Reliability Centered Maintenance - Yogyakarta

Offering Training
Reliability Centered Maintenance
DESCRIPTION
This course teaches the fundamentals of Reliability-Centered Maintenance (RCM). The course is not process specific but gives the participant the fundamental tools and knowledge required to participate in any RCM analysis process. As an intermediate level course, the course will use statistical analysis, life-cycle cost analysis, and an understanding of equipment failure characteristics to achieve an optimal maintenance program that meets specified safety, environmental, and economic goals. Participants will learn to preserve equipment functions by identifying appropriate preventive maintenance (PM) tasks, predictive maintenance (PdM) tasks, failure finding tasks and other actions that protect against failure or mitigate the consequences of failure. Examples and exercises give participants hands on experience to help them begin to master RCM concepts.
WHO SHOULD ATTEND
·         Maintenance Manager/ Superintendent/ Supervisor/ Engineer ·         Plant Manager/ Superintendent/ Supervisor/ Engineer ·         Operation Manager/ Superintendent/ Supervisor/ Engineer ·         Everybody or professional who want to get benefit or broaden knowledge from this course
SUMMARY OUTLINE
INTRODUCTION TO RCM CONCEPTS     1. RCM terminology     2. Fundamental RCM philosophies RCM ANALYSIS PREPARATION     1. Identifying and allocating resources for a RCM program     2. Preparing for an RCM analysis     3. Techniques for prioritizing systems for analysis FMECA FOR RCM     1. Failure Modes and Effects analysis for RCM     2. Evaluating failure consequences STATISTICS IN RCM     1. Statistical principles used in RCM     2. Use of Weibull analysis in RCM processes SELECTING MAINTENANCE TASKS     1. How to select preventive maintenance tasks and intervals     2. How to select predictive maintenance tasks and intervals     3. How to select failure finding tasks and intervals OTHER FUNCTION PRESERVATION STRATEGIES     1. What other function protective actions are available     2. When run-to-failure is appropriate PACKAGING AND IMPLEMENTING RCM RESULTS     1. Packaging and implementing RCM analysis results     2. When to use a subject matter expert team     3. Barriers to implementation and getting buy-in         from all levels
COURSE METHOD	COURSE SPEAKER
v  Presentation v  Discuss v  Case Study v  Evaluation v  Simulation	Lukmandono, ST,MT (PhD Cand) and Team Pengalaman sebagai praktisi, dan aktif sebagai akademisi di  UGM Yogyakarta, Pengalaman Trainer dan Konsultan untuk perusahaan Swasta dan BUMN
TIME & VENUE	COURSE FEE
Hotel Jentra  Jl. Dagen 85 Malioboro Yogyakarta Telp (0274580789) 21-24 Mei 2013 4 days 08 am – 04 pm	IDR 7,000,000.00 per participant non residential Course fees can be transferred to the following account number : CV JP CONSULTANT : MANDIRI Bank Yogyakarta Branch Acc. No.  1370007857077 Disc 5% untuk Peserta Minimal 2 orang dari perusahaan yangsama.
FACILITY	INFORMATION AND REGISTRATION
¨  Module / Handout ¨  Certificate ¨  Souvenir ¨  Training Kit	JP Consultant Kalibayem No. 436 Ngestiharjo Kasihan Bantul Yogyakarta Phone        :  02743326339 Email         :  jpconsultantyogyakarta@gmail.com Website     : www.jptrainingcenter.com Contact      : Sari (08122758271)                     Damiri (081944111699)                     Tina  (085741853818)

Power System Protection and Relay Coordination - Yogyakarta

Offering Training
Power System Protection and Relay Coordination
DESCRIPTION
The training in the principles and methods used to perform protective device coordination studies for low voltage through distribution level power systems with or without software. This is one of the few courses that is not merely a software training course. Specifically designed for industrial and government engineers that want knowledge of the principles of protective device coordination but also practical knowledge of how to achieve reasonable and economical device coordination. The only course which can cover both national codes and standards and government criteria that affect coordination philosophies. Covers concepts, procedures, and guidance not covered in other courses in the industry. Examples will include critical systems fed from emergency generators and uninterruptible power supplies (UPS).
WHO SHOULD ATTEND
Utility engineers, consultants (especially those involved with IPP/DG design), equipment/control engineers, generator packager and manufacturer engineers as well as others who specify protective relays and develop settings for these devices.
SUMMARY OUTLINE
1.         System Analysis v  Fault Current and Load Flow Calculations Using Computer Software v  Remote Effects Of Faults v  Hand calculation method discussion 2.         Protective Device Coordination Principles v  Graphical Tools and Time/Current Curve Interpretation v  Load Flow and Unbalanced Fault Effects v  Cold Load Pickup v  Grounding System Constraints v  Coordination Economics v  Asymmetrical Current Impacts v  Coordination Time Intervals of Relays v  Transformer Effects on Coordination 3.         Equipment and Device Characteristics v  Fuses –including current limiting fuses v  Molded case and Insulated Case Breakers v  Solid-State Trip Low Voltage Breakers v  Equipment Damage Characteristics v  Proper Protective Device Selection v  Circuit Breaker Ratings and Selection v  Low Voltage Cable Protection v  Shielded Cable Protection v  Overhead Conductor Protection v  Motor Protection v  Generator Protection v  Transformer Protection v  Panelboard and Switchgear Protection v  Inverse Time/Overcurrent Protective Relays and v  Instantaneous Trip Devices v  Series Rated Breakers v  Differential and Voltage Constrained Relays v  Reclosing relays, reclosers, and sectionalizers v  Current transformer characteristics and selection 4.         Ground Fault Protection v  Arcing Ground Fault Magnitudes v  Ground Fault Protection Schemes v  Interaction Of Ground Fault Relays And Phase v  Overcurrent Devices 5.         Emergency Power System Design v  Weak Source Systems v  Generator Fault Characteristics v  Uninterruptible Power Supply Fault Characteristics v  Transfer and Static Switch Limitations v  Improving Emergency Circuit Design 6.         Common Coordination Problems, Errors, And Misconceptions 7.         Preliminary System One-line Development for a Coordinated System Lessons Learned and “ Rules of Thumb” to spot uncoordinated systems and methods to develop a coordinated system design 8.         Criteria Impacting Coordination v  NESC, IEEE Std C2, v  NFPA 70-National Electrical Code v  Arc Flash Protection of Employees 9.         Switchgear And Relay Commissioning Including Optional Hands-On Student Calibration of a Relay
COURSE METHOD	COURSE SPEAKER
v  Presentation v  Discuss v  Case Study v  Evaluation v  Simulation	Teguh Santoso, Ir Teguh Santoso experienced more than 27 years in Electrical.
TIME & VENUE	COURSE FEE
Jentra Dagen Hotel Jalan Dagen 85 (Malioboro) Yogyakarta 27 – 30  May 2013 4 days 08 am – 04 pm	IDR 7,000,000.00 per participant non residential Course fees can be transferred to the following account number : CV JP CONSULTANT : MANDIRI Bank Yogyakarta Branch Acc. No.  1370007857077
FACILITY	INFORMATION AND REGISTRATION
¨  Module / Handout ¨  Certificate ¨  Souvenir ¨  Training Kit	JP Consultant Kalibayem No. 436 Ngestiharjo Kasihan Bantul Yogyakarta Phone        :  02743326339 Email         :  jpconsultantyogyakarta@gmail.com Contact      : Sari (08122758271)                     Damiri (081944111699)                     Tina (085741853818)