Motor Current Signature Analysis for Induction Motor

Motor Current Signature Analysis for Induction Motor

Yogyakarta | 06-09 September 2012 | IDR 7.000,000.00 per participant
Yogyakarta | 15-18 Oktober 2012 | IDR 7.000,000.00 per participant
Yogyakarta | 10-13 December 2012 | IDR 7.000,000.00 per participant

 

 

DESCRIPTION

This course covers boiler components and their purpose. Additionally, the course explains the ISA symbols used in boiler control, how to identify the engineering and control of boilers using theses symbols, and a method of presenting the engineering. This course covers topics including defining the control and ratio control fundamentals, feed forward control, feed forward plus feed back control, cascade control, ratio control, and how they are implemented in boiler control. Also reviewed are control concepts, proportional control, proportional plus reset control, and proportional plus reset plus derivative control; what they are; and how they are used. Flame detection methods, including the advantages of each method, are also covered.

OBJECTIVE

Examine typical induction motor faults and address state-of-the-art current signature techniques for diagnosing a variety of defects. Learn relationships between current and vibration monitoring to detect the root cause of problems. Describe fundamentals of variable frequency drives.

WHO SHOULD ATTEND

Plant managers, safety and reliability engineers, consultants, university professors, maintenance personnel, motor manufacturers and motor repair shop personnel.

SUMMARY OUTLINE

1. Asset management, RBM, CBM, and condition monitoring for electrical drive systems
2. Causes and effects of: broken rotor bars, abnormal airgap eccentricity, shorted turns in stator windings, shaft/coupling misalignment, stator core vibration characteristics and problems
3.  Interrelationships between current and vibration monitoring to detect the root cause (RCA) of problems
4. Fundamentals on current signature analysis
5. MCSA instrumentation
6. Current signature patterns due to faults
7. Reliable interpretation of current spectra
8. Effect of motor design, load, and drive train
9. Prediction of fault severity: reliability and limitations
10. Case histories from a range of industries
11. MCSA products: operation, strengths, and limitations
12. Diagnosis of mechanical problems via MCSA
13. Signal processing concepts and issues

METHODE

• Discuss
• Case Study
• Evaluation
• Simulation

INSTRUKTUR

Teguh Santoso, Ir
Teguh Santoso experienced more than 26 years in Electrical.

TIME & VENUE

• Yogyakarta
• 06-09 September 2012
• 15-18 Oktober 2012
• 10-13 December 2012
• 4 days – 08 am – 04 pm

COURSE FEE

IDR 7.000,000.00 per participant non residential

FACILITY

• Module / Handout
• ,Certificate
• ,Souvenir
• ,Training Kit

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