Objective of Maintenance in Department

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    Company Background

    Cekap Engineering (M) Sdn Bhd was established as a private limited company on 21 th August 2005

    with authorized capital of RM 100,000.00 and paid-up capital of RM 100,000.00. We are registered

    company under Companies Commission of Malaysia, Ministry of Finance which include authority to

    supply complete Engineering Equipments with the 100% Bumiputera status.

    Our areas of specialization include mechanical, electrical and electronic. Apart from above, we also

    one of the Bumiputera company supplying complete equipment instrumentation, process technolgy

    equipments and workshop machinery software development networking for University, Polytechnics

    and Technical Training Institute.

    Maintenance Department

    Maintenance and Repair of work orders is the hub of a well functioning maintenance

    organization. In order for maintenance planning and scheduling to work many other systems

    need to work well. Most importantly equipment inspections through preventive maintenance,

    technical database such as bill of materials, work order history, and standard job plans.

    Maintenance spare part stores have to function well. Cekap Engineering has been provingemergency and scheduled maintenance and repair services to a vast array of clients including

    Maintenance and repair services include;

    Emergency response repairs (e.g. fire damage repairs)

    Electrical power generation, protection and distribution maintenance and repair

    Mechanical services

    Rewinds (transformer, generator/alternator, electric motor)

    Rotating machinery repair (generator, alternator, electric motor, fan)

    Generator/Alternator control system service and inspections

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    OBJECTIVE OF MAINTENANCE IN DEPARTMENT

    Objective of maintenance is to update the equipment system or machine. It also to reduce the risk

    of failure for equipment and enhance the quality and maximize the equipment value. Other than

    that, this objective also include to increase the level of strength and toughness of the equipment.

    When maintenance, it make easier to identify the damage & the reason contribute to the problem.

    After maintenance, we can produce and estimate the minimum cost of the equipment and expect

    the machine's life period.

    TYPES OF MAINTENANCE IN DEPARTMENT

    Preventive Maintenance

    The purpose of this maintenance is to determine the condition an equipment by referring the

    observation data or by using a criteria that has been prepared order to reduce failure in the

    system that is plan to be made.

    Corrective Maintenance

    Maintenance that is made after a failure happened to the equipment that is maintain and also to

    keep the item where the maintenance can make the equipment operate according to the function

    that is needed.

    Emergency Maintenance

    This maintenance is needed to repair a machine immediately to avoid serious effect to the

    machine. Normally this maintenance need a long period of maintenance more than one day. This

    failure are affected by the environment effect.

    Terms and Regulation

    Maintenance that are more to preventive action where it's start with the discussion result. This is

    followed by the term & regulation which all the result item should be done routinely or by using

    a process that connected to the monitoring system.

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    Schedule of Maintenance

    A complete schedule system that is contain with the maintenance schedule, preventive activity

    that are cover with date, time operation number, process maintenance, technical control and etc.

    By implement the planned maintenance, the minimum cost can be determine and can be used as

    a budget to an equipment and electronic machine. And also to get the minimum cost.

    Schedule of Maintenance

    Maintenance

    Corrective Maintenance

    (Emergency Maintenance)

    Maintenance

    Schedule

    Without maintenance

    plan

    Preventive Maintenance

    Plan

    Maintenance Term And

    Regulation

    List of maintenance plan

    Corrective Maintenance

    (Emergency Maintenance)

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    ANALYSIS OF MAINTENANCE

    Cost (RM)

    Maintenance Maintenance

    Without Plan With Plan

    Time (Year)

    When an organization using the maintenance plan, cost of maintenance will more save for long

    term compare without using maintenance plan. This maintenance plan including periodic

    schedule, preventive and corrective.

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    SCHEDULE OF MAINTENANCE

    Example of Maintenance Daily

    Meter Reading

    AFFIN BANK

    OWNER(Pasaraya Pernama)

    TENANT

    FOOD COURT

    Note : Final meter reading in a month will collective to payment bill

    Temperature of:- c

    ChillerRefrigerator

    Name Of Workers : Jeff Noha Albert

    Date : 01/03/2010

    Signature :

    Condition Of Generator Set :- Yes/No Note

    Oils

    Test with

    automatically/manually

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    REPORT OF MAINTENACE

    Example of Maintenance's Report

    No. Activity

    Maintenance

    Date Time Action

    1 Lamp flip flap 08/01/2009 0900 Change the starter

    2 Spotlight

    cannot

    recognize

    09/01/2009 1000 Setting Timer at the suitable time

    3 Wiring at Night

    Market(Bazar)

    10/01/2009 0800 Supply current from switchbox

    4 Filter AHU

    dusk

    12/01/2009 1200 Cleaning the filter

    5 Socket burnt 15/01/2009 1300 Change the socket

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    ORGANIZATION OF MAINTENANCE

    Technician Technician

    EQUIPMENT MAINTENANCE

    1) Power CablesRated 5 kV and AboveHigh voltage cable conducts power between the powerplant and switchyard. The cable may be

    solid dielectric or oil-filled. In the case of critical circuits, periodic maintenance tests are justified

    during the life of the cable to determine whether or not there has been significant insulation

    deterioration due to operational or environmental conditions. Direct current Hipot tests

    effectively reduce inservice failures from faults of the cable or its accessories. When done

    properly, maintenance tests can detect problems in cables that are approaching failure without

    accelerating the deterioration process. Except for infrared scanning, de-energize the cable circuit

    before maintenance. For assistance in determining appropriate test methods and voltage levels

    for a specific cable installation, please contact D-8450 at (303) 445-2300.

