SKF Training Solutions
SKF South Africa Training
Solutions
2015/2016 Training Course
Portfolio
A comprehensive reliability and
maintenance skills training program
from SKF.
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Welcome to the world of
SKF Knowledge Engineering
SKF South Africa Training Solutions
Training is essential to the success of any business. In today’s competitive world, keeping up with and deploying best
practices is a must. Achieving maximum machine reliability is critical as machine reliability translates directly into
machine uptime. Uptime again has a direct impact on quality and cost of product and service delivered.
SKF Training Solutions offer a comprehensive range of training courses touching every stage of the life cycle
management, designed to help increase equipment reliability and reduce waste. SKF courses have been developed by
leaders in the field of dynamic machinery design, operation and maintenance. These courses are developed and
delivered with best practices always in mind.
SKF can help customers achieve greater machine reliability and availability through training of artisan assistants, fitters,
mechanics, millwrights, technicians, engineers, etc. through these programs.
SKF Training Solutions has a comprehensive offering based on over 100 years of knowledge and practical experience
that is unmatched in the world. Solutions are aimed at all levels and all industries and various courses are accredited
by merSETA. SKF is also accredited to offer British Institute of Non-Destructive Testing (BINDT) accredited training in
Vibration Analysis Category 1 and Category 2.
Close working relationships between SKF and its customers have always been essential. Such relationships have
resulted in a unique insight into the processes and challenges faced by every major industry today. Through this
insight, SKF is also able to offer industry specific training courses.
Please also know that any existing course – or a customised version – can be hosted at your location. Allow SKF to
plan your team’s training needs and schedule together with you!
I would like to extend congratulations to you in making your best business decision – that is, to invest in training for
your human capital. At the same time, we warmly welcome all participants who will attend one of our courses,
whether for the first time or again on a new module.
We wish you an enjoyable learning experience!
Steve Parkinson
Training Solutions Manager
011 821 3500
training_za@skf.com
www.skf.co.za/training
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Contents
Title
Accreditation
Number
Welcome to the world of SKF Solutions On-site training courses merSETA accreditation
BINDT accreditation Page
Basic courses Basic Bearing Maintenance
(Accredited by merSETA)
WE 200
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Intermediate courses
Bearing maintenance and service (Accredited by merSETA)
WE 201
Bearings in rotating machinery applications (Accredited by merSETA)
WE 202 Lubrication of rolling element bearings (Accredited by merSETA)
WE 203 Root cause bearing damage analysis WE 204 Precision shaft alignment – laser system (Accredited by merSETA)
WE 240 11
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Advanced courses Vibration analysis category 1 (Accredited by BINDT)
WI 202 Vibration analysis category 2 (Accredited by BINDT)
WI 203 Thermography / Infrared
WI 231
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Tools and Equipment
Tools for on-site training 21
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On-site training courses
Did you know SKF Training Solutions can provide expert training at your premises?
Advantages
Customised courses
Diverse range of courses
• Access to a full range of public programmes as well
as programmes tailored to meet your industry specific
needs.
Our courses can be combined to create a customised
course best suited to your team.
Convenience
• We arrange timing and delivery of courses to suit
your schedule.
• No travel time for delegates, thus providing time and
cost savings – we come to you!
Experienced presenters
• Industry experts who are able to provide course participants with the full spectrum of maintenance and
reliability-based training
Cost effective
• Cost effective method for training groups of employees from your organisation
Team environment
• Training all employees at the same time promotes a
team environment and provides an immediate learning impact
Is on-site training an option for you?
• You want to choose a date and location that suits you
• You want a trainer that understands your industry
• You want to save time and money while getting the
best training
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For example, if you wanted to have a course on bearings
in rotating machinery and also wanted to cover vibration, you could combine our two day courses, WE 202
‘Bearings in rotating machinery applications’ and WI 201
‘Introduction to vibration’ to create a four day course
tailored to your team.
Another example of customization could be that your
artisans or technicians only need refresher training on a
component of an existing course. This would be discussed
with you to ensure the best solution is provided in-house,
which is specific and cost effective
For further information and prices please contact:
Nadine Schroeter
Steve Parkinson
011 821 3500
training_za@skf.com
merSETA approved training at SKF
The MerSETA is one of the 21 Sector Education and
Training Authorities (SETAs) established to promote skills
development in terms of the Skills Development Act of
1998 (as amended). The SETAs broadly reflect different
sectors of the South African economy.
