Failed ! |
| ! ! 14 7A.1.351.01.14 = 1 Speed Sensor No. 2 Failed ! |
| ! ! 15 7A.1.351.01.15 = 1 High Oil Temp Switch Failed! |
| ! ! 16 7A.1.351.01.16 = 1 Oil Temp Sensor Failed ! |
| ! ! 17 7A.1.351.01.17 = 1 Fuel Control Torq. Motor ! |
| ! ! Failed ! |
| ! ! 18 7A.1.351.01.18 = 1 Surge Valve Torq. Motor ! |
| ! ! Failed ! |
| ! ! 19 7A.1.351.01.19 = 1 EGT Rake No. 1 Failed ! |
| ! ! 20 7A.1.351.01.20 = 1 EGT Rake No. 2 Failed ! |
| ! ! 21 7A.1.351.01.21 = 1 IGV Actuator Failed ! |
| ! ! 22 7A.1.351.01.22 = 1 Ignition Unit Failed ! |
| ! ! 23 7A.1.351.01.23 = 1 Deoil Solenoid Failed ! |
| ! ! 24 7A.1.351.01.24 = 1 Gen. Oil Temp Sensor Failed! |
| ! ! 25 7A.1.351.01.25 = 1 ECS Demand Signal Failed ! |
| ! ! 26 7A.1.351.01.26 = 1 APU Starter Fail ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU Honeywell 131-9(A): ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.11 = 1 Total Pressure Transducer ! |
| ! ! 12 7A.1.351.01.12 = 1 DIFFERENTIAL PRESSURE ! |
| ! ! TRANSDUCER ! |
| ! ! 13 7A.1.351.01.13 = 1 SPEED SENSOR ! |
| ! ! 14 7A.1.351.01.14 = 1 BLEED SHUTOFF REVERSE FLOW ! |
| ! ! 15 7A.1.351.01.15 = 1 BLEED SHUTOFF T4 HIGH ! |
| ! ! 16 7A.1.351.01.16 = 1 OIL TEMPERATURE SENSOR ! |
| ! ! 17 7A.1.351.01.17 = 1 FUEL CONTROL UNIT ! |
| ! ! 18 7A.1.351.01.18 = 1 SURGE CONTROL VALVE ! |
| ! ! 19 7A.1.351.01.19 = 1 EGT RAKE 1 ! |
| ! ! 20 7A.1.351.01.20 = 1 EGT RAKE 2 ! |
| ! ! 21 7A.1.351.01.21 = 1 IGV ACTUATOR ! |
| ! ! 22 7A.1.351.01.22 = 1 IGNITION UNIT ! |
| ! ! 23 7A.1.351.01.23 = 1 DE-OIL SOLENOID ! |
| ! ! 24 7A.1.351.01.24 = 1 IGV POSITION VS COMMAND ! |
| ! ! 25 7A.1.351.01.25 = 1 ARINC ECS DEMAND ! |
| ! ! 26 7A.1.351.01.26 = 1 STARTER MOTOR ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU APIC APS3200: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.11 = 1 LCD Pstatic Sensor ! |
| ! ! 12 7A.1.351.01.12 = 1 LCD Delta P Sensor ! |
| ! ! 13 7A.1.351.01.13 = 1 Speed Sensor #1 ! |
| ! ! 14 7A.1.351.01.14 = 1 Speed Sensor #2 ! |
| ! ! 15 7A.1.351.01.15 = 1 Not used ! |
| ! ! 16 7A.1.351.01.16 = 1 GBX Oil Temp RTD ! |
| ! ! 17 7A.1.351.01.17 = 1 Fuel Servo Valve ! |
| ! ! 18 7A.1.351.01.18 = 1 Bleed Control Valve Servo ! |
| ! ! 19 7A.1.351.01.19 = 1 EGT Sensor #1 ! |
| ! ! 20 7A.1.351.01.20 = 1 EGT Sensor #2 ! |
| ! ! 21 7A.1.351.01.21 = 1 IGV Actuator ! |
| ! ! 22 7A.1.351.01.22 = 1 Ignition Unit/Exciter ! |
| ! ! 23 7A.1.351.01.23 = 1 GBX De-oiling Valve ! |
| ! ! 24 7A.1.351.01.24 = 1 Gen Oil Temp RTD ! |
| ! ! 25 7A.1.351.01.25 = 1 ECS Demand Signal ! |
| ! ! 26 7A.1.351.01.26 = 1 Not used ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| !--------------!------------------------------------------------------! |
| ! ACW4 ! APU Control Word 4 ! |
| ! XXXXX ! Format: Each X represents 4 bits in hexadecimal ! |
| ! ! code of a defined ARINC 429 word: ! |
| ! ! XXXXX Bits HEX ! |
| ! ! !!!!!___________ 14, 13, 12, 11 0...F ! |
| ! ! !!!!____________ 18, 17, 16, 15 0...F ! |
| ! ! !!!_____________ 22, 21, 20, 19 0...F ! |
| ! ! !!______________ 26, 25, 24, 23 0...F ! |
| ! ! !_______________ 29, 28, 27 0...7 ! |
| ! ! -------------------------------------------- ! |
| ! ! ! |
| ! ! Source: DMU, composed of several ECU discrete ! |
| ! ! labels as defined below: ! |
| ! ! 0D.1.070.00 ! |
| ! ! ! |
| ! ! For APU Honeywell GTCP 36-300: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.27 = 1 Oil Pressure Switch Failed ! |
| ! ! 12 7A.1.351.01.28 = 1 P2 Sensor Failed ! |
| ! ! 13 7A.1.351.01.29 = 1 ECB Failed ! |
| ! ! 14 7A.1.352.01.12 = 1 Load Valve Solenoid Failed ! |
| ! ! 15 7A.1.352.01.13 = 1 LCDT Sensor Failed ! |
| ! ! 16 7A.1.352.01.14 = 1 LCIT Sensor Failed ! |
| ! ! 17 7A.1.352.01.15 = 1 Fuel Solenoid Failed ! |
| ! ! 18 7A.1.352.01.16 = 1 Starter Contactor Failed ! |
| ! ! 19 7A.1.352.01.17 = 1 Backup Starter Cont. Failed! |
| ! ! 20 7A.1.352.01.18 = 1 APU S/N Encoder Failed ! |
| ! ! 21 7A.1.352.01.20 = 1 Air Intake Actuator Failed ! |
| ! ! 22 7A.1.352.01.22 = 1 IGV LVDT Failed ! |
| ! ! 23 SPARE ! |
| ! ! 24 SPARE ! |
| ! ! 25 7A.1.037.01.13 = 1 APU Low Fuel Pressure ! |
| ! ! 26 7A.1.037.01.20 = 1 APU Low Oil Level ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU Honeywell 131-9(A): ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.27 = 1 LOW OIL PRESSURE SWITCH ! |
| ! ! 12 7A.1.351.01.28 = 1 INLET PRESSURE TRANSDUCER ! |
| ! ! 13 7A.1.351.01.29 = 1 ECB ! |
| ! ! 14 7A.1.352.01.12 = 1 LOAD CONTROL VALVE ! |
| ! ! 15 7A.1.352.01.13 = 1 A/C PIN CODING ! |
| ! ! 16 7A.1.352.01.14 = 1 INLET TEMPERATURE SENSOR ! |
| ! ! 17 7A.1.352.01.15 = 1 ARINC FAILURE (CFDS BUS) ! |
| ! ! 18 7A.1.352.01.16 = 1 MAIN START CONTACTOR ! |
| ! ! 19 7A.1.352.01.17 = 1 BACKUP START CONTACTOR ! |
| ! ! 20 7A.1.352.01.18 = 1 DATA MEMORY MODULE ! |
| ! ! 21 7A.1.352.01.20 = 1 AIR INTAKE FLAP ACTUATOR ! |
| ! ! 22 7A.1.352.01.22 = 1 LOW FUEL PRESSURE RELAY ! |
| ! ! 23 SPARE ! |
| ! ! 24 SPARE ! |
| ! ! 25 7A.1.037.01.13 = 1 F_LOW_FUEL_PRESSURE ! |
| ! ! 26 7A.1.037.01.20 = 1 F_OIL_LEVEL_LOW ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU APIC APS3200: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.27 = 1 LOP Switch ! |
| ! ! 12 7A.1.351.01.28 = 1 P Inlet Sensor ! |
| ! ! 13 7A.1.351.01.29 = 1 ECB ! |
| ! ! 14 SPARE ! |
| ! ! 15 SPARE ! |
| ! ! 16 7A.1.352.01.14 = 1 LCIT sensor ! |
| ! ! 17 7A.1.352.01.15 = 1 main fuel valve ! |
| ! ! 18 7A.1.352.01.16 = 1 main start contactor ! |
| ! ! 19 7A.1.352.01.17 = 1 Backup start contactor ! |
| ! ! 20 7A.1.352.01.18 = 1 APU Serial number encoder ! |
| ! ! 21 7A.1.352.01.20 = 1 Air intake actuator ! |
| ! ! 22 7A.1.352.01.22 = 1 IGV LVDT ! |
| ! ! 23 SPARE ! |
| ! ! 24 SPARE ! |
| ! ! 25 7A.1.037.01.13 = 1 Fuel low pressure ! |
| ! ! 26 7A.1.037.01.20 = 1 Low oil level ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| !--------------!------------------------------------------------------! |
| ! REASON ! Reason for Exceedance ! |
| ! ! Format: Up to TBD characters ! |
| ! ! No Flame CODE: 4110 ! |
| ! ! Reverse Flow CODE: 4120 ! |
| ! ! Loss of DC Power CODE: 4130 ! |
| ! ! High Oil Temperature CODE: 4140 ! |
| ! ! Air Intake not open CODE: 4160 ! |
| ! ! Generator High Oil Temp CODE: 4170 ! |
| ! ! Overtemperature CODE: 4180 ! |
| ! ! Sensor Failure CODE: 4190 ! |
| ! ! No Acceleration CODE: 4200 ! |
| ! ! Start Time Exceeded CODE: 4210 ! |
| ! ! Overspeed CODE: 4220 ! |
| ! ! ECB Failure CODE: 4230 ! |
| ! ! Low Oil Pressure CODE: 4240 ! |
| ! ! Loss of Speed CODE: 4250 ! |
| ! ! IGV Failure CODE: 4260 ! |
| ! ! Source: DMU ! |
| ! ! Remark: If the report was not triggered by a limit ! |
| ! ! exceedance, this field shall contain ! |
| ! ! blanks. ! |
| !--------------!------------------------------------------------------! |
| ! NA ! APU Rotation Speed ! |
| ! 9999 ! Format: 0 to 120.0 %rpm ! |
| ! ! Source: ECB 7A.1.176.01 ! |
| !--------------!------------------------------------------------------! |
| ! EGTA ! APU Exhaust Gas Temperature ! |
| ! X999 ! Format: -50 to 1000 deg.C ! |
| ! ! Source: ECB 7A.1.175.01 ! |
| !--------------!------------------------------------------------------! |
| ! OTA ! APU Oil Sump Temperature ! |
| ! X99 ! Format: -55 to 200 deg.C ! |
| ! ! Source: ECB 7A.1.247.01 ! |
| !--------------!------------------------------------------------------! |
| ! IGV ! IGV Position ! |
| ! X99 ! Format: -14 to 90 deg ! |
| ! ! Source: ECB 7A.1.130.01 ! |
| !--------------!------------------------------------------------------! |
| ! WB ! Bleed Air Flow ! |
| ! 999 ! Format: 0 to 2.00 kg/sec ! |
| ! ! Source: ECB 7A.1.123.01 ! |
| !--------------!------------------------------------------------------! |
| ! LCIT ! Load Compressor Inlet Temperature ! |
| ! X999 ! Format: -70 to 80 deg.C ! |
| ! ! Source: ECB 7A.1.110.01 ! |
| !--------------!------------------------------------------------------! |
| ! PT ! Bleed Air Pressure ! |
| ! 999 ! Format: 1 to 5.00 bar ! |
| ! ! Source: ECB 7A.1.166.01 ! |
| !--------------!------------------------------------------------------! |
| ! GLA ! APU Generator Load ! |
| ! 999 ! Format: 0 to 256 % ! |
| ! ! Source: SDAC 29.1.100.00 ! |
| ! ! 29.2.100.00# ! |
| +---------------------------------------------------------------------+ |
(6) APU MES/IDLE Report <14> Data Field Description
NOTE: Reports that are transmitted from the ACARS system do not have report lines without a line identifier.
| +---------------------------------------------------------------------+ |
| ! Value ! Content Description ! |
| !--------------!------------------------------------------------------! |
| ! ASN ! APU Serial Number ! |
| ! 9999 ! Format: 0 to 9999 ! |
| ! ! Source: ECB 7A.1.050.01 ! |
| !--------------!------------------------------------------------------! |
| ! AHRS ! APU Operating Hours ! |
| ! 99999 ! Format: 0 to 99999 ! |
| ! ! Source: DMU 0D.1.110.00 ! |
| !--------------!------------------------------------------------------! |
| ! ACYC ! APU Start Cycles ! |
| ! 99999 ! Format: 0 to 99999 ! |
| ! ! Source: DMU 0D.1.111.00 ! |
| !--------------!------------------------------------------------------! |
| ! PFAD ! APU Performance Adjustment ! |
| ! XXXXX ! Format: XXXXX ! |
| ! ! Source: ECB 7A.1.004.01 ! |
| !--------------!------------------------------------------------------! |
| ! ACW3 ! APU Control Word 3 ! |
| ! XXXXX ! Format: Each X represents 4 Bits in hexadecimal ! |
| ! ! code of a defined ARINC 429 word: ! |
| ! ! XXXXX Bits HEX ! |
| ! ! !!!!!___________ 14, 13, 12, 11 0...F ! |
| ! ! !!!!____________ 18, 17, 16, 15 0...F ! |
| ! ! !!!_____________ 22, 21, 20, 19 0...F ! |
| ! ! !!______________ 26, 25, 24, 23 0...F ! |
| ! ! !_______________ 29, 28, 27 0...7 ! |
| ! ! ! |
| ! ! Source: DMU, composed of several ECU discrete ! |
| ! ! labels as defined below: ! |
| ! ! 0D.1.070.11 ! |
| ! ! ! |
| ! ! For APU Honeywell GTCP 36-300: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.11 = 1 PT Sensor Failed ! |
| ! ! 12 7A.1.351.01.12 = 1 Delta P Sensor Failed ! |
| ! ! 13 7A.1.351.01.13 = 1 Speed Sensor No. 1 Failed ! |
| ! ! 14 7A.1.351.01.14 = 1 Speed Sensor No. 2 Failed ! |
| ! ! 15 7A.1.351.01.15 = 1 High Oil Temp Switch Failed! |
| ! ! 16 7A.1.351.01.16 = 1 Oil Temp Sensor Failed ! |
| ! ! 17 7A.1.351.01.17 = 1 Fuel Control Torq. Motor ! |
| ! ! Failed ! |
| ! ! 18 7A.1.351.01.18 = 1 Surge Valve Torq. Motor ! |
| ! ! Failed ! |
| ! ! 19 7A.1.351.01.19 = 1 EGT Rake No. 1 Failed ! |
| ! ! 20 7A.1.351.01.20 = 1 EGT Rake No. 2 Failed ! |
| ! ! 21 7A.1.351.01.21 = 1 IGV Actuator Failed ! |
| ! ! 22 7A.1.351.01.22 = 1 Ignition Unit Failed ! |
| ! ! 23 7A.1.351.01.23 = 1 Deoil Solenoid Failed ! |
| ! ! 24 7A.1.351.01.24 = 1 Gen. Oil Temp Sensor Failed! |
| ! ! 25 7A.1.351.01.25 = 1 ECS Demand Signal Failed ! |
| ! ! 26 7A.1.351.01.26 = 1 APU Starter Fail ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU Honeywell 131-9(A): ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.11 = 1 Total Pressure Transducer ! |
| ! ! 12 7A.1.351.01.12 = 1 DIFFERENTIAL PRESSURE ! |
| ! ! TRANSDUCER ! |
| ! ! 13 7A.1.351.01.13 = 1 SPEED SENSOR ! |
| ! ! 14 7A.1.351.01.14 = 1 BLEED SHUTOFF REVERSE FLOW ! |
| ! ! 15 7A.1.351.01.15 = 1 BLEED SHUTOFF T4 HIGH ! |
| ! ! 16 7A.1.351.01.16 = 1 OIL TEMPERATURE SENSOR ! |
| ! ! 17 7A.1.351.01.17 = 1 FUEL CONTROL UNIT ! |
| ! ! 18 7A.1.351.01.18 = 1 SURGE CONTROL VALVE ! |
| ! ! 19 7A.1.351.01.19 = 1 EGT RAKE 1 ! |
| ! ! 20 7A.1.351.01.20 = 1 EGT RAKE 2 ! |
| ! ! 21 7A.1.351.01.21 = 1 IGV ACTUATOR ! |
| ! ! 22 7A.1.351.01.22 = 1 IGNITION UNIT ! |
| ! ! 23 7A.1.351.01.23 = 1 DE-OIL SOLENOID ! |
| ! ! 24 7A.1.351.01.24 = 1 IGV POSITION VS COMMAND ! |
| ! ! 25 7A.1.351.01.25 = 1 ARINC ECS DEMAND ! |
| ! ! 26 7A.1.351.01.26 = 1 STARTER MOTOR ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU APIC APS3200: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.11 = 1 LCD Pstatic Sensor ! |
| ! ! 12 7A.1.351.01.12 = 1 LCD Delta P Sensor ! |
| ! ! 13 7A.1.351.01.13 = 1 Speed Sensor #1 ! |
| ! ! 14 7A.1.351.01.14 = 1 Speed Sensor #2 ! |
| ! ! 15 7A.1.351.01.15 = 1 Not used ! |
| ! ! 16 7A.1.351.01.16 = 1 GBX Oil Temp RTD ! |
| ! ! 17 7A.1.351.01.17 = 1 Fuel Servo Valve ! |
| ! ! 18 7A.1.351.01.18 = 1 Bleed Control Valve Servo ! |
| ! ! 19 7A.1.351.01.19 = 1 EGT Sensor #1 ! |
| ! ! 20 7A.1.351.01.20 = 1 EGT Sensor #2 ! |
| ! ! 21 7A.1.351.01.21 = 1 IGV Actuator ! |
| ! ! 22 7A.1.351.01.22 = 1 Ignition Unit/Exciter ! |
| ! ! 23 7A.1.351.01.23 = 1 GBX De-oiling Valve ! |
| ! ! 24 7A.1.351.01.24 = 1 Gen Oil Temp RTD ! |
| ! ! 25 7A.1.351.01.25 = 1 ECS Demand Signal ! |
| ! ! 26 7A.1.351.01.26 = 1 Not used ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| !--------------!------------------------------------------------------! |
| ! ACW4 ! APU Control Word 4 ! |
| ! XXXXX ! Format: Each X represents 4 bits in hexadecimal ! |
| ! ! code of a defined ARINC 429 word: ! |
| ! ! XXXXX Bits HEX ! |
| ! ! !!!!!___________ 14, 13, 12, 11 0...F ! |
| ! ! !!!!____________ 18, 17, 16, 15 0...F ! |
| ! ! !!!_____________ 22, 21, 20, 19 0...F ! |
| ! ! !!______________ 26, 25, 24, 23 0...F ! |
| ! ! !_______________ 29, 28, 27 0...7 ! |
| ! ! -------------------------------------------- ! |
| ! ! ! |
| ! ! Source: DMU, composed of several ECU discrete ! |
| ! ! labels as defined below: ! |
| ! ! 0D.1.070.00 ! |
| ! ! ! |
| ! ! For APU Honeywell GTCP 36-300: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.27 = 1 Oil Pressure Switch Failed ! |
| ! ! 12 7A.1.351.01.28 = 1 P2 Sensor Failed ! |
| ! ! 13 7A.1.351.01.29 = 1 ECB Failed ! |
| ! ! 14 7A.1.352.01.12 = 1 Load Valve Solenoid Failed ! |
| ! ! 15 7A.1.352.01.13 = 1 LCDT Sensor Failed ! |
| ! ! 16 7A.1.352.01.14 = 1 LCIT Sensor Failed ! |
| ! ! 17 7A.1.352.01.15 = 1 Fuel Solenoid Failed ! |
| ! ! 18 7A.1.352.01.16 = 1 Starter Contactor Failed ! |
| ! ! 19 7A.1.352.01.17 = 1 Backup Starter Cont. Failed! |
| ! ! 20 7A.1.352.01.18 = 1 APU S/N Encoder Failed ! |
| ! ! 21 7A.1.352.01.20 = 1 Air Intake Actuator Failed ! |
| ! ! 22 7A.1.352.01.22 = 1 IGV LVDT Failed ! |
| ! ! 23 SPARE ! |
| ! ! 24 SPARE ! |
| ! ! 25 7A.1.037.01.13 = 1 APU Low Fuel Pressure ! |
| ! ! 26 7A.1.037.01.20 = 1 APU Low Oil Level ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU Honeywell 131-9(A): ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.27 = 1 LOW OIL PRESSURE SWITCH ! |
