Status in source: optional.
Technical details
{
"smi_kind": "OBJECT-TYPE",
"definition": [
"outputArmingEnables",
"OBJECT-TYPE",
"SYNTAX",
"BITMAP96",
"ACCESS",
"read-write",
"STATUS",
"optional",
"DESCRIPTION",
"\"<Definition> Consists of up to 16 physical Arming Pins to the TSS and up to 32 bits of external arming bits which can be controlled through this protocol. The Arming Pins have historically been connected to the phase greens but can be used for any purpose. It is envisioned that the phase green information could be sent through Arming Input Bits using the protocol and eliminate the need for additional wiring. If the Arming Pin inputs are DC then a low input is an ON and a high input is an OFF. If the Arming Pin inputs are AC then a low input is an OFF and a high input is an ON. <Format> byte 1 Bit 0 = Arming Pin 1 OFF, Bit 1 = Arming Pin 2 OFF, Bit 2 = Arming Pin 3 OFF, Bit 3 = Arming Pin 4 OFF, Bit 4 = Arming Pin 5 OFF, Bit 5 = Arming Pin 6 OFF, Bit 6 = Arming Pin 7 OFF, Bit 7 = Arming Pin 8 OFF, byte 2 Bit 0 = Arming Pin 9 OFF, Bit 1 = Arming Pin 10 OFF, Bit 2 = Arming Pin 11 OFF, Bit 3 = Arming Pin 12 OFF, Bit 4 = Arming Pin 13 OFF, Bit 5 = Arming Pin 14 OFF, Bit 6 = Arming Pin 15 OFF, Bit 7 = Arming Pin 16 OFF, byte 3 Bit 0 = Arming Pin 1 ON, Bit 1 = Arming Pin 2 ON, Bit 2 = Arming Pin 3 ON, Bit 3 = Arming Pin 4 ON, Bit 4 = Arming Pin 5 ON, Bit 5 = Arming Pin 6 ON, Bit 6 = Arming Pin 7 ON, Bit 7 = Arming Pin 8 ON, byte 4 Bit 0 = Arming Pin 9 ON, Bit 1 = Arming Pin 10 ON, Bit 2 = Arming Pin 11 ON, Bit 3 = Arming Pin 12 ON, Bit 4 = Arming Pin 13 ON, Bit 5 = Arming Pin 14 ON, Bit 6 = Arming Pin 15 ON, Bit 7 = Arming Pin 16 ON, byte 5 Bit 0 = Arming Input bit 1 OFF, Bit 1 = Arming Input bit 2 OFF, Bit 2 = Arming Input bit 3 OFF, Bit 3 = Arming Input bit 4 OFF, Bit 4 = Arming Input bit 5 OFF, Bit 5 = Arming Input bit 6 OFF, Bit 6 = Arming Input bit 7 OFF, Bit 7 = Arming Input bit 8 OFF, byte 6 Bit 0 = Arming Input bit 9 OFF, Bit 1 = Arming Input bit 10 OFF, Bit 2 = Arming Input bit 11 OFF, Bit 3 = Arming Input bit 12 OFF, Bit 4 = Arming Input bit 13 OFF, Bit 5 = Arming Input bit 14 OFF, Bit 6 = Arming Input bit 15 OFF, Bit 7 = Arming Input bit 16 OFF, byte 7 Bit 0 = Arming Input bit 17 OFF, Bit 1 = Arming Input bit 18 OFF, Bit 2 = Arming Input bit 19 OFF, Bit 3 = Arming Input bit 20 OFF, Bit 4 = Arming Input bit 21 OFF, Bit 5 = Arming Input bit 22 OFF, Bit 6 = Arming Input bit 23 OFF, Bit 7 = Arming Input bit 24 OFF, byte 8 Bit 0 = Arming Input bit 25 OFF, Bit 1 = Arming Input bit 26 OFF, Bit 2 = Arming