The merSETA encompasses Manufacturing, Engineering
and Related Services.
The various industry sectors are covered by five chambers
within the MerSETA:
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Metal and engineering
Auto manufacturing
Motor retail and component manufacturing
Tyre manufacturing
Plastics industries
SKF is an accredited provider of training with MerSETA
for specific unit standards covering; Bearing Identification,
Bearing maintenance, Lubrication and Laser Alignment.
As part of the SKF commitment to education and training,
courses are constantly being developed by our worldwide
and local specialists to meet our customer needs.
This international expertise and part of the SKF South
Africa commitment is to ensure that courses are
approved by merSETA and added to our accreditation to
ensure that our customers, their employees and
individuals receive value added training not only by
receiving credits towards full qualifications in South Africa
but international recognition
NLRD
US Title
NQF Level
Credits
13303
Align machines and equipment using laser technology
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243769
Demonstrate knowledge of lubrication
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2
243780
Monitor bearing performance and conduct routine bearing maintenance
2
8
243781
Identify, select and examine different types of bearings
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1
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merSETA Certificate
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BINDT approved training from SKF
SKF is a global Approved Training Organisation (ATO),
registered with the British Institute of Non-Destructive
Testing (BINDT) as per ISO 18436 requirements, which
covers training related to condition monitoring and diagnostics of machines.
BINDT is an approved certifying body in accordance with
ISO/IEC 17024 offering personnel certification against
criteria set out in international and European standards
through the Personal Certification in Non Destructive
Testing (PCN) certification scheme. BINDT has developed
a programme for the certification of competence of
personnel engaged in various condition monitoring
disciplines in accordance with ISO 18436.
Senior members of SKF’s training team sit on the BINDT
working groups for vibration analysis and lubricant analysis. The course material and examinations have been
developed in conjunction with PCN and the Condition
Monitoring and Diagnostic Technologies (COMADIT)
committee to establish the first globally recognised
qualifications in condition monitoring.
The following training courses are approved to BINDT
through the PCN certification scheme:
Course title
Vibration analysis category 1
Vibration analysis category 2
Course code
WI 202
WI 203
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To be eligible to apply for PCN certification the candidate has to provide documentary evidence of successful
completion of a BINDT approved or formally recognised
training course, and complete an end of course assessment (or continuous assessment throughout the course)
with a pass of at least 75% or higher.
Generally, candidates will require at least six months experience (gained before or after the certification exam is
undertaken) to be awarded Category 1 status and usually
at least 12 months experience to be awarded Category 2
status.
However, detailed requirements, all relevant documentation and application forms can be provided, along with
guidance on the application process either before or during the training course.
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BINDT Certificate
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Basic courses
Basic understanding of the subject matter.
Typically knowledge gained from 0 - 12 months of
work experience.
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Basic Bearing Maintenance Skills
WE 200
Course objective
Course description
The purpose of this course is to
improve maintenance skills and
awareness and quality of work for
entry level labour force, leading towards maximum machine reliability
through highly trained & knowledgeable maintenance staff.
Basic Bearing Maintenance Skills
development course uses audiovisuals, lectures and discussion
opportunities.
To improve and upgrade skills in
the correct procedures when handling bearings as well as in their
installation and maintenance
Duration – 2 days
Recommended for
• Non-technical maintenance assistants and entry level maintenance labour force.
• Semi-skilled, including those
on learnership programmes
and apprentices
• Rotating equipment engineers,
reliability engineers, millwrights, fitters, mechanics, and
maintenance supervisors.
• Those interested in rotating
equipment performance.
The second day is preparation for
mounting and dismounting followed by hands-on practical by
each delegate on the Do’s and
Don’ts’s of mounting and dismounting.
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Awareness
Rolling bearing basics
How a bearing is manufactured
Bearing types, functions and
parts, radial and axial loads
ISO Bearing Identification
Application guidelines
Storage and handling of bearings
Bearing lubrication basic
Preparation for mounting
Introduction to correct mounting and dismounting practices
Practicals: Do’s and Don’t’s of
mounting and dismounting
Prerequisite
Participants should have an understanding of industrial safety.