| ! ! 12 7A.1.351.01.28 = 1 INLET PRESSURE TRANSDUCER ! |
| ! ! 13 7A.1.351.01.29 = 1 ECB ! |
| ! ! 14 7A.1.352.01.12 = 1 LOAD CONTROL VALVE ! |
| ! ! 15 7A.1.352.01.13 = 1 A/C PIN CODING ! |
| ! ! 16 7A.1.352.01.14 = 1 INLET TEMPERATURE SENSOR ! |
| ! ! 17 7A.1.352.01.15 = 1 ARINC FAILURE (CFDS BUS) ! |
| ! ! 18 7A.1.352.01.16 = 1 MAIN START CONTACTOR ! |
| ! ! 19 7A.1.352.01.17 = 1 BACKUP START CONTACTOR ! |
| ! ! 20 7A.1.352.01.18 = 1 DATA MEMORY MODULE ! |
| ! ! 21 7A.1.352.01.20 = 1 AIR INTAKE FLAP ACTUATOR ! |
| ! ! 22 7A.1.352.01.22 = 1 LOW FUEL PRESSURE RELAY ! |
| ! ! 23 SPARE ! |
| ! ! 24 SPARE ! |
| ! ! 25 7A.1.037.01.13 = 1 F_LOW_FUEL_PRESSURE ! |
| ! ! 26 7A.1.037.01.20 = 1 F_OIL_LEVEL_LOW ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU APIC APS3200: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.27 = 1 LOP Switch ! |
| ! ! 12 7A.1.351.01.28 = 1 P Inlet Sensor ! |
| ! ! 13 7A.1.351.01.29 = 1 ECB ! |
| ! ! 14 SPARE ! |
| ! ! 15 SPARE ! |
| ! ! 16 7A.1.352.01.14 = 1 LCIT sensor ! |
| ! ! 17 7A.1.352.01.15 = 1 main fuel valve ! |
| ! ! 18 7A.1.352.01.16 = 1 main start contactor ! |
| ! ! 19 7A.1.352.01.17 = 1 Backup start contactor ! |
| ! ! 20 7A.1.352.01.18 = 1 APU Serial number encoder ! |
| ! ! 21 7A.1.352.01.20 = 1 Air intake actuator ! |
| ! ! 22 7A.1.352.01.22 = 1 IGV LVDT ! |
| ! ! 23 SPARE ! |
| ! ! 24 SPARE ! |
| ! ! 25 7A.1.037.01.13 = 1 Fuel low pressure ! |
| ! ! 26 7A.1.037.01.20 = 1 Low oil level ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| !--------------!------------------------------------------------------! |
| ! REASON ! Reason for Exceedance ! |
| ! ! Format: Up to TBD characters ! |
| ! ! No Flame CODE: 4110 ! |
| ! ! Reverse Flow CODE: 4120 ! |
| ! ! Loss of DC Power CODE: 4130 ! |
| ! ! High Oil Temperature CODE: 4140 ! |
| ! ! Air Intake not open CODE: 4160 ! |
| ! ! Generator High Oil Temp CODE: 4170 ! |
| ! ! Overtemperature CODE: 4180 ! |
| ! ! Sensor Failure CODE: 4190 ! |
| ! ! No Acceleration CODE: 4200 ! |
| ! ! Start Time Exceeded CODE: 4210 ! |
| ! ! Overspeed CODE: 4220 ! |
| ! ! ECB Failure CODE: 4230 ! |
| ! ! Low Oil Pressure CODE: 4240 ! |
| ! ! Loss of Speed CODE: 4250 ! |
| ! ! IGV Failure CODE: 4260 ! |
| ! ! Source: DMU ! |
| ! ! Remark: If the report was not triggered by a limit ! |
| ! ! exceedance, this field shall contain ! |
| ! ! blanks. ! |
| !--------------!------------------------------------------------------! |
| ! NA ! APU Rotation Speed ! |
| ! 9999 ! Format: 0 to 120.0 %rpm ! |
| ! ! Source: ECB 7A.1.176.01 ! |
| !--------------!------------------------------------------------------! |
| ! EGTA ! APU Exhaust Gas Temperature ! |
| ! X999 ! Format: -50 to 1000 deg.C ! |
| ! ! Source: ECB 7A.1.175.01 ! |
| !--------------!------------------------------------------------------! |
| ! OTA ! APU Oil Sump Temperature ! |
| ! X99 ! Format: -55 to 200 deg.C ! |
| ! ! Source: ECB 7A.1.247.01 ! |
| !--------------!------------------------------------------------------! |
| ! IGV ! IGV Position ! |
| ! X99 ! Format: -14 to 90 deg ! |
| ! ! Source: ECB 7A.1.130.01 ! |
| !--------------!------------------------------------------------------! |
| ! WB ! Bleed Air Flow ! |
| ! 999 ! Format: 0 to 2.00 kg/sec ! |
| ! ! Source: ECB 7A.1.123.01 ! |
| !--------------!------------------------------------------------------! |
| ! LCIT ! Load Compressor Inlet Temperature ! |
| ! X999 ! Format: -70 to 80 deg.C ! |
| ! ! Source: ECB 7A.1.110.01 ! |
| !--------------!------------------------------------------------------! |
| ! PT ! Bleed Air Pressure ! |
| ! 999 ! Format: 1 to 5.00 bar ! |
| ! ! Source: ECB 7A.1.166.01 ! |
| !--------------!------------------------------------------------------! |
| ! GLA ! APU Generator Load ! |
| ! 999 ! Format: 0 to 256 % ! |
| ! ! Source: SDAC 29.1.100.00 ! |
| ! ! 29.2.100.00# ! |
| +---------------------------------------------------------------------+ |
(7) APU MES/IDLE Report <14> Data Field Description
NOTE: Reports that are transmitted from the ACARS system do not have report lines without a line identifier.
| +---------------------------------------------------------------------+ |
| ! Value ! Content Description ! |
| !--------------!------------------------------------------------------! |
| ! ASN ! APU Serial Number ! |
| ! 9999 ! Format: 0 to 9999 ! |
| ! ! Source: ECB 7A.1.050.01 ! |
| !--------------!------------------------------------------------------! |
| ! AHRS ! APU Operating Hours ! |
| ! 99999 ! Format: 0 to 99999 ! |
| ! ! Source: DMU 0D.1.110.00 ! |
| !--------------!------------------------------------------------------! |
| ! ACYC ! APU Start Cycles ! |
| ! 99999 ! Format: 0 to 99999 ! |
| ! ! Source: DMU 0D.1.111.00 ! |
| !--------------!------------------------------------------------------! |
| ! PFAD ! APU Performance Adjustment ! |
| ! XXXXX ! Format: XXXXX ! |
| ! ! Source: ECB 7A.1.004.01 ! |
| !--------------!------------------------------------------------------! |
| ! ACW3 ! APU Control Word 3 ! |
| ! XXXXX ! Format: Each X represents 4 Bits in hexadecimal ! |
| ! ! code of a defined ARINC 429 word: ! |
| ! ! XXXXX Bits HEX ! |
| ! ! !!!!!___________ 14, 13, 12, 11 0...F ! |
| ! ! !!!!____________ 18, 17, 16, 15 0...F ! |
| ! ! !!!_____________ 22, 21, 20, 19 0...F ! |
| ! ! !!______________ 26, 25, 24, 23 0...F ! |
| ! ! !_______________ 29, 28, 27 0...7 ! |
| ! ! ! |
| ! ! Source: DMU, composed of several ECU discrete ! |
| ! ! labels as defined below: ! |
| ! ! 0D.1.070.11 ! |
| ! ! ! |
| ! ! For APU Honeywell GTCP 36-300: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.11 = 1 PT Sensor Failed ! |
| ! ! 12 7A.1.351.01.12 = 1 Delta P Sensor Failed ! |
| ! ! 13 7A.1.351.01.13 = 1 Speed Sensor No. 1 Failed ! |
| ! ! 14 7A.1.351.01.14 = 1 Speed Sensor No. 2 Failed ! |
| ! ! 15 7A.1.351.01.15 = 1 High Oil Temp Switch Failed! |
| ! ! 16 7A.1.351.01.16 = 1 Oil Temp Sensor Failed ! |
| ! ! 17 7A.1.351.01.17 = 1 Fuel Control Torq. Motor ! |
| ! ! Failed ! |
| ! ! 18 7A.1.351.01.18 = 1 Surge Valve Torq. Motor ! |
| ! ! Failed ! |
| ! ! 19 7A.1.351.01.19 = 1 EGT Rake No. 1 Failed ! |
| ! ! 20 7A.1.351.01.20 = 1 EGT Rake No. 2 Failed ! |
| ! ! 21 7A.1.351.01.21 = 1 IGV Actuator Failed ! |
| ! ! 22 7A.1.351.01.22 = 1 Ignition Unit Failed ! |
| ! ! 23 7A.1.351.01.23 = 1 Deoil Solenoid Failed ! |
| ! ! 24 7A.1.351.01.24 = 1 Gen. Oil Temp Sensor Failed! |
| ! ! 25 7A.1.351.01.25 = 1 ECS Demand Signal Failed ! |
| ! ! 26 7A.1.351.01.26 = 1 APU Starter Fail ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU Honeywell 131-9(A): ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.11 = 1 Total Pressure Transducer ! |
| ! ! 12 7A.1.351.01.12 = 1 DIFFERENTIAL PRESSURE ! |
| ! ! TRANSDUCER ! |
| ! ! 13 7A.1.351.01.13 = 1 SPEED SENSOR ! |
| ! ! 14 7A.1.351.01.14 = 1 BLEED SHUTOFF REVERSE FLOW ! |
| ! ! 15 7A.1.351.01.15 = 1 BLEED SHUTOFF T4 HIGH ! |
| ! ! 16 7A.1.351.01.16 = 1 OIL TEMPERATURE SENSOR ! |
| ! ! 17 7A.1.351.01.17 = 1 FUEL CONTROL UNIT ! |
| ! ! 18 7A.1.351.01.18 = 1 SURGE CONTROL VALVE ! |
| ! ! 19 7A.1.351.01.19 = 1 EGT RAKE 1 ! |
| ! ! 20 7A.1.351.01.20 = 1 EGT RAKE 2 ! |
| ! ! 21 7A.1.351.01.21 = 1 IGV ACTUATOR ! |
| ! ! 22 7A.1.351.01.22 = 1 IGNITION UNIT ! |
| ! ! 23 7A.1.351.01.23 = 1 DE-OIL SOLENOID ! |
| ! ! 24 7A.1.351.01.24 = 1 IGV POSITION VS COMMAND ! |
| ! ! 25 7A.1.351.01.25 = 1 ARINC ECS DEMAND ! |
| ! ! 26 7A.1.351.01.26 = 1 STARTER MOTOR ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU APIC APS3200: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.11 = 1 LCD Pstatic Sensor ! |
| ! ! 12 7A.1.351.01.12 = 1 LCD Delta P Sensor ! |
| ! ! 13 7A.1.351.01.13 = 1 Speed Sensor #1 ! |
| ! ! 14 7A.1.351.01.14 = 1 Speed Sensor #2 ! |
| ! ! 15 7A.1.351.01.15 = 1 Not used ! |
| ! ! 16 7A.1.351.01.16 = 1 GBX Oil Temp RTD ! |
| ! ! 17 7A.1.351.01.17 = 1 Fuel Servo Valve ! |
| ! ! 18 7A.1.351.01.18 = 1 Bleed Control Valve Servo ! |
| ! ! 19 7A.1.351.01.19 = 1 EGT Sensor #1 ! |
| ! ! 20 7A.1.351.01.20 = 1 EGT Sensor #2 ! |
| ! ! 21 7A.1.351.01.21 = 1 IGV Actuator ! |
| ! ! 22 7A.1.351.01.22 = 1 Ignition Unit/Exciter ! |
| ! ! 23 7A.1.351.01.23 = 1 GBX De-oiling Valve ! |
| ! ! 24 7A.1.351.01.24 = 1 Gen Oil Temp RTD ! |
| ! ! 25 7A.1.351.01.25 = 1 ECS Demand Signal ! |
| ! ! 26 7A.1.351.01.26 = 1 Not used ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| !--------------!------------------------------------------------------! |
| ! ACW4 ! APU Control Word 4 ! |
| ! XXXXX ! Format: Each X represents 4 bits in hexadecimal ! |
| ! ! code of a defined ARINC 429 word: ! |
| ! ! XXXXX Bits HEX ! |
| ! ! !!!!!___________ 14, 13, 12, 11 0...F ! |
| ! ! !!!!____________ 18, 17, 16, 15 0...F ! |
| ! ! !!!_____________ 22, 21, 20, 19 0...F ! |
| ! ! !!______________ 26, 25, 24, 23 0...F ! |
| ! ! !_______________ 29, 28, 27 0...7 ! |
| ! ! -------------------------------------------- ! |
| ! ! ! |
| ! ! Source: DMU, composed of several ECU discrete ! |
| ! ! labels as defined below: ! |
| ! ! 0D.1.070.00 ! |
| ! ! ! |
| ! ! For APU Honeywell GTCP 36-300: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.27 = 1 Oil Pressure Switch Failed ! |
| ! ! 12 7A.1.351.01.28 = 1 P2 Sensor Failed ! |
| ! ! 13 7A.1.351.01.29 = 1 ECB Failed ! |
| ! ! 14 7A.1.352.01.12 = 1 Load Valve Solenoid Failed ! |
| ! ! 15 7A.1.352.01.13 = 1 LCDT Sensor Failed ! |
| ! ! 16 7A.1.352.01.14 = 1 LCIT Sensor Failed ! |
| ! ! 17 7A.1.352.01.15 = 1 Fuel Solenoid Failed ! |
| ! ! 18 7A.1.352.01.16 = 1 Starter Contactor Failed ! |
| ! ! 19 7A.1.352.01.17 = 1 Backup Starter Cont. Failed! |
| ! ! 20 7A.1.352.01.18 = 1 APU S/N Encoder Failed ! |
| ! ! 21 7A.1.352.01.20 = 1 Air Intake Actuator Failed ! |
| ! ! 22 7A.1.352.01.22 = 1 IGV LVDT Failed ! |
| ! ! 23 SPARE ! |
| ! ! 24 SPARE ! |
| ! ! 25 7A.1.037.01.13 = 1 APU Low Fuel Pressure ! |
| ! ! 26 7A.1.037.01.20 = 1 APU Low Oil Level ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU Honeywell 131-9(A): ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.27 = 1 LOW OIL PRESSURE SWITCH ! |
| ! ! 12 7A.1.351.01.28 = 1 INLET PRESSURE TRANSDUCER ! |
| ! ! 13 7A.1.351.01.29 = 1 ECB ! |
| ! ! 14 7A.1.352.01.12 = 1 LOAD CONTROL VALVE ! |
| ! ! 15 7A.1.352.01.13 = 1 A/C PIN CODING ! |
| ! ! 16 7A.1.352.01.14 = 1 INLET TEMPERATURE SENSOR ! |
| ! ! 17 7A.1.352.01.15 = 1 ARINC FAILURE (CFDS BUS) ! |
| ! ! 18 7A.1.352.01.16 = 1 MAIN START CONTACTOR ! |
| ! ! 19 7A.1.352.01.17 = 1 BACKUP START CONTACTOR ! |
| ! ! 20 7A.1.352.01.18 = 1 DATA MEMORY MODULE ! |
| ! ! 21 7A.1.352.01.20 = 1 AIR INTAKE FLAP ACTUATOR ! |
| ! ! 22 7A.1.352.01.22 = 1 LOW FUEL PRESSURE RELAY ! |
| ! ! 23 SPARE ! |
| ! ! 24 SPARE ! |
| ! ! 25 7A.1.037.01.13 = 1 F_LOW_FUEL_PRESSURE ! |
| ! ! 26 7A.1.037.01.20 = 1 F_OIL_LEVEL_LOW ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU APIC APS3200: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.27 = 1 LOP Switch ! |
| ! ! 12 7A.1.351.01.28 = 1 P Inlet Sensor ! |
| ! ! 13 7A.1.351.01.29 = 1 ECB ! |
| ! ! 14 SPARE ! |
| ! ! 15 SPARE ! |
| ! ! 16 7A.1.352.01.14 = 1 LCIT sensor ! |
| ! ! 17 7A.1.352.01.15 = 1 main fuel valve ! |
| ! ! 18 7A.1.352.01.16 = 1 main start contactor ! |
| ! ! 19 7A.1.352.01.17 = 1 Backup start contactor ! |
| ! ! 20 7A.1.352.01.18 = 1 APU Serial number encoder ! |
| ! ! 21 7A.1.352.01.20 = 1 Air intake actuator ! |
| ! ! 22 7A.1.352.01.22 = 1 IGV LVDT ! |
| ! ! 23 SPARE ! |
| ! ! 24 SPARE ! |
| ! ! 25 7A.1.037.01.13 = 1 Fuel low pressure ! |
| ! ! 26 7A.1.037.01.20 = 1 Low oil level ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| !--------------!------------------------------------------------------! |
| ! REASON ! Reason for Exceedance ! |
| ! ! Format: Up to TBD characters ! |
| ! ! No Flame CODE: 4110 ! |
| ! ! Reverse Flow CODE: 4120 ! |
| ! ! Loss of DC Power CODE: 4130 ! |
| ! ! High Oil Temperature CODE: 4140 ! |
| ! ! Air Intake not open CODE: 4160 ! |
| ! ! Generator High Oil Temp CODE: 4170 ! |
| ! ! Overtemperature CODE: 4180 ! |
| ! ! Sensor Failure CODE: 4190 ! |
| ! ! No Acceleration CODE: 4200 ! |
| ! ! Start Time Exceeded CODE: 4210 ! |
| ! ! Overspeed CODE: 4220 ! |
| ! ! ECB Failure CODE: 4230 ! |
| ! ! Low Oil Pressure CODE: 4240 ! |
| ! ! Loss of Speed CODE: 4250 ! |
| ! ! IGV Failure CODE: 4260 ! |
| ! ! Source: DMU ! |
| ! ! Remark: If the report was not triggered by a limit ! |
| ! ! exceedance, this field shall contain ! |
| ! ! blanks. ! |
| !--------------!------------------------------------------------------! |
| ! NA ! APU Rotation Speed ! |
| ! 9999 ! Format: 0 to 120.0 %rpm ! |
| ! ! Source: ECB 7A.1.176.01 ! |
| !--------------!------------------------------------------------------! |
| ! EGTA ! APU Exhaust Gas Temperature ! |
| ! X999 ! Format: -50 to 1000 deg.C ! |
| ! ! Source: ECB 7A.1.175.01 ! |
| !--------------!------------------------------------------------------! |
| ! OTA ! APU Oil Sump Temperature ! |
| ! X99 ! Format: -55 to 200 deg.C ! |
| ! ! Source: ECB 7A.1.247.01 ! |
| !--------------!------------------------------------------------------! |
| ! IGV ! IGV Position ! |
| ! X99 ! Format: -14 to 90 deg ! |
| ! ! Source: ECB 7A.1.130.01 ! |
| !--------------!------------------------------------------------------! |
| ! WB ! Bleed Air Flow ! |
| ! 999 ! Format: 0 to 2.00 kg/sec ! |
| ! ! Source: ECB 7A.1.123.01 ! |
| !--------------!------------------------------------------------------! |
| ! LCIT ! Load Compressor Inlet Temperature ! |
| ! X999 ! Format: -70 to 80 deg.C ! |
| ! ! Source: ECB 7A.1.110.01 ! |
| !--------------!------------------------------------------------------! |
| ! PT ! Bleed Air Pressure ! |
| ! 999 ! Format: 1 to 5.00 bar ! |
| ! ! Source: ECB 7A.1.166.01 ! |
| !--------------!------------------------------------------------------! |
| ! GLA ! APU Generator Load ! |
| ! 999 ! Format: 0 to 256 % ! |
| ! ! Source: SDAC 29.1.100.00 ! |
| ! ! 29.2.100.00# ! |
| +---------------------------------------------------------------------+ |
(8) APU MES/IDLE Report <14> Data Field Description
NOTE: Reports that are transmitted from the ACARS system do not have report lines without a line identifier.
