*
Bus type
*
Bus ID
*
Label
*
Channel ID
*
Word range
*
Validity word and bit.
This is an example of a valid ARINC 629 signal specification:
* L/629/SYS C1/321/2/120-121/121-12
In this example, these are the elements of the ARINC 629 signal specification:
*
"L" is the input destination
*
"629" is the bus type
*
"SYS C1" is the bus ID
*
"321" is the label
*
"2" is the channel ID (CID)
*
"120-121" is the word range
*
"121-12" is the validity word and bit.
The input destination element identifies the AIMS cabinet as the destination of the signal. Use "L" for the left AIMS cabinet and "R" for the right AIMS cabinet.
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The bus type element identifies this as an ARINC 629 signal specification. Use "629" to identify this signal specification as ARINC 629.
The bus identification element identifies which of the eleven ARINC 629 buses to monitor. These are the valid bus identification elements:
*
"SYS L" (left systems bus)
*
"SYS C1" (center 1 systems bus)
*
"SYS C2" (center 2 systems bus)
*
"SYS R" (right systems bus)
*
"FC L" (left flight controls bus)
*
"FC C" (center flight controls bus)
*
"FC R" (right flight controls bus)
*
"ICB 1" (AIMS intercabinet bus 1)
*
"ICB 2" (AIMS intercabinet bus 2)
*
"ICB 3" (AIMS intercabinet bus 3)
*
"ICB 4" (AIMS intercabinet bus 4).
The label element is a three character hexadecimal number that identifies the ARINC 629 signal. It is not necessary to enter leading zeros.
The CID element is a one character hexadecimal number that describes the signal source and destination identification. Enter "X" or "N" if you do not care.
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The word range element is a two word digital range of words to monitor the input data. It is not necessary to enter leading zeros. Separate each word with the dash (-) symbol.
The validity word and bit element identifies the specific bit within the ARINC 620 word that has the validity state of the ARINC 629 word string. Separate the validity word and bit with the dash "-" symbol.
Analog variable or discrete Monitoring
The analog variable or discrete signal specification has these elements:
*
Input destination
*
Bus type
*
Boeing connector number
*
Boeing connector pin.
This is an example of a valid analog variable or discrete signal specification:
* L/DIS/D6626/32
In this example, these are the elements of the analog variable or discrete signal specification:
*
"L" is the input destination
*
"DIS" is the bus type
*
"D6626" is the Boeing connector number
*
"32" is the Boeing connector pin.
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The input destination element identifies the AIMS cabinet as the destination of the signal. Use "L" for the left AIMS cabinet and "R" for the right AIMS cabinet.
The bus type element identifies this as an analog variable or discrete signal specification. Use "VAR" to identify the signal specification as an analog variable. Use "DIS" to identify the signal as an analog discrete.
The Boeing connector number element is a ten alpha/numeric character number that identifies the input connector. It is not necessary to enter leading zeros. Chapter 31 of the systems schematic manual (SSM) identifies the valid Boeing connector numbers for AIMS.
The Boeing connector pin element is a four character number that identifies the pin number on the input connector to AIMS. Chapter 31 of the systems schematic manual (SSM) identifies the valid Boeing connector pin numbers for AIMS.
AIMS IMM Monitoring
The AIMS IMM signal specification has these elements:
*
Input destination
*
Bus type
*
Partition name
*
Partition address
*
Byte selection
This is an example of a valid AIMS IMM signal specification:
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