    2) Coupling Capacitors

    General Manager

    Procurement

    Manager

    Maintenance

    Manager

    Production

    Manager

    Mech. Eng.

    Suprintendent

    Elec. Eng.

    Suprintendent

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    Coupling capacitor/voltage transformers (CCVTs) are instrument transformers which provide a

    path for communications (traveling over the transmission line) to reach communication and

    relaying equipment without allowing power system frequency energy to pass. These are static

    devices requiring relatively little maintenance. Except for infrared scanning, maintenance must

    be conducted with equipment de-energized. This equipment normally is oil-filled and must be

    checked for oil leaks. It is subject to catastrophic explosive failure when not tested on schedule.

    Circuit Breakers

    Circuit breakers interrupt electrical current to stop power flow both for switching operations and

    during fault conditions.

    Molded case circuit breakers are usually located in low voltage distribution panels and incontrol boards. These are typically 120-volts alternating current (Vac), 125-volts direct

    current (Vdc), 240-Vac, and 480-Vac breakers for control, protection, and auxiliary

    power. Molded case breakers in panel boards should not be loaded more than 80% of

    rating per NFPA 70B, 11-2.

    Low voltage air breakers are usually located in motor starter cabinets, motor controlcenters, station service switchgear, or similar enclosures. These are typically 480 Vac for

    auxiliary power.

    Medium voltage circuit breakers are generally located in station-service metal cladswitchgear or in separate enclosures as unit breakers. Examples are 4160-Vac station

    service, 11.95-kV and 13.8-kV unit breakers. These breakers may be air, air blast,

    vacuum, or SF6.

    High voltage circuit breakers are located in separate breaker enclosures, either indoors oroutdoors. These are oil, air-blast, or SF6 breakers.

    Extra high voltage (EHV) circuit breakers are not addressed in this FIST volume.Reference the manufacturers instruction books.

    Most breaker maintenance (except infrared scanning) must be performed with

    equipment de-energized.

    ELECTRICAL DISTRIBUTION SYSTEM

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    For single phase

    If the load resistors power disspation were sunstantial, we might call this a power circuit or

    :power system instead of regarding it as just a regular circuit. The distinction between a power

    circuit and a regular circuit may seem arbitrary, but the practical concerns are difinitely not.

    One such concerrn is the size and cost of wiring necessary to deliver power from the AC source

    to the load. Normally, we do not give much thought to this type of concern if were merely

    analyzing a circuit for the sake of learning about the laws of electicity. However,in the real world

    it can be a major concern. If we give the source a voltage value and also give power diddipation

    values to the two load resistos, we can determine the wiring needs for this particular circuit.

    For three phase

    3 Phase Distribution

    3 Phase Power Distribution and Transmission

    3 phase electricity distribution is the process in the delivery of 3 phase power from the

    generation equipment to the business or location for use. This include the transmission over

    power lines, possibly through electrical substations and pole-mounted transformers, and the

    appropriate distribution 3 phase wiring and sometimes electricity meters.

    http://www.3phasepower.org/3phasedistribution.htmhttp://www.3phasepower.org/3phasedistribution.htmhttp://www.3phasepower.org/3phasetransformers.htmhttp://www.3phasepower.org/3phasetransformers.htmhttp://www.3phasepower.org/3phasewiring.htmhttp://www.3phasepower.org/3phasewiring.htmhttp://www.3phasepower.org/3phasetransformers.htmhttp://www.3phasepower.org/3phasetransformers.htmhttp://www.3phasepower.org/3phasedistribution.htm
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    3 Phase Power Distribution Transformer

    After numerous further conversions in the transmission and distribution network the 3 phase

    power is finally transformed to the standard mains voltage (the voltage of "house" or

    "household" current in American English). The power may already have been split into single

    phase at this point or it may still be 3 phase. Where the step-down is 3 phase, the output of this

    power transformer is usually star connected with the standard mains voltage (120V in North

    America and 230V in Europe) being the phase-neutral voltage.

    Another system commonly seen in the USA is to have a delta connected secondary on the step

    down transformer with a center tap on one of the windings supplying the ground and neutral.

    This allows for 240V 3 phase as well as three different single phase voltages (120V between two

    of the phases and the neutral, 208V between the third phase (sometimes known as a wild leg) and

    neutral and 240V between any two phases) to be made available from the same supply.

    Generating 3 Phase Power From Single Phase

    When single phase power is readily available but 3-phase power is not already allocated, there is

    an easy way to generate 3 phase power with a 3 phase power generating Rotary Phase Converter

    or with a modern Motor Generator Set. Today these are a super efficient method to get 3 phase

    power anywhere single phase is already available. Read more about super efficient 3 phase

    generating Rotary Phase Converters here.

