A6500-UM  Axis relative vibration mode

The A6500-UM shaft Relative Vibration mode is an advanced mode for monitoring shaft

vibration in rotating equipment. This mode provides critical information about the operating

state of the device by accurately measuring the vibration of the shaft relative to the vibration

probe. Shaft relative vibration mode is widely used in turbine, gas turbine, compressor, water turbine and other rotating equipment.

The main function of shaft relative vibration measurement is to achieve accurate monitoring

of shaft relative vibration and protect the equipment in a reliable manner by comparing the measured

parameters with the preset alarm setpoint and triggering the alarm and driving the relay output once the parameter

exceeds the set point. This measurement method not only helps to detect potential equipment failures in time,

but also provides an early warning mechanism to ensure stable operation and safe production of equipment.

A6500-UM

The A6500-UM shaft relative vibration mode uses a displacement sensor as a non-contact measuring tool,

which is mounted on the bearing to measure shaft vibration relative to the bearing housing. When the weight

of the housing is much greater than that of the rotor, and the bearing housing is not expected to vibrate between

normal running speeds, the relative vibration of the shaft should be selected as the monitoring index.

In addition, the A6500-UM shaft relative vibration mode also supports functions such as remote control limit

doubling and skip bypass, which allows users to flexibly adjust monitoring parameters according to actual

needs to meet the needs of different equipment and different working environments.

Overall, the A6500-UM shaft relative vibration mode is an efficient and reliable monitoring method, which

can help users to monitor the operating status of rotating equipment in real time, detect potential problems

in time, and take effective measures to intervene, so as to ensure the stable operation of the equipment and extend the service life.