| +---------------------------------------------------------------------+ |
| ! Value ! Content Description ! |
| !--------------!------------------------------------------------------! |
| ! ASN ! APU Serial Number ! |
| ! 9999 ! Format: 0 to 9999 ! |
| ! ! Source: ECB 7A.1.050.01 ! |
| !--------------!------------------------------------------------------! |
| ! AHRS ! APU Operating Hours ! |
| ! 99999 ! Format: 0 to 99999 ! |
| ! ! Source: DMU 0D.1.110.00 ! |
| !--------------!------------------------------------------------------! |
| ! ACYC ! APU Start Cycles ! |
| ! 99999 ! Format: 0 to 99999 ! |
| ! ! Source: DMU 0D.1.111.00 ! |
| !--------------!------------------------------------------------------! |
| ! PFAD ! APU Performance Adjustment ! |
| ! XXXXX ! Format: XXXXX ! |
| ! ! Source: ECB 7A.1.004.01 ! |
| !--------------!------------------------------------------------------! |
| ! ACW3 ! APU Control Word 3 ! |
| ! XXXXX ! Format: Each X represents 4 Bits in hexadecimal ! |
| ! ! code of a defined ARINC 429 word: ! |
| ! ! XXXXX Bits HEX ! |
| ! ! !!!!!___________ 14, 13, 12, 11 0...F ! |
| ! ! !!!!____________ 18, 17, 16, 15 0...F ! |
| ! ! !!!_____________ 22, 21, 20, 19 0...F ! |
| ! ! !!______________ 26, 25, 24, 23 0...F ! |
| ! ! !_______________ 29, 28, 27 0...7 ! |
| ! ! ! |
| ! ! Source: DMU, composed of several ECU discrete ! |
| ! ! labels as defined below: ! |
| ! ! 0D.1.070.11 ! |
| ! ! ! |
| ! ! For APU Honeywell GTCP 36-300: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.11 = 1 PT Sensor Failed ! |
| ! ! 12 7A.1.351.01.12 = 1 Delta P Sensor Failed ! |
| ! ! 13 7A.1.351.01.13 = 1 Speed Sensor No. 1 Failed ! |
| ! ! 14 7A.1.351.01.14 = 1 Speed Sensor No. 2 Failed ! |
| ! ! 15 7A.1.351.01.15 = 1 High Oil Temp Switch Failed! |
| ! ! 16 7A.1.351.01.16 = 1 Oil Temp Sensor Failed ! |
| ! ! 17 7A.1.351.01.17 = 1 Fuel Control Torq. Motor ! |
| ! ! Failed ! |
| ! ! 18 7A.1.351.01.18 = 1 Surge Valve Torq. Motor ! |
| ! ! Failed ! |
| ! ! 19 7A.1.351.01.19 = 1 EGT Rake No. 1 Failed ! |
| ! ! 20 7A.1.351.01.20 = 1 EGT Rake No. 2 Failed ! |
| ! ! 21 7A.1.351.01.21 = 1 IGV Actuator Failed ! |
| ! ! 22 7A.1.351.01.22 = 1 Ignition Unit Failed ! |
| ! ! 23 7A.1.351.01.23 = 1 Deoil Solenoid Failed ! |
| ! ! 24 7A.1.351.01.24 = 1 Gen. Oil Temp Sensor Failed! |
| ! ! 25 7A.1.351.01.25 = 1 ECS Demand Signal Failed ! |
| ! ! 26 7A.1.351.01.26 = 1 APU Starter Fail ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU Honeywell 131-9(A): ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.11 = 1 Total Pressure Transducer ! |
| ! ! 12 7A.1.351.01.12 = 1 DIFFERENTIAL PRESSURE ! |
| ! ! TRANSDUCER ! |
| ! ! 13 7A.1.351.01.13 = 1 SPEED SENSOR ! |
| ! ! 14 7A.1.351.01.14 = 1 BLEED SHUTOFF REVERSE FLOW ! |
| ! ! 15 7A.1.351.01.15 = 1 BLEED SHUTOFF T4 HIGH ! |
| ! ! 16 7A.1.351.01.16 = 1 OIL TEMPERATURE SENSOR ! |
| ! ! 17 7A.1.351.01.17 = 1 FUEL CONTROL UNIT ! |
| ! ! 18 7A.1.351.01.18 = 1 SURGE CONTROL VALVE ! |
| ! ! 19 7A.1.351.01.19 = 1 EGT RAKE 1 ! |
| ! ! 20 7A.1.351.01.20 = 1 EGT RAKE 2 ! |
| ! ! 21 7A.1.351.01.21 = 1 IGV ACTUATOR ! |
| ! ! 22 7A.1.351.01.22 = 1 IGNITION UNIT ! |
| ! ! 23 7A.1.351.01.23 = 1 DE-OIL SOLENOID ! |
| ! ! 24 7A.1.351.01.24 = 1 IGV POSITION VS COMMAND ! |
| ! ! 25 7A.1.351.01.25 = 1 ARINC ECS DEMAND ! |
| ! ! 26 7A.1.351.01.26 = 1 STARTER MOTOR ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU APIC APS3200: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.11 = 1 LCD Pstatic Sensor ! |
| ! ! 12 7A.1.351.01.12 = 1 LCD Delta P Sensor ! |
| ! ! 13 7A.1.351.01.13 = 1 Speed Sensor #1 ! |
| ! ! 14 7A.1.351.01.14 = 1 Speed Sensor #2 ! |
| ! ! 15 7A.1.351.01.15 = 1 Not used ! |
| ! ! 16 7A.1.351.01.16 = 1 GBX Oil Temp RTD ! |
| ! ! 17 7A.1.351.01.17 = 1 Fuel Servo Valve ! |
| ! ! 18 7A.1.351.01.18 = 1 Bleed Control Valve Servo ! |
| ! ! 19 7A.1.351.01.19 = 1 EGT Sensor #1 ! |
| ! ! 20 7A.1.351.01.20 = 1 EGT Sensor #2 ! |
| ! ! 21 7A.1.351.01.21 = 1 IGV Actuator ! |
| ! ! 22 7A.1.351.01.22 = 1 Ignition Unit/Exciter ! |
| ! ! 23 7A.1.351.01.23 = 1 GBX De-oiling Valve ! |
| ! ! 24 7A.1.351.01.24 = 1 Gen Oil Temp RTD ! |
| ! ! 25 7A.1.351.01.25 = 1 ECS Demand Signal ! |
| ! ! 26 7A.1.351.01.26 = 1 Not used ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| !--------------!------------------------------------------------------! |
| ! ACW4 ! APU Control Word 4 ! |
| ! XXXXX ! Format: Each X represents 4 bits in hexadecimal ! |
| ! ! code of a defined ARINC 429 word: ! |
| ! ! XXXXX Bits HEX ! |
| ! ! !!!!!___________ 14, 13, 12, 11 0...F ! |
| ! ! !!!!____________ 18, 17, 16, 15 0...F ! |
| ! ! !!!_____________ 22, 21, 20, 19 0...F ! |
| ! ! !!______________ 26, 25, 24, 23 0...F ! |
| ! ! !_______________ 29, 28, 27 0...7 ! |
| ! ! -------------------------------------------- ! |
| ! ! ! |
| ! ! Source: DMU, composed of several ECU discrete ! |
| ! ! labels as defined below: ! |
| ! ! 0D.1.070.00 ! |
| ! ! ! |
| ! ! For APU Honeywell GTCP 36-300: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.27 = 1 Oil Pressure Switch Failed ! |
| ! ! 12 7A.1.351.01.28 = 1 P2 Sensor Failed ! |
| ! ! 13 7A.1.351.01.29 = 1 ECB Failed ! |
| ! ! 14 7A.1.352.01.12 = 1 Load Valve Solenoid Failed ! |
| ! ! 15 7A.1.352.01.13 = 1 LCDT Sensor Failed ! |
| ! ! 16 7A.1.352.01.14 = 1 LCIT Sensor Failed ! |
| ! ! 17 7A.1.352.01.15 = 1 Fuel Solenoid Failed ! |
| ! ! 18 7A.1.352.01.16 = 1 Starter Contactor Failed ! |
| ! ! 19 7A.1.352.01.17 = 1 Backup Starter Cont. Failed! |
| ! ! 20 7A.1.352.01.18 = 1 APU S/N Encoder Failed ! |
| ! ! 21 7A.1.352.01.20 = 1 Air Intake Actuator Failed ! |
| ! ! 22 7A.1.352.01.22 = 1 IGV LVDT Failed ! |
| ! ! 23 SPARE ! |
| ! ! 24 SPARE ! |
| ! ! 25 7A.1.037.01.13 = 1 APU Low Fuel Pressure ! |
| ! ! 26 7A.1.037.01.20 = 1 APU Low Oil Level ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU Honeywell 131-9(A): ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.27 = 1 LOW OIL PRESSURE SWITCH ! |
| ! ! 12 7A.1.351.01.28 = 1 INLET PRESSURE TRANSDUCER ! |
| ! ! 13 7A.1.351.01.29 = 1 ECB ! |
| ! ! 14 7A.1.352.01.12 = 1 LOAD CONTROL VALVE ! |
| ! ! 15 7A.1.352.01.13 = 1 A/C PIN CODING ! |
| ! ! 16 7A.1.352.01.14 = 1 INLET TEMPERATURE SENSOR ! |
| ! ! 17 7A.1.352.01.15 = 1 ARINC FAILURE (CFDS BUS) ! |
| ! ! 18 7A.1.352.01.16 = 1 MAIN START CONTACTOR ! |
| ! ! 19 7A.1.352.01.17 = 1 BACKUP START CONTACTOR ! |
| ! ! 20 7A.1.352.01.18 = 1 DATA MEMORY MODULE ! |
| ! ! 21 7A.1.352.01.20 = 1 AIR INTAKE FLAP ACTUATOR ! |
| ! ! 22 7A.1.352.01.22 = 1 LOW FUEL PRESSURE RELAY ! |
| ! ! 23 SPARE ! |
| ! ! 24 SPARE ! |
| ! ! 25 7A.1.037.01.13 = 1 F_LOW_FUEL_PRESSURE ! |
| ! ! 26 7A.1.037.01.20 = 1 F_OIL_LEVEL_LOW ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU APIC APS3200: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.27 = 1 LOP Switch ! |
| ! ! 12 7A.1.351.01.28 = 1 P Inlet Sensor ! |
| ! ! 13 7A.1.351.01.29 = 1 ECB ! |
| ! ! 14 SPARE ! |
| ! ! 15 SPARE ! |
| ! ! 16 7A.1.352.01.14 = 1 LCIT sensor ! |
| ! ! 17 7A.1.352.01.15 = 1 main fuel valve ! |
| ! ! 18 7A.1.352.01.16 = 1 main start contactor ! |
| ! ! 19 7A.1.352.01.17 = 1 Backup start contactor ! |
| ! ! 20 7A.1.352.01.18 = 1 APU Serial number encoder ! |
| ! ! 21 7A.1.352.01.20 = 1 Air intake actuator ! |
| ! ! 22 7A.1.352.01.22 = 1 IGV LVDT ! |
| ! ! 23 SPARE ! |
| ! ! 24 SPARE ! |
| ! ! 25 7A.1.037.01.13 = 1 Fuel low pressure ! |
| ! ! 26 7A.1.037.01.20 = 1 Low oil level ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| !--------------!------------------------------------------------------! |
| ! REASON ! Reason for Exceedance ! |
| ! XXXXX ! Format: Up to TBD characters ! |
| ! XXXXX ! No Flame CODE: 4110 ! |
| ! XXXXX ! Reverse Flow CODE: 4120 ! |
| ! XXXXX ! Loss of DC Power CODE: 4130 ! |
| ! ! High Oil Temperature CODE: 4140 ! |
| ! ! Air Intake not open CODE: 4160 ! |
| ! ! Generator High Oil Temp CODE: 4170 ! |
| ! ! Overtemperature CODE: 4180 ! |
| ! ! Sensor Failure CODE: 4190 ! |
| ! ! No Acceleration CODE: 4200 ! |
| ! ! Start Time Exceeded CODE: 4210 ! |
| ! ! Overspeed CODE: 4220 ! |
| ! ! ECB Failure CODE: 4230 ! |
| ! ! Low Oil Pressure CODE: 4240 ! |
| ! ! Loss of Speed CODE: 4250 ! |
| ! ! IGV Failure CODE: 4260 ! |
| ! ! Source: DMU ! |
| ! ! Remark: If the report was not triggered by a limit ! |
| ! ! exceedance, this field shall contain ! |
| ! ! blanks ! |
| !--------------!------------------------------------------------------! |
| ! NA ! APU Rotation Speed ! |
| ! 9999 ! Format: 0 to 120.0 %rpm ! |
| ! ! Source: ECB 7A.1.176.01 ! |
| !--------------!------------------------------------------------------! |
| ! EGTA ! APU Exhaust Gas Temperature ! |
| ! X999 ! Format: -50 to 1000 deg.C ! |
| ! ! Source: ECB 7A.1.175.01 ! |
| !--------------!------------------------------------------------------! |
| ! OTA ! APU Oil Sump Temperature ! |
| ! X99 ! Format: -55 to 200 deg.C ! |
| ! ! Source: ECB 7A.1.247.01 ! |
| ! ! Remark: Report line V1 must show the value from ! |
| ! ! previous APU start. ! |
| !--------------!------------------------------------------------------! |
| ! IGV ! IGV Position ! |
| ! X99 ! Format: 15 to 100 deg ! |
| ! ! Source: ECB 7A.1.130.01 ! |
| !--------------!------------------------------------------------------! |
| ! WB ! Bleed Air Flow ! |
| ! 999 ! Format: 0.5 to 2.00 kg/sec ! |
| ! ! Source: ECB 7A.1.123.01 ! |
| !--------------!------------------------------------------------------! |
| ! LCIT ! Load Compressor Inlet Temperature ! |
| ! X999 ! Format: -70 to 128 deg.C ! |
| ! ! Source: ECB 7A.1.110.01 ! |
| ! ! Remark: Report line V1 must show the value from ! |
| ! ! previous APU start. ! |
| !--------------!------------------------------------------------------! |
| ! PT ! Bleed Air Pressure ! |
| ! 999 ! Format: 1 to 5.00 bar ! |
| ! ! Source: ECB 7A.1.166.01 ! |
| !--------------!------------------------------------------------------! |
| ! GLA ! APU Generator Load ! |
| ! 999 ! Format: 0 to 256 % ! |
| ! ! Source: SDAC 29.1.100.00 ! |
| ! ! 29.2.100.00# ! |
| +---------------------------------------------------------------------+ |
(9) APU MES/IDLE Report <14> Data Field Description
NOTE: Reports that are transmitted from the ACARS system do not have report lines without a line identifier.