    REFFERENCE

    1. http://www.3phasepower.org/3phasedistribution.htm2. http://dsp-psd.pwgsc.gc.ca/Collection/P25-5-2-2000E.pdf3. http://www.tecowestinghouse.com/Manuals/TWMC%20Instruction%20Manual_143%20

    to%20449%20frame.pdf

    4. http://www.usbr.gov/power/data/fist/fist4_1b/fist4_1b.pdf5. http://xa.yimg.com/kq/groups/3004572/1110786124/name/Maintenance+Organization.pd

    f

    http://www.3phasepower.org/3phasetransformers.htmhttp://www.3phasepower.org/3phasetransformers.htmhttp://www.3phasepower.org/3phasedistribution.htmhttp://www.3phasepower.org/3phasedistribution.htmhttp://www.3phasepower.org/3phasetransformers.htmhttp://www.electricalpowertransformer.com/http://www.3phasepower.org/3phasetransformers.htmhttp://www.3phasepower.org/3phasetransformers.htmhttp://www.3phasepower.org/rotaryphaseconverters.htmhttp://dsp-psd.pwgsc.gc.ca/Collection/P25-5-2-2000E.pdfhttp://dsp-psd.pwgsc.gc.ca/Collection/P25-5-2-2000E.pdfhttp://www.tecowestinghouse.com/Manuals/TWMC%20Instruction%20Manual_143%20to%20449%20frame.pdfhttp://www.tecowestinghouse.com/Manuals/TWMC%20Instruction%20Manual_143%20to%20449%20frame.pdfhttp://www.tecowestinghouse.com/Manuals/TWMC%20Instruction%20Manual_143%20to%20449%20frame.pdfhttp://www.tecowestinghouse.com/Manuals/TWMC%20Instruction%20Manual_143%20to%20449%20frame.pdfhttp://www.tecowestinghouse.com/Manuals/TWMC%20Instruction%20Manual_143%20to%20449%20frame.pdfhttp://www.usbr.gov/power/data/fist/fist4_1b/fist4_1b.pdfhttp://www.usbr.gov/power/data/fist/fist4_1b/fist4_1b.pdfhttp://xa.yimg.com/kq/groups/3004572/1110786124/name/Maintenance+Organization.pdfhttp://xa.yimg.com/kq/groups/3004572/1110786124/name/Maintenance+Organization.pdfhttp://xa.yimg.com/kq/groups/3004572/1110786124/name/Maintenance+Organization.pdfhttp://xa.yimg.com/kq/groups/3004572/1110786124/name/Maintenance+Organization.pdfhttp://xa.yimg.com/kq/groups/3004572/1110786124/name/Maintenance+Organization.pdfhttp://xa.yimg.com/kq/groups/3004572/1110786124/name/Maintenance+Organization.pdfhttp://xa.yimg.com/kq/groups/3004572/1110786124/name/Maintenance+Organization.pdfhttp://www.usbr.gov/power/data/fist/fist4_1b/fist4_1b.pdfhttp://www.tecowestinghouse.com/Manuals/TWMC%20Instruction%20Manual_143%20to%20449%20frame.pdfhttp://www.tecowestinghouse.com/Manuals/TWMC%20Instruction%20Manual_143%20to%20449%20frame.pdfhttp://dsp-psd.pwgsc.gc.ca/Collection/P25-5-2-2000E.pdfhttp://www.3phasepower.org/rotaryphaseconverters.htmhttp://www.3phasepower.org/3phasetransformers.htmhttp://www.3phasepower.org/3phasetransformers.htmhttp://www.electricalpowertransformer.com/http://www.3phasepower.org/3phasetransformers.htmhttp://www.3phasepower.org/3phasedistribution.htmhttp://www.3phasepower.org/3phasedistribution.htmhttp://www.3phasepower.org/3phasetransformers.htm
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    6. http://www.finlex.fi/data/normit/34322-SIM_To_lt_001ENGLANTI.pdf

    APPENDIXES

    Example of maintenance schedule

    http://xa.yimg.com/kq/groups/3004572/1110786124/name/Maintenance+Organization.pdfhttp://xa.yimg.com/kq/groups/3004572/1110786124/name/Maintenance+Organization.pdfhttp://xa.yimg.com/kq/groups/3004572/1110786124/name/Maintenance+Organization.pdfhttp://xa.yimg.com/kq/groups/3004572/1110786124/name/Maintenance+Organization.pdfhttp://xa.yimg.com/kq/groups/3004572/1110786124/name/Maintenance+Organization.pdfhttp://xa.yimg.com/kq/groups/3004572/1110786124/name/Maintenance+Organization.pdf
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    Example of Types of Maintenance

    http://xa.yimg.com/kq/groups/3004572/1110786124/name/Maintenance+Organization.pdfhttp://xa.yimg.com/kq/groups/3004572/1110786124/name/Maintenance+Organization.pdf
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    Example of Organization of Maintenance

    http://xa.yimg.com/kq/groups/3004572/1110786124/name/Maintenance+Organization.pdfhttp://xa.yimg.com/kq/groups/3004572/1110786124/name/Maintenance+Organization.pdf