Training Library

In route-based vibration data collection, there has always been a debate on which is better, collecting 10 points on a 4 bearing machine or collecting 6 points on the same. This 20-minute video-based course examines the issue by comparing the pros and cons of each. This course is coming soon.

Learn exactly how AC Induction motors work so that your vibration analysis skills applied to them are stepped up a notch! This course is coming soon.

This course reviews compressor standards API 617 and API 618 giving interpretation and guidance. This course is coming soon.

This 20-minute video-based course covers the difference between vibration measurements made with absolute measurement sensors, such as accelerometers, and those that measure relative values such as proximity probes and Insight FDS sensors. Available now.

This course covers the value of acceptance testing requirements for new rotating equipment purchases. It includes guidelines for specifying standards and procedures for such. This course is coming soon.

Students who successfully complete the advanced applied vibration analysis course will be able to compute statistical alarms, interpret Lissajous Orbits, and apply advanced FFT techniques (i.e. Synchronous Time Averaging, Order Tracking and Demodulation) and time domain analysis on a variety of machine assemblies. This clas...

Vibration Analysis Category lII - ISO Certification Exam ISO Accredited Certification through the Vibration Institute requires 110 hours of formal training or independent study, Category II Certification, 36 months experience, and examination. The ISO Category llI exam is an additional $450 and can be administered on a dat...

This Advanced Reciprocating Compressor Analysis course teaches attendees fault analysis and advanced troubleshooting using pressure, vibration, ultrasound, and crank angle measurements. Advanced diagnostic tools are covered in this class to deal with repeat failures associated with mechanical natural frequencies and pulsati...

This Advanced Reciprocating Engine Analysis course teaches attendees fault analysis and advanced troubleshooting using pressure, vibration, ultrasound, and crank angle measurements. Advanced diagnostic tools are covered in this class to deal with repeat failures associated with mechanical natural frequencies and pulsation d...

In our Introduction to Applied Infrared Thermography CAT I Course, students will learn how to establish an Infrared Thermography condition monitoring program as well as begin to understand the fundamentals of thermogram signature analysis. This class is intended for maintenance technicians and engineers who want an introduc...

In our Introduction to Applied Ultrasound Analysis Category I Course, students will learn how to establish a Ultrasound condition monitoring program as well as begin to understand the fundamentals of airborne and structure-borne ultrasound analysis. This class is intended for maintenance technicians and engineers who want a...

This 20-minute video-based course discusses the difference between measuring machine reliability and availability. It covers the pros and cons of each as well as how to utilize both to improve your reliability program. Available now.

Learn the details of how the Bently Nevada Full Spectrum signal is processed. Understand the applications of this excellent tool for distinguishing between reverse and forward precession. Availability TBD

Learn how to do a simple bump test to determine natural frequencies, which lead to resonance issues. Available TBD

Calculating cost savings from failures that do not happen as a result of condition monitoring is a challenge but we provide solid practical practices. This course is coming soon.

This course reviews how Campbell diagrams are generated and how to interpret them. They are used to map rotor critical speeds as a function of shaft rotational speed. Available TBD

Oftentimes you suspect transients are happening but are not able to capture the event for analysis. Setting triggers is a sure-fire way to accomplish this. Available TBD

This 20-minute video-based course covers the failure of a center hung pump shaft due to operation far from the best efficiency pump. Fundamentals of pump and pump curve theory are included. Available now.

This courses gives an introduction to the methods and standards as they apply to rotating equipment belt and shaft alignment. This course is coming soon.

Learn the basics of starting a condition monitoring program using infrared analysis. You'll learn basic terminology, applications, and considerations for equipment purchases. Avoid the pitfalls of a new program with our expert advice. Available TBD

Learn the basics to starting a machinery health condition monitoring program using vibration analysis. Learn the keys to a successful launch. Available now.

This course reviews all typical manpower and materials costs when implementing a vibration monitoring program. Available TBD

Prioritizing setting maintenance strategies has to start with a criticality assessment. Our methods are tried, true and very practical to apply. Learn our methods in this short course. This course is coming soon.

Learn exactly how DC Induction motors work so that your vibration analysis skills applied to them are stepped up a notch! Available TBD

Learn how to specify damping treatment to solve resonance problems. Available TBD

A tutorial on how to set alarms when measuring displacement using your proximity probes. Available TBD

This 20-minute video-based course covers the differences between rigid and flexible rotors, and most importantly, how it affects balancing procedures. Available now.