A fundamental knowledge of and
ability to use basic hand tools is
required
2015 Tuition
Public classes at either SKF or
our Regional Training Centres
R 3,500
On-site training is also available for this course for up to 15
candidates
R19,500 per day
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Intermediate courses
General understanding of the subject with reference to the work types.
Typically knowledge gained with 1-5 years of work experience.
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Bearing Maintenance and Technology
WE 201
Course objective
Course description
The course objective is to teach the
attendee how to improve the service life of rolling bearings, which
improves the reliability of rotating
equipment
This course uses a combination of
hands-on training, audiovisuals,
lectures and discussion opportunities.
Specific topics include:
Duration – 3 days
Bearing basics
Recommended for
Learn the fundamentals of rolling
bearing technology, care, types, nomenclature, bearing components,
terminology, loads and lubrication:
• Service, maintenance, machine
repair, or plant/facility engineering staff of an industrial
plant, OEM facility, institution,
public utility or commercial
building which uses rotating
equipment.
• Managers and technicians
at industrial plants and OEM
facilities responsible for rotating
equipment performance and
reliability.
• Rotating equipment engineers,
reliability engineers, millwrights, fitters, mechanics, and
maintenance supervisors.
• Those interested in rotating
equipment performance.
• Rotating equipment engineers, reliability engineers,
millwrights, mechanics, and
maintenance supervisors.
• Those interested in rotating
equipment performance.
• Factors affecting the performance of rolling bearings
- Bearing quality
- Operating environment
- Installation
- Maintenance practices
• Gain a basic understanding of
why bearings fail
Mounting and dismounting
• Study proper bearing mounting
and dismounting procedures,
and observe what happens as
a result of careless handling,
neglected maintenance and
poor lubrication
Fundamentals of lubrication
• How bearing lubrication works
• The importance of selecting the
proper lubricant for an application
• Learn to maximize bearing life
through an improved understanding of proper lubricating
principles and functions
• How much and how often to
lubricate rolling bearings
Bearing failure causes and
analysis
• Identify and interpret actual
bearing failures
• Participate in hands-on demonstrations using specialized
tools to correctly mount and
dismount ball and roller bearings
2015 Tuition
Public classes at either SKF or
our Regional Training Centres
R 4,700
On-site training is also available for this course for up to 15
candidates
R19,500 per day
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Bearings in Rotating Machines
WE 202
Course objective
Course description
The course objective is to teach the
attendee how to improve the service
life of machinery with rolling bearing
equipment systems.
This course focuses on the four most
common types of rotating equipment:
motors, fans, pumps and gearboxes
using a system approach to machinery
life extension.
Duration – 3 days
(Including WE 203)
Recommended for
•
Service, maintenance, machine
repair, or plant/facility engineering
staff of an industrial plant, OEM
facility, institution, public utility or
commercial building which uses
rolling bearings and related equipment.
•
Managers and technicians at
industrial plants and OEM facilities
responsible for rolling bearing performance and reliability.
•
Rotating equipment engineers,
reliability engineers, millwrights,
mechanics, and maintenance
supervisors.
•
Those interested in rolling bearing
and rotating equipment performance.
•
Rotating equipment engineers,
reliability engineers, millwrights,
mechanics, and maintenance
supervisors.
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Those interested in rotating equipment performance.
Familiar machinery is used as a starting point to teach/learn world-class
techniques for installation, maintenance, troubleshooting and repair
that can be carried over to all types of
rotating machines.
Instruction is accomplished using a
combination of hands-on training,
audio visuals, lectures and discussion
opportunities.
