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Primary device functions (continued)
Object ID
Name
Description
Direction
Spectrum X-axis data
0xA0BA
PD Y Band 19 Mantissa of the calculated vibration RMS in Band 19 of amplitude spectrum
analysis for Y-axis. The unit is g.
Input
0xA0BB
PD Y Band 20 Mantissa of the calculated vibration RMS in Band 20 of amplitude spectrum
analysis for Y-axis. The unit is g.
Input
0xA0BC
PD Y Band 21 Mantissa of the calculated vibration RMS in Band 21 of amplitude spectrum
analysis for Y-axis. The unit is g.
Input
0xA0BD
PD Y Band 22 Mantissa of the calculated vibration RMS in Band 22 of amplitude spectrum
analysis for Y-axis. The unit is g.
Input
0xA0BE
PD Y Band 23 Mantissa of the calculated vibration RMS in Band 23 of amplitude spectrum
analysis for Y-axis. The unit is g.
Input
0xA0BF
PD Y Band 24 Mantissa of the calculated vibration RMS in Band 24 of amplitude spectrum
analysis for Y-axis. The unit is g.
Input
0xA0C0
PD Y Band 25 Mantissa of the calculated vibration RMS in Band 25 of amplitude spectrum
analysis for Y-axis. The unit is g.
Input
0xA0C1
PD Y Band 26 Mantissa of the calculated vibration RMS in Band 26 of amplitude spectrum
analysis for Y-axis. The unit is g.
Input
0xA0C2
PD Y Band 27 Mantissa of the calculated vibration RMS in Band 27 of amplitude spectrum
analysis for Y-axis. The unit is g.
Input
0xA0C3
PD Scaler Y
Mantissa of the calculated vibration RMS in Bands of amplitude spectrum
analysis for Y-axis. Scientific notation is used to represent the calculated values.
the scaler value is recalculated every time when the process data is updated. The
scaler value is adjusted to the biggest calculated vibration RMS value for Y-axis.
Example:
Calc.vibr. RMS in Band 1 for Y-axis = PD Y Band 1×10
PD Scaler Y
Input
Spectrum Z-axis data
0xA0C4
PD Z Band 1
Mantissa of the calculated vibration RMS in Band 1 of amplitude spectrum
analysis for Z-axis. The unit is g.
Input
0xA0C5
PD Z Band 2
Mantissa of the calculated vibration RMS in Band 2 of amplitude spectrum
analysis for Z-axis. The unit is g.
Input
0xA0C6
PD Z Band 3
Mantissa of the calculated vibration RMS in Band 3 of amplitude spectrum
analysis for Z-axis. The unit is g.
Input
0xA0C7
PD Z Band 4
Mantissa of the calculated vibration RMS in Band 4 of amplitude spectrum
analysis for Z-axis. The unit is g.
Input
0xA0C8
PD Z Band 5
Mantissa of the calculated vibration RMS in Band 5 of amplitude spectrum
analysis for Z-axis. The unit is g.
Input
0xA0C9
PD Z Band 6
Mantissa of the calculated vibration RMS in Band 6 of amplitude spectrum
analysis for Z-axis. The unit is g.
Input
0xA0CA
PD Z Band 7
Mantissa of the calculated vibration RMS in Band 7 of amplitude spectrum
analysis for Z-axis. The unit is g.
Input
0xA0CB
PD Z Band 8
Mantissa of the calculated vibration RMS in Band 8 of amplitude spectrum
analysis for Z-axis. The unit is g.
Input
0xA0CC
PD Z Band 9
Mantissa of the calculated vibration RMS in Band 9 of amplitude spectrum
analysis for Z-axis. The unit is g.
Input
0xA0CD
PD Z Band 10 Mantissa of the calculated vibration RMS in Band 10 of amplitude spectrum
analysis for Z-axis. The unit is g.
Input
0xA0CE
PD Z Band 11 Mantissa of the calculated vibration RMS in Band 11 of amplitude spectrum
analysis for Z-axis. The unit is g.
Input
0xA0CF
PD Z Band 12 Mantissa of the calculated vibration RMS in Band 12 of amplitude spectrum
analysis for Z-axis. The unit is g.
Input
BCM R16E-004-CI0 _ - _ _ , _-S4
Condition Monitoring Sensor