Vibration monitor

We offer a range of vibration monitors that are used to monitor and analyse vibrations in machines and systems. These devices are designed to convert machine vibrations into measured values such as vibration velocity and offer various functions to ensure reliable operation.

Main features of the vibration monitors

Compact design: The vibration monitors are housed in robust aluminium or stainless steel housings, making them resistant and durable.

Adjustable parameters: Measuring range, frequency range as well as pre-alarm and main alarm can be set via DIP switches, allowing flexible adaptation to different applications.

Additional functions: Additional functions include test and reset functions as well as continuous function monitoring to ensure the reliability of measurements.

Easy mounting: The devices are easy to mount, for example through a threaded hole, which simplifies installation and maintenance.

Our vibration monitors are ideal for condition monitoring and preventive maintenance of machines. They help to detect potential problems at an early stage and thus avoid expensive breakdowns and damage.

Applications of vibration monitors

Machine monitoring:

• Motors and pumps: Monitoring vibrations for early detection of imbalances, bearing problems or other mechanical defects
• Fans and compressors: Ensuring smooth operation by continuously monitoring vibrations

Condition monitoring:

• Preventative maintenance: Early detection of wear and damage to avoid unplanned downtime and expensive repairs
• Quality assurance: Ensuring product quality by monitoring machine conditions during the production process

Safety monitoring:

• Critical assets: Used in safety-critical areas such as power plants or chemical plants to minimize potential hazards from excessive vibrations
• Structural integrity: Monitoring buildings and bridges for structural changes and damage caused by vibrations

Energy generation:

• Wind turbines: Monitoring vibrations for early detection of problems in the turbines and optimizing maintenance intervals
• Hydroelectric power plants: Ensuring efficient operation by continuously monitoring vibrations in the turbines and generators