GE Mark VIeS - YVIB Compatibility; YVIB Version Compatibility; YVIB Terminal Board Compatibility

8.2.1 YVIB Compatibility
The YVIB I/O pack contains an internal processor board. The following table lists the available versions of the YVIB.
YVIB Version Compatibility
I/O Pack
Processor
Board
†
Application
Board
†
Compatible
(Supported)
Firmware
ControlST
Versions
Enhanced
Signal Mode
‡
Channels Sensor
Types
YVIBS1B BPPC BBAA V05.01 and later Supported in
V06.02 and later
Yes 13 Refer to the table
YVIB Supported
Sensor Inputs.
†
Internal to the I/O pack and are not replaceable.
‡
YVIBS1B supports an additional KeyPhasor* input, a CDM input, and other enhanced processing capabilities.
Attention
YVIBS1B cannot be mixed on a TMR module.
Attention
If upgrading to YVIBS1B with an existing YVIBS1A configuration, use the ToolboxST
application to correct the GAP12 configuration. Refer to the replacement procedure
To replace a YVIB I/O pack in the section YVIB I/O Pack Replacement.
After upgrading existing YVIBS1A applications to YVIBS1B, the user may need to
use the configurable low-pass filter to roll-off responses to match existing
peak-to-peak calculations. This is because the YVIBS1B has an increased input signal
bandwidth of 4500 Hz.
The YVIB I/O pack is compatible with the Vibration (TVBA) terminal board.
YVIB Terminal Board Compatibility
Terminal Board
Description
I/O Pack Redundancy
Simplex
Dual TMR
TVBAS2B
Safety vibration terminal board with buffered outputs;
N28 function integrated into terminal board and YVIB
S-position is lined up vertically with R and T positions.
Yes No Yes
Note Refer to the section TVBA Compatibility for additional information.
I/O pack redundancy refers to the number of I/O packs used in a signal path, as follows:
• Simplex uses one I/O pack.
• TMR uses three I/O packs.
YVIB Vibration Monitor Modules GEH-6855_Vol_II System Guide 229
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