Specific topics include:
Industrial motors
• Learn advanced concepts related
to rolling bearings
– Friction and sealed-for-life
bearings
• Factors effecting the performance
of rolling bearings
– Component conformance –
measuring for:
••Shaft and housing fits
•• Installation errors
••Maintenance practices
• Troubleshooting and preventing
common motor problems:
– Stray currents
– Improper bearing installation
– Lubrication: large and small
motor lubrication discussion
• Motor condition monitoring: methods and practice
Industrial fans
• Bearing mounting and dismounting procedures on tapered adapters and tapered shafts using the
accurate drive-up method
• Locating and non-locating bearings: controlling heat expansion
• Lubrication of open bearings in
pillow blocks and split housings
• Detecting and correcting unbalance
• Rebuilding fan applications for
peak performance
Industrial pumps
• Controlling thrust loads in applications
• ANSI vs. API pumps: design overview
• Fluid machinery: common problems and corrections
– Cavitation, off-BEP operation, low
bearing service life
– Case studies of typical failures
Industrial gearboxes
• Coupling machinery: alignment
overview
• Selecting the proper lubricant: oil
lubricated machinery
– The role of chemical additives in
lubricants
– Synthetic lubricants discussion
• Gearbox monitoring and inspection
– Detecting gear problems
– Oil analysis
– Low and high frequency vibration
monitoring
– Damage verification with the
bore scope
2015 Tuition
This course is conducted in
conjunction with WE 203
Public classes at either SKF or
our Regional Training Centres
R 6,400
On-site training is also available for this course for up to 15
candidates
R19,500 per day
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Lubrication in Bearings
WE 203
Course objective
Course description
Upon completion, students will be
able to evaluate and select appropriate lubricants for a wide variety
of rolling element bearing applications.
This course covers real-world
bearing lubrication in a dynamic,
skills-based learning approach.
Upon course completion, students
will have learned the skills needed
to choose, apply and maintain lubricants, and lubricating procedures
in bearing applications plant wide.
Duration – 3 days
(Including WE 202)
Recommended for
• Maintenance personnel and
engineers responsible for bearing lubrication, lubricant specification and lubrication system
planning and design.
Case histories will be used to demonstrate concepts and stimulate
discussion. Students will be guided
through examples, then apply the
concepts to arrive at practical solutions to their own in-plant situations. Specific topics include:
Lubrication fundamental
• Function of lubrication
• Basic expressions
• Lubricant additives and their
effects
• Avoiding surface damage in
bearings
Grease lubrications
2015 Tuition
This course is conducted in
conjunction with WE 202
Public classes at either SKF or
our Regional Training Centres
R 6,400
On-site training is also available for this course for up to 15
candidates
R19,500 per day
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• Grease functions and properties
• Grease delivery and metering
systems
• Selection of grease type:
choosing the right grade, base,
stiffness and oil for your application
• Compute grease intervals and
re-lubrication amounts for a
variety of application conditions, such as contamination,
high or low temperatures and
vibration
Oil lubrication
• Choosing the right lubricant: oil
and grease quality standards
and testing
• Effects of cleanliness and contamination
• Using the new life theory to
predict the effects of contamination on bearings
• Effects of water ingress
• Effective use of filtration and
choosing the right filter
• Change-out intervals
• Bearing housing design concepts
• Comparison of oil delivery
methods: static, wick-feed, lifting rings, circulating oil, mist,
air-oil, oil spot
• Determining oil flow rates
Applying lubricants
• Determining lubrication quantities and intervals
• Hands-on lubrication and relubrication procedures for pillow blocks, ball bearings, roller
bearings, sealed and shielded
bearings
• Electric motor re-lubrication
Common errors/troubleshooting
• Over-greasing, under-greasing
and mixing of greases
• Corrective actions
Bearing Damage Analysis
WE 204
Course objective
Course description
The course objective is to provide
background and methodology
for analysing failed and damaged
bearings (due to noise, heat, vibration, etc.) and their components.
Students will learn to uncover the
true root causes of bearing damage
and failures, and reduced service
life.
This course is taught to the new
ISO Standard 15243.
We use audio-visuals, lectures,
hands-on training, and discussion
opportunities during this 3-day
course.
Duration – 2 days
Recommended for
• Service, maintenance, machine
repair, or plant/facility engineering staff of an industrial
plant, OEM facility, institution
public utility or commercial
building which uses rolling
bearings and related equipment.
• Managers and technicians
at industrial plants and OEM
facilities responsible for rolling bearing performance and
Reliability
• Rotating equipment engineers,
reliability engineers, millwrights, fitters, mechanics, and
maintenance supervisors.
• Those interested in rolling
bearing and rotating equipment
performance
• Rotating equipment engineers, reliability engineers,
millwrights, mechanics, and
maintenance supervisors.