| +---------------------------------------------------------------------+ |
| ! Value ! Content Description ! |
| !--------------!------------------------------------------------------! |
| ! ASN ! APU Serial Number ! |
| ! 9999 ! Format: 0 to 9999 ! |
| ! ! Source: ECB 7A.1.050.01 ! |
| !--------------!------------------------------------------------------! |
| ! AHRS ! APU Operating Hours ! |
| ! 99999 ! Format: 0 to 99999 ! |
| ! ! Source: DMU 0D.1.110.00 ! |
| !--------------!------------------------------------------------------! |
| ! ACYC ! APU Start Cycles ! |
| ! 99999 ! Format: 0 to 99999 ! |
| ! ! Source: DMU 0D.1.111.00 ! |
| !--------------!------------------------------------------------------! |
| ! PFAD ! APU Performance Adjustment ! |
| ! XXXXX ! Format: XXXXX ! |
| ! ! Source: ECB 7A.1.004.01 ! |
| !--------------!------------------------------------------------------! |
| ! ACW3 ! APU Control Word 3 ! |
| ! XXXXX ! Format: Each X represents 4 Bits in hexadecimal ! |
| ! ! code of a defined ARINC 429 word: ! |
| ! ! XXXXX Bits HEX ! |
| ! ! !!!!!___________ 14, 13, 12, 11 0...F ! |
| ! ! !!!!____________ 18, 17, 16, 15 0...F ! |
| ! ! !!!_____________ 22, 21, 20, 19 0...F ! |
| ! ! !!______________ 26, 25, 24, 23 0...F ! |
| ! ! !_______________ 29, 28, 27 0...7 ! |
| ! ! ! |
| ! ! Source: DMU, composed of several ECU discrete ! |
| ! ! labels as defined below: ! |
| ! ! 0D.1.070.11 ! |
| ! ! ! |
| ! ! For APU Honeywell GTCP 36-300: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.11 = 1 PT Sensor Failed ! |
| ! ! 12 7A.1.351.01.12 = 1 Delta P Sensor Failed ! |
| ! ! 13 7A.1.351.01.13 = 1 Speed Sensor No. 1 Failed ! |
| ! ! 14 7A.1.351.01.14 = 1 Speed Sensor No. 2 Failed ! |
| ! ! 15 7A.1.351.01.15 = 1 High Oil Temp Switch Failed! |
| ! ! 16 7A.1.351.01.16 = 1 Oil Temp Sensor Failed ! |
| ! ! 17 7A.1.351.01.17 = 1 Fuel Control Torq. Motor ! |
| ! ! Failed ! |
| ! ! 18 7A.1.351.01.18 = 1 Surge Valve Torq. Motor ! |
| ! ! Failed ! |
| ! ! 19 7A.1.351.01.19 = 1 EGT Rake No. 1 Failed ! |
| ! ! 20 7A.1.351.01.20 = 1 EGT Rake No. 2 Failed ! |
| ! ! 21 7A.1.351.01.21 = 1 IGV Actuator Failed ! |
| ! ! 22 7A.1.351.01.22 = 1 Ignition Unit Failed ! |
| ! ! 23 7A.1.351.01.23 = 1 Deoil Solenoid Failed ! |
| ! ! 24 7A.1.351.01.24 = 1 Gen. Oil Temp Sensor Failed! |
| ! ! 25 7A.1.351.01.25 = 1 ECS Demand Signal Failed ! |
| ! ! 26 7A.1.351.01.26 = 1 APU Starter Fail ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU Honeywell 131-9(A): ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.11 = 1 Total Pressure Transducer ! |
| ! ! 12 7A.1.351.01.12 = 1 DIFFERENTIAL PRESSURE ! |
| ! ! TRANSDUCER ! |
| ! ! 13 7A.1.351.01.13 = 1 SPEED SENSOR ! |
| ! ! 14 7A.1.351.01.14 = 1 BLEED SHUTOFF REVERSE FLOW ! |
| ! ! 15 7A.1.351.01.15 = 1 BLEED SHUTOFF T4 HIGH ! |
| ! ! 16 7A.1.351.01.16 = 1 OIL TEMPERATURE SENSOR ! |
| ! ! 17 7A.1.351.01.17 = 1 FUEL CONTROL UNIT ! |
| ! ! 18 7A.1.351.01.18 = 1 SURGE CONTROL VALVE ! |
| ! ! 19 7A.1.351.01.19 = 1 EGT RAKE 1 ! |
| ! ! 20 7A.1.351.01.20 = 1 EGT RAKE 2 ! |
| ! ! 21 7A.1.351.01.21 = 1 IGV ACTUATOR ! |
| ! ! 22 7A.1.351.01.22 = 1 IGNITION UNIT ! |
| ! ! 23 7A.1.351.01.23 = 1 DE-OIL SOLENOID ! |
| ! ! 24 7A.1.351.01.24 = 1 IGV POSITION VS COMMAND ! |
| ! ! 25 7A.1.351.01.25 = 1 ARINC ECS DEMAND ! |
| ! ! 26 7A.1.351.01.26 = 1 STARTER MOTOR ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU APIC APS3200: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.11 = 1 LCD Pstatic Sensor ! |
| ! ! 12 7A.1.351.01.12 = 1 LCD Delta P Sensor ! |
| ! ! 13 7A.1.351.01.13 = 1 Speed Sensor #1 ! |
| ! ! 14 7A.1.351.01.14 = 1 Speed Sensor #2 ! |
| ! ! 15 7A.1.351.01.15 = 1 Not used ! |
| ! ! 16 7A.1.351.01.16 = 1 GBX Oil Temp RTD ! |
| ! ! 17 7A.1.351.01.17 = 1 Fuel Servo Valve ! |
| ! ! 18 7A.1.351.01.18 = 1 Bleed Control Valve Servo ! |
| ! ! 19 7A.1.351.01.19 = 1 EGT Sensor #1 ! |
| ! ! 20 7A.1.351.01.20 = 1 EGT Sensor #2 ! |
| ! ! 21 7A.1.351.01.21 = 1 IGV Actuator ! |
| ! ! 22 7A.1.351.01.22 = 1 Ignition Unit/Exciter ! |
| ! ! 23 7A.1.351.01.23 = 1 GBX De-oiling Valve ! |
| ! ! 24 7A.1.351.01.24 = 1 Gen Oil Temp RTD ! |
| ! ! 25 7A.1.351.01.25 = 1 ECS Demand Signal ! |
| ! ! 26 7A.1.351.01.26 = 1 Not used ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| !--------------!------------------------------------------------------! |
| ! ACW4 ! APU Control Word 4 ! |
| ! XXXXX ! Format: Each X represents 4 bits in hexadecimal ! |
| ! ! code of a defined ARINC 429 word: ! |
| ! ! XXXXX Bits HEX ! |
| ! ! !!!!!___________ 14, 13, 12, 11 0...F ! |
| ! ! !!!!____________ 18, 17, 16, 15 0...F ! |
| ! ! !!!_____________ 22, 21, 20, 19 0...F ! |
| ! ! !!______________ 26, 25, 24, 23 0...F ! |
| ! ! !_______________ 29, 28, 27 0...7 ! |
| ! ! -------------------------------------------- ! |
| ! ! ! |
| ! ! Source: DMU, composed of several ECU discrete ! |
| ! ! labels as defined below: ! |
| ! ! 0D.1.070.00 ! |
| ! ! ! |
| ! ! For APU Honeywell GTCP 36-300: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.27 = 1 Oil Pressure Switch Failed ! |
| ! ! 12 7A.1.351.01.28 = 1 P2 Sensor Failed ! |
| ! ! 13 7A.1.351.01.29 = 1 ECB Failed ! |
| ! ! 14 7A.1.352.01.12 = 1 Load Valve Solenoid Failed ! |
| ! ! 15 7A.1.352.01.13 = 1 LCDT Sensor Failed ! |
| ! ! 16 7A.1.352.01.14 = 1 LCIT Sensor Failed ! |
| ! ! 17 7A.1.352.01.15 = 1 Fuel Solenoid Failed ! |
| ! ! 18 7A.1.352.01.16 = 1 Starter Contactor Failed ! |
| ! ! 19 7A.1.352.01.17 = 1 Backup Starter Cont. Failed! |
| ! ! 20 7A.1.352.01.18 = 1 APU S/N Encoder Failed ! |
| ! ! 21 7A.1.352.01.20 = 1 Air Intake Actuator Failed ! |
| ! ! 22 7A.1.352.01.22 = 1 IGV LVDT Failed ! |
| ! ! 23 SPARE ! |
| ! ! 24 SPARE ! |
| ! ! 25 7A.1.037.01.13 = 1 APU Low Fuel Pressure ! |
| ! ! 26 7A.1.037.01.20 = 1 APU Low Oil Level ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU Honeywell 131-9(A): ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.27 = 1 LOW OIL PRESSURE SWITCH ! |
| ! ! 12 7A.1.351.01.28 = 1 INLET PRESSURE TRANSDUCER ! |
| ! ! 13 7A.1.351.01.29 = 1 ECB ! |
| ! ! 14 7A.1.352.01.12 = 1 LOAD CONTROL VALVE ! |
| ! ! 15 7A.1.352.01.13 = 1 A/C PIN CODING ! |
| ! ! 16 7A.1.352.01.14 = 1 INLET TEMPERATURE SENSOR ! |
| ! ! 17 7A.1.352.01.15 = 1 ARINC FAILURE (CFDS BUS) ! |
| ! ! 18 7A.1.352.01.16 = 1 MAIN START CONTACTOR ! |
| ! ! 19 7A.1.352.01.17 = 1 BACKUP START CONTACTOR ! |
| ! ! 20 7A.1.352.01.18 = 1 DATA MEMORY MODULE ! |
| ! ! 21 7A.1.352.01.20 = 1 AIR INTAKE FLAP ACTUATOR ! |
| ! ! 22 7A.1.352.01.22 = 1 LOW FUEL PRESSURE RELAY ! |
| ! ! 23 SPARE ! |
| ! ! 24 SPARE ! |
| ! ! 25 7A.1.037.01.13 = 1 F_LOW_FUEL_PRESSURE ! |
| ! ! 26 7A.1.037.01.20 = 1 F_OIL_LEVEL_LOW ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| ! ! ! |
| ! ! For APU APIC APS3200: ! |
| ! ! ! |
| ! ! Bit Label Parameter Description ! |
| ! ! 11 7A.1.351.01.27 = 1 LOP Switch ! |
| ! ! 12 7A.1.351.01.28 = 1 P Inlet Sensor ! |
| ! ! 13 7A.1.351.01.29 = 1 ECB ! |
| ! ! 14 SPARE ! |
| ! ! 15 SPARE ! |
| ! ! 16 7A.1.352.01.14 = 1 LCIT sensor ! |
| ! ! 17 7A.1.352.01.15 = 1 main fuel valve ! |
| ! ! 18 7A.1.352.01.16 = 1 main start contactor ! |
| ! ! 19 7A.1.352.01.17 = 1 Backup start contactor ! |
| ! ! 20 7A.1.352.01.18 = 1 APU Serial number encoder ! |
| ! ! 21 7A.1.352.01.20 = 1 Air intake actuator ! |
| ! ! 22 7A.1.352.01.22 = 1 IGV LVDT ! |
| ! ! 23 SPARE ! |
| ! ! 24 SPARE ! |
| ! ! 25 7A.1.037.01.13 = 1 Fuel low pressure ! |
| ! ! 26 7A.1.037.01.20 = 1 Low oil level ! |
| ! ! 27 SPARE ! |
| ! ! 28 SPARE ! |
| ! ! 29 SPARE ! |
| !--------------!------------------------------------------------------! |
| ! REASON ! Reason for Exceedance ! |
| ! XXXXX ! Format: Up to TBD characters ! |
| ! XXXXX ! No Flame CODE: 4110 ! |
| ! XXXXX ! Reverse Flow CODE: 4120 ! |
| ! XXXXX ! Loss of DC Power CODE: 4130 ! |
| ! ! High Oil Temperature CODE: 4140 ! |
| ! ! Air Intake not open CODE: 4160 ! |
| ! ! Generator High Oil Temp CODE: 4170 ! |
| ! ! Overtemperature CODE: 4180 ! |
| ! ! Sensor Failure CODE: 4190 ! |
| ! ! No Acceleration CODE: 4200 ! |
| ! ! Start Time Exceeded CODE: 4210 ! |
| ! ! Overspeed CODE: 4220 ! |
| ! ! ECB Failure CODE: 4230 ! |
| ! ! Low Oil Pressure CODE: 4240 ! |
| ! ! Loss of Speed CODE: 4250 ! |
| ! ! IGV Failure CODE: 4260 ! |
| ! ! Source: DMU ! |
| ! ! Remark: If the report was not triggered by a limit ! |
| ! ! exceedance, this field shall contain ! |
| ! ! blanks. ! |
| !--------------!------------------------------------------------------! |
| ! NA ! APU Rotation Speed ! |
| ! 9999 ! Format: 0 to 120.0 %rpm ! |
| ! ! Source: ECB 7A.1.176.01 ! |
| !--------------!------------------------------------------------------! |
| ! EGTA ! APU Exhaust Gas Temperature ! |
| ! X999 ! Format: -50 to 1000 deg.C ! |
| ! ! Source: ECB 7A.1.175.01 ! |
| !--------------!------------------------------------------------------! |
| ! OTA ! APU Oil Sump Temperature ! |
| ! X99 ! Format: -55 to 200 deg.C ! |
| ! ! Source: ECB 7A.1.247.01 ! |
| ! ! Remark: Report line V1 must show the value from ! |
| ! ! previous APU start. ! |
| !--------------!------------------------------------------------------! |
| ! IGV ! IGV Position ! |
| ! X99 ! Format: 15 to 100 deg ! |
| ! ! Source: ECB 7A.1.130.01 ! |
| !--------------!------------------------------------------------------! |
| ! WB ! Bleed Air Flow ! |
| ! 999 ! Format: 0 to 2.00 kg/sec ! |
| ! ! Source: ECB 7A.1.123.01 ! |
| !--------------!------------------------------------------------------! |
| ! LCIT ! Load Compressor Inlet Temperature ! |
| ! X999 ! Format: -70 to 128 deg.C ! |
| ! ! Source: ECB 7A.1.110.01 ! |
| ! ! Remark: Report line V1 must show the value from ! |
| ! ! previous APU start. ! |
| !--------------!------------------------------------------------------! |
| ! PT ! Bleed Air Pressure ! |
| ! 999 ! Format: 1 to 5.00 bar ! |
| ! ! Source: ECB 7A.1.166.01 ! |
| !--------------!------------------------------------------------------! |
| ! GLA ! APU Generator Load ! |
| ! 999 ! Format: 0 to 256 % ! |
| ! ! Source: SDAC 29.1.100.00 ! |
| ! ! 29.2.100.00# ! |
| +---------------------------------------------------------------------+ |
(10) Parameter Logic
| -----------------------------------------------------------------------+ |
| ! Parameter ! Printed Value (Standard Program) ! |
| !-----------!----------------------------------------------------------! |
| ! ASN ! Value at moment of trigger ! |
| ! AHRS ! Value at moment of trigger ! |
| ! ACYC ! Value at moment of trigger ! |
| ! PFAD ! Value at moment of trigger ! |
| ! ACW3 ! Value at moment of trigger ! |
| ! ACW4 ! Value at moment of trigger ! |
| ! REASON ! Text according trigger reason ! |
| ! NA ! Snapshot at Y14.1 sec. interval ! |
| ! EGTA ! Snapshot at Y14.1 sec. interval ! |
| ! OTA ! Snapshot at Y14.1 sec. interval ! |
| ! IGV ! Snapshot at Y14.1 sec. interval ! |
| ! WB ! Snapshot at Y14.1 sec. interval ! |
| ! LCIT ! Snapshot at Y14.1 sec. interval ! |
| ! PT ! Snapshot at Y14.1 sec. interval ! |
| ! GLA ! Snapshot at Y14.1 sec. interval ! |
| +----------------------------------------------------------------------+ |
(11) Parameter Logic
| -----------------------------------------------------------------------+ |
| ! Parameter ! Printed Value (Standard Program) ! |
| !-----------!----------------------------------------------------------! |
| ! ASN ! Value at moment of trigger ! |
| ! AHRS ! Value at moment of trigger ! |
| ! ACYC ! Value at moment of trigger ! |
| ! PFAD ! Value at moment of trigger ! |
| ! ACW3 ! Value at moment of trigger ! |
| ! ACW4 ! Value at moment of trigger ! |
| ! REASON ! Text according trigger reason ! |
| ! NA ! Snapshot at Y14.1 sec. interval ! |
| ! EGTA ! Snapshot at Y14.1 sec. interval ! |
| ! OTA ! Snapshot at Y14.1 sec. interval ! |
| ! IGV ! Snapshot at Y14.1 sec. interval ! |
| ! WB ! Snapshot at Y14.1 sec. interval ! |
| ! LCIT ! Snapshot at Y14.1 sec. interval ! |
| ! PT ! Snapshot at Y14.1 sec. interval ! |
| ! GLA ! Snapshot at Y14.1 sec. interval ! |
| +----------------------------------------------------------------------+ |
(12) Parameter Logic
| +----------------------------------------------------------------------+ |
| ! Parameter ! Printed Value (Standard Program) ! |
| !-----------!----------------------------------------------------------! |
| ! ASN ! Value at moment of trigger ! |
| ! AHRS ! Value at moment of trigger ! |
| ! ACYC ! Value at moment of trigger ! |
| ! PFAD ! Value at moment of trigger ! |
| ! ACW3 ! Value at moment of trigger ! |
| ! ACW4 ! Value at moment of trigger ! |
| ! REASON ! Text according trigger reason ! |
| ! NA ! Snapshot at Y14.1 sec. interval ! |
| ! EGTA ! Snapshot at Y14.1 sec. interval ! |
| ! OTA ! Snapshot at Y14.1 sec. interval ! |
| ! IGV ! Snapshot at Y14.1 sec. interval ! |
| ! WB ! Snapshot at Y14.1 sec. interval ! |
| ! LCIT ! Snapshot at Y14.1 sec. interval ! |
| ! PT ! Snapshot at Y14.1 sec. interval ! |
| ! GLA ! Snapshot at Y14.1 sec. interval ! |
| +----------------------------------------------------------------------+ |
(13) APU Shutdown Report <14> Parameter Logic:
| +----------------------------------------------------------------------+ |
| ! Parameter ! Printed Value (Standard Program) ! |
| !-----------!----------------------------------------------------------! |
| ! ASN ! Value at moment of trigger ! |
| ! AHRS ! Value at moment of trigger ! |
| ! ACYC ! Value at moment of trigger ! |
| ! PFAD ! Value at moment of trigger ! |
| ! ACW3 ! Value at moment of trigger ! |
| ! ACW4 ! Value at moment of trigger ! |
| ! REASON ! Text according trigger reason ! |
| ! NA ! Snapshot at Y14.1 sec. interval ! |
| ! EGTA ! Snapshot at Y14.1 sec. interval ! |
| ! OTA ! Snapshot at Y14.1 sec. interval ! |
| ! IGV ! Snapshot at Y14.1 sec. interval ! |
| ! WB ! Snapshot at Y14.1 sec. interval ! |
| ! LCIT ! Snapshot at Y14.1 sec. interval ! |
| ! PT ! Snapshot at Y14.1 sec. interval ! |
| ! GLA ! Snapshot at Y14.1 sec. interval ! |
| +----------------------------------------------------------------------+ |
(14) APU Shutdown Report <14> Parameter Logic
| +----------------------------------------------------------------------+ |
| ! Parameter ! Printed Value (Standard Program) ! |
| !-----------!----------------------------------------------------------! |
| ! ASN ! Value at moment of trigger ! |
| ! AHRS ! Value at moment of trigger ! |
| ! ACYC ! Value at moment of trigger ! |
| ! PFAD ! Value at moment of trigger ! |
| ! ACW3 ! Value at moment of trigger ! |
| ! ACW4 ! Value at moment of trigger ! |
| ! REASON ! Text according trigger reason ! |
| ! NA ! Snapshot at Y14.1 sec. interval ! |
| ! EGTA ! Snapshot at Y14.1 sec. interval ! |
| ! OTA ! Snapshot at Y14.1 sec. interval ! |
| ! IGV ! Snapshot at Y14.1 sec. interval ! |
| ! WB ! Snapshot at Y14.1 sec. interval ! |
| ! LCIT ! Snapshot at Y14.1 sec. interval ! |
| ! PT ! Snapshot at Y14.1 sec. interval ! |
| ! GLA ! Snapshot at Y14.1 sec. interval ! |
| +----------------------------------------------------------------------+ |