This is a 20-minute video-based course that covers the mathematical calculations behind the single plane, trial weight vector method. It will give the analyst insight into their automated balancing programs. Available now.

In this hands-on dynamic balancing course, the students will learn how to properly identify and diagnose unbalance as well as perform single and two plane field balancing. Attendees will diagnose unbalance using phase analysis coupled with traditional spectral analysis and will learn the single plane vector method in order ...

A tutorial on setting warning and critical alarms when measuring dynamic strain on journal bearings. Available TBD

This 20-minute video-based course explains how to use a dynamic strain sensor, Insight FDS, to perform superior health analysis of a journal bearing. Specifications, installation instructions, and parameter setups are covered. This course is coming soon.

This course covers frequency filters that are not so common, such as the Bessel, Butterworth, Chebyshev, Gaussian, and Elliptic. General awareness and design parameters for them. Available TBD

Finite element analysis (FEA) models are a challenge to make accurate without utilizing model validation. The FEA computer model can be improved and validated to be accurate if field testing is performed as part of the process. The field data is compared to the predicted model in order to determine how to improve the mode...

Vibration spectrum analysis is easy...if you know the frequency. However, if the resolution is not right for the application, the measured frequency may not be accurate, making good analysis nearly impossible. This 20-minute video-based course explains the signal processing theory behind peak separation and how to apply it ...

Learn how the resolution of a linear spectrum significantly affects its ability to detect or suppress noise Available TBD

Learn the details of various frequency windows (Hanning, Hamming, Rectangular, Flat Top) used in vibration spectrum analysis including how and when to apply them. This course is coming soon.

Trying to monitor the health of a gear train using only frequency-based vibration analysis is likely to be insufficient. This 20-minute video-based course covers how to set parameters and interpret time-based data collected on gear trains. Available now.

The type of gear design will significantly affect its vibratory response. This 20-minute video-based course covers all types of gear design, their applications, and the expect vibratory response. Available TBD

Learns the ins and outs of IEPE accelerometers including theory, applications, and specifications. Available now.

This course reviews and gives guidance for the vibration standard ISO 10816 Available TBD

This course reviews the key concepts from the ISO Standard 21940-11, balancing rigid rotors. This course is coming soon.

This course reviews the key concepts from the ISO Standard 21940-12, balancing flexible rotors. This course is coming soon.

In our Intermediate Applied Vibration Analysis Category II Course, students will learn how to specify basic FFT parameters, establish initial alarm set points, and perform fundamental signature and phase analysis. This class is intended for maintenance technicians and engineers who want an intermediate course in vibration a...

Vibration Analysis Category ll - ISO Certification Exams ISO Accredited Certification through the Vibration Institute requires 68 hours of formal training or independent study, 18 months experience and the examination. The ISO Category ll exam is an additional $400 and can be administered on a date of your choosing. Please...

This Intermediate Reciprocating Compressor Analysis course teaches attendees fault analysis using pressure, vibration, ultrasound, and crank angle measurements. Reciprocating compressors principles are expanded upon from the level I course. This course is intended for maintenance technicians and engineers who have experienc...

This Intermediate Reciprocating Engine Analysis course teaches attendees fault analysis using ignition, pressure, vibration, ultrasound, and crank angle measurements. Reciprocating engine principles are expanded upon from the level 1 course.This course is intended for maintenance technicians and engineers who have experienc...

This course gives an introduction to modeling your production process with Reliability Block Diagrams. The block diagram is a powerful tool designed to find the best opportunities for process reliability improvement. This course is coming soon.

In our Introduction to Vibration Analysis Category I Course, students will learn how to establish a vibration condition monitoring program as well as begin to understand the fundamentals of vibration signature analysis. This class is intended for maintenance technicians and engineers who want an introductory course in condi...

Vibration Analysis Category l - ISO Certification Exam ISO Accredited Certification through the Vibration Institute requires 32 hours of formal training or independent study, six months experience and the examination. The ISO Category l exam is an additional $350 and can be administered on a date of your choosing. Please c...

A 20-minute video-based course with an introduction to optimizing maintenance strategies based on classic Reliability Centered Maintenance (RCM) techniques. Non-value-added tasks are removed giving the crew time to do those tasks that are useful. Available

In this Introduction to Reciprocating Compressor Analysis course, learn the fundamentals of reciprocating compressors and how to collect data for performance and mechanical integrity checks. This course is intended for maintenance technicians and engineers who want an introductory course in reciprocating compressor analysis...

