07 hm-20120718rph051052_1

Upload: amitabha

Post on 14-Feb-2018

220 views

Category:

Documents


0 download

TRANSCRIPT

  • 7/23/2019 07 HM-20120718RPH051052_1

    1/17

    Customer : SHANGHAI SHIPYARD&CHENGXI SHIP

    Project Name : DRILL SHIP TIRGER PROJECT

    HHI Document No. : 20120718RPH051/052,Rev.1

    Customer Ref. No. : HK-7711-05105/05106

    1

    0

    No.

    J.C.SEOK S.H.KO Y.S.JOO

    Y.S.KIMS.H.KOJ.C.SEOKFor Approval2012.04.23

    PREPARED BYDESCRIPTIONDATE

    SPECIFICATION for

    INDUCTION MOTOR(2300kW)

    2012.10.24 For Approval

    APPROVED BYCHECKED BY

  • 7/23/2019 07 HM-20120718RPH051052_1

    2/17

    [ ]

    ( IP )

    V

    A

    %

    ( )

    /

    CW CCW BI-Direction

    \

    HHI W230-131-1 A4(210mm X 297mm)

    0

    2

    Rev. No.

    2300 kW

    DRILL SHIP TIRGER PROJECT Project No. 20120718RPH051~2 Quantity

    Model No.or RFQ No HK-7711-05105/05106 Item No.

    AC INDUCTION MOTOR DATA SHEET

    Squirrel Cage

    sets/Shi

    GENERAL SPECIFICATION PERFORMANCE DATA

    Frame Size 630

    Enclosure(Protection)

    Rated Output

    Project Name

    Type HRN3 635-88Y Number of Poles 8

    Rated Voltage

    TEWAC 55 Rotor Type

    Method of Cooling IC86W Starting Method* VVVF(0~792rpm)

    Current Full Load 2,495.0

    660

    Efficiency

    96.0 %

    95.6 %50% Load

    Altitude

    Rated Frequency 44.4

    F Class

    Less than

    Temp. Rise at full load (by resistance method)

    Number of Phases 3

    Hz

    600

    95.9 %

    at 1.0 S.F

    Motor Location Indoor Outdoor 75% Load

    50% Load

    Insulation Class F B H Locked-rotor**

    100% Load--

    Relative Humidity Less than 95 %

    Service Factor 1.0

    Ambient Temp. 50 deg.C (Max.)

    Duty Type Continuous S1

    Power Factor(p.u)

    0.84100% Load

    0.71

    75% Load 0.80

    V10 Speed at Full Load

    75 %

    7336B

    r.p.m

    Full Load 3,394.2

    %

    Mounting B3 B5 V1

    6044C3

    660

    External Thrust Not applicable Breakdown** 230

    Bearing

    Type Anti-friction Torque

    DE/N-DE

    kgm

    kgm

    Lubricant Grease(Gadus S2 V100 3) Locked-rotor**

    Coupling Method Direct V-Belt Moment of Inertia (J)

    Double

    kgm

    -- dB(A)

    Load --

    Applicable Standard

    Aux. Yes

    Application MAIN PROPULSION

    Main Steel Cast Iron

    No

    Shaft Extension Single

    Vibration

    Area classification Non-Hazardous, Non-Seismic Permissible number of

    Terminal

    Box

    Motor

    Sound Pressure Level (No-load & mean value at 1m from motor)

    time

    Rotation(Viewed from DE)

    HM-086078 14500 kg

    time8 B 4.5/3.25

    2.8 mm/sec(r.m.s)

    IEC,ABS Paint

    Cold --

    Type of Ex-Protection N/A consecutive starts Hot --

    ACCESSORIES SUBMITTAL DRAWING

    1. Winding Temp. Detector (Pt 100 ) : 3EA / Phase Outline Dimension Drawing Motor Weight(Approx.)

    2. Bearing Temp. Detector (Pt 100 ) : 2EA / Bearing V10

    3. Space Heater : 230V, 800W

    4. Water Leakage Detector : 1EA / Motor

    REMARK

    SPARE PARTS

    1. Bearing (DE & N-DE) : 1Set / Ship

    Date DSND CHKD CHKD

    Note: Others not mentioned in this data sheet shall be in accordance with maker standard.

    Above technical data are only design values and shall be guaranteed with tolerance of applicable standard.

    Inspection and performance test shall be maker standard, if not mentioned.

    * In case of Inverter-Fed Motor, performance data is based on sine wave tests.