(15) APU Shutdown Report <14> Parameter Logic:
| +----------------------------------------------------------------------+ |
| ! Parameter ! Printed Value (Standard Program) ! |
| !-----------!----------------------------------------------------------! |
| ! ASN ! Value at moment of trigger ! |
| ! AHRS ! Value at moment of trigger ! |
| ! ACYC ! Value at moment of trigger ! |
| ! PFAD ! Value at moment of trigger ! |
| ! ACW3 ! Value at moment of trigger ! |
| ! ACW4 ! Value at moment of trigger ! |
| ! REASON ! Text according trigger reason ! |
| ! NA ! Snapshot at Y14.1 sec. interval ! |
| ! EGTA ! Snapshot at Y14.1 sec. interval ! |
| ! OTA ! Snapshot at Y14.1 sec. interval ! |
| ! IGV ! Snapshot at Y14.1 sec. interval ! |
| ! WB ! Snapshot at Y14.1 sec. interval ! |
| ! LCIT ! Snapshot at Y14.1 sec. interval ! |
| ! PT ! Snapshot at Y14.1 sec. interval ! |
| ! GLA ! Snapshot at Y14.1 sec. interval ! |
| +----------------------------------------------------------------------+ |
(16) APU Shutdown Report Logic
| +----------------------------------------------------------------------+ |
| !Code!Item ! !Progr.!Standard ! |
| ! No.!No. ! Description of Function Item !MCDU !Value or ! |
| ! ! ! !GSE !Table ! |
| !----!------!-----------------------------------------!------!---------! |
| ! !A ! Report Format ! ! ! |
| ! !B ! Parameter Table ! ! ! |
| ! !C ! First three lines of Report ! C ! Blank ! |
| ! !D ! Print Out Rules ! C ! 2 ! |
| ! !E ! Transfer to ACARS MU ! C ! No ! |
| ! !F ! Increment of the report counter if the ! C ! 1 ! |
| ! ! ! report was triggered by a code number ! ! ! |
| ! ! ! > 1000; 1=yes, 0=no ! ! ! |
| ! !G ! 'Y14.1' Average intervals for MES param.! C ! 1 ! |
| !----!------!-----------------------------------------!------!---------! |
| !1000!1 ! Manual selection via MCDU ! ! ! |
| !----!------!-----------------------------------------!------!---------! |
| !2000!2 ! Flight phase dependent manual ! ! ! |
| ! ! ! selection via remote print button ! ! ! |
| ! ! ! if programmed. ! ! ! |
| ! !2.1 ! Logic algorithm ! ! ! |
| ! !2.2 ! Flight Phase (no standard programming) ! C ! 1 ! |
| !----!------!-----------------------------------------!------!---------! |
| !3000!3 ! Programmable Start Logic ! ! ! |
| ! !3.1 ! Logic algorithm ! C ! ! |
| ! !3.2 ! Logic criteria values ! C ! not ! |
| !----!------!-----------------------------------------!------!---------! |
| !4000!4 ! APU shutdown detected by ECB. The DMU ! ! ! |
| ! ! ! shall observe 7A.1.037.01.17 when this ! ! ! |
| ! ! ! bit is set to 1, then the reason for the! ! ! |
| ! ! ! shut down is detected by one of the ! ! ! |
| ! ! ! bits describe as follows: ! ! ! |
| ! ! ! ! ! ! |
| !4110!4.1 ! 7A.1.353.01.11 = 1 (NO FLAME) ! C ! ! |
| ! ! ! or ! ! ! |
| !4120!4.2 ! 7A.1.353.01.12 = 1 (REVERSE FLOW) ! C ! ! |
| ! ! ! or ! ! ! |
| !4130!4.3 ! 7A.1.353.01.13 = 1 (LOSS OF DC POWER) ! C ! ! |
| ! ! ! or ! ! ! |
| !4140!4.4 ! 7A.1.353.01.14 = 1 (HIGH OIL TEMPERAT.) ! C ! ! |
| ! ! ! or ! ! ! |
| !4160!4.6 ! 7A.1.353.01.17 = 1 (AIR INTAKE NOT OPEN)! C ! ! |
| ! ! ! or ! ! ! |
| !4170!4.7 ! 7A.1.353.01.18 = 1 (GENERATOR HIGH OIL ! C ! ! |
| ! ! ! TEMPERATURE) ! ! ! |
| ! ! ! or ! ! ! |
| !4180!4.8 ! 7A.1.353.01.20 = 1 (OVERTEMPERATURE) ! C ! ! |
| ! ! ! or ! ! ! |
| !4190!4.9 ! 7A.1.353.01.21 = 1 (SENSOR FAILURE) ! C ! ! |
| ! ! ! or ! ! ! |
| !4200!4.10 ! 7A.1.353.01.22 = 1 (NO ACCELERATION) ! C ! ! |
| ! ! ! or ! ! ! |
| !4210!4.11 ! 7A.1.353.01.23 = 1 (START TIME EXCEEDED)! C ! ! |
| ! ! ! or ! ! ! |
| !4220!4.12 ! 7A.1.353.01.24 = 1 (OVERSPEED) ! C ! ! |
| ! ! ! or ! ! ! |
| !4230!4.13 ! 7A.1.353.01.25 = 1 (ECB FAILURE) ! C ! ! |
| ! ! ! or ! ! ! |
| !4240!4.14 ! 7A.1.353.01.26 = 1 (LOW OIL PRESSURE) ! C ! ! |
| ! ! ! or ! ! ! |
| !4250!4.15 ! 7A.1.353.01.27 = 1 (LOSS OF SPEED) ! C ! ! |
| ! ! ! or ! ! ! |
| !4260!4.16 ! 7A.1.353.01.28 = 1 (IGV FAILURE) ! C ! ! |
| ! ! ! or ! ! ! |
| ! !4.17 ! It is possible to suppress each item ! ! ! |
| ! ! ! individually via the GSE. ! ! ! |
| !----!------!-----------------------------------------!------!---------! |
| !8100!8.1 ! ACARS MU uplink request with IMI 'REQ14'! ! ! |
| ! ! ! The report <14> is immediately generated! ! ! |
| ! ! ! and transmitted to the ACARS MU. ! ! ! |
| !----------------------------------------------------------------------! |
| ! A = Programmable by Airbus ! |
| ! C = Programmable by Customer ! |
| +----------------------------------------------------------------------+ |
(17) APU Shutdown Report Logic
| +----------------------------------------------------------------------+ |
| !Code!Item ! !Progr.!Standard ! |
| ! No.!No. ! Description of Function Item !MCDU !Value or ! |
| ! ! ! !GSE !Table ! |
| !----!------!-----------------------------------------!------!---------! |
| ! !A ! Report Format ! ! ! |
| ! !B ! Parameter Table ! ! ! |
| ! !C ! First three lines of Report ! C ! Blank ! |
| ! !D ! Print Out Rules ! C ! ! |
| ! !E ! Transfer to ACARS MU ! C ! Yes ! |
| ! !F ! Increment of the report counter if the ! C ! 1 ! |
| ! ! ! report was triggered by a code number ! ! ! |
| ! ! ! > 1000; 1=yes, 0=no ! ! ! |
| ! !G ! 'Y14.1' Average intervals for MES param.! C ! 1 ! |
| !----!------!-----------------------------------------!------!---------! |
| !1000!1 ! Manual selection via MCDU ! ! ! |
| !----!------!-----------------------------------------!------!---------! |
| !2000!2 ! Flight phase dependent manual ! ! ! |
| ! ! ! selection via remote print button ! ! ! |
| ! ! ! if programmed. ! ! ! |
| ! !2.1 ! Logic algorithm ! ! ! |
| ! !2.2 ! Flight Phase (no standard programming) ! C ! 1 ! |
| !----!------!-----------------------------------------!------!---------! |
| !3000!3 ! Programmable Start Logic ! ! ! |
| ! !3.1 ! Logic algorithm ! C ! ! |
| ! !3.2 ! Logic criteria values ! C ! not ! |
| ! ! ! ! ! progr. ! |
| !----!------!-----------------------------------------!------!---------! |
| !4000!4 ! APU shutdown detected by ECB. The DMU ! ! ! |
| ! ! ! observes 7A.1.037.01.17 when this bit is! ! ! |
| ! ! ! set to 1, then the reason for the shut ! ! ! |
| ! ! ! down is detected by one of the bits ! ! ! |
| ! ! ! describe as follows: ! ! ! |
| ! ! ! ! ! ! |
| !4110!4.1 ! 7A.1.353.01.11 = 1 (NO FLAME) ! C ! ! |
| ! ! ! or ! ! ! |
| !4120!4.2 ! 7A.1.353.01.12 = 1 (REVERSE FLOW) ! C ! ! |
| ! ! ! or ! ! ! |
| !4130!4.3 ! 7A.1.353.01.13 = 1 (LOSS OF DC POWER) ! C ! ! |
| ! ! ! or ! ! ! |
| !4140!4.4 ! 7A.1.353.01.14 = 1 (HIGH OIL TEMPERAT.) ! C ! ! |
| ! ! ! or ! ! ! |
| !4160!4.6 ! 7A.1.353.01.17 = 1 (AIR INTAKE NOT OPEN)! C ! ! |
| ! ! ! or ! ! ! |
| !4170!4.7 ! 7A.1.353.01.18 = 1 (GENERATOR HIGH OIL ! C ! ! |
| ! ! ! TEMPERATURE) ! ! ! |
| ! ! ! or ! ! ! |
| !4180!4.8 ! 7A.1.353.01.20 = 1 (OVERTEMPERATURE) ! C ! ! |
| ! ! ! or ! ! ! |
| !4190!4.9 ! 7A.1.353.01.21 = 1 (SENSOR FAILURE) ! C ! ! |
| ! ! ! or ! ! ! |
| !4200!4.10 ! 7A.1.353.01.22 = 1 (NO ACCELERATION) ! C ! ! |
| ! ! ! or ! ! ! |
| !4210!4.11 ! 7A.1.353.01.23 = 1 (START TIME EXCEEDED)! C ! ! |
| ! ! ! or ! ! ! |
| !4220!4.12 ! 7A.1.353.01.24 = 1 (OVERSPEED) ! C ! ! |
| ! ! ! or ! ! ! |
| !4230!4.13 ! 7A.1.353.01.25 = 1 (ECB FAILURE) ! C ! ! |
| ! ! ! or ! ! ! |
| !4240!4.14 ! 7A.1.353.01.26 = 1 (LOW OIL PRESSURE) ! C ! ! |
| ! ! ! or ! ! ! |
| !4250!4.15 ! 7A.1.353.01.27 = 1 (LOSS OF SPEED) ! C ! ! |
| ! ! ! or ! ! ! |
| !4260!4.16 ! 7A.1.353.01.28 = 1 (IGV FAILURE) ! C ! ! |
| ! ! ! or ! ! ! |
| ! !4.17 ! It is possible to suppress each logic ! ! ! |
| ! ! ! item individually via the GSE. ! ! ! |
| !----!------!-----------------------------------------!------!---------! |
| !8100!8.1 ! ACARS MU uplink request with IMI 'REQ14'! ! ! |
| ! ! ! The report <14> is immediately generated! ! ! |
| ! ! ! and transmitted to the ACARS MU. ! ! ! |
| !----------------------------------------------------------------------! |
| ! A = Programmable by Airbus ! |
| ! C = Programmable by Customer ! |
| +----------------------------------------------------------------------+ |
(18) APU Shutdown Report Logic <14>
| +----------------------------------------------------------------------+ |
| !Code!Item ! !Progr.!Standard ! |
| ! No.!No. ! Description of Function Item !MCDU !Value or ! |
| ! ! ! !GSE !Table ! |
| !----!------!-----------------------------------------!------!---------! |
| ! !A ! Report Format ! ! ! |
| ! !B ! Parameter Table ! ! ! |
| ! !C ! First three lines of Report ! C ! Blank ! |
| ! !D ! Print Out Rules ! C ! ! |
| ! !E ! Transfer to ACARS MU ! C ! Yes ! |
| ! !F ! Increment of the report counter if the ! C ! 1 ! |
| ! ! ! report was triggered by a code number ! ! ! |
| ! ! ! > 1000; 1=yes, 0=no ! ! ! |
| ! !G ! 'Y14.1' Average intervals in seconds ! C ! 1 ! |
| !----!------!-----------------------------------------!------!---------! |
| !1000!1 ! Manual selection via MCDU ! ! ! |
| !----!------!-----------------------------------------!------!---------! |
| !2000!2 ! Flight phase dependent manual ! ! ! |
| ! ! ! selection via remote print button ! ! ! |
| ! ! ! if programmed. ! ! ! |
| ! !2.1 ! Logic algorithm ! ! ! |
| ! !2.2 ! Flight Phase (no standard programming) ! C ! 1 ! |
| !----!------!-----------------------------------------!------!---------! |
| !3000!3 ! Programmable Start Logic ! ! ! |
| ! !3.1 ! Logic algorithm ! C ! ! |
| ! !3.2 ! Logic criteria values ! C ! not ! |
| ! ! ! ! ! progr. ! |
| !----!------!-----------------------------------------!------!---------! |
| ! !4 ! APU shutdown detected by ECB. The DMU ! ! ! |
| ! ! ! observes 7A.1.037.01.17 when this bit is! ! ! |
| ! ! ! set to 1, then the reason for the shut ! ! ! |
| ! ! ! down is detected by one of the bits ! ! ! |
| ! ! ! describe as follows: ! ! ! |
| ! ! ! ! ! ! |
| !4110!4.1 ! 7A.1.353.01.11 = 1 (NO FLAME) ! C ! ! |
| ! ! ! or ! ! ! |
| !4120!4.2 ! 7A.1.353.01.12 = 1 (REVERSE FLOW) ! C ! ! |
| ! ! ! or ! ! ! |
| !4130!4.3 ! 7A.1.353.01.13 = 1 (LOSS OF DC POWER) ! C ! ! |
| ! ! ! or ! ! ! |
| !4140!4.4 ! 7A.1.353.01.14 = 1 (HIGH OIL TEMPERAT.) ! C ! ! |
| ! ! ! or ! ! ! |
| !4160!4.6 ! 7A.1.353.01.17 = 1 (AIR INTAKE NOT OPEN)! C ! ! |
| ! ! ! or ! ! ! |
| !4170!4.7 ! 7A.1.353.01.18 = 1 (GENERATOR HIGH OIL ! C ! ! |
| ! ! ! TEMPERATURE) ! ! ! |
| ! ! ! or ! ! ! |
| !4180!4.8 ! 7A.1.353.01.20 = 1 (OVERTEMPERATURE) ! C ! ! |
| ! ! ! or ! ! ! |
| !4190!4.9 ! 7A.1.353.01.21 = 1 (SENSOR FAILURE) ! C ! ! |
| ! ! ! or ! ! ! |
| !4200!4.10 ! 7A.1.353.01.22 = 1 (NO ACCELERATION) ! C ! ! |
| ! ! ! or ! ! ! |
| !4210!4.11 ! 7A.1.353.01.23 = 1 (START TIME EXCEEDED)! C ! ! |
| ! ! ! or ! ! ! |
| !4220!4.12 ! 7A.1.353.01.24 = 1 (OVERSPEED) ! C ! ! |
| ! ! ! or ! ! ! |
| !4230!4.13 ! 7A.1.353.01.25 = 1 (ECB FAILURE) ! C ! ! |
| ! ! ! or ! ! ! |
| !4240!4.14 ! 7A.1.353.01.26 = 1 (LOW OIL PRESSURE) ! C ! ! |
| ! ! ! or ! ! ! |
| !4250!4.15 ! 7A.1.353.01.27 = 1 (LOSS OF SPEED) ! C ! ! |
| ! ! ! or ! ! ! |
| !4260!4.16 ! 7A.1.353.01.28 = 1 (IGV FAILURE) ! C ! ! |
| ! ! ! ! ! ! |
| ! !4.17 ! It is possible to suppress each logic ! ! ! |
| ! ! ! item individually via the GSE. ! ! ! |
| !----!------!-----------------------------------------!------!---------! |
| !8100!8.1 ! ACARS MU uplink request with IMI 'REQ14'! ! ! |
| ! ! ! The report <14> is immediately generated! ! ! |
| ! ! ! and transmitted to the ACARS MU. ! ! ! |
| !----------------------------------------------------------------------! |
| ! A = Programmable by Airbus ! |
| ! C = Programmable by Customer ! |
| +----------------------------------------------------------------------+ |
(19) APU Shutdown Report Logic <14>
| +---------------------------------------------------------------------------+ |
| !Code! Item ! ! Prog !Standard ! |
| ! No ! No ! Description of Function Item !GSE !MCDU !Value or ! |
| ! ! ! ! ! !Table ! |
| ! ! ! ! ! !TXY ! |
| !----+------+-----------------------------------------+-----+-----+---------! |
| ! !A ! Report Format ! ! ! ! |
| ! !A.1 ! "R014RLID" Report Layout Identifier ! ! ! 01 ! |
| ! ! ! (for ACARS header) ! ! ! ! |
| ! !A.2 ! "R014RLIS" Report Layout Identifier ! ! ! 01 ! |
| ! ! ! (for ACARS header) ! ! ! ! |
| ! !B ! Parameter Table ! ! ! ! |
| ! !C ! First three lines of Report ! C ! ! Blank ! |
| ! !D ! Print Out Rules ! C ! C ! see ! |
| ! ! ! ! ! ! separate! |
| ! ! ! ! ! ! list ! |
| ! !E ! Transfer to ACARS MU ! C ! C ! see ! |
| ! ! ! ! ! ! separate! |
| ! ! ! ! ! ! list ! |
| ! !F ! Increment of the report counter if the ! C ! C ! 1 ! |
| ! ! ! report was triggered by a code number ! ! ! ! |
| ! ! ! > 1000 1=yes, 0=no ! ! ! ! |
| ! !G ! Y14.1 Average intervals in second ! C ! C ! 1 ! |
| ! ! ! shown as "Y" in line 26 of the layout ! ! ! ! |
| !----!------!-----------------------------------------!-----!-----!---------! |
| !1000!1 ! Manual selection through MCDU ! ! ! ! |
| !----!------!-----------------------------------------!-----!-----!---------! |
| !2000!2 ! Flight phase dependent manual ! ! ! ! |
| ! ! ! selection through remote print button ! ! ! ! |
| ! ! ! if programmed. ! ! ! ! |
| ! !2.1 ! Logic algorithm ! ! ! ! |
| ! !2.2 ! Flight Phase (no standard programming) ! C ! C ! 1 ! |
| !----!------!-----------------------------------------!-----!-----!---------! |
| !3000!3 ! Programmable Start Logic ! ! ! ! |
| ! !3.1 ! Logic algorithm ! C ! ! ! |
| ! !3.2 ! Logic criteria values ! C ! ! not ! |
| ! ! ! ! ! ! prog ! |
| !----!------!-----------------------------------------!-----!-----!---------! |
| ! !4 ! APU shutdown detected by ECB. The DMU ! ! ! ! |
| ! ! ! observes 7A.1.037.01.17 when this bit is! ! ! ! |
| ! ! ! set to 1, then the reason for the shut ! ! ! ! |
| ! ! ! down is detected by one of the bits ! ! ! ! |
| ! ! ! describe as follows: ! ! ! ! |
| ! ! ! ! ! ! ! |
| !4110!4.1 ! 7A.1.353.01.11 = 1 (NO FLAME) ! ! ! ! |
| ! ! ! or ! ! ! ! |
| !4120!4.2 ! 7A.1.353.01.12 = 1 (REVERSE FLOW) ! ! ! ! |
| ! ! ! or ! ! ! ! |
| !4130!4.3 ! 7A.1.353.01.13 = 1 (LOSS OF DC POWER) ! ! ! ! |
| ! ! ! or ! ! ! ! |
| !4140!4.4 ! 7A.1.353.01.14 = 1 (HIGH OIL TEMP) ! C ! ! ! |
| ! ! ! or ! ! ! ! |
| !4160!4.6 ! 7A.1.353.01.17 = 1 (AIR INTAKE NOT OPEN)! C ! ! ! |
| ! ! ! or ! ! ! ! |
| !4170!4.7 ! 7A.1.353.01.18 = 1 (GENERATOR HIGH OIL ! C ! ! ! |
| ! ! ! TEMPERATURE) ! ! ! ! |
| ! ! ! or ! ! ! ! |
| !4180!4.8 ! 7A.1.353.01.20 = 1 (OVERTEMPERATUR) ! C ! ! ! |
| ! ! ! or ! ! ! ! |
| !4190!4.9 ! 7A.1.353.01.21 = 1 (SENSOR FAILURE) ! C ! ! ! |
| ! ! ! or ! ! ! ! |
| !4200!4.10 ! 7A.1.353.01.22 = 1 (NO ACCELERATION) ! C ! ! ! |
| ! ! ! or ! ! ! ! |
| !4210!4.11 ! 7A.1.353.01.23 = 1 (START TIME EXCEEDED)! C ! ! ! |
| ! ! ! or ! ! ! ! |
| !4220!4.12 ! 7A.1.353.01.24 = 1 (OVERSPEED) ! C ! ! ! |
| ! ! ! or ! ! ! ! |
| !4230!4.13 ! 7A.1.353.01.25 = 1 (ECB FAILURE) ! C ! ! ! |
| ! ! ! or ! ! ! ! |
| !4240!4.14 ! 7A.1.353.01.26 = 1 (LOW OIL PRESSURE) ! C ! ! ! |
| ! ! ! or ! ! ! ! |
| !4250!4.15 ! 7A.1.353.01.27 = 1 (LOSS OF SPEED) ! C ! ! ! |
| ! ! ! or ! ! ! ! |
| !4260!4.16 ! 7A.1.353.01.28 = 1 (IGV FAILURE) ! C ! ! ! |
| ! ! ! ! ! ! ! |
| ! !4.17 ! It is possible to suppress each logic ! ! ! ! |