In this Introduction to Reciprocating Engine Analysis course, learn the fundamentals of reciprocating engines and how to collect data for performance and mechanical integrity checks. This course is intended for maintenance technicians and engineers who want an introductory course in reciprocating engine analysis using vibra...

In this course students will learn the basic principles of journal bearing design in order to apply analysis techniques using time waveform, FFT spectra, orbits, shaft centerline plots, and load path plots. Accelerometer and proximity probe vibration data as well as dynamic strain data are covered. Actual case studies are ...

This 20-minute video-based course covers the major aspects of journal bearing selection and design. Build your knowledge on understanding the design of journal bearings and the applications they are meant for. This course will help analysts immensely with troubleshooting. Available now.

A 20-minute video-based course covering the operating theory of journal bearings. Understanding how the bearing will perform given various parameters makes the health analysis of these bearings much more straight-forward. This course is coming soon.

Unique to dynamic strain measurements, the Load Path Plot is a fantastic tool that helps the analyst to measure the relative attitude angle and eccentricity ratio of journal bearings. Available TBD

Learn proper oil sampling techniques, storage, and the basics of interpreting the analysis reports for both machinery and lubrication health. Available now.

This advanced level class was developed to help program managers, lubrication engineers and first-line technicians develop their ability to articulate machine specifications and technically accurate lubrication practices. This course offers the ICML body of knowledge including lubrication theory and formulation; testing and...

This 4-day class covers ICML certification preparation of the MLT1 and MLA1 bodies of knowledge in accordance to ISO 18436-4. It provides the foundational training for reliability-centered machine lubrication work practices AND oil-sample based condition assessment. This class will help you understand the positive impact th...

Vibration analysis is much more straight forward IF you know the frequency of the offensive malfunction. Most of the time we think we do, but instrument setup issues with window functions, sampling rates, the number of samples, average types and filters may hide the actual frequency in question. This course is coming so...

Understand the capabilities of the leading measurements systems available for motor current signature analysis as well as the best applications for it. Available TBD

Using the Fast Fourier Transform (FFT) to convert from the time to the frequency domain when computing a vibration spectrum produces unique results when the time signal is not a sinusoid. This short course helps the analyst to understand and anticipate the output of an FFT in this situation. Available TBD...

Learn how to set up and collect an Operating Deflection Shape (ODS) using the Frequency Response Function (FRF). This techniques allows the ODS analysis to be conducted without all channels collected simultaneously. Available TBD

Learn how to use operating deflection shape (ODS), finite element and modal analysis to troubleshoot and solve complex structural and rotating equipment problems. The material covered in this course goes beyond the requirements for ODS and Modal analysis subjects included in Category III - IV guidelines established by ISO 1...

Case study wherein a positive displacement pump crankshaft failed catastrophically. Available now

This 4-day course introduces attendees to Predictive Maintenance and the Condition Monitoring technologies that are integral to an effective program. The fundamentals of Vibration, Infrared, Ultrasound, Oil Analysis, and Motor Current Analysis are covered. Attendees gain an understanding of when to apply each technology, ...

This course provides instruction on the practical application of tried and true principles aimed to improve all aspects of plant reliability, regardless of the industry. It is geared toward motivated reliability professionals eager to implement realistic solutions to their program shortcomings. Students who complete this c...

In this hands-on course, students will learn the fundamental concepts of precision shaft alignment techniques and laser shaft alignment. Students will also learn the effects and importance of removing soft foot and correcting for weak bases. The hands-on portion of this class can be individually tailored to the experience l...

Learn the operational theory, applications, and specifications for eddy current proximity probes. This course is coming soon.

Centrifugal fan curves are a vital, but underutilized troubleshooting tool. This 20-minute video-based course discusses the details of reading and applying a fan curve. Additionally, the relationship between the operating location on the curve and the expected vibration response are covered. Available TBD...

Centrifugal pump curves are a vital, but underutilized troubleshooting tool. This 20-minute video-based course discusses the details of reading and applying a pump curve. Additionally, the relationship between the operating location on the curve and the expected vibration response are covered. Available now....

This 20-minute video-based course reviews a procedure to assess the strengths and weaknesses of a reliability program. Both a qualitative and quantitative analyses are included. This course is coming soon.

