Bogor, 15 – 18 Maret 2016
Bogor,26 – 29 Juli 2016
Bandung, 11 - 14 Oktober
2016
Bali, 06 - 09 Desember
2016
|
Objective
Preventive and
predictive maintenance is a maintenance system which very reliable to prevent
some sudden troubles or breakdown that may happened on factory’s
tools/equipments. The sudden troubles are very potential things that caused a
big loss in production process. The effects of this problem are some failure to
achieve production target, the lack of personnel, unprepared spare parts, etc.
Preventive and predictive maintenance application system starts from standard
arranging, activity planning, realization supervising, and, as the finish line
is, evaluating and analyzing the maintenance’s result.
Who should attend?
This special course
is designed for manager, supervisor, engineer, planer, foreman, and technician.
Also, for those who are in operations, engineering and purchasing division and
who would like to acquire an understanding of how the quality of the
maintenance function affects their function.
What will the participant get?
After completing this
course, participants will be able to:
• Develop, implement and supervise
the preventive and predictive maintenance program
• Economize the time, money and
company’s resources by using sophisticated technique and method in order to
optimize the affectivity of maintenance.
• Prevent the company’s equipment
and tools from damage and make the machine’s living period longer.
• Decrease the down time
• Increase the profit
Course Outline
Why Preventive &
Predictive Maintenance
Apprising maintenance
performance and effectiveness
Typical maintenance
controls
Reactive maintenance
Anticipative
maintenance
Ascertainment of
equipment condition
The need for
preventive maintenance
Why preventive
maintenance
Preventive Predictive
maintenance objectives
Preventive Predictive
maintenance prerequisites
Preventive
maintenance feasibility analysis
Policies
PM program functions
Cost impact
Saving potential
DEVELOPING THE
PREVENTIVE PREDICTIVE MAINTENANCE PROGRAM
Assignment of
organizational responsibilities typical maintenance functional assignments
operational concepts
Equipment to be
included
Equipment inventory
sheet – examples
Equipment numbering
concepts
The PM work order
Developing the
inspection sheet
ECS rating sheet as
cross reference
Sample of equipment
components
Spare parts and
material needs
Inspection sheet
examples
Determining the
frequency cycle
Frequency cycle
examples
Scheduled frequency
overview
Developing job safety
practices – typical examples
Considering manual
versus computerization
Predictive
maintenance can determine maintenance requirement
Predictive
maintenance and its applied techniques as part of the PM program
Vibration analysis
Wear particle
analyzing
Thermography
IMPLEMENTATION OF
PREVENTIVE MAINTENANCE PROGRAM
Job planning
The planning function
Planning, Service to
do
Job planning
prerequisite
Planners
qualifications
Duties and
responsibilities of planners
The hob package
Line supervisors
qualifications
Planning permits Us,
to forecast, communicate and measure
What job should be
planned
Time required to
perform work…labor content
Standard defined
Consistency of
estimating
Estimating methods
Work backlog
Scheduling of
maintenance work
PERT and CPM as
scheduling tools
Loading of the PM
work order
Load leveling
Weekly scheduling
Manpower requirements
forecasting
Forecasting by crew
Forecasting by
department
Weekly schedule -
Computer and manual example
Training of personnel
CONTROLLING THE
PREVENTIVE PREDICTIVE MAINTENANCE PROCESS
Preventive
maintenance administration
Planned maintenance
Special tools and
equipment
Service user
coordination
Equipment
availability
Service user
notification – examples
Automotive
notification - examples
Control reporting
What should be
included
Schedule for
supervisor
Schedule for
supervisor service user
Overdue for
maintenance and service user
Missed PM report for
maintenance and service user
Complete PM’s
Summary report of all
PM’s completed
Listing of all PM’s
set-up in program
Planning and
scheduling index example
Assurance of work
performed
Conformance and
auditing
Feedback
evaluation/corrective action cycle
EXAMINING RESULTS
Effectiveness of the
preventive maintenance program
Refining the PM
program
3Correlating
preventive maintenance to breakdown maintenance
Measuring and
appraising the PM program
Equipment history
Analyzing equipment
failures
Some relevant
maintenance control indices
Application Exercise
How to organize,
develop and implement a successful preventive maintenance program summary
Adapting the PM
concept at your location
Hands-on exercise
Course leader:
This specially
designed course will be conducted by DR. IR. Tri Yuswijayanto Zaenuri is an
expert in Combustion Engine, Propulsion System and Fluidal Mechanic, who has a
career in this engineering field for more than 15 years. He graduated from
mechanical engineering, Institut Teknologi Bandung in 1987 and continued his
study in Technische Universitaet Clausthal, Clausthal-Zellerfeld , Germany
until he got the "Doktor Ingenier" (Dr.Ing) title in Tribology and
Kinematics (Reibungstechnik und Maschinenkinetik) on 2000. He is the Head of
Combustion Engine and Propulsion System Laboratory in Institut Teknologi
Bandung. He is active in projects that arranged by the cooperation with educational
institutions, government and private company.
General Information
Facilities
ü
Quality training material (hardcopy and softcopy)
ü
Quality training kits
ü
Morning and afternoon coffee / tea breaks and lunch for along the
training
ü
Certificate of Completion
Tuition Fee &
Registration Deadline
IDR 9.750.000,-/ Person, (exclude Ppn 10% &
Acomodation)
Registration
and payment deadline a weeks before training held.
For Further
Information and Registration Please Contact
Anni Nuraini +62 812 807 1412
Hilmi Atoillah +62 856 467 179 04
Anni Nuraini +62 812 807 1412
Hilmi Atoillah +62 856 467 179 04
Ika Ratnawati
+62 813 1996 6720
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