Condition Monitoring - Basic Training | APPLIED THEORY
Condition Monitoring - Basic Training | APPLIED THEORY
This training provides a structured understanding of vibration condition monitoring, enabling learners to measure, interpret and diagnose machine faults in rotating equipment using vibration data.
Status: Running
Mandatory course: No
Category: {i18n de}3. Instandhaltungslösungen & Services{/i18n}{i18n en}3. Maintenance Products and Services{/i18n}, {i18n de}3.1. Grundlagen{/i18n}{i18n en}3.1. Principles{/i18n}
Category (Icon): 3. Maintenance Products and Services
Level: Basic
Location: Online
Language: {i18n de}Englisch{/i18n}{i18n en}English{/i18n}
Icon language: English
Training type: On-demand
Training fees: Yes
Knowledge area: {i18n en}Maintenance Personnel{/i18n}{i18n de}Instandhalter{/i18n}, {i18n en}Engineers{/i18n}{i18n de}Ingenieure{/i18n}, {i18n en}Fitters{/i18n}{i18n de}Monteure{/i18n}
Date: Anytime
Duration: 150 min
Certificate: No
New: Yes
Main topics (Certificate): Principles of Vibration Technology
Signal Processing
Design of a Condition Monitoring Program
Measuring Systems and Calibration
Sensor Deployment and Data Validation
General Analysis and Diagnosis
Component-Specific Analysis and Diagnosis
Signal Processing
Design of a Condition Monitoring Program
Measuring Systems and Calibration
Sensor Deployment and Data Validation
General Analysis and Diagnosis
Component-Specific Analysis and Diagnosis
Training ID master course: {courseid}
Certificate Version: 1.0
Training objective: In this training course, learners will deepen their understanding of vibration condition monitoring and its role in machine health assessment. They will learn how vibration signals are generated, measured, processed and interpreted, and how these insights can be used to detect and assess common machine faults. The training also provides a structured overview of measuring systems, signal processing methods and diagnostic approaches for typical rotating machine components such as bearings, gearboxes, and belt drives. Once completed, learners will be able to better evaluate vibration data, recognize characteristic fault patterns and apply vibration analysis principles more confidently in practice.
Content of training: Principles of Vibration Technology
Signal Processing
Design of a Condition Monitoring Program
Measuring Systems and Calibration
Sensor Deployment and Data Validation
General Analysis and Diagnosis
Component-Specific Analysis and Diagnosis
Signal Processing
Design of a Condition Monitoring Program
Measuring Systems and Calibration
Sensor Deployment and Data Validation
General Analysis and Diagnosis
Component-Specific Analysis and Diagnosis
Targetgroup Trainingpage: Engineers, Fitters, Maintenance personnel
Description category: Maintenance Products and Services - Condition Monitoring Solutions
Requirements: Participants should have completed the Condition Monitoring - Basic Training | FUNDAMENTALS course at the Schaeffler Training Campus. They should also have a basic understanding of rotating machinery and maintenance practices.
Further information:
This course prepares learners for ISO CAT I and II training. Designed for individuals who want to expand their vibration knowledge beyond the basics, the course provides a structured understanding of vibration condition monitoring principles. The course combines theoretical foundations with practical diagnostic perspectives to help students interpret measurement results in industrial applications. This course is ideal for professionals involved in machine health assessment, troubleshooting, and predictive maintenance of rotating equipment.
Trainingsbeschreibung Zusammenfassung: This training provides a structured understanding of vibration condition monitoring, enabling learners to measure, interpret and diagnose machine faults in rotating equipment using vibration data.
Price category: {i18n de}Preis auf Anfrage{/i18n}{i18n en}Price on request{/i18n}
Price Customer: 350 €
Price Distributor: 200 €
Price Service Provider: 200 €
Price internal: 0 €
Kursbild2: On Demand
Search parameter: M_PC15_EN
Keywords: Vibration, Principle, Sensor