How does a Parker Meggitt vibration sensor work?
Find out how a Parker Meggitt vibration sensor works, and how it can be used to monitor rotating machinery in industrial environments.
These sensors, integrated into advanced monitoring systems, play a crucial role in the predictive maintenance of critical equipment. Thanks to their precise detection technology, they can spot early signs of malfunction before they lead to costly downtime.
A sensor designed to monitor machine health
A Parker Meggitt vibration sensor is a highly sensitive measuring device designed to monitor abnormal movements in rotating machinery. It detects mechanical vibrations generated by components such as bearings or drive shafts. These vibrations reflect the dynamic behavior of the equipment. Even the slightest variation can signal the onset of a fault or progressive wear.
Thanks to their precision, these sensors provide a detailed reading of vibration levels, offering genuine real-time machine diagnostics. Whether in a hydraulic turbine, an industrial compressor or a generator, their presence is a guarantee of reliability.
Detailed operation of the Parker Meggitt vibration sensor
The operation of a Parker Meggitt vibration sensor is based on physical conversion technology. When a machine emits vibrations, the sensor reacts to these movements with a sensitive internal element – often a piezoelectric crystal or coil – which produces an electrical signal in response to acceleration or displacement.
This signal is then transmitted to a processing system, such as the RPV or VM600, which analyzes it in real time. Frequency, amplitude and vibration spectrum are interpreted to identify any anomalies. For example, an imbalance, misalignment or excessive play can be detected long before it leads to a breakdown.
Understanding how a Parker Meggitt vibration sensor works means understanding the fundamental role vibration plays in a machine’s behavior, and how this information is transformed into usable data.
Indispensable technology for industry
The use of these sensors is essential in all sectors where equipment reliability is crucial: energy, heavy industry, transport, power generation… These environments require continuous, reliable monitoring.
The Parker Meggitt vibration sensor stands out for its robustness, accuracy and ability to withstand extreme conditions, such as heat, humidity or permanent vibration. This makes them a real ally in condition-based maintenance, enabling you to anticipate rather than suffer.
By associating these sensors with an intelligent supervision system, operators can set alert thresholds, generate reports and plan their interventions in a targeted manner.
Strategic installation for effective detection
Le positionnement du capteur est aussi important que sa technologie. Il doit être installé sur les points les plus sensibles de la machine, notamment au niveau des paliers, des supports de roulement ou des structures proches de la ligne d’arbre. L’objectif est de capter avec précision les vibrations émises par les éléments mobiles et de ne pas perdre d’informations en raison d’un mauvais emplacement.
Chez Normandy Control Group, nos techniciens vous accompagnent pour assurer une installation optimale, compatible avec les exigences de vos équipements et les recommandations des fabricants. Grâce à notre expertise des systèmes Parker Meggitt, nous garantissons une lecture fidèle des signaux vibratoires.
Why do call on Normandy Control Group/NCG ?
When you choose Normandy Control Group, you choose a partner you can trust for the maintenance and repair of your industrial equipment. As an official Woodward and Parker Meggitt (vibro-meter) distributor in France and French-speaking Africa, including Algeria, Tunisia and Morocco, we offer recognized expertise in the field. We also have two workshops in France, in Le Havre and Marseille, as well as workshops in Côte d’Ivoire and Senegal.