• Those interested in rotating
equipment performance.
Discussions include initial damage
and failure causes, failure streams
and visible conditions at the time of
bearing removal.
You will analyse actual bearings
from a variety of distress, damage
and failure conditions using our
methodology to determine the root
cause of the failure mechanism.
Vibration/impact damages
• How to find and correct
Bearing failures
• See examples, identify and
interpret actual bearing failures
Specific topics include:
Bearing function
• Learn how bearings support
loads
• Mounting damage
• Examples of improper installation procedures
Operating environment
• Bearing reaction to moisture, contamination and other
environmental effects on the
bearing components
• Students will be equipped with
tools to assist them in resolving complex problems and in
thinking laterally to fully explore
possible causes of a problem
Maintenance
• Results of poor maintenance
practices
• Lubrication
• Effects of marginal and excessive lubrication
• Contamination and its effect
2015 Tuition
Public classes at either SKF or
our Regional Training Centres
R 4,900
On-site training is also available for this course for up to 15
candidates
R19,500 per day
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Precision Laser Alignment
WE 240
Course objective
Course description
The course objective is to teach
students how to align two coupled rotating machinery shafts to
specified tolerances using a laser
alignment system, including proper
planning, rough and precision
alignment processes per approved
procedures.
This course focuses on specific
procedures for using today’s laser
alignment systems and the fundamental concepts and skills required
to perform precision alignment.
Duration – 2 days
Recommended for
• Maintenance, engineering,
technical support and management personnel whose job
functions involve alignment of
rotating machinery
• Appropriate for those who
align machines and those who
detect, investigate and resolve
premature machinery failure
due to misalignment
• Those who direct activities
relative to alignment and machine reliability
The unique approach provides
not only an understanding of the
specific procedures to follow for the
laser system being used, but also
the foundation to understand why
and how the system works the way
it does.
Up to 50% of this course consists
of guided hands-on activities. It is
requested that participants
bring their instruments to the
course. Specific topics include:
Introduction and overview
• Review of shaft alignment fundamentals
• Advantages, disadvantages, and
sources of error associated with
various alignment methods
• Describing and documenting
shaft offset and angular misalignment conditions
• Pre-alignment procedures
• Review the three major phases
of alignment
• Review of dial indicator alignment methods
• Laser alignment systems overview
Fundamental horizontal machine
alignment processes
• Setting up the laser system
• Measuring and entering the
dimensions
• Obtaining measurements
• Interpreting results
• Making moves/adjustments
• Alignment completion
Dealing with alignment
challenges
• Base-bound and bolt-bound
conditions
• Dynamic movement
• Identify general types of soft
foot and how to detect and
correct soft foot conditions
• Effects of thermal growth on
the alignment process and
machine operation
2015 Tuition
Public classes at either SKF or
our Regional Training Centres
R 4,900
On-site training is also available for this course for up to 15
candidates
R19,500 per day
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Advanced courses
Good understanding of the subject with reference to the work types.
Typically knowledge gained with 5 - 10 years of work experience.
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Vibration Analysis Category 1
WI 202 In accordance with ISO 18436-2
Course objective
Course description
• Operate portable instrumentation on pre-assigned or preprogrammed routes;
• Acquire readings from permanently installed instrumentation;
• Input results into a data base
and download sampling routes
from a computer;
• Conduct testing under steady
state operating conditions following predefined procedures;
• Compare overall or single
value vibration measurements
against pre-established alert
settings;
• Verify the integrity of collected
data and prevent or control
poor data;
• Evaluate and report test results
in accordance with instructions.
Aspiring vibration analysts with
little (less than one year) vibration
experience will benefit from this
course. The course is based on the
ISO 18436-2 certification Category
I Vibration Analysis syllabus and is
designed to prepare candidates for
the British Institute of Non Destructive Testing (BINDT) PCN VA
Cat 1 Certification Exam. On successful course completion, VA Cat 1
personnel are qualified to perform
a range of single-channel machinery vibration condition monitoring
and diagnostics of machines activities in accordance with ISO 17359
and ISO 13373-1.
Category 1 certificated personnel
shall not be responsible for the
choice of test method or technique
to be used, nor for the assessment
of test results.
