The VIBROCONTROL 1000 family, is used when single-channel monitoring is sufficient to protect a machine.

A typical configuration consists of 1 (2) sensors and electronic unit. The monitor is designed to convert the sensor signal into the monitored parameter, compare the measured value with limits and energise limit relays.

The monitoring instrument is equipped with two adjustable alarm limits. These limits are adjusted via a potentiometer. Exceeding the pre-selected limit activates the respective relay. An adjustable delay time for each relay prevents false alarms.

A built-in-self test activates the OK-relay if a sensor fault is recognized, contributing to the reliability of the system – a primary requirement for monitoring systems.

Ample adjustments for measurement parameters, full scale ranges, and delay times etc. via simple jumpers, allow easy customizing to meet each monitoring need.

The IP65 heavy-duty industrial housing contains a power supply that may be used with 230/115 V AC 50/60 Hz or +24 V DC.

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Monitors vibrations of the machine or bearing housings.

Electro-dynamic vibration sensors are used, mounted either horizontally, vertically, or axially to provide the vibration signals.

  • RMS value of vibration velocity
  • Peak value of vibration displacement

Sensor: Vibration velocity sensor (e.g. VS-068)

Monitors the vibrations of the shaft relative to the bearing.

The signals are provided by two non-contacting sensors mounted in the same radial plane at 90º to each other.

Measurement parameter:

  • Smax acc. to DIN ISO 7919
  • MAX (x,y) acc. to API 670

Sensors: 2 (x and y) non-contacting type (SD-05x or IN-08x)

Monitors the axial position of the shaft. The signal is provided by a single non-contacting sensor.

Measurement parameter:

  • Static axial position relative to a pre-selected position

Sensor: 1 non-contacting displacement sensor (SD-xxx or IN-08x Series)