Organized by
In collaboration with Institute of Space Technology,
Islamabad
Center for Vibration Analysis and Condition
Monitoring (CVCM)
Pakistan Atomic Energy Commission
P.O. Box 3140, Islamabad
Accommodations
Attendees are responsible for making their own hotel reservations. If you need any help in getting room booked in hotel/hostel, please contact to our course coordinator.
Course Fee
Rs. 15,000/- per participants
- Preferable mode of payment is through cheque or demand draft drawn in favour of Head LAO, DNPER.
- Payment cheque/draft may be sent to Director, CVCM, P.O. Box 3140, Islamabad
Course fee Includes:
Course manual, course certificate, hands-on training, all lunches, exclusive right to consult our vibration engineers any time to discuss the technical issues of your plant.
Course Registration
Kindly e-mails form to the course coordinator. Please note that registration is required one week prior to the course commencement.
Registration FormName
Job Title
Office Address
Cell #
Fax #
Course Coordinator
Abid Khan: 03335023744
Email: [email protected]
Contact persons
Zafar Kazmi: 0300-8561060;
Email: [email protected]
Ghulam Mustafa: 0300-5199075
Email: [email protected]
Center for Vibration Analysis and Condition Monitoring (CVCM)
Pakistan Atomic Energy Commission
P.O. Box 3140, Islamabad
Ph: 051-9246021
Fax: 051-9218114
Training Course
on
Vibration Analysis Level-II
November 24-26, 2015Islamabad
Fault Analysis
Vibration due to resonance Vibration due to unbalance Bent shaft problems Identifying a shaft with a kink or bend close to the
bearing Identifying a simple shaft bow Detection of Misalignment Vibration due to eccentricity Looseness and sub harmonic frequencies Looseness of the supporting system Defective rolling-element bearings Aerodynamic hydraulic problems Vibration due to induction motor problems Vibration due to gear problems
Day 3
E quipment Testing and Diagnostics
Impact testing (bump tests) Phase analysis
Corrective action
General Maintenance Repair Activities Review of Balancing Process
Review of Shaft Alignment Procedure
Running a successful CM program
Setting Baseline Report Generation
Day 4
Practical Hand’s on Training
Certificate Distribution
Course Deliverables
Course Manual VA-II
Notepad
Vibration Analysis Chart
Workshop Experience
VA-II participation Certificate
ABOUT CVCM
Pakistan Atomic Energy Commission has established Centre for Vibration & Machine Condition Monitoring (CVCM) with the following objectives:
CVCM will provide machinery health monitoring services to the industries of Pakistan. Services include:
Infrared Thermography,
Vibration Analysis
Laser Alignment andDynamic Balancing
Organize Certification Condition Monitoring trainings, workshops and conferences
Acoustic & Vibration Control
Shock& Vibration Testing
COURSE OBJECTIVES
This course is designed for Maintenance and Design Engineers who want to apply modern vibration analysis techniques and principles for early fault detection and damage prevention in critical costly industrial machines.
VA-II AS AN ADVANCED COURSE
VA-II course would enable the participants to sit for the VA level-II international certification exam.VA-II builds upon the foundation of the ISO 18436.2 Cat-2 Standard course. The course covers advanced techniques of data acquisition and signal processing, waveform analysis, spectral diagnostics, phase analysis, single-channel impact testing and field balancing. The VA-II course will help the plant maintenance engineers in selecting an optimized vibration monitoring program in their plants.
LEARNING OUTCOMES
1. Select appropriate machinery vibration techniques 2. Perform vibration analysis on typical machines 3. Learn modern diagnostic techniques4. Perform resonance testing 5. Interpret results, make corrective recommendations
COURSE PROGRAMME
Day 1
Review of maintenance practices
Maintenance philosophies Evolution of maintenance philosophies Plant machinery classification and
recommendations Predictive maintenance techniques Vibration analysis – A key predictive maintenance
techniqueVibration basics and principles
Benefits of vibration analysis Displacement, velocity, acceleration Orbits; Beats; Modulation Vibration Analysis Techniques
Spectrum analysis Harmonics, sidebands, and the analysis
methodology Time waveform analysis (introduction) Orbit analysis (introduction) Phase analysis: bubble diagrams and ODS Enveloping (demodulation), shock pulse, spike
energy, Peak Value
Day 2
Data Acquisition Principles
Analog to Digital Converters Accelerometers Mounting Frequency range SensitivitySignal Processing Frequency filtering Fast Fourier Transform (FFT) Sampling rate Lines of resolution, F-max, Bandwidth Window Functions Averaging Overlap Display/Storage