| ! ! ! item individually through the GSE. ! ! ! ! |
| !----!------!-----------------------------------------!-----!-----!---------! |
| !8100!8.1 ! ACARS MU uplink request with IMI "REQ14"! ! ! ! |
| ! ! ! The report <14> is immediately generated! ! ! ! |
| ! ! ! and transmitted to the ACARS MU. ! ! ! ! |
| !---------------------------------------------------------------------------! |
| ! A = Programmable by Airbus ! |
| ! C = Programmable by Customer ! |
| +---------------------------------------------------------------------------+ |
(20) APU Shutdown Report Logic <14>
| +---------------------------------------------------------------------------+ |
| !Code!Item ! ! Progr. !Standard ! |
| ! No.!No. ! Description of Function Item !GSE !MCDU !Value or ! |
| ! ! ! ! ! !Table ! |
| ! ! ! ! ! !TXY ! |
| !----!------!-----------------------------------------!-----!-----!---------! |
| ! !A ! Report Format ! ! ! ! |
| ! !A.1 ! 'R014RLID' Report Layout Identifier ! ! ! 01 ! |
| ! ! ! (for ACARS header) ! ! ! ! |
| ! !A.2 ! 'R014RLIS' Report Layout Identifier ! ! ! 01 ! |
| ! ! ! (for ACARS header) ! ! ! ! |
| ! !B ! Parameter Table ! ! ! ! |
| ! !C ! First three lines of Report ! C ! ! Blank ! |
| ! !D ! Print Out Rules ! C ! C ! see ! |
| ! ! ! ! ! ! separate! |
| ! ! ! ! ! ! list ! |
| ! !E ! Transfer to ACARS MU ! C ! ! see ! |
| ! ! ! ! ! ! separate! |
| ! ! ! ! ! ! list ! |
| ! !F ! Increment of the report counter if the ! C ! C ! 1 ! |
| ! ! ! report was triggered by a code number ! ! ! ! |
| ! ! ! > 1000; 1=yes, 0=no ! ! ! ! |
| ! !G ! 'Y14.1' Average intervals in second; ! C ! C ! 1 ! |
| ! ! ! shown as "Y" in line 26 of the layout ! ! ! ! |
| !----!------!-----------------------------------------!-----!-----!---------! |
| !1000!1 ! Manual selection through MCDU ! ! ! ! |
| !----!------!-----------------------------------------!-----!-----!---------! |
| !2000!2 ! Flight phase dependent manual ! ! ! ! |
| ! ! ! selection through remote print button ! ! ! ! |
| ! ! ! if programmed. ! ! ! ! |
| ! !2.1 ! Logic algorithm ! ! ! ! |
| ! !2.2 ! Flight Phase (no standard programming) ! C ! C ! 1 ! |
| !----!------!-----------------------------------------!-----!-----!---------! |
| !3000!3 ! Programmable Start Logic ! ! ! ! |
| ! !3.1 ! Logic algorithm ! C ! ! ! |
| ! !3.2 ! Logic criteria values ! C ! ! not ! |
| ! ! ! ! ! ! progr. ! |
| !----!------!-----------------------------------------!-----!-----!---------! |
| ! !4 ! APU shutdown detected by ECB. The DMU ! ! ! ! |
| ! ! ! observes 7A.1.037.01.17 when this bit is! ! ! ! |
| ! ! ! set to 1. The reason for the shut down ! ! ! ! |
| ! ! ! is detected by one of the bits that are ! ! ! ! |
| ! ! ! described as follows: ! ! ! ! |
| ! ! ! ! ! ! ! |
| !4110!4.1 ! 7A.1.353.01.11 = 1 (NO FLAME) ! ! ! ! |
| ! ! ! or ! ! ! ! |
| !4120!4.2 ! 7A.1.353.01.12 = 1 (REVERSE FLOW) ! ! ! ! |
| ! ! ! or ! ! ! ! |
| !4130!4.3 ! 7A.1.353.01.13 = 1 (LOSS OF DC POWER) ! ! ! ! |
| ! ! ! or ! ! ! ! |
| !4140!4.4 ! 7A.1.353.01.14 = 1 (HIGH OIL TEMPERAT.) ! C ! ! ! |
| ! ! ! or ! ! ! ! |
| !4160!4.6 ! 7A.1.353.01.17 = 1 (AIR INTAKE NOT OPEN)! C ! ! ! |
| ! ! ! or ! ! ! ! |
| !4170!4.7 ! 7A.1.353.01.18 = 1 (GENERATOR HIGH OIL ! C ! ! ! |
| ! ! ! TEMPERATURE) ! ! ! ! |
| ! ! ! or ! ! ! ! |
| !4180!4.8 ! 7A.1.353.01.20 = 1 (OVERTEMPERATUR) ! C ! ! ! |
| ! ! ! or ! ! ! ! |
| !4190!4.9 ! 7A.1.353.01.21 = 1 (SENSOR FAILURE) ! C ! ! ! |
| ! ! ! or ! ! ! ! |
| !4200!4.10 ! 7A.1.353.01.22 = 1 (NO ACCELERATION) ! C ! ! ! |
| ! ! ! or ! ! ! ! |
| !4210!4.11 ! 7A.1.353.01.23 = 1 (START TIME EXCEEDED)! C ! ! ! |
| ! ! ! or ! ! ! ! |
| !4220!4.12 ! 7A.1.353.01.24 = 1 (OVERSPEED) ! C ! ! ! |
| ! ! ! or ! ! ! ! |
| !4230!4.13 ! 7A.1.353.01.25 = 1 (ECB FAILURE) ! C ! ! ! |
| ! ! ! or ! ! ! ! |
| !4240!4.14 ! 7A.1.353.01.26 = 1 (LOW OIL PRESSURE) ! C ! ! ! |
| ! ! ! or ! ! ! ! |
| !4250!4.15 ! 7A.1.353.01.27 = 1 (LOSS OF SPEED) ! C ! ! ! |
| ! ! ! or ! ! ! ! |
| !4260!4.16 ! 7A.1.353.01.28 = 1 (IGV FAILURE) ! C ! ! ! |
| ! ! ! ! ! ! ! |
| ! !4.17 ! It must be possible to suppress each ! ! ! ! |
| ! ! ! logic item independently through the ! ! ! ! |
| ! ! ! GSE. ! ! ! ! |
| !----!------!-----------------------------------------!-----!-----!---------! |
| !8100!8.1 ! ACARS MU uplink request with IMI 'REQ14'! ! ! ! |
| ! ! ! Report <14> is immediately generated ! ! ! ! |
| ! ! ! and transmitted to the ACARS MU. ! ! ! ! |
| !---------------------------------------------------------------------------! |
| ! A = Programmable by Airbus ! |
| ! C = Programmable by Customer ! |
| +---------------------------------------------------------------------------+ |
(21) APU Shutdown Report <14> Logic
| +----------------------------------------------------------------------+ |
| !Code!Item ! !Progr.!Standard ! |
| ! No.!No. ! Description of Function Item !MCDU !Value ! |
| ! ! ! !/GSE ! ! |
| !----!------!-----------------------------------------!------!---------! |
| ! !A ! Report Format ! ! ! |
| ! !A.1 ! 'R014RLID' Report Layout Identifier ! ! DT37 ! |
| ! ! ! (for ACARS header) ! ! ! |
| ! !A.2 ! 'R014RLIS' Report Layout Issue ! ! DT37 ! |
| ! ! ! (for ACARS header) ! ! ! |
| ! !B ! Parameter Table ! ! ! |
| ! !C ! First three lines of Report ! C ! Blank ! |
| ! !D ! Print Out Rules ! C ! See ! |
| ! ! ! ! !separate ! |
| ! ! ! ! !list ! |
| ! !E ! Transfer to ACARS MU ! C !See ! |
| ! ! ! ! !separate ! |
| ! ! ! ! !list ! |
| ! !F ! Increment of the report counter if the ! C ! 1 ! |
| ! ! ! report was triggered by a code number ! ! ! |
| ! ! ! > 1000; 1=yes, 0=no ! ! ! |
| ! !G ! 'Y14.1' Snapshot interval in seconds; ! C ! 1 ! |
| ! ! ! shown as "Y" in line 23 of the layout ! ! ! |
| !----!------!-----------------------------------------!------!---------! |
| !1000!1 ! Manual selection through MCDU ! ! ! |
| !----!------!-----------------------------------------!------!---------! |
| !2000!2 ! Flight phase dependent manual ! ! ! |
| ! ! ! selection through remote print button ! ! ! |
| ! ! ! if programmed. ! ! ! |
| ! ! ! ! ! ! |
| ! !2.1 ! Logic algorithm ! ! ! |
| ! ! ! ! ! ! |
| ! !2.2 ! Flight Phase (no standard programming) ! C ! 1 ! |
| !----!------!-----------------------------------------!------!---------! |
| !3000!3 ! Programmable Start Logic ! ! ! |
| ! ! ! ! ! ! |
| ! !3.1 ! Logic algorithm ! C ! ! |
| ! ! ! ! ! ! |
| ! !3.2 ! Logic criteria values ! C ! not ! |
| ! ! ! ! ! progr. ! |
| !----!------!-----------------------------------------!------!---------! |
| ! !4 ! APU shutdown detected by ECB. The DMU ! ! ! |
| ! ! ! must observe 7A.1.037.01.17. When this ! ! ! |
| ! ! ! bit is set to 1, then the reason for the! ! ! |
| ! ! ! shut down is detected by one of the ! ! ! |
| ! ! ! bits describe as follows: ! ! ! |
| ! ! ! ! ! ! |
| !4110!4.1 ! 7A.1.353.01.11 = 1 (NO FLAME) ! C ! ! |
| ! ! ! or ! ! ! |
| !4120!4.2 ! 7A.1.353.01.12 = 1 (RESERVE FLOW) ! C ! ! |
| ! ! ! or ! ! ! |
| !4130!4.3 ! 7A.1.353.01.13 = 1 (LOSS OF DC POWER) ! C ! ! |
| ! ! ! or ! ! ! |
| !4140!4.4 ! 7A.1.353.01.14 = 1 (HIGH OIL TEMP) ! C ! ! |
| ! ! ! or ! ! ! |
| !4160!4.6 ! 7A.1.353.01.17 = 1 (AIR INTAKE NOT OPEN)! C ! ! |
| ! ! ! or ! ! ! |
| !4170!4.7 ! 7A.1.353.01.18 = 1 (GENERATOR HIGH OIL ! C ! ! |
| ! ! ! TEMPERATURE) ! ! ! |
| ! ! ! or ! ! ! |
| !4180!4.8 ! 7A.1.353.01.20 = 1 (OVERTEMPERATURE) ! C ! ! |
| ! ! ! or ! ! ! |
| !4190!4.9 ! 7A.1.353.01.21 = 1 (SENSOR FAILURE) ! C ! ! |
| ! ! ! or ! ! ! |
| !4200!4.10 ! 7A.1.353.01.22 = 1 (NO ACCELERATION) ! C ! ! |
| ! ! ! or ! ! ! |
| !4210!4.11 ! 7A.1.353.01.23 = 1 (START TIME EXCEEDED)! C ! ! |
| ! ! ! or ! ! ! |
| !4220!4.12 ! 7A.1.353.01.24 = 1 (OVERSPEED) ! C ! ! |
| ! ! ! or ! ! ! |
| !4230!4.13 ! 7A.1.353.01.25 = 1 (ECB FAILURE) ! C ! ! |
| ! ! ! or ! ! ! |
| !4240!4.14 ! 7A.1.353.01.26 = 1 (LOW OIL PRESSURE) ! C ! ! |
| ! ! ! or ! ! ! |
| !4250!4.15 ! 7A.1.353.01.27 = 1 (LOSS OF SPEED) ! C ! ! |
| ! ! ! or ! ! ! |
| !4260!4.16 ! 7A.1.353.01.28 = 1 (IGV FAILURE) ! C ! ! |
| ! ! ! ! ! ! |
| ! !4.17 ! It must be possible to suppress each ! ! ! |
| ! ! ! logic item independently through the GSE! ! ! |
| !----!------!-----------------------------------------!------!---------! |
| !8100!8.1 ! ACARS MU uplink request with IMI ! ! ! |
| ! ! ! 'REQ14': ! ! ! |
| ! ! ! Report <14> is immediately generated ! ! ! |
| ! ! ! and transmitted to the ACARS MU. ! ! ! |
| !----------------------------------------------------------------------! |
| ! A = Programmable by Airbus ! |
| ! C = Programmable by Customer ! |
| +----------------------------------------------------------------------+ |
(22) APU Shutdown Report Logic <14>
| +----------------------------------------------------------------------+ |
| !Code!Item ! !Progr.!Standard ! |
| ! No.!No. ! Description of Function Item !MCDU !Value or ! |
| ! ! ! !/GSE !Table TXY! |
| !----!------!-----------------------------------------!------!---------! |
| ! !A ! Report Format ! ! ! |
| ! !B ! Parameter Table ! ! ! |
| ! !C ! First three lines of Report ! C ! Blank ! |
| ! !D ! Print Out Rules ! C !See ! |
| ! ! ! ! !separate ! |
| ! ! ! ! !list ! |
| ! !E ! Transfer to ACARS MU ! C !See ! |
| ! ! ! ! !separate ! |
| ! ! ! ! !list ! |
| ! !F ! Increment of the report counter if the ! C ! 1 ! |
| ! ! ! report was triggered by a code number ! ! ! |
| ! ! ! > 1000; 1=yes, 0=no ! ! ! |
| ! !G ! 'Y14.1' Average intervals in seconds; ! C ! 1 ! |
| ! ! ! shown as "Y" in line 23 of the layout ! ! ! |
| !----!------!-----------------------------------------!------!---------! |
| !1000!1 ! Manual selection via MCDU ! ! ! |
| !----!------!-----------------------------------------!------!---------! |
| !2000!2 ! Flight phase dependent manual ! ! ! |
| ! ! ! selection via remote print button ! ! ! |
| ! ! ! if programmed. ! ! ! |
| ! !2.1 ! Logic algorithm ! ! ! |
| ! !2.2 ! Flight Phase (no standard programming) ! C ! 1 ! |
| !----!------!-----------------------------------------!------!---------! |
| !3000!3 ! Programmable Start Logic ! ! ! |
| ! !3.1 ! Logic algorithm ! C ! ! |
| ! !3.2 ! Logic criteria values ! C ! not ! |
| ! ! ! ! ! progr. ! |
| !----!------!-----------------------------------------!------!---------! |
| ! !4 ! APU shutdown detected by ECB. The DMU ! ! ! |
| ! ! ! shall observe 7A.1.037.01.17 when this ! ! ! |
| ! ! ! bit is set to 1, then the reason for the! ! ! |
| ! ! ! shut down is detected by one of the ! ! ! |
| ! ! ! bits describe as follows: ! ! ! |
| ! ! ! ! ! ! |
| !4110!4.1 ! 7A.1.353.01.11 = 1 (NO FLAME) ! C ! ! |
| ! ! ! or ! ! ! |
| !4120!4.2 ! 7A.1.353.01.12 = 1 (REVERSE FLOW) ! C ! ! |
| ! ! ! or ! ! ! |
| !4130!4.3 ! 7A.1.353.01.13 = 1 (LOSS OF DC POWER) ! C ! ! |
| ! ! ! or ! ! ! |
| !4140!4.4 ! 7A.1.353.01.14 = 1 (HIGH OIL TEMP) ! C ! ! |
| ! ! ! or ! ! ! |
| !4160!4.6 ! 7A.1.353.01.17 = 1 (AIR INTAKE NOT OPEN)! C ! ! |
| ! !4 ! APU shutdown detected by the ECB. The ! ! ! |
| ! ! ! DMU shall observe ! ! ! |
| ! ! ! ! ! ! |
| ! ! ! or ! ! ! |
| !4170!4.7 ! 7A.1.353.01.18 = 1 (GENERATOR HIGH OIL ! C ! ! |
| ! ! ! TEMPERATURE) ! ! ! |
| ! ! ! or ! ! ! |
| !4180!4.8 ! 7A.1.353.01.20 = 1 (OVERTEMPERATURE) ! C ! ! |
| ! ! ! or ! ! ! |
| !4190!4.9 ! 7A.1.353.01.21 = 1 (SENSOR FAILURE) ! C ! ! |
| ! ! ! or ! ! ! |
| !4200!4.10 ! 7A.1.353.01.22 = 1 (NO ACCELERATION) ! C ! ! |
| ! ! ! or ! ! ! |
| !4210!4.11 ! 7A.1.353.01.23 = 1 (START TIME EXCEEDED)! C ! ! |
| ! ! ! or ! ! ! |
| !4220!4.12 ! 7A.1.353.01.24 = 1 (OVERSPEED) ! C ! ! |
| ! ! ! or ! ! ! |
| !4230!4.13 ! 7A.1.353.01.25 = 1 (ECB FAILURE) ! C ! ! |
| ! ! ! or ! ! ! |
| !4240!4.14 ! 7A.1.353.01.26 = 1 (LOW OIL PRESSURE) ! C ! ! |
| ! ! ! or ! ! ! |
| !4250!4.15 ! 7A.1.353.01.27 = 1 (LOSS OF SPEED) ! C ! ! |
| ! ! ! or ! ! ! |
| !4260!4.16 ! 7A.1.353.01.28 = 1 (IGV FAILURE) ! C ! ! |
| ! ! ! ! ! ! |
| ! !4.17 ! It shall be possible to suppress each ! ! ! |
| ! ! ! logic item individually via the GSE. ! ! ! |
| !----!------!-----------------------------------------!------!---------! |
| !8100!8.1 ! ACARS MU uplink request with IMI ! ! ! |
| ! ! ! 'REQ14': ! ! ! |
| ! ! ! The report <14> shall be immediately ! ! ! |
| ! ! ! generated and transmitted to the ACARS ! ! ! |
| ! ! ! MU. ! ! ! |
| !----------------------------------------------------------------------! |
| ! A = Programmable by Airbus ! |
| ! C = Programmable by Customer ! |
| +----------------------------------------------------------------------+ |
(23) APU Shutdown Report Logic <14>
| +----------------------------------------------------------------------+ |
| !Code! Item ! !Prog !Standard ! |
| ! No ! No ! Description of Function Item !MCDU !Value or ! |
| ! ! ! !/GSE !Table TXY! |
| !----+------+-----------------------------------------+------+---------! |
| ! !A ! Report Format ! ! ! |
| ! !B ! Parameter Table ! ! ! |
| ! !C ! First three lines of Report ! C ! Blank ! |
| ! !D ! Print Out Rules ! C !See ! |
| ! ! ! ! !separate ! |
| ! ! ! ! !list ! |
| ! !E ! Transfer to ACARS MU ! C !See ! |
| ! ! ! ! !separate ! |
| ! ! ! ! !list ! |
| ! !F ! Increment of the report counter if the ! C ! 1 ! |
| ! ! ! report was triggered by a code number ! ! ! |
| ! ! ! > 1000 1=yes, 0=no ! ! ! |
| ! !G ! "Y14.1" Snapshot intervals in seconds ! C ! 1 ! |
| ! ! ! shown as "Y" in line 23 of the layout ! ! ! |
| !----!------!-----------------------------------------!------!---------! |
| !1000!1 ! Manual selection through MCDU ! ! ! |
| !----!------!-----------------------------------------!------!---------! |
| !2000!2 ! Flight phase dependent manual ! ! ! |
| ! ! ! selection through remote print button ! ! ! |
| ! ! ! if programmed. ! ! ! |
| ! !2.1 ! Logic algorithm ! ! ! |
| ! !2.2 ! Flight Phase (no standard programming) ! C ! 1 ! |
| !----!------!-----------------------------------------!------!---------! |
| !3000!3 ! Programmable Start Logic ! ! ! |
| ! !3.1 ! Logic algorithm ! C ! ! |
| ! !3.2 ! Logic criteria values ! C ! not ! |
| ! ! ! ! ! progr ! |
| !----!------!-----------------------------------------!------!---------! |
| ! !4 ! APU shutdown detected by ECB. The DMU ! ! ! |
| ! ! ! must observe 7A.1.037.01.17 when this ! ! ! |
| ! ! ! bit is set to 1, then the reason for the! ! ! |
| ! ! ! shut down is detected by one of the ! ! ! |
| ! ! ! bits describe as follows: ! ! ! |
| ! ! ! ! ! ! |
| !4110!4.1 ! 7A.1.353.01.11 = 1 (NO FLAME) ! C ! ! |
| ! ! ! or ! ! ! |
| !4120!4.2 ! 7A.1.353.01.12 = 1 (REVERSE FLOW) ! C ! ! |
| ! ! ! or ! ! ! |
| !4130!4.3 ! 7A.1.353.01.13 = 1 (LOSS OF DC POWER) ! C ! ! |
| ! ! ! or ! ! ! |
| !4140!4.4 ! 7A.1.353.01.14 = 1 (HIGH OIL TEMP) ! C ! ! |
| ! ! ! or ! ! ! |
| !4160!4.6 ! 7A.1.353.01.17 = 1 (AIR INTAKE NOT OPEN)! C ! ! |
| ! ! ! ! ! ! |
| ! ! ! or ! ! ! |
| !4170!4.7 ! 7A.1.353.01.18 = 1 (GENERATOR HIGH OIL ! C ! ! |
| ! ! ! TEMPERATURE) ! ! ! |
| ! ! ! or ! ! ! |
| !4180!4.8 ! 7A.1.353.01.20 = 1 (OVERTEMPERATURE) ! C ! ! |
| ! ! ! or ! ! ! |
| !4190!4.9 ! 7A.1.353.01.21 = 1 (SENSOR FAILURE) ! C ! ! |
| ! ! ! or ! ! ! |
| !4200!4.10 ! 7A.1.353.01.22 = 1 (NO ACCELERATION) ! C ! ! |
| ! ! ! or ! ! ! |
