Rockwell Automation 1440-DYN02-01RJ XM Dynamic Measurement Module - Manuel (Page 62)

62 Publication ICM-UM002F-EN-E - March 2013
Chapter 3 Configure XM Module in RSLogix 5000 Software
5. When finished selecting the measurements, click OK.
A confirmation dialog box appears to confirm any changes you are
making to the module definition.
6. Click Yes to update the appropriate values and return the General tab.
Click No to return to the General tab discarding any changed values.
On this tab In this field Value/Comments
Channel Data Channel Sets the corresponding channel’s configuration parameters.
Overall The measured overall value. Overall measures the amplitude of the
vibration signal at all frequencies between the analog high and low
pass filter, or if specified, the digital low pass filter.
DC Bias/Gap The measured average DC offset of the transducer signal.
1X Magnitude The measured magnitude of the vibration at the machine speed.
1X Phase The measured phase of the vibration at the machine speed.
2X Magnitude The measured magnitude of the vibration at 2 times the machine
speed.
2X Phase The measured phase of the vibration at 2 times the machine speed.
3X Magnitude The measured magnitude of the vibration at 3 times the machine
speed.
Sum Harmonics The sum of the amplitude of the harmonics in the range from the
specified starting order through the frequency maximum.
Not 1X The measured magnitude of the vibration excluding the vibration at
the machine speed.
Band 0 - 3 The measured magnitude of the vibration within selected band
frequency bands.
Speed The measured speed value for the machine.
Maximum Speed The maximum speed value for the machine. This is the greatest
measured speed value since the most recent reset.
You can reset the Maximum Speed using MaxSpeedReset in the
output tag.
See I/O Data Tags on page 91 .
Channel Data Acceleration The measured acceleration value for the machine. The acceleration is
the rate of change in the speed.
SMAX Magnitude The greatest peak magnitude around the orbit.
SMAX Phase The phase at which the greatest peak magnitude occurs around the
orbit.