Sensors for speed measurements
Choosing the right speed sensor for an application is of crucial importance for an accurate and reliable measurement. After all, the signal of the sensor is the input for an…
Machine protection
New: Vibration transmitter for SIL2 applications
The ST5484E is a SIL2 certified vibration transmitter for vibration measurements on bearing housings and is suitable for rotating machinery and reciprocating compressors. With the certification, the transmitter is applicable…
Machine protection solutions and systems
There are different system structures to facilitate machine vibration protection – one more advanced than the other. Which method is used depends on the application and the criticality of it.…
A brief history of vibration
In 1939, T.C. Rathbone published a paper called ‘Vibration Tolerance‘ in the magazine Power Plant Engineering. The ideas in this paper are considered the foundation of modern industrial vibration measurements.…
8 effects of machine vibrations
Monitoring machine vibrations affords greater control over the safety and availability of the equipment. It reduces unscheduled downtime and potential damage or failure can be resolved at an early stage.…
Infographic: Which Vibration Monitoring Strategy fits my machine?
When it has been decided to start a machine condition monitoring program on a machine to start a predictive maintenance strategy, it appears that there a various possibilities how this can…
Who is responsible for process safety in a factory?
To ensure process safety in a factory, protective layers are used; risk-reducing measures. These protective layers can be related to people, the process, or the plant (and machinery). The greater…
How employee safety is influenced by corporate culture
The management of a company is always ultimately responsible for the safety of its employees. In the process industry, it is crucial to pay close attention to safety assurance, as…
How to test an overspeed monitoring system of a turbine
A turbine is designed to reach a maximum number of revolutions per minute (rpm), where the blades of the turbine can achieve enormous speeds. This limit must not be exceeded,…
What are the differences between Safety Integrity Level (SIL) and Performance Level (PL)?
Safety Integrity Level (SIL) SIL stands for Safety Integrity Level (EN-IEC 62061) and is a part of Functional Safety. SIL is a method to assess electrical, electronic, and programmable electronic…
What are the differences between Safety Integrity Level (SIL) and Performance Level (PL)?
Safety Integrity Level (SIL) SIL stands for Safety Integrity Level (EN-IEC 62061) and is part of Functional Safety. SIL is a method for assessing electrical, electronic, and programmable electronic systems,…
