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5
Primary device functions (continued)
PD
Object ID
Position Name
Bit
Length
Data
Type
Description / Contains info
0xA039
Byte 1
PD Envelope Y
Band 4
8
UINT8 Mantissa of the calculated vibration RMS in Band 4 of
envelope spectrum analysis for Y-axis. The unit is g.
Byte 2
PD Envelope Y
Band 5
8
UINT8 Mantissa of the calculated vibration RMS in Band 5 of
envelope spectrum analysis for Y-axis. The unit is g.
Byte 3
PD Envelope Y
Band 6
8
UINT8 Mantissa of the calculated vibration RMS in Band 6 of
envelope spectrum analysis for Y-axis. The unit is g.
Byte 4
PD Envelope Scaler Y
4 – 6
8
INT8
Exponent of the calculated vibration RMS in Bands of
envelope 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 of Band 4 – 6
value for Y-axis.
Example:
Calc.vibr. RMS in Band 4 for Y-axis = PD Envelope
Band 4x10
PD Env. Scaler Y
0xA03A
Byte 1
PD Envelope Z
Band 1
8
UINT8 Mantissa of the calculated vibration RMS in Band 1 of
envelope spectrum analysis for Z-axis. The unit is g.
Byte 2
PD Envelope Z
Band 2
8
UINT8 Mantissa of the calculated vibration RMS in Band 2 of
envelope spectrum analysis for Z-axis. The unit is g.
Byte 3
PD Envelope Z
Band 3
8
UINT8 Mantissa of the calculated vibration RMS in Band 3 of
envelope spectrum analysis for Z-axis. The unit is g.
Byte 4
PD Envelope Scaler Z
1 – 3
8
INT8
Exponent of the calculated vibration RMS in Bands of
envelope spectrum analysis for Z-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 of Band 1 – 3
value for Z-axis.
Example:
Calc.vibr. RMS in Band 1 for Z-axis = PD Envelope
Band 1x10
PD Env. Scaler Z
0xA03B
Byte 1
PD Envelope Z
Band 4
8
UINT8 Mantissa of the calculated vibration RMS in Band 4 of
envelope spectrum analysis for Z-axis. The unit is g.
Byte 2
PD Envelope Z
Band 5
8
UINT8 Mantissa of the calculated vibration RMS in Band 5 of
envelope spectrum analysis for Z-axis. The unit is g.
Byte 3
PD Envelope Z
Band 6
8
UINT8 Mantissa of the calculated vibration RMS in Band 6 of
envelope spectrum analysis for Z-axis. The unit is g.
Byte 4
PD Envelope Scaler Z
4 – 6
8
INT8
Exponent of the calculated vibration RMS in Bands of
envelope spectrum analysis for Z-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 of Band 4 – 6
value for Z-axis.
Example:
Calc.vibr. RMS in Band 4 for Z-axis = PD Envelope
Band 4x10
PD Env. Scaler Z
Tab. 5-19: Envelope spectrum data
5.4.3 Process data output
No process data output defined.
BCM R16E-004-CI0 _ - _ _ , _-S4
Condition Monitoring Sensor