For a detailed description of all courses provided by RITEC click here
As the sole representative of the Vibration Institute, USA, in the Middle East, RITEC offers comprehensive training programs
in the
following fields:
- Basic Machinery Vibration Analysis: Advanced vibration concepts. Single-plane balancing. Use of single-channel FFT
analyzers
and data collectors. Introduction to dual-channel analysis. Using data collectors and tape recorders for data
storage.
Setting
alarms for efficient PM. Determination of natural frequencies, resonance, and critical speeds.
Identification of machine
forces
and frequencies. Vibration correction techniques. Isolation and damping of installed
equipment. Spectral, time waveform,
phase, and orbital analysis. Machine-specific analysis - motors, fans, pumps,
compressors, presses, turbines. Preparation
for examination for Vibration Specialist Category III.
- Machinery Vibration Analysis: Basic vibration theory. Signal processing and dual-channel FFT analysis. Three-step
class format: theory, techniques (description / demonstration), case histories. Setup and use of dual-channel FFT
analyzers.
Advanced vibration signal analysis. Limitations of FFT analysis in monitoring and analysis. Using time-domain
analysis to clarify
the spectrum. Synchronous time averaging with applications to analysis and balancing. Sum and
difference frequency analysis.
Determination of natural frequencies, mode shapes, and damping. Operating deflection
shape analysis. Calculation of vibrations
and natural frequencies for simple models. Vibration control techniques.
Use of coherence in dual-channel analysis.
Demonstrations
of all techniques. Preparation for examination for Vibration
Specialist Category IV.
- Machinery Condition Monitoring: Machinery Condition Monitoring is designed as an introductory course to the use
and analysis
of machinery vibration data for condition monitoring. The course emphasizes the effects of vibration on
mechanical equipment, the
instrumentation used to measure vibration, the techniques used for vibration analysis and
control, developing a condition monitoring
program, and vibration correction and criteria. Examples and case histories
of industrial vibration problems are used to illustrate
techniques. Participants have the opportunity to become familiar
with these techniques during workshops. This course will be of
interest to engineers and technicians who must identify
and correct faults in machinery; and should be sufficient in addition to field
experience, to prepare the attendees for
the Vibration Specialist - Category I & II Certification Exam.
- Rotordynamics and Balancing: Rotordynamics describes the science and practice of analyzing the dynamics of
rotating
machinery. All rotating machinery, particularly high speed-high performance machinery, inherently exhibit
unique
dynamical
behavior that can affect the operation and maintenance of the machine. This course describes the
fundamentals of the dynamic
of rotors and the analysis and correction of rotating machinery problems. The course
describes the basic rotordynamic theory.
Modeling and analysis of rotors. Critical Speeds and Mode Shapes. The
Transfer Matrix Method. Development of a dynamic model.
Modeling machinery components. Modal behavior of
rotors. Run-up and coast-down tests. Bodé and Nyquist Plots. Fluid film
bearing modeling and analysis. Effect of
bearings on dynamic behavior of rotors. Stability of rotating machinery. Introduction to rotor
balancing. Field
balancing. Balancing instrumentation. Static and Couple balancing. Multi-plane balancing. Flexible rotor balancing.
Case studies.
- Balancing & Alignment: This course is intended to provide basics of both alignment and balancing of rotating
machinery and
field
application. The course presents the vibration analysis leading to the identification of balancing
and alignment of rotating
machines.
For balancing the course presents field balancing techniques including single
plane
balancing, two-plane balancing and
static-couple
balancing. Workshop applications will be provided. For
alignement the
course presents various alignment methods
including: rough
alignment, face and rim alignment,
reverse indicatior
method (graphical & analytical), and laser alignment
techniques. Practical
application are provided
including considerations of preparation of alignment, brackets and
coupling,
thermal considerations and
alignment
tolerances. Worshop applications will be provided.
- Practical Machinery Vibration: This course is intended as an extended workshop to provide practical training on
machinery
vibration. Continuous workshops on: vibration measurement, selection and installation of sensors, setting-up
of data collector,
analyzer set-up, measurement of time waveform, measurement of spectra, measurement of amplitude
and phase. Identification
of Faults including: unbalance, misalignment, bearing faults, …etc. Balancing of machinery using
RIMAP.
- Structural & Machinery Vibration: This course is intended to stress the relationship between structural and
machinery vibration.
Topics covered include: structural vibration measurement, faults in machinery, generated forces
in machinery, resonance, critical
speed testing, bump tests, measurement of operating deflection shapes (ODS), modal
testing of machines. Applications and case
histories from industry.
For registeration or further information contact us and we will respond to your inquiry as soon as possible ritec@ritec-eg.com
We also Provide:
- Multi-Company Courses in Egypt and Saudi Arabia
- In-House training Programs
- Practical Training
- Guarantee Category II Certification for Engineers in 6 weeks
- All programs according to ISO 18436
- To view training courses images click on the link below here:
13, Road 286, New Maadi, Cairo 11435, Egypt Tel: +20-(0)2-2753-7447 Fax: +20-(0)2-2516-6918 New Maadi, Cairo, Egypt 11435 © 2008 - RITEC SAE - All Rights Reserved - Terms of Use - Privacy
For more Information: info@ritec-eg.com
