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Asset Reliability & Machinery Health

Category: Reliability Solutions

Course Code: 2031

Course Duration: 5 days

Dates Offered: Jul 4-8 |

Description: This course is for individuals needing an introduction to the technology and concepts used in the new generation of process control systems.

This 5-day course complies with Category I Vibration Analyst per ISO standard 18436- 2: Vibration condition monitoring and diagnostics. This course is intended to enable students to operate single channel machinery analyzers, dump and load routes, recognize the difference between good and bad data, and compare vibration measurements against pre-established alert settings. Although this training course is not product-specific, students will use Emerson’s CSI technologies for demonstration purposes.

The class shows the student how to use the vibration analyzer in conjunction with Emerson Machinery Health Management supported software to analyze basic vibration defects.
Course Code: 2032

Course Duration: 5 days

Dates Offered: Mar 14-18 | Oct 3-7

Description This 5-day course complies with Category II Vibration Analyst per ISO standard 18436- 2: Vibration condition monitoring and diagnostics. Category II vibration analysts are expected to be able to select appropriate vibration measurement techniques, set up instruments for basic resolution of amplitude, frequency, and time, perform basic spectrum analysis, maintain a database of results and trends, perform single-channel impact tests, classify, interpret and evaluate test results in accordance with applicable specifications and standards, recommend minor corrective actions, and understand basic single plane field balancing concepts.

This course also features the use of the CSI 2130 Machinery Analyzer in conjunction with advanced machinery analysis techniques. Discussions of case histories on machinery faults are one of the focal points of this course.
Course Code: 2033

Course Duration: 5 days

Dates Offered: Apr 4-8 | Nov 14-18

Description: This 5-day course complies with Category III Vibration Analyst per ISO standard 18436-2: Vibration condition monitoring and diagnostics.

This course expands on the subjects covered in the Intermediate Vibration course (Category II), especially in the areas of fault analysis and corrective actions. The class details advanced analysis techniques.

The dual-channel machinery health analyzer features are introduced including the use of AMS™ Suite: Machinery Health Manager Software to set up the advanced analyzer features and the powerful downloadable programs for data collection. The transient machinery health analyzer capabilities are covered such as long-term time waveform.

The class covers advanced resonance detection using a variety of testing methods, including triggered data collection.
Course Code: 2068+2076

Course Duration: 5 days

Dates Offered: Jun 20-24

Description: Introduction to AMS Machinery Manager: This 4-day course was designed for the new users of AMS Machinery Manager. Students learn methods of database creation and vital features of route creation such as collecting reference data, analyzer/computer communication, and the basic concepts of Analysis Parameter Sets, Alarm Limit Sets, and Fault Frequency Sets. A CSI 2130 Analyzer will be used to load routes and collect data on lab machinery for basic vibration analysis using Export and Diagnostic Plotting.

Fundamentals of CSI 2140: This 2-day hands-on course focuses on the basic operation of the CSI 2140 Machinery Health Analyzer. Students collect data on lab machines. This course is designed for personnel with little or no experience with CSI analyzers, but who are experienced in the field of vibration data collection and analysis.
Course Code: 2016

Course Duration: 2 days

Dates Offered: Aug 8-9

Description: This 2-days class teaches how to perform single- and dual-plane balancing using both graphical and analyzer-based balancing methods. The class uses the AMS 2140 Machinery Health Analyzer on lab machinery.

Prerequisites: Understanding of vibration analysis is recommended.

Topics Include:
  • Imbalance identification
  • Use of vectors
  • Calculating influence coefficients
  • Use of the auxiliary analyzer balance functions
  • Calculating a system lag
  • Estimate trial weights
  • Balancing flexible rotor systems
  • Balancing overhung rotors
  • Applying balancing techniques in an industrial setting

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