| !4210!4.11 ! 7A.1.353.01.23 = 1 (START TIME EXCEEDED)! C ! ! |
| ! ! ! or ! ! ! |
| !4220!4.12 ! 7A.1.353.01.24 = 1 (OVERSPEED) ! C ! ! |
| ! ! ! or ! ! ! |
| !4230!4.13 ! 7A.1.353.01.25 = 1 (ECB FAILURE) ! C ! ! |
| ! ! ! or ! ! ! |
| !4240!4.14 ! 7A.1.353.01.26 = 1 (LOW OIL PRESSURE) ! C ! ! |
| ! ! ! or ! ! ! |
| !4250!4.15 ! 7A.1.353.01.27 = 1 (LOSS OF SPEED) ! C ! ! |
| ! ! ! or ! ! ! |
| !4260!4.16 ! 7A.1.353.01.28 = 1 (IGV FAILURE) ! C ! ! |
| ! ! ! ! ! ! |
| ! !4.17 ! It must be possible to suppress each ! ! ! |
| ! ! ! logic item individually through the GSE.! ! ! |
| !----!------!-----------------------------------------!------!---------! |
| !8100!8.1 ! ACARS MU uplink request with IMI ! ! ! |
| ! ! ! "REQ14": ! ! ! |
| ! ! ! The report <14> must be immediately ! ! ! |
| ! ! ! generated and transmitted to the ACARS ! ! ! |
| ! ! ! MU. ! ! ! |
| !----+------+-----------------------------------------+------+---------! |
| ! A = Programmable by Airbus ! |
| ! C = Programmable by Customer ! |
| +----------------------------------------------------------------------+ |
(24) APU Shutdown Report <14> Logic
| +----------------------------------------------------------------------+ |
| !Code!Item ! !Progr.!Standard ! |
| ! No.!No. ! Description of Function Item !MCDU !Value or ! |
| ! ! ! !/GSE !Table TXY! |
| !----!------!-----------------------------------------!------!---------! |
| ! !A ! Report Format ! ! ! |
| ! !B ! Parameter Table ! ! ! |
| ! !C ! First three lines of Report ! C ! Blank ! |
| ! !D ! Print Out Rules ! C !See ! |
| ! ! ! ! !separate ! |
| ! ! ! ! !list ! |
| ! !E ! Transfer to ACARS MU ! C !See ! |
| ! ! ! ! !separate ! |
| ! ! ! ! !list ! |
| ! !F ! Increment of the report counter if the ! C ! 1 ! |
| ! ! ! report was triggered by a code number ! ! ! |
| ! ! ! > 1000; 1=yes, 0=no ! ! ! |
| ! !G ! 'Y14.1' Snapshot intervals in seconds; ! C ! 1 ! |
| ! ! ! shown as "Y" in line 23 of the layout ! ! ! |
| !----!------!-----------------------------------------!------!---------! |
| !1000!1 ! Manual selection through MCDU ! ! ! |
| !----!------!-----------------------------------------!------!---------! |
| !2000!2 ! Flight phase dependent manual ! ! ! |
| ! ! ! selection through remote print button ! ! ! |
| ! ! ! if programmed. ! ! ! |
| ! !2.1 ! Logic algorithm ! ! ! |
| ! !2.2 ! Flight Phase (no standard programming) ! C ! 1 ! |
| !----!------!-----------------------------------------!------!---------! |
| !3000!3 ! Programmable Start Logic ! ! ! |
| ! !3.1 ! Logic algorithm ! C ! ! |
| ! !3.2 ! Logic criteria values ! C ! not ! |
| ! ! ! ! ! progr. ! |
| !----!------!-----------------------------------------!------!---------! |
| ! !4 ! APU shutdown detected by ECB. The DMU ! ! ! |
| ! ! ! observes 7A.1.037.01.17 when this bit is! ! ! |
| ! ! ! set to 1. The reason for shut down ! ! ! |
| ! ! ! is detected by one of the bits that are ! ! ! |
| ! ! ! described as follows: ! ! ! |
| ! ! ! ! ! ! |
| !4110!4.1 ! 7A.1.353.01.11 = 1 (NO FLAME) ! C ! ! |
| ! ! ! or ! ! ! |
| !4120!4.2 ! 7A.1.353.01.12 = 1 (REVERSE FLOW) ! C ! ! |
| ! ! ! or ! ! ! |
| !4130!4.3 ! 7A.1.353.01.13 = 1 (LOSS OF DC POWER) ! C ! ! |
| ! ! ! or ! ! ! |
| !4140!4.4 ! 7A.1.353.01.14 = 1 (HIGH OIL TEMP) ! C ! ! |
| ! ! ! or ! ! ! |
| !4160!4.6 ! 7A.1.353.01.17 = 1 (AIR INTAKE NOT OPEN)! C ! ! |
| ! ! ! ! ! ! |
| ! ! ! or ! ! ! |
| !4170!4.7 ! 7A.1.353.01.18 = 1 (GENERATOR HIGH OIL ! C ! ! |
| ! ! ! TEMPERATURE) ! ! ! |
| ! ! ! or ! ! ! |
| !4180!4.8 ! 7A.1.353.01.20 = 1 (OVERTEMPERATURE) ! C ! ! |
| ! ! ! or ! ! ! |
| !4190!4.9 ! 7A.1.353.01.21 = 1 (SENSOR FAILURE) ! C ! ! |
| ! ! ! or ! ! ! |
| !4200!4.10 ! 7A.1.353.01.22 = 1 (NO ACCELERATION) ! C ! ! |
| ! ! ! or ! ! ! |
| !4210!4.11 ! 7A.1.353.01.23 = 1 (START TIME EXCEEDED)! C ! ! |
| ! ! ! or ! ! ! |
| !4220!4.12 ! 7A.1.353.01.24 = 1 (OVERSPEED) ! C ! ! |
| ! ! ! or ! ! ! |
| !4230!4.13 ! 7A.1.353.01.25 = 1 (ECB FAILURE) ! C ! ! |
| ! ! ! or ! ! ! |
| !4240!4.14 ! 7A.1.353.01.26 = 1 (LOW OIL PRESSURE) ! C ! ! |
| ! ! ! or ! ! ! |
| !4250!4.15 ! 7A.1.353.01.27 = 1 (LOSS OF SPEED) ! C ! ! |
| ! ! ! or ! ! ! |
| !4260!4.16 ! 7A.1.353.01.28 = 1 (IGV FAILURE) ! C ! ! |
| ! ! ! ! ! ! |
| ! !4.17 ! It must be possible to suppress each ! ! ! |
| ! ! ! logic item independently through the ! ! ! |
| ! ! ! GSE. ! ! ! |
| !----!------!-----------------------------------------!------!---------! |
| !8100!8.1 ! ACARS MU uplink request with IMI 'REQ14'! ! ! |
| ! ! ! Report <14> is immediately generated ! ! ! |
| ! ! ! and transmitted to the ACARS MU. ! ! ! |
| !----------------------------------------------------------------------! |
| ! A = Programmable by Airbus ! |
| ! C = Programmable by Customer ! |
| +----------------------------------------------------------------------+ |
(25) APU Shutdown Report <14> Logic
| +----------------------------------------------------------------------+ |
| !Code!Item ! !Progr.!Standard ! |
| ! No.!No. ! Description of Function Item !MCDU !Value or ! |
| ! ! ! !/GSE !Table TXY! |
| !----!------!-----------------------------------------!------!---------! |
| ! !A ! Report Format ! ! ! |
| ! !A.1 ! 'R014RLID' Report Layout Identifier ! ! 01 ! |
| ! ! ! (for ACARS header) ! ! ! |
| ! !A.2 ! 'R014RLIS' Report Layout Issue ! ! 01 ! |
| ! ! ! (for ACARS header) ! ! ! |
| ! !B ! Parameter Table ! ! ! |
| ! !C ! First three lines of Report ! C ! Blank ! |
| ! !D ! Print Out Rules ! C ! See ! |
| ! ! ! ! !separate ! |
| ! ! ! ! !list ! |
| ! !E ! Transfer to ACARS MU ! C !See ! |
| ! ! ! ! !separate ! |
| ! ! ! ! !list ! |
| ! !F ! Increment of the report counter if the ! C ! 1 ! |
| ! ! ! report was triggered by a code number ! ! ! |
| ! ! ! > 1000; 1=yes, 0=no ! ! ! |
| ! !G ! 'Y14.1' Snapshot intervals in seconds; ! C ! 1 ! |
| ! ! ! shown as "Y" in line 23 of the layout ! ! ! |
| !----!------!-----------------------------------------!------!---------! |
| !1000!1 ! Manual selection through MCDU ! ! ! |
| !----!------!-----------------------------------------!------!---------! |
| !2000!2 ! Flight phase dependent manual ! ! ! |
| ! ! ! selection through remote print button ! ! ! |
| ! ! ! if programmed. ! ! ! |
| ! !2.1 ! Logic algorithm ! ! ! |
| ! !2.2 ! Flight Phase (no standard programming) ! C ! 1 ! |
| !----!------!-----------------------------------------!------!---------! |
| !3000!3 ! Programmable Start Logic ! ! ! |
| ! !3.1 ! Logic algorithm ! C ! ! |
| ! !3.2 ! Logic criteria values ! C ! not ! |
| ! ! ! ! ! progr. ! |
| !----!------!-----------------------------------------!------!---------! |
| ! !4 ! APU shutdown detected by ECB. The DMU ! ! ! |
| ! ! ! must observe 7A.1.037.01.17. When this ! ! ! |
| ! ! ! bit is set to 1, then the reason for the! ! ! |
| ! ! ! shut down is detected by one of the ! ! ! |
| ! ! ! bits describe as follows: ! ! ! |
| ! ! ! ! ! ! |
| !4110!4.1 ! 7A.1.353.01.11 = 1 (NO FLAME) ! C ! ! |
| ! ! ! or ! ! ! |
| !4120!4.2 ! 7A.1.353.01.12 = 1 (REVERSE FLOW) ! C ! ! |
| ! ! ! or ! ! ! |
| !4130!4.3 ! 7A.1.353.01.13 = 1 (LOSS OF DC POWER) ! C ! ! |
| ! ! ! or ! ! ! |
| !4140!4.4 ! 7A.1.353.01.14 = 1 (HIGH OIL TEMP) ! C ! ! |
| ! ! ! or ! ! ! |
| !4160!4.6 ! 7A.1.353.01.17 = 1 (AIR INTAKE NOT OPEN)! C ! ! |
| ! ! ! or ! ! ! |
| !4170!4.7 ! 7A.1.353.01.18 = 1 (GENERATOR HIGH OIL ! C ! ! |
| ! ! ! TEMPERATURE) ! ! ! |
| ! ! ! or ! ! ! |
| !4180!4.8 ! 7A.1.353.01.20 = 1 (OVERTEMPERATURE) ! C ! ! |
| ! ! ! or ! ! ! |
| !4190!4.9 ! 7A.1.353.01.21 = 1 (SENSOR FAILURE) ! C ! ! |
| ! ! ! or ! ! ! |
| !4200!4.10 ! 7A.1.353.01.22 = 1 (NO ACCELERATION) ! C ! ! |
| ! ! ! or ! ! ! |
| !4210!4.11 ! 7A.1.353.01.23 = 1 (START TIME EXCEEDED)! C ! ! |
| ! ! ! or ! ! ! |
| !4220!4.12 ! 7A.1.353.01.24 = 1 (OVERSPEED) ! C ! ! |
| ! ! ! or ! ! ! |
| !4230!4.13 ! 7A.1.353.01.25 = 1 (ECB FAILURE) ! C ! ! |
| ! ! ! or ! ! ! |
| !4240!4.14 ! 7A.1.353.01.26 = 1 (LOW OIL PRESSURE) ! C ! ! |
| ! ! ! or ! ! ! |
| !4250!4.15 ! 7A.1.353.01.27 = 1 (LOSS OF SPEED) ! C ! ! |
| ! ! ! or ! ! ! |
| !4260!4.16 ! 7A.1.353.01.28 = 1 (IGV FAILURE) ! C ! ! |
| ! ! ! ! ! ! |
| ! !4.17 ! It must be possible to suppress each ! ! ! |
| ! ! ! logic item independently with the GSE. ! ! ! |
| !----!------!-----------------------------------------!------!---------! |
| !8100!8.1 ! ACARS MU uplink request with IMI ! ! ! |
| ! ! ! 'REQ14': ! ! ! |
| ! ! ! Report <14> is immediately generated ! ! ! |
| ! ! ! and transmitted to the ACARS MU. ! ! ! |
| !----------------------------------------------------------------------! |
| ! A = Programmable by Airbus ! |
| ! C = Programmable by Customer ! |
| +----------------------------------------------------------------------+ |
(26) APU Shutdown Report <14> Logic
| +----------------------------------------------------------------------+ |
| !Code!Item ! !Progr.!Standard ! |
| ! No.!No. ! Description of Function Item !MCDU !Value or ! |
| ! ! ! !GSE !Table ! |
| !----!------!-----------------------------------------!------!---------! |
| ! !A ! Report Format ! ! ! |
| ! ! ! ! ! ! |
| ! !B ! Parameter Table ! ! ! |
| ! ! ! ! ! ! |
| ! !C ! First three lines of Report ! C ! Blank ! |
| ! ! ! ! ! ! |
| ! !D ! Print Out Rules ! C ! ! |
| ! ! ! ! ! ! |
| ! !E ! Transfer to ACARS MU ! C ! Yes ! |
| ! ! ! ! ! ! |
| ! !F ! Increment of the report counter if the ! C ! 1 ! |
| ! ! ! report was triggered by a code number ! ! ! |
| ! ! ! > 1000; 1=yes, 0=no ! ! ! |
| ! ! ! ! ! ! |
| ! !G ! 'Y14.1' Average intervals in second ! C ! 1 ! |
| !----!------!-----------------------------------------!------!---------! |
| !1000!1 ! Manual selection through MCDU ! ! ! |
| ! ! ! ! ! ! |
| !----!------!-----------------------------------------!------!---------! |
| !2000!2 ! Flight phase dependent manual ! ! ! |
| ! ! ! selection through remote print button ! ! ! |
| ! ! ! if programmed. ! ! ! |
| ! ! ! ! ! ! |
| ! !2.1 ! Logic algorithm ! ! ! |
| ! ! ! ! ! ! |
| ! !2.2 ! Flight Phase (no standard programming) ! C ! 1 ! |
| ! ! ! ! ! ! |
| !----!------!-----------------------------------------!------!---------! |
| !3000!3 ! Programmable Start Logic ! ! ! |
| ! ! ! ! ! ! |
| ! !3.1 ! Logic algorithm ! C ! ! |
| ! ! ! ! ! ! |
| ! !3.2 ! Logic criteria values ! C ! not ! |
| ! ! ! ! ! progr. ! |
| !----!------!-----------------------------------------!------!---------! |
| ! !4 ! APU shutdown detected by ECB. The DMU ! ! ! |
| ! ! ! observes 7A.1.037.01.17 when this bit is! ! ! |
| ! ! ! set to 1, then the reason for the shut ! ! ! |
| ! ! ! down is detected by one of the bits ! ! ! |
| ! ! ! describe as follows: ! ! ! |
| ! ! ! ! ! ! |
| !4110!4.1 ! 7A.1.353.01.11 = 1 (NO FLAME) ! C ! ! |
| ! ! ! or ! ! ! |
| !4120!4.2 ! 7A.1.353.01.12 = 1 (REVERSE FLOW) ! C ! ! |
| ! ! ! or ! ! ! |
| !4130!4.3 ! 7A.1.353.01.13 = 1 (LOSS OF DC POWER) ! C ! ! |
| ! ! ! or ! ! ! |
| !4140!4.4 ! 7A.1.353.01.14 = 1 (HIGH OIL TEMPERAT.) ! C ! ! |
| ! ! ! or ! ! ! |
| !4160!4.6 ! 7A.1.353.01.17 = 1 (AIR INTAKE NOT OPEN)! C ! ! |
| ! ! ! or ! ! ! |
| !4170!4.7 ! 7A.1.353.01.18 = 1 (GENERATOR HIGH OIL ! C ! ! |
| ! ! ! TEMP) ! ! ! |
| ! ! ! or ! ! ! |
| !4180!4.8 ! 7A.1.353.01.20 = 1 (OVERTEMPERATURE) ! C ! ! |
| ! ! ! or ! ! ! |
| !4190!4.9 ! 7A.1.353.01.21 = 1 (SENSOR FAILURE) ! C ! ! |
| ! ! ! or ! ! ! |
| !4200!4.10 ! 7A.1.353.01.22 = 1 (NO ACCELERATION) ! C ! ! |
| ! ! ! or ! ! ! |
| !4210!4.11 ! 7A.1.353.01.23 = 1 (START TIME EXCEEDED)! C ! ! |
| ! ! ! or ! ! ! |
| !4220!4.12 ! 7A.1.353.01.24 = 1 (OVERSPEED) ! C ! ! |
| ! ! ! or ! ! ! |
| !4230!4.13 ! 7A.1.353.01.25 = 1 (ECB FAILURE) ! C ! ! |
| ! ! ! or ! ! ! |
| !4240!4.14 ! 7A.1.353.01.26 = 1 (LOW OIL PRESSURE) ! C ! ! |
| ! ! ! or ! ! ! |
| !4250!4.15 ! 7A.1.353.01.27 = 1 (LOSS OF SPEED) ! C ! ! |
| ! ! ! or ! ! ! |
| !4260!4.16 ! 7A.1.353.01.28 = 1 (IGV FAILURE) ! C ! ! |
| ! ! ! or ! ! ! |
| ! !4.17 ! It is possible to suppress each logic ! ! ! |
| ! ! ! item individually through the GSE. ! ! ! |
| ! ! ! ! ! ! |
| !----!------!-----------------------------------------!------!---------! |
| !8100!8.1 ! ACARS MU uplink request with IMI 'REQ14'! ! ! |
| ! ! ! The report <14> is immediately generated! ! ! |
| ! ! ! and transmitted to the ACARS MU. ! ! ! |
| ! ! ! ! ! ! |
| !----------------------------------------------------------------------! |
| ! A = Programmable by Airbus ! |
| ! C = Programmable by Customer ! |
| +----------------------------------------------------------------------+ |
E. AIDS Reports Print Rules - Default Values for Report <14>
| +------------------------------------------------+ |
| ! ! ! ! |
| ! Code ! Printer Output ! ACARS-output ! |
| ! ! ! ! |
| !-------!-----------------------!----------------! |
| ! ! ! ! |
| ! 1000 ! Print immediately ! No ACARS ! |
| ! ! ! ! |
| !-------!-----------------------!----------------! |
| ! ! ! ! |
| ! 2000 ! Print immediately ! No ACARS ! |
| ! ! ! ! |
| !-------!-----------------------!----------------! |
| ! ! ! ! |
| ! 4110 ! Print at landing ! ACARS VHF ! |
| ! ! ! ! |
| !-------!-----------------------!----------------! |
| ! ! ! ! |
| ! 4120 ! Print at landing ! ACARS VHF ! |
| ! ! ! ! |
| !-------!-----------------------!----------------! |
| ! ! ! ! |
| ! 4130 ! Print at landing ! ACARS VHF ! |
| ! ! ! ! |
| !-------!-----------------------!----------------! |
| ! ! ! ! |
| ! 4140 ! Print at landing ! ACARS VHF ! |
| ! ! ! ! |
| !-------!-----------------------!----------------! |
| ! ! ! ! |
| ! 4160 ! Print at landing ! ACARS VHF ! |
| ! ! ! ! |
| !-------!-----------------------!----------------! |
| ! ! ! ! |
| ! 4170 ! Print at landing ! ACARS VHF ! |
| ! ! ! ! |
| !-------!-----------------------!----------------! |
| ! ! ! ! |
| ! 4180 ! Print at landing ! ACARS VHF ! |
| ! ! ! ! |
| !-------!-----------------------!----------------! |
| ! ! ! ! |
| ! 4190 ! Print at landing ! ACARS VHF ! |
| ! ! ! ! |
| !-------!-----------------------!----------------! |
| ! ! ! ! |
| ! 4200 ! Print at landing ! ACARS VHF ! |
| ! ! ! ! |
| !-------!-----------------------!----------------! |
| ! ! ! ! |
| ! 4210 ! Print at landing ! ACARS VHF ! |
| ! ! ! ! |
| !-------!-----------------------!----------------! |
| ! ! ! ! |
| ! 4220 ! Print at landing ! ACARS VHF ! |
| ! ! ! ! |
| !-------!-----------------------!----------------! |
| ! ! ! ! |
| ! 4230 ! Print at landing ! ACARS VHF ! |
| ! ! ! ! |
| !-------!-----------------------!----------------! |
| ! ! ! ! |
| ! 4240 ! Print at landing ! ACARS VHF ! |
| ! ! ! ! |
| !-------!-----------------------!----------------! |
| ! ! ! ! |
| ! 4250 ! Print at landing ! ACARS VHF ! |
| ! ! ! ! |
| !-------!-----------------------!----------------! |
| ! ! ! ! |
| ! 4260 ! Print at landing ! ACARS VHF ! |
| ! ! ! ! |
| !-------!-----------------------!----------------! |
| ! ! ! ! |
| ! 8100 ! No print ! ACARS VHF ! |
| ! ! ! ! |
| +------------------------------------------------+ |
| +-------------------------------------------------------------------------+ |
| !Trigger! to ACARS ! to printer ! store ! |
| ! Code !-------+--------+-------+-------!--------+--------!--------------! |
