340 Rockwell Automation Publication 1444-UM001D-EN-P - June 2018
Appendix A CIP Objects
Attribute Semantics
The listed values are NEGATIVE 128 and NEGATIVE 64 (not dash).
36 Get NV Channel 0 Application
Typ e
INT Applied - application types. Application Index
37 Get NV Channel 1 Application
Typ e
INT
38 Get NV Channel 2 Application
Typ e
INT
39 Get NV Channel 3 Application
Typ e
INT
64 Get - CIP Sync Support BYTE Availability of CIP Sync. 1: Available
Table 88 - Instance Attributes
Table 89 - Module Type
Index Description
1 RT - 4 Dynamic (4 kHz)
2 RT - 2 Dynamic (20 kHz) / 2 Static
32 RT - 2 Dynamic (4 kHz) - Dual Path
64 RT - 2 Dynamic (40 kHz)
-128 MX - 4 Dynamic (40 kHz) - Paired Channels
-96 MX - 4 Dynamic (40 kHz) - Individual Channels
Table 90 - Channel Application Type
Index Description Primary Path Filtering Integration Footnotes*
0OFF - - -
1 Temperature transmitter (F) OFF - 1
2 Temperature transmitter (C) OFF - 1
3 Temperature transmitter (K) OFF - 1
4DC Current OFF - 1
5DC Voltage OFF - 1
6Position OFF - 1
7 Rod Drop OFF - 1
8 Bearing Temperature (F) OFF - 1
9 Bearing Temperature (C) OFF - 1
10 Bearing Temperature (K) OFF - 1
77 X (shaft relative) - Filtered LP-HP (24 dB) - 2
78 Y (shaft relative) - Filtered LP-HP (24 dB) - 4
79 Eccentricity LP (24 dB) - 3
80 Aeroderivative (AV to V) LP-HP (60 dB) - 3
81 X (shaft relative) LP (24 dB) - 4
82 Y (shaft relative) LP (24 dB) - 4
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