Condition monitoring through vibration detection

Continuous condition monitoring is essential for the economical and fail-safe operation of machines and systems in terms of predictive maintenance. An essential part of this monitoring is the detection of mechanical oscillations - caused by acceleration, changes in speed or displacements of moving components such as motors, gears, roller bearings or industrial fans.

To reliably record these measured variables, ipf electronic has developed the compact vibration sensor WF210020 to its product portfolio.

The sensor is housed in a robust stainless steel housing (material: 1.4305) with a degree of protection of IP67, making it ideal for use in demanding industrial environments.

Despite its compact design, the WF210020 offers comprehensive monitoring of the following parameters:

Vibration velocity e.g. for monitoring component fatigue (mm/s, RMS)

Vibration acceleration e.g. for monitoring mechanical friction (g, RMS and peak)

temperature e.g. for monitoring temperature increases due to excessive friction (°C)

The maximum acceleration is ±15g, the maximum speed is 128mm/s.

The measured values are optionally output via an analog output (4...-20mA) or via two configurable switching outputs. In addition, the integrated IO-Link interface enables simple start-up and individual parameterization of the sensor.

The installation of the WF210020 is mounted via an M8x1.25mm thread. For flexible and quick mounting, the magnetic holder AY000189 is available as an option, which impresses with its high holding force of 350N.