Additional Vibration Information
The vibration solutions kit provides machine learning for baseline and alerting on RMS Velocity and High Frequency Acceleration for
both the X and Z Axis. For each of these register tables, S is the sensor ID number (between 1 and 40).
However, the vibration sensor contains many additional registers of vibration information that are stored in the local registers and
can be polled by any host connected to the same network or the data can be sent to the cloud.
Table 1: Additional vibration local registers
Register Number
Description
6141 + S × 10
Z Axis Peak Acceleration
6142 + S × 10
X Axis Peak Acceleration
6143 + S × 10
Z Axis Peak Velocity Frequency
6144 + S × 10
X Axis Peak Velocity Frequency
6145 + S × 10
Z Axis RMS Low Frequency Acceleration
6146 + S × 10
X Axis RMS Low Frequency Acceleration
6147 + S × 10
Z Axis Kurtosis
6148 + S × 10
X Axis Kurtosis
6149 + S × 10
Z Axis Crest Factor
6150 + S × 10
X Axis Crest Factor
Spectral banding information for three bands of each axis at 1x, 2x, and 3x–10x the rotational speed of the motor is available based
on a dynamic speed input. To use this feature, have a host system or read rule from a MultiHop radio with speed input place the
speed in Hz into registers 6581–6620 (sensor IDs 1–40) at a rate of no more than once per hour.
The following spectral band information are available in floating point registers 1001–1960. For more information, please read the
Spectral Banding Technical Note
(p/n b_4510565) on the Vibration and Temperature sensor Web page. Only the default
configuration of 1x, 2x, 3–10x is available on the Solutions Kit.
Table 2: Spectral band floating point registers 1001–1960
Register Number
Description
1001 + S × 36
Z Axis Velocity 1x Band
1003 + S x 36
Z Axis Peak Velocity 1x Band
1005 + S × 36
Z Axis Velocity Peak Frequency 1x Band
1007 + S × 36
Z Axis Velocity 2x Band
1009 + S x 36
Z Axis Peak Velocity 2x Band
1011 + S × 36
Z Axis Velocity Peak Frequency 2x Band
1013 + S × 36
Z Axis Velocity 3x-10x Band
1015 + S x 36
Z Axis Peak Velocity 3x-10x Band
1017 + S × 36
Z Axis Velocity Peak Frequency 3x–10x Band
1019 + S × 36
X Axis Velocity 1x Band
1021 + S x 36
X Axis Peak Velocity 1x Band
1023 + S × 36
X Axis Velocity Peak Frequency 1x Band
1025 + S × 36
X Axis Velocity 2x Band
1027 + S x 36
X Axis Peak Velocity 2x Band
1029 + S × 36
X Axis Velocity Peak Frequency 2x Band
1031 + S × 36
X Axis Velocity 3x–10x Band
1033 + S x 36
X Axis Peak Velocity 3x–10x Band
1035 + S × 36
X Axis Velocity Peak Frequency 3x–10x Band
Connect the DXM and HMI to a Wide Area Network (WAN)
By default, the HMI and DXM Controller are configured to communicate using static IP addresses. To connect to a WAN, configure
the two devices to have a new static IP address on the new network or to acquire their own IP address via DHCP.
Connecting to a WAN allows the devices to be configured by any computer on the network and allows the DXM to be configured to
push data to a cloud webserver for remote monitoring.
Vibration Monitoring and Predictive Maintenance Solutions Kit Quick Start Guide (MultiHop)
P/N 214301 Rev. F
www.bannerengineering.com - Tel: + 1 888 373 6767
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