Since 2014, VibeLube has held public & in-house training courses in two main categories:
VibeLube is an approved trainer of:
for Vibration Analysis courses
for Machinery Lubrication coursesClick on the links below for details of each course:
Machinery Vibration Analysis, ISO Cat. I
Vibration Analysis technology has become a key part of successful Rotating Equipment Reliability and Maintenance for the purpose of monitoring machinery health and early detection of equipment defects.
This 4 day course, with an additional half day for review , is the ideal starting place for people entering to the field of vibration analysis, people collecting vibration data, and those who want to grow in vibration based predictive maintenance.
The Vibration Analysis Category I course prepares attendees to perform a range of simple, single channel machinery vibration condition monitoring and diagnostic activities. The workshops and demonstrations scheduled throughout the training course are used to illustrate theory and applications.
This course is in accordance with ISO 18436-2 Requirements for Certification. Individuals meeting the requirements for Category I shall be trained for minimum of 32 hours and qualified to:
1. operate portable instrumentation on pre-assigned or pre-programmed routes,
2. acquire readings from permanently installed instrumentation,
3. input results into a database and download routes from a computer,
4. conduct testing under steady-state operating conditions following predefined procedures,
5. be able to recognize that no signal is present, and
6. be able to compare overall or single value vibration measurements against pre-established alert settings.
For more information click on below link:
Machinery Vibration Analysis, ISO Cat. II
This Course is ideal for individuals and technicians to work effectively in vibration diagnosis and predictive maintenance programs
This four day course, with an additional day for review and the certification exam, is the ideal place for people who has entered into vibration measurement of rotating equipment and has gained little experience in collecting vibration data and analysis, and those who want to grow in vibration based predictive maintenance.
This course is in accordance with ISO 18436-2 Requirements for Certification. Individuals certified to Category II are qualified personnel who are certified to perform industrial machinery vibration measurements and basic vibration analysis using single-channel measurements, with or without phase trigger signals, according to established and recognized procedures. Personnel certified to Category II require all the knowledge and skills expected of Category I, and shall also be qualified
a) to select the appropriate machinery vibration measurement technique,
b) to set up instruments for basic resolution of amplitude, frequency and time,
c) to perform basic vibration analysis of machinery and components, such as shafts, bearings, gears, fans,
pumps and motors, using spectrum analysis,
d) to maintain a database of results and trends,
e) to perform basic (single-channel) impact tests to determine natural frequencies,
f) to classify, interpret and evaluate the test results (including acceptance tests) in accordance with
applicable specifications and standards,
g) to recommend minor corrective actions,
h) to understand basic single-plane field balancing concepts, and
i) to be aware of some of the causes and effects of bad measurement data.
For more information click on below link:
Machinery Vibration Analysis, ISO Cat. III
This five day course suites those folks who want to take a higher level of vibration analysis practice, either advancing in day to day field works or leading a team of vibration analysts. It is also essential for taking this course if you are running a Reliability and Condition Monitoring Team.
VibeLube is pleased to provide ‘Cat. II vibration Analysts’ a comprehensive and practical training. Once you complete the training, you are eligible to write the exam with confidence, and become a certified Category III Vibration Analyst.
According to ISO 18436-2, individuals certified to Category III are qualified to perform and/or direct and/or establish programs for vibration condition monitoring and diagnostics of machines in accordance with ISO 17359 and ISO 13373-1. Personnel classified to Category III require all the knowledge and skills expected of personnel classified to Category I and Category II, and shall also be qualified
a) to select the appropriate machinery vibration analysis technique,
b) to specify the appropriate vibration instrumentation hardware and software for both portable and permanently installed systems,
c) to measure and perform diagnosis of single-channel frequency spectra, as well as time-domain plots such as waveforms and orbits, under both steady-state and unsteady operating conditions, with or without a phase trigger,
d) to establish vibration monitoring programs, including determination of machines for periodic/continuous monitoring, frequency of testing, route plans,
e) to establish programs for the specification of vibration levels and acceptance criteria for new machinery,
f) to measure and analyze basic operating deflection shapes,
g) to understand and be able to direct the use of alternative condition monitoring technologies (such as acoustic emission, thermography, motor current, and oil analysis),
h) to recommend field corrective actions, such as balancing, alignment, and replacement of machine parts,
i) to be able to use acceleration enveloping (demodulation),
j) to perform basic single-plane field balancing,
k) to report to management regarding program objectives, budgets, cost justification, and personnel development,
l) to prepare reports for appropriate personnel on machine condition, recommend corrective action and report on the effectiveness of repairs, and
m) to provide instructions and technical direction to vibration trainees.