| ! No !Ground ! VHF ! SAT- ! HF ! at ! imme- ! internal& ! |
| ! ! ! ! COM ! !landing ! diate ! external ! |
| ! ! ! ! ! ! ! !(build in RAM&! |
| ! ! ! ! ! ! ! ! PCMCIA) ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! ! ! If ! ! ! ! If !PCMCIA only if! |
| ! 1000 ! NO ! "SEND" ! NO ! NO ! NO !"PRINT" ! "STORE" ! |
| ! ! !selected! ! ! !selected! selected on ! |
| ! ! !on MCDU ! ! ! !on MCDU ! MCDU ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 2000 ! NO ! NO ! NO ! NO ! ! YES ! YES ! |
| !-------!-------!--------!-------!-------! !--------!--------------! |
| ! 3000 ! NO ! NO ! NO ! NO ! ! NO ! YES ! |
| !-------!-------!--------!------ !-------! !--------!--------------! |
| ! 4110 ! NO ! YES ! NO ! NO ! ! NO ! YES ! |
| !-------!-------!--------!-------!-------! !--------!--------------! |
| ! 4120 ! NO ! YES ! NO ! NO ! ! NO ! YES ! |
| !-------!-------!--------!-------!-------! !--------!--------------! |
| ! 4130 ! NO ! YES ! NO ! NO ! ! NO ! YES ! |
| !-------!-------!--------!-------!-------! !--------!--------------! |
| ! 4140 ! NO ! YES ! NO ! NO ! ! NO ! YES ! |
| !-------!-------!--------!-------!-------! !--------!--------------! |
| ! 4160 ! NO ! YES ! NO ! NO ! ! NO ! YES ! |
| !-------!-------!--------!-------!-------! !--------!--------------! |
| ! 4170 ! NO ! YES ! NO ! NO ! ! NO ! YES ! |
| !-------!-------!--------!-------!-------! !--------!--------------! |
| ! 4180 ! NO ! YES ! NO ! NO ! Y ! NO ! YES ! |
| !-------!-------!--------!-------!-------! E !--------!--------------! |
| ! 4190 ! NO ! YES ! NO ! NO ! S ! NO ! YES ! |
| !-------!-------!--------!-------!-------! !--------!--------------! |
| ! 4200 ! NO ! YES ! NO ! NO ! ! NO ! YES ! |
| !-------!-------!--------!-------!-------! !--------!--------------! |
| ! 4210 ! NO ! YES ! NO ! NO ! ! NO ! YES ! |
| !-------!-------!--------!-------!-------! !--------!--------------! |
| ! 4220 ! NO ! YES ! NO ! NO ! ! NO ! YES ! |
| !-------!-------!--------!-------!-------! !--------!--------------! |
| ! 4230 ! NO ! YES ! NO ! NO ! ! NO ! YES ! |
| !-------!-------!--------!-------!-------! !--------!--------------! |
| ! 4240 ! NO ! YES ! NO ! NO ! ! NO ! YES ! |
| !-------!-------!--------!-------!-------! !--------!--------------! |
| ! 4250 ! NO ! YES ! NO ! NO ! ! NO ! YES ! |
| !-------!-------!--------!-------!-------! !--------!--------------! |
| ! 4260 ! NO ! YES ! NO ! NO ! ! NO ! YES ! |
| !-------!-------!--------!-------!-------! !--------!--------------! |
| ! 8100 ! NO ! YES ! NO ! NO ! ! NO ! YES ! |
| +-------------------------------------------------------------------------+ |
NOTE: For detailed description of the trigger codes, refer to paragraph (3) APU Shutdown Report Logic.
| +-------------------------------------------------------------------------+ |
| !Trigger! to ACARS ! to printer ! store ! |
| ! Code !------------------------------ -!-----------------!--------------! |
| ! No !Ground ! VHF ! SAT- ! HF ! at ! imme- ! internal& ! |
| ! ! ! ! COM ! !landing ! diate ! external ! |
| ! ! ! ! ! ! ! !(build in RAM&! |
| ! ! ! ! ! ! ! ! PCMCIA) ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 1000 ! NO ! NO ! NO ! NO ! NO ! YES ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 2000 ! NO ! NO ! NO ! NO ! NO ! YES ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 3000 ! NO ! NO ! NO ! NO ! NO ! NO ! YES ! |
| !-------!-------!--------!------ !-------!--------!--------!--------------! |
| ! 4110 ! NO ! YES ! NO ! NO ! ! NO ! YES ! |
| !-------!-------!--------!-------!-------! !--------!--------------! |
| ! 4120 ! NO ! YES ! NO ! NO ! ! NO ! YES ! |
| !-------!-------!--------!-------!-------! !--------!--------------! |
| ! 4130 ! NO ! YES ! NO ! NO ! ! NO ! YES ! |
| !-------!-------!--------!-------!-------! !--------!--------------! |
| ! 4140 ! NO ! YES ! NO ! NO ! ! NO ! YES ! |
| !-------!-------!--------!-------!-------! !--------!--------------! |
| ! 4160 ! NO ! YES ! NO ! NO ! ! NO ! YES ! |
| !-------!-------!--------!-------!-------! !--------!--------------! |
| ! 4170 ! NO ! YES ! NO ! NO ! ! NO ! YES ! |
| !-------!-------!--------!-------!-------! !--------!--------------! |
| ! 4180 ! NO ! YES ! NO ! NO ! Y ! NO ! YES ! |
| !-------!-------!--------!-------!-------! E !--------!--------------! |
| ! 4190 ! NO ! YES ! NO ! NO ! S ! NO ! YES ! |
| !-------!-------!--------!-------!-------! !--------!--------------! |
| ! 4200 ! NO ! YES ! NO ! NO ! ! NO ! YES ! |
| !-------!-------!--------!-------!-------! !--------!--------------! |
| ! 4210 ! NO ! YES ! NO ! NO ! ! NO ! YES ! |
| !-------!-------!--------!-------!-------! !--------!--------------! |
| ! 4220 ! NO ! YES ! NO ! NO ! ! NO ! YES ! |
| !-------!-------!--------!-------!-------! !--------!--------------! |
| ! 4230 ! NO ! YES ! NO ! NO ! ! NO ! YES ! |
| !-------!-------!--------!-------!-------! !--------!--------------! |
| ! 4240 ! NO ! YES ! NO ! NO ! ! NO ! YES ! |
| !-------!-------!--------!-------!-------! !--------!--------------! |
| ! 4250 ! NO ! YES ! NO ! NO ! ! NO ! YES ! |
| !-------!-------!--------!-------!-------! !--------!--------------! |
| ! 4260 ! NO ! YES ! NO ! NO ! ! NO ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 8100 ! NO ! YES ! NO ! NO ! NO ! NO ! YES ! |
| +-------------------------------------------------------------------------+ |
| +-------------------------------------------------------------------------+ |
| !Trigger! to ACARS ! to printer ! store ! |
| ! Code !------------------------------ -!-----------------!--------------! |
| ! No !Ground ! VHF ! SAT- ! HF ! at ! imme- ! internal& ! |
| ! ! ! ! COM ! !landing ! diate ! external ! |
| ! ! ! ! ! ! ! !(build in RAM&! |
| ! ! ! ! ! ! ! ! PCMCIA) ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! ! ! If ! ! ! ! If !PCMCIA only if! |
| ! 1000 ! NO ! 'SEND' ! NO ! NO ! NO !'PRINT' ! 'STORE' ! |
| ! ! !selected! ! ! !selected! selected on ! |
| ! ! !on MCDU ! ! ! !on MCDU ! MCDU ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 2000 ! NO ! NO ! NO ! NO ! ! YES ! YES ! |
| !-------!-------!--------!-------!-------! !--------!--------------! |
| ! 3000 ! NO ! NO ! NO ! NO ! ! NO ! YES ! |
| !-------!-------!--------!------ !-------! !--------!--------------! |
| ! 4110 ! NO ! YES ! NO ! NO ! ! NO ! YES ! |
| !-------!-------!--------!-------!-------! !--------!--------------! |
| ! 4120 ! NO ! YES ! NO ! NO ! ! NO ! YES ! |
| !-------!-------!--------!-------!-------! !--------!--------------! |
| ! 4130 ! NO ! YES ! NO ! NO ! ! NO ! YES ! |
| !-------!-------!--------!-------!-------! !--------!--------------! |
| ! 4140 ! NO ! YES ! NO ! NO ! ! NO ! YES ! |
| !-------!-------!--------!-------!-------! !--------!--------------! |
| ! 4160 ! NO ! YES ! NO ! NO ! ! NO ! YES ! |
| !-------!-------!--------!-------!-------! !--------!--------------! |
| ! 4170 ! NO ! YES ! NO ! NO ! ! NO ! YES ! |
| !-------!-------!--------!-------!-------! !--------!--------------! |
| ! 4180 ! NO ! YES ! NO ! NO ! Y ! NO ! YES ! |
| !-------!-------!--------!-------!-------! E !--------!--------------! |
| ! 4190 ! NO ! YES ! NO ! NO ! S ! NO ! YES ! |
| !-------!-------!--------!-------!-------! !--------!--------------! |
| ! 4200 ! NO ! YES ! NO ! NO ! ! NO ! YES ! |
| !-------!-------!--------!-------!-------! !--------!--------------! |
| ! 4210 ! NO ! YES ! NO ! NO ! ! NO ! YES ! |
| !-------!-------!--------!-------!-------! !--------!--------------! |
| ! 4220 ! NO ! YES ! NO ! NO ! ! NO ! YES ! |
| !-------!-------!--------!-------!-------! !--------!--------------! |
| ! 4230 ! NO ! YES ! NO ! NO ! ! NO ! YES ! |
| !-------!-------!--------!-------!-------! !--------!--------------! |
| ! 4240 ! NO ! YES ! NO ! NO ! ! NO ! YES ! |
| !-------!-------!--------!-------!-------! !--------!--------------! |
| ! 4250 ! NO ! YES ! NO ! NO ! ! NO ! YES ! |
| !-------!-------!--------!-------!-------! !--------!--------------! |
| ! 4260 ! NO ! YES ! NO ! NO ! ! NO ! YES ! |
| !-------!-------!--------!-------!-------! !--------!--------------! |
| ! 8100 ! NO ! YES ! NO ! NO ! ! NO ! YES ! |
| +-------------------------------------------------------------------------+ |
| +-------------------------------------------------------------------------+ |
| !Trigger! to ACARS ! to printer ! store ! |
| ! Code !------------------------------ -!-----------------!--------------! |
| ! No !Ground ! VHF ! SAT- ! HF ! at ! imme- ! internal& ! |
| ! ! ! ! COM ! !landing ! diate ! external ! |
| ! ! ! ! ! ! ! !(build in RAM&! |
| ! ! ! ! ! ! ! ! PCMCIA) ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 1000 ! NO ! NO ! NO ! NO ! NO ! YES ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 2000 ! NO ! NO ! NO ! NO ! NO ! YES ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 3000 ! NO ! NO ! NO ! NO ! NO ! NO ! YES ! |
| !-------!-------!--------!------ !-------!--------!--------!--------------! |
| ! 4110 ! NO ! YES ! NO ! NO ! YES ! NO ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 4120 ! NO ! YES ! NO ! NO ! YES ! NO ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 4130 ! NO ! YES ! NO ! NO ! YES ! NO ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 4140 ! NO ! YES ! NO ! NO ! YES ! NO ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 4160 ! NO ! YES ! NO ! NO ! YES ! NO ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 4170 ! NO ! YES ! NO ! NO ! YES ! NO ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 4180 ! NO ! YES ! NO ! NO ! YES ! NO ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 4190 ! NO ! YES ! NO ! NO ! YES ! NO ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 4200 ! NO ! YES ! NO ! NO ! YES ! NO ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 4210 ! NO ! YES ! NO ! NO ! YES ! NO ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 4220 ! NO ! YES ! NO ! NO ! YES ! NO ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 4230 ! NO ! YES ! NO ! NO ! YES ! NO ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 4240 ! NO ! YES ! NO ! NO ! YES ! NO ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 4250 ! NO ! YES ! NO ! NO ! YES ! NO ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 4260 ! NO ! YES ! NO ! NO ! YES ! NO ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 8100 ! NO ! YES ! NO ! NO ! NO ! NO ! YES ! |
| +-------------------------------------------------!-----------------------+ |
| +-------------------------------------------------------------------------+ |
| !Trigger! to ACARS ! to printer ! store ! |
| ! Code !------------------------------ -!-----------------!--------------! |
| ! No !Ground ! VHF ! SAT- ! HF ! at ! imme- ! internal& ! |
| ! ! ! ! COM ! !landing ! diate ! external ! |
| ! ! ! ! ! ! ! !(build in RAM&! |
| ! ! ! ! ! ! ! ! PCMCIA) ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 1000 ! NO ! NO ! NO ! NO ! NO ! YES ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 2000 ! NO ! NO ! NO ! NO ! NO ! YES ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 3000 ! NO ! NO ! NO ! NO ! NO ! NO ! YES ! |
| !-------!-------!--------!------ !-------!--------!--------!--------------! |
| ! 4110 ! NO ! YES ! NO ! NO ! YES ! NO ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 4120 ! NO ! YES ! NO ! NO ! YES ! NO ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 4130 ! NO ! YES ! NO ! NO ! YES ! NO ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 4140 ! NO ! YES ! NO ! NO ! YES ! NO ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 4160 ! NO ! YES ! NO ! NO ! YES ! NO ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 4170 ! NO ! YES ! NO ! NO ! YES ! NO ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 4180 ! NO ! YES ! NO ! NO ! YES ! NO ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 4190 ! NO ! YES ! NO ! NO ! YES ! NO ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 4200 ! NO ! YES ! NO ! NO ! YES ! NO ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 4210 ! NO ! YES ! NO ! NO ! YES ! NO ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 4220 ! NO ! YES ! NO ! NO ! YES ! NO ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 4230 ! NO ! YES ! NO ! NO ! YES ! NO ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 4240 ! NO ! YES ! NO ! NO ! YES ! NO ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 4250 ! NO ! YES ! NO ! NO ! YES ! NO ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 4260 ! NO ! YES ! NO ! NO ! YES ! NO ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 8100 ! NO ! YES ! NO ! NO ! NO ! NO ! YES ! |
| +-------------------------------------------------!-----------------------+ |
| +-------------------------------------------------------------------------+ |
| !Trigger! to ACARS ! to printer ! store ! |
| ! Code !--------------------------------!-----------------!--------------! |
| ! No !Ground ! VHF ! SAT- ! HF ! at ! imme- ! internal& ! |
| ! ! ! ! COM ! !landing ! diate ! external ! |
| ! ! ! ! ! ! ! !(build in RAM&! |
| ! ! ! ! ! ! ! ! PCMCIA) ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 1000 ! NO ! NO ! NO ! NO ! NO ! YES ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 2000 ! NO ! NO ! NO ! NO ! NO ! YES ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 3000 ! NO ! NO ! NO ! NO ! NO ! NO ! YES ! |
| !-------!-------!--------!------ !-------!--------!--------!--------------! |
| ! 4110 ! NO ! YES ! NO ! NO ! YES ! NO ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 4120 ! NO ! YES ! NO ! NO ! YES ! NO ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 4130 ! NO ! YES ! NO ! NO ! YES ! NO ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 4140 ! NO ! YES ! NO ! NO ! YES ! NO ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 4160 ! NO ! YES ! NO ! NO ! YES ! NO ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 4170 ! NO ! YES ! NO ! NO ! YES ! NO ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 4180 ! NO ! YES ! NO ! NO ! YES ! NO ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 4190 ! NO ! YES ! NO ! NO ! YES ! NO ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 4200 ! NO ! YES ! NO ! NO ! YES ! NO ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 4210 ! NO ! YES ! NO ! NO ! YES ! NO ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 4220 ! NO ! YES ! NO ! NO ! YES ! NO ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 4230 ! NO ! YES ! NO ! NO ! YES ! NO ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 4240 ! NO ! YES ! NO ! NO ! YES ! NO ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 4250 ! NO ! YES ! NO ! NO ! YES ! NO ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 4260 ! NO ! YES ! NO ! NO ! YES ! NO ! YES ! |
| !-------!-------!--------!-------!-------!--------!--------!--------------! |
| ! 8100 ! NO ! YES ! NO ! NO ! NO ! NO ! YES ! |
| +-------------------------------------------------!-----------------------+ |
NOTE: For detailed description of the trigger codes, refer to Para. (3) APU Shutdown Report Logic.