Input bit 27 OFF, Bit 3 = Arming Input bit 28 OFF, Bit 4 = Arming Input bit 29 OFF, Bit 5 = Arming Input bit 30 OFF, Bit 6 = Arming Input bit 31 OFF, Bit 7 = Arming Input bit 32 OFF, byte 9 Bit 0 = Arming Input bit 1 ON, Bit 1 = Arming Input bit 2 ON, Bit 2 = Arming Input bit 3 ON, Bit 3 = Arming Input bit 4 ON, Bit 4 = Arming Input bit 5 ON, Bit 5 = Arming Input bit 6 ON, Bit 6 = Arming Input bit 7 ON, Bit 7 = Arming Input bit 8 ON, byte 10 Bit 0 = Arming Input bit 9 ON, Bit 1 = Arming Input bit 10 ON, Bit 2 = Arming Input bit 11 ON, Bit 3 = Arming Input bit 12 ON, Bit 4 = Arming Input bit 13 ON, Bit 5 = Arming Input bit 14 ON, Bit 6 = Arming Input bit 15 ON, Bit 7 = Arming Input bit 16 ON, byte 11 Bit 0 = Arming Input bit 17 ON, Bit 1 = Arming Input bit 18 ON, Bit 2 = Arming Input bit 19 ON, Bit 3 = Arming Input bit 20 ON, Bit 4 = Arming Input bit 21 ON, Bit 5 = Arming Input bit 22 ON, Bit 6 = Arming Input bit 23 ON, Bit 7 = Arming Input bit 24 ON, byte 12 Bit 0 = Arming Input bit 25 ON, Bit 1 = Arming Input bit 26 ON, Bit 2 = Arming Input bit 27 ON, Bit 3 = Arming Input bit 28 ON, Bit 4 = Arming Input bit 29 ON, Bit 5 = Arming Input bit 30 ON, Bit 6 = Arming Input bit 31 ON, Bit 7 = Arming Input bit 32 ON. <Object Identifier> 1.3.6.1.4.1.1206.4.2.4.2.2.1.6\"",
"::=",
"{",
"outputConfigurationEntry",
"6",
"}"
],
"syntax_tree": [
[
"row",
"BITMAP96"
],
null,
[
"MaxAccessPart",
"read-write"
],
[
"Status",
"optional"
],
[
"DESCRIPTION",
"<Definition> Consists of up to 16 physical Arming Pins to the TSS and up to 32 bits of external arming bits which can be controlled through this protocol. The Arming Pins have historically been connected to the phase greens but can be used for any purpose. It is envisioned that the phase green information could be sent through Arming Input Bits using the protocol and eliminate the need for additional wiring. If the Arming Pin inputs are DC then a low input is an ON and a high input is an OFF. If the Arming Pin inputs are AC then a low input is an OFF and a high input is an ON. <Format> byte 1 Bit 0 = Arming Pin 1 OFF, Bit 1 = Arming Pin 2 OFF, Bit 2 = Arming Pin 3 OFF, Bit 3 = Arming Pin 4 OFF, Bit 4 = Arming Pin 5 OFF, Bit 5 = Arming Pin 6 OFF, Bit 6 = Arming Pin 7 OFF, Bit 7 = Arming Pin 8 OFF, byte 2 Bit 0 = Arming Pin 9 OFF, Bit 1 = Arming Pin 10 OFF, Bit 2 = Arming Pin 11 OFF, Bit 3 = Arming Pin 12 OFF, Bit 4 = Arming Pin 13 OFF, Bit 5 = Arming Pin 14 OFF, Bit 6 = Arming Pin 15 OFF, Bit 7 = Arming Pin 16 OFF, byte 3 Bit 0 = Arming Pin 1 ON, Bit 1 = Arming Pin 2 ON, Bit 2 = Arming Pin 3 ON, Bit 3 = Arming Pin 4 ON, Bit 4 = Arming Pin 5 ON, Bit 5 = Arming Pin 6 ON, Bit 6 = Arming Pin 7 ON, Bit 7 = Arming Pin 8 ON, byte 4 Bit 0 = Arming Pin 9 ON, Bit 1 = Arming Pin 10 ON, Bit 2 = Arming Pin 11 ON, Bit 3 = Arming Pin 12 ON, Bit 4 = Arming Pin 13 ON, Bit 5 = Arming Pin 14 ON, Bit 6 = Arming Pin 15 ON, Bit 7 = Arming Pin 16 ON, byte 5 Bit 0 = Arming Input bit 1 OFF, Bit 1 = Arming Input bit 2 OFF, Bit 2 = Arming Input bit 3 OFF, Bit 3 = Arming Input bit 4 OFF, Bit 4 = Arming Input bit 5 OFF, Bit 5 = Arming Input bit 6 OFF, Bit 6 = Arming Input bit 7 OFF, Bit 7 = Arming Input bit 8 OFF, byte 6 Bit 0 = Arming Input bit 9 OFF, Bit 1 = Arming Input bit 10 OFF, Bit 2 = Arming Input bit 11 OFF, Bit 3 = Arming Input bit 12 OFF, Bit 4 = Arming Input bit 13 OFF, Bit 5 = Arming Input bit 14 OFF, Bit 6 = Arming Input bit 15 OFF, Bit 7 = Arming Input bit 16 OFF, byte 7 Bit 0 = Arming Input bit 17 OFF, Bit 1 = Arming Input bit 18 OFF, Bit 2 = Arming Input bit 19 OFF, Bit 3 = Arming Input bit 20 OFF, Bit 4 = Arming Input bit 21 OFF, Bit 5 = Arming Input bit 22 OFF, Bit 6 = Arming Input bit 23 OFF, Bit 7 = Arming Input bit 24 OFF, byte 8 Bit 0 = Arming Input bit 25 OFF, Bit 1 = Arming Input bit 26 OFF, Bit 2 = Arming Input bit 27 OFF, Bit 3 = Arming Input bit 28 OFF, Bit 4 = Arming Input bit 29 OFF, Bit 5 = Arming Input bit 30 OFF, Bit 6 = Arming Input bit 31 OFF, Bit 7 = Arming Input bit 32 OFF, byte 9 Bit 0 = Arming Input bit 1 ON, Bit 1 = Arming Input bit 2 ON, Bit 2 = Arming Input bit 3 ON, Bit 3 = Arming Input bit 4 ON, Bit 4 = Arming Input bit 5 ON, Bit 5 = Arming Input bit 6 ON, Bit 6 = Arming Input bit 7 ON, Bit 7 = Arming Input bit 8 ON, byte 10 Bit 0 = Arming Input bit 9 ON, Bit 1 = Arming Input bit 10 ON, Bit 2 = Arming Input bit 11 ON, Bit 3 = Arming Input bit 12 ON, Bit 4 = Arming Input bit 13 ON, Bit 5 = Arming Input bit 14 ON, Bit 6 = Arming Input bit 15 ON, Bit 7 = Arming Input bit 16 ON, byte 11 Bit 0 = Arming Input bit 17 ON, Bit 1 = Arming Input bit 18 ON, Bit 2 = Arming Input bit 19 ON, Bit 3 = Arming Input bit 20 ON, Bit 4 = Arming Input bit 21 ON, Bit 5 = Arming Input bit 22 ON, Bit 6 = Arming Input bit 23 ON, Bit 7 = Arming Input bit 24 ON, byte 12 Bit 0 = Arming Input bit 25 ON, Bit 1 = Arming Input bit 26 ON, Bit 2 = Arming Input bit 27 ON, Bit 3 = Arming Input bit 28 ON, Bit 4 = Arming Input bit 29 ON, Bit 5 = Arming Input bit 30 ON, Bit 6 = Arming Input bit 31 ON, Bit 7 = Arming Input bit 32 ON. <Object Identifier> 1.3.6.1.4.1.1206.4.2.4.2.2.1.6"
],
null,
null,
null,
null
]
}