For more information click on below link:
Machinery Lubrication I
Based on the ICML (International Council for Machinery Lubrication) Body of Knowledge for Machinery Lubrication Technician (MLT) and Machinery Lubrication Analyst (MLA), this hands-on course is designed to give you not just the theory but practical tools you can use to help transform your lubrication program.
This course will help you:
For more information click on below link:
This hands-on course is in accordance with the ICML (International Council for Machinery Lubrication) Body of Knowledge for Machinery Lubrication Technician Level II (MLT II), to enhance your Lubrication knowledge for implementing advanced lubrication program.
This course will help you:
For more information click on below link:
There is often an assumption that components, lubricants and the machines themselves are in perfect condition when they are purchased. Sadly, this is not always the case. Bearings may not be transported or stored correctly and may suffer from false-brinelling. Lubricants may not meet cleanliness standards.Rotating machinery may suffer from resonance and other conditions when operated under normal conditions. Too often rotating machinery are not designed with energy efficiency and reliability in mind; instead they are designed with purchase cost in mind.
Acceptance testing provides a way to test that machines and components are in good condition before they are installed in the plant. Acceptance testing puts pressure on the supplier to make sure they are delivering the highest quality products. Acceptance testing guidelines can include specifications on several parameters, but from the vibration analyst’s perspective the key standard is to set vibration limits that may not be exceeded. Tests may be performed at the OEMs workshop or after being installed on-site. It is important the conditions for the test are clearly specified, including RPM, load, and mounting. Acceptance testing should not only be performed on new equipment, it should be performed when repair and overhaul work is performed. This can include motor rewinds, rotor balancing, and pump or compressor rebuilds.
Any abnormal noise, vibration, temperature, pressure and current draw are indication of a problem or defect in machine components. If left unattended, the defect can progress to a failure and costly repairs. On-site mechanical inspection and hands on examination is a significant part of any machinery diagnosis. Vibration analyst collects vibration data as well as other parameters and performs analysis for detecting defect(s) followed by corrective actions.
Unbalance, misalignment, incorrect belt tension, poor lubrication practices, incorrect machine operation, and resonance are common root causes of failures in rotating machinery, however many others exist. Whenever the vibration analyst detects a fault in the machine, he or she should always attempt to determine the root cause. Once the root cause is identified measures should be taken so that root cause is eliminated. It is clever to be able to detect a bearingdefect, but it is not very clever if the same bearing exhibits the same fault condition just months later. The vibration analyst will need to determine the most appropriate action that he or she can take at their place of work to avoid a repeat of the fault.
Mass Imbalance, as well as Shafts Miss-Alignment are the most common causes of high vibrations in rotating equipment. Balancing reduces rotating forces which can damage bearings and the machine structure. Likewise shaft alignment reduces the stress on bearings, couplings, and the shaft itself. For smooth & safe operation of any rotating equipment, it is recommended to check vibrations and perform balancing & alignment, particularly when they are new installed machines or newly repaired or
overhauled.
VibeLube offers expert field balancing, alignment and vibration analysis services. We bring extensive experience along with the most advanced portable instrument and software to your plant to perform an excellent job.
Mass Imbalance, as well as Shafts Miss-Alignment are the most common causes of high vibrations in rotating equipment. Balancing reduces rotating forces which can damage bearings and the machine
structure. Likewise shaft alignment reduces the stress on bearings, couplings, and the shaft itself. For smooth & safe operation of any rotating equipment, it is recommended to check vibrations and perform balancing & alignment, particularly when they are new installed machines or newly repaired or overhauled.