Learn how to set, track and calculate practical performance metrics for your reliability program. This course is coming soon.

Case study reviewing repeated blower bearing failures. Available TBD

Learn the requirements for a proper inertia base design. Available TBD

Learn how to apply high frequency demodulation (HFD) signal processing techniques in order to more reliably capture eminant bearing failures. This course is coming soon.

A 20-minute video-based course covering the major aspects of rolling element bearing selection and design. Take this training course if you are interested in understanding the design of rolling element bearings and the applications they are meant for. Completing this training will help analysts immensely with troubleshoo...

This short video based course gives the student the ability to distinguish between rotating (unbalance, bent shaft, eccentric rotor) and stationary forces (misalignment, eccentric stator) using amplitude analysis. Available now.

A 20-minute video-based course instructing on the ability to distinguish between rotating forces (unbalance, bent shaft eccentric rotor) and stationary forces (misalignment, eccentric stator) using vibration phase analysis. Available now.

This course offers a comprehensive exploration of the fundamental principles and advanced techniques in analyzing and managing rotordynamics and vibrations in mechanical systems. Through a combination of theoretical concepts, practical applications, and hands-on exercises, students will develop a strong understanding of tor...

Prerequisites: Successful completion of two or more years of mechanical technology or mechanical engineering at an accredited college or technical school is highly recommended for attendees. Attendees shall be able to use a scientific calculator and be familiar with the operation of personal computers. Recommended Text: Vi...

This course covers all topics necessary to select, install and setup sensors for permanent installation. Available TBD

Learn how to set up your vibration database in Pruftechnik's Omnitrend Software. This course ensures you'll avoid mistakes that are tough to correct after you've starting using it. Available TBD

This course teaches the student how the shaft centerline plot is generated, and covers all applications for it. Some examples of analysis using the shaft centerline plot are included. Available TBD

Learn how and when to apply the most common methods for vibration amplitude signal detection (calculated peak, RMS, true peak, peak to peak). This course is coming soon.

Proximity probes are excellent tools for troubleshooting journal bearings if the user applies the slow roll compensation vector, which is rarely done. This 20-minute video-based course discusses the value of it, and specifically how to do it in your analysis software. Available TBD

Using only frequency based vibration analysis to monitor the health of slow speed anti-friction bearings will likely be insufficient. This 20-minute video-based course covers parameter setup and interpretation of time domain data collected on slow speed anti-friction bearings. Available now.

Torsional vibration is the silent killer. You don't even know its happening and then suddenly a pump shaft breaks, or a coupling fails. Take this course to learn how to acquire torsional vibration data. Available TBD

Introduction to the application of ultrasonic emissions testing to steam traps, compressed air leaks, clean room contamination and bearing greasing schedules. Available TBD

Learn how to track turbomachinery process parameters for the purpose of machinery health monitoring. Understand how measuring pressure, flow, power, etc... can lead an analyst to performance issues caused by emminant malfunctions. This course is coming soon.

This 20-minute video-based course guides the student through using the Virtual Mentor developed to assist with vibration analysis. Similar to a wall chart but better, it guides the analyst with thinking through the problem on their own. This course is coming soon.

Learn how and when to apply the most common vibration amplitude units to your condition monitoring program (acceleration, velocity, displacement, dynamic strain) Available now.

Vibration beating is happening all around you at your facility. It's an aggravating condition that aims to mask the real identity of a malfunction. Learn how to diagnose and mitigate it in this course. Available TBD

This 20-minute video-based course reviews the proper collection intervals in order to make vibration data collection technically feasible to capture all of the faults it should. The selection is based on bearing type, duty cycle, speed, load and lubricity. This course is coming soon.

Learn how to specify an isolation system for your rotating equipment. Available TBD

This 20-minute video-based course covers both frequency and amplitude modulation phenomena within a vibration signature. Gives the analyst the ability to determine the source of each as well as recommended solutions. Available now.

A 20-minute video-based course covering the details of generating statistically derived alarms for overall vibration measurements collected in a route-based program. Available now.

This short video based course covers the integration of vibration measured units such as converting an acceleration unit to velocity or displacement. Applications and the practical uses are covered. Available now.

Weibull Analysis is a useful tool used to determine if a series of failures can be managed with time-based maintenance or if condition monitoring should apply. Learn how to apply it to your program. This course is coming soon.