Candidates shall have a combination of education, training and
experience to ensure that they
understand the principles and
procedures applicable to machinery
vibration measurement and analysis.
Duration – 5 days - including optional BINDT ISO 18436-2 certification exam on the 5th day
Recommended for
PCN certificated Vibration Analysis
• Category 1 personnel are qualified to perform single-channel
machinery vibration measurements according to established
procedures.
The training is accredited by the
British Institute of Non-destructive
Testing (BINDT) conforming to BS
EN ISO 9001:2008.
Prerequisite
General
Education
It is recommended that Category
1 candidates have at least a secondary school science or technical
qualification, or its equivalent, and
be able to manipulate simple algebraic equations, use a basic scientific calculator (including trigonometric and logarithmic functions),
and be familiar with the operation
of personal computers.
2015 Tuition
Public classes at either SKF or
our Regional Training Centres
R 12,000
BINDT Examinations may only
be conducted at a BINDT Approved Examination Centre.
SKF South Africa is a BINDT
approved Examination Centre,
based in Johannesburg
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Vibration Analysis Category 2
WI 203 In accordance with ISO 18436-2
Course objective
Course description
Select the appropriate machinery
vibration measurement technique
Set up instruments for basic resolution of amplitude, frequency and
time
Perform basic vibration analysis of
machinery and components such
as shafts, bearings, gears, fans,
pumps, and motors using spectrum
analysis
Maintain a database of results and
trends
Perform basic (single channel) •
impact tests to determine natural
frequencies
Classify, interpret and evaluate the
test results (including acceptance
tests) in accordance with applicable
specifications and standards
Recommend corrective actions
Recommend the use of alternative
condition monitoring (CM) technologies with an understanding of the
principles of all four CM technologies specified in BINDT CM/GEN at
least to Category 1
Supervise and provide guidance •
to vibration analysis categories 1
and 2
The Vibration Analysis Category II
course provides a comprehensive
study of machinery faults and their
associated spectrum, time waveform and phase characteristics.
This course is based on the ISO
18436-2 certification Category II
syllabus and is designed to prepare
candidates for the British Institute
of Non Destructive Testing (BINDT)
PCN VA Cat II Certification Exam.
Additional topics covered include:
signal processing, data collection,
vibration signature analysis. The
course is accredited by BINDT PCN
to CM GEN App D, and is intended
for personnel who have at least 24
months vibration analysis experience and a thorough understanding
of vibration theory and terminology.
Duration – 5 days, including optional BINDT ISO 18436-2 certification exam on the 5th day
Recommended for
Personnel wishing to achieve PCN
certification in vibration analysis
Category 2. Enabling qualification
to perform industrial machinery
vibration measurements and basic
vibration analysis using singlechannel measurements, with or
without phase trigger signals, according to established and recognised procedures.
Prerequisite
Prior to seeking Category 2 classification the candidate must have
already obtained Category 1 or a
recognised equivalent.
Certification to Category 2 will
provide evidence of qualification
and competence for individuals to
perform vibration analysis measurements and analysis using appropriate sensors and equipment.
The training is accredited by the
British Institute of Non-destructive
Testing (BINDT) conforming to BS
EN ISO 9001:2008
2015 Tuition
Public classes at either SKF or
our Regional Training Centres
R 14,500
BINDT Examinations may only
be conducted at a BINDT Approved Examination Centre.
SKF South Africa is a BINDT
approved Examination Centre,
based in Johannesburg.
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Thermography Category 1
WI 231
Course objective
Course description
This course covers infrared theory,
heat transfer concepts, equipment
operation and selection, standards
compliance, image analysis and
report generation.
After completing the course you
will have an understanding of the
techniques and reporting procedures necessary to put together an
effective predictive maintenance
programme.
Specific applications include electrical distribution systems, mechanical systems, refractory systems,
underground piping, active thermography, building envelopes and
flat roofs.
Duration – 3 days
(This course is designed to meet
and exceed ISO 18436 and the
SNT-TC-1A recommended practices.)