VibeLube offers expert field balancing, alignment and vibration analysis services. We bring extensive experience along with the most advanced portable instrument and software to your plant to perform an excellent job.
Condition Monitoring (CM) which is often referred to as Predictive Maintenance (PdM) is monitoring of parameters such as vibration, noise, temperature, pressure and current on machine components for tracking changes and verifying its condition. Monitoring can be done periodically or continuously. Vibration Analysis as a key component of a CM/PdM program will always be required, even when the best reliability improvement programs are well-established.
VibeLube is a premier provider of predictive machine condition monitoring and analysis services that align with customers’ high standards for reliability, availability and uptime. VibeLub’s Reliability Services utilize flexible deployment models, proven diagnostic software and unmatched analytical expertise to deliver sustainable, scalable and cost-effective condition-based maintenance programs. The company’s bundled solutions enable customers to choose comprehensive, proven programs that ensure asset availability and maximize productivity.
Condition Monitoring (CM) which is often referred to as Predictive Maintenance (PdM) is monitoring of
parameters such as vibration, noise, temperature, pressure and current on machine components for
tracking changes and verifying its condition. Monitoring can be done periodically or continuously.
Vibration Analysis as a key component of a CM/PdM program will always be required, even when the
best reliability improvement programs are well-established.
VibeLube is a premier provider of predictive machine condition monitoring and analysis services that
align with customers’ high standards for reliability, availability and uptime. VibeLub’s Reliability Services
utilize flexible deployment models, proven diagnostic software and unmatched analytical expertise to
deliver sustainable, scalable and cost-effective condition-based maintenance programs. The company’s
bundled solutions enable customers to choose comprehensive, proven programs that ensure asset
availability and maximize productivity.
Resonance occurs when a machine generates vibration at a frequency close to a natural frequency of
the rotor or structure. Resonance greatly amplifies the vibration amplitude; the high vibration
amplitude reduces the life of the bearings and the machine structure. The vibration analyst can get
involved in two ways:
There is often an assumption that components, lubricants and the machines themselves are in perfect condition when they are purchased. Sadly, this is not always the case. Bearings may not be transported or stored correctly and may suffer from false-brinelling. Lubricants may not meet cleanliness standards.Rotating machinery may suffer from resonance and other conditions when operated under normal conditions. Too often rotating machinery are not designed with energy efficiency and reliability in mind; instead they are designed with purchase cost in mind.
Acceptance testing provides a way to test that machines and components are in good condition before they are installed in the plant. Acceptance testing puts pressure on the supplier to make sure they are delivering the highest quality products. Acceptance testing guidelines can include specifications on several parameters, but from the vibration analyst’s perspective the key standard is to set vibration limits that may not be exceeded. Tests may be performed at the OEMs workshop or after being installed on-site. It is important the conditions for the test are clearly specified, including RPM, load, and mounting. Acceptance testing should not only be performed on new equipment, it should be performed when repair and overhaul work is performed. This can include motor rewinds, rotor balancing, and pump or compressor rebuilds.
Any abnormal noise, vibration, temperature, pressure and current draw are indication of a problem or defect in machine components. If left unattended, the defect can progress to a failure and costly repairs. On-site mechanical inspection and hands on examination is a significant part of any machinery diagnosis. Vibration analyst collects vibration data as well as other parameters and performs analysis for detecting defect(s) followed by corrective actions.
Unbalance, misalignment, incorrect belt tension, poor lubrication practices, incorrect machine operation, and resonance are common root causes of failures in rotating machinery, however many others exist. Whenever the vibration analyst detects a fault in the machine, he or she should always attempt to determine the root cause. Once the root cause is identified measures should be taken so that root cause is eliminated. It is clever to be able to detect a bearingdefect, but it is not very clever if the same bearing exhibits the same fault condition just months later. The vibration analyst will need to determine the most appropriate action that he or she can take at their place of work to avoid a repeat of the fault.