    ** The data are based on rated voltage & frequency, and data are expressed as a percentage of full load value.

    APPD

    2011.04.23 J.C.SEOK - S.H.KO Y.S.KIM

  • 7/23/2019 07 HM-20120718RPH051052_1

    3/17

  • 7/23/2019 07 HM-20120718RPH051052_1

    4/17

  • 7/23/2019 07 HM-20120718RPH051052_1

    5/17

  • 7/23/2019 07 HM-20120718RPH051052_1

    6/17

  • 7/23/2019 07 HM-20120718RPH051052_1

    7/17

  • 7/23/2019 07 HM-20120718RPH051052_1

    8/17

  • 7/23/2019 07 HM-20120718RPH051052_1

    9/17

  • 7/23/2019 07 HM-20120718RPH051052_1

    10/17

  • 7/23/2019 07 HM-20120718RPH051052_1

    11/17

  • 7/23/2019 07 HM-20120718RPH051052_1

    12/17

  • 7/23/2019 07 HM-20120718RPH051052_1

    13/17

    1/4

    1. SCOPE

    This procedure defines the painting and rust prevention procedure at shop.

    But non-ferrous metal will not be painted.

    2. SURFACE PREPARATION

    2.1 Oil, grease and crayon marks will be cleaned off with solvent solution.

    2.2 Shot blast cleaning will be carried out in accordance with provision of

    "The steel structure painting council's specification SSPC-SP10/NACE NO.2

    blast cleaning(Near White). 2.3 The surface profile height is defined as distance between the tops of

    the highest peak and lowest adjacent rough, measured in a direction

    perpendicular to the mean surface height plane.

    2.4 Surface to be coated will be cleaned and dried before coating is applied.

    2.5 Rust, weld spatter, mill scale and other surface contaminants will be

    removed by the power tools and shot blasting.

    2.6 The compressed air used for nozzle blasting will be free from the liquid

    water or oil. Adequate separators and driers will be used so as to get

    rid of condensation.

    2.7 In principle, shot or sand blasting will be done only when the weather

    condition allow the surface to remain dry after blasting and coating

    for several hours (Min.4 Hours).

    3. PROCEDURE

    3.1 Detail painting procedures refer to attached data sheet.

    3.2 Painting conditions.

    3.2.1 The metal temperature shall be minimum 3 deg. C above the dew point temperature.

    Air temperature : 5 ~ 40 deg. C

    Air relative humidity : less than 85%

    3.3 Related conditions

    No paintings shall be applied outdoor when it is foggy, rainy or excessive

    wind. If chemical contamination occurs in paint it should be removed by

    by washing with water or solvent before painting.

    No. : P-20120718/Rev.0PAINTING PROCEDURE FOR MOTOR

  • 7/23/2019 07 HM-20120718RPH051052_1

    14/17

    2/4

    4. APPLICATION DETAILS

    4.1 Preparation of paintings

    Paintings should be prepared for application according to the instructions.

    Individual components of multi-component paintings must be stirred before

    mixing. If the thinner is required, only designated thinner should be used

    and thinning rate may be adjusted according to the job condition.

    4.2 Application method

    4.2.1 Airless spray may be most effective in obtaining specified thickness at once.

    4.2.2 Keep the spray gun at constant distance and perpendicular to the surfaces.

    4.2.3 Brush or roller should not be used. Required thickness shall be achieved by applying

    several coats at indoor. No outdoor painting shall be allowed.

    4.3 Application work

    4.3.1 Welding seams, corners and edges should always receive a stripe coat

    before full coating in order to obtain adequate film built.

    4.3.2 Bolt jointing surroundings and flange matching faces should be blanked

    off or otherwise protected from painting unless otherwise accepted.

    4.3.3 Special care should be taken to gain uniform thickness.

    4.3.4 Each coat should be allowed enough to dry and interval between coats.

    4.4 Cleaning of tools

    The application tools and equipments should be cleaned with the thinner

    immediately after use.

    5. INSPECTION

    Before painting, the surfaces shall be inspected as following items.

    - Surface cleaning as per SSPC SP1 - Surface preparations as per SSPC-SP10/NACE No.2

    - Environmental condition (Air temperature, Air relative humidity)

    After painting, the surfaces shall be inspected visually for wrinkle, swelling

    and other harmful defects. Also the dry film thickness shall be measured according to SSPC PA2.

    If repair coating is required, applicable surfaces shall be arranged by sand

    paper and re coated with the same paint. Also repairing shall be in compliance with paint manufacturer

    recommendation.

    No. : P-20120718/Rev.0PAINTING PROCEDURE FOR MOTOR

  • 7/23/2019 07 HM-20120718RPH051052_1

    15/17

    3/4

    6. COATING REPAIR

    6.1 Defective paint work will be removed, and the surface re-prepared and

    repainted according to the original specifications.

    6.2 Damaged parts on the coated surface will be cleaned by power tool and

    touch-up with the same coating system as applied initially.

    7. STORAGE OF PAINT

    The storage area should be well ventilated and protected from sparks, flame,

    direct exposure to sun or excessive heat, preferably located in isolated room.

    Storage place shall have a temperature ranging from 10 to 40 deg.C.

    No. : P-20120718/Rev.0PAINTING PROCEDURE FOR MOTOR

  • 7/23/2019 07 HM-20120718RPH051052_1

    16/17

    4/4

    8. PAINTING SYSTEM

    8.1 Item : Motor ( Include Platform)

    8.2 Painting schedule

    POLYURETHANE

    First or External and