Course Content
•
•
•
•
•
•
•
•
•
Basic Infrared Theory
Heat transfer
Electromagnetic spectrum
Emittance, reflectance, and
transmittance
Atmospheric transmission
Infrared Equipment
Selection criteria
Range and level settings
Class demonstrations
Hands-on use in class
Infrared Electrical System
Inspections
• Theory and thermal signatures
of problems
• Conducting an inspection
• Safety practices
• Data recording
• Standards for inspections
2015 Tuition
Public classes at either SKF or
our Regional Training Centres
R5,800
On-site training is also available for this course for up to 15
candidates
R19,500 per day
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Infrared Mechanical System
Inspections
• Theory and thermal signatures
of problems
• Rotating equipment
• Power transmission components
• Steam systems, process equipment, heat, exchangers, storage vessels
• Active thermographic inspection techniques
• Safety practices
• Confirming exceptions
• Data recording
• Standards for inspections
Infrared Roof Inspections
• Theory and component construction
• Weather variables and influences
• Required site conditions
• Safety practices
• Verification of data
• Data recording
• Standards for inspections
Delta T
• Thermal signatures
- missing and damages
insulation
- air leakage
- latent moisture
- pest damage
• Mould detection
• Other tools
• Verification of data
• Data recording
• Standards for inspections
Tools and Equipment
Tools and equipment used for training and actual
workplace applications.
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Tools and Equipment
The SKF mounting star is a demonstration unit with 6
shafts with various mounting and dismounting methods.
It allows artisans and technicians to practice a number of
common mounting and dismounting techniques.
The Shaft Alignment demonstration unit can be used to
effectively demonstrate SKF Shaft Alignment Tools and
can also be used as a training aid.
It consists of two shafts connected by a flexible coupling.
The unit allows the shafts to be set up in a misaligned
condition, which can then be aligned using an SKF Shaft
Alignment Tool.
The belt alignment tool has powerful magnets that allow
fast and easy attachment.
The Three-dimensional target area simplifies the alignment process and facilitates simultaneous adjustment of
tension and alignment.
The V-guides facilitate the alignment of a wide range of
V-belt pulleys
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SKF South Africa
Contact your nearest distributor:
Agricultural Distributors:
Afgri SA Bolt and Engineering Supplies Mpumalanga Bolt and Engineering Supplies Rustenburg Bolt and Engineering Supplies Klerksdorp Bolt and Engineering Supplies Welkom Bolt and Engineering Supplies Limpopo Bolt and Engineering Supplies Steelpoort Groep 5 - Hoopstad Metal Events - Boksburg West Cape Bearings and Transmission
Cape Town
+27 12 643 8000
+27 13 243 3199
+27 14 594 2182
+27 18 469 6300
+27 57 353 2758
+27 14 763 6717
+27 13 230 3820
+27 53 444 1681
+27 11 397 2180
Lephalale Supplies – Ellisras
+27 14 763 3869
Lincoln Mozambique LDA Mozambique
+258 25220610
MCL Engineering Products - PE
+27 41 401 7600
National Bearing Distributors
+27 11 397 6377
Oculus Mining & Rail Supplies – Botswana
+267 3182539
Record Engineering Sales - Kimberley
+27 53 831 2088
Record Engineering – Kathu
+27 53 723 1245
REVCO - Zimbabwe
+263 4743118
Top Class Bearing Systems Montague Gardens +27 11 045 8700
West Cape Bearings and Transmission
+27 21 9826224
+27 21 9826224
Lubrication Systems Partners:
Arnschell Hydraulics – Port Elizabeth
Engineering & Hydraulic Services - Brits
FloSolve - Alberton
Industrial Fluid Solutions - Witbank
Louberg Services t/a Louberg – Cape Town Producut Lubrication Technologies
Record Engineering - Kathu
Ro-Li Lubrication Systems - Durban
Linear Platform Distributor:
Braddick Engineering – Pretoria
+27 71 607 6706
+27 41 453 4103
+27 12 252 0701
+27 11 389 5300
+27 13 693 3775
+27 21 951 1060
+27 11 804 0844
+27 53 723 1245
+27 31 465 6603
Seals Platform Distributor:
Innovative Sealing Concepts
+27 11 397 2302
Authorised Distributors:
African Compass Trading
Bearing Boss – Phalaborwa Bearing Centre – Blantyre, Malawi
Bearing House PTA - Rosslyn
Bearing Services – Alrode
Bearing Services – Bethal
Bearing Services - Durban
Bearing Services – East Rand
Bearing Services - Lydenburg
Bearing Services – Middelburg
Bearing Services - Mandini
Bearing Services - Nelspruit
Bearing Services - Pietermaritzburg
Bearing Services - Pretoria
Bearing Services - Richards Bay
Bearing Services - Springs
Bearing Services – Witbank
Bearings & Transmission Services Newcastle
Bearing Warehouse - George
Bolt & Engineering – Klerksdorp
Citi Bearings - Roodepoort
Citi Bearings - Rustenburg
Citi Bearings – Vereeniging
Citi Bearings – Wadeville
DB Mining - Namibia
Eagle Construction - Lichtenburg
Eagle Construction – Welkom
JRK Investments - Botswana
+27 82 418 0825
+27 15 781 2477
+265 1870775
+27 12 541 2281
+27 11 864 7660
+27 17 647 2731
+27 31 468 6568
+27 11 397 6384
+27 13 235 3909
+27 13 246 1442
+27 32 456 1436
+27 13 753 3911
+27 33 394 6626
+27 12 327 2013
+27 35 789 9520
+27 11 362 4365
+27 13 697 1414
+27 34 312 1276
+27 44 875 9211
+27 18 469 6300
+27 11 760 1692
+27 14 592 8265
+27 16 454 6400
+27 11 873 8527
+264 64462738
+27 18 632 5354
+27 71 670 0903
+267 3908822
Lincoln Lubrication SA - Branches:
Lincoln Lubrication SA - Head Office
Lincoln Lubrication SA - KZN
Lincoln Lubrication SA - Mokopane
Lincoln Lubrication SA - Witbank
Lincoln Lubrication SA - Kuruman
Lincoln Lubrication SA - North West
+27 11 907 1192
+27 31 502 2894
+27 15 491 8194
+27 13 690 2587
+27 53 712 1338
+27 79 944 9340
Lincoln Lubrication SA - Distributors:
Africa-Oils & Lubrication - Swaziland
+268 76052262
Droplex Industrial Systems Ltd - Kenya/Uganda+254 722474431
E L Hydra-Bar
+27 43 743 6357
Fincham Industrial
+27 41 453 2065
Fluid Management Services - Zambia
+260 977771214
Fuchs Oil Congo S.P.R.L - DRC
+243 999980582
Henri Fraise Fils Et Cie - Madagascar
+261 334300148
HGS Burkina S.A.R.L. - Burkino Faso
+226 75975644
HGS Limited - Ghana
+233 303310422
HGS Limited - Tarkwa
+233 246435922
HGS S.A.R.L - Cote D’Ivoire
+225 21266435
ISA Limited - Tanzania
+255 787996282
J M Johndre Plant CC
+27 15 781 1382
JTF / Terranova - Angola +244923316006
JTF / Terranova - South Africa
+27 82 458 9018
Kistal Equipment Supplies Ltd - Nigeria
+234 8033638055
KMS Enterprise Sarl - Cameroon
+237 33601041
Lincoln Lubrication Mozambique Lda
+258 25220610
Melcom - Mauritius
+230 2084873
Mine Machines (Pvt) Ltd - Zimbabwe
+263 977827
Minetech (Pty) Limited - Botswana
+267 2412725
Namibian Lubrication Systems - Namibia
+264 64400090
Steelburger Enterprises
+27 13 230 3292
Ultra-Flow Eng Services CC
+27 21 551 7497
Contact SKF Training Solutions:
Tel: +27 11 821 3500
Fax: +27 86 695 9142
E-Mail: training_za@skf.com
Register online:
www.skf.co.za/training
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® SKF is a registered trademark of the SKF Group.
© SKF Group 2015
The contents of this publication are the copyright of the
publisher and may not be reproduced (even extracts) unless
prior written permission is granted. Every care has been taken
to ensure the accuracy of the information contained in this
publication but no liability can be accepted for any loss or
damage whether direct, indirect or consequential arising out
of the use of the information contained herein.
SKF South Africa - Training Course Brochure - January 2015
This publication supersedes publication:
SKF South Africa - Training Course Brochure - January 2014
Printed in South Africa on environmentally friendly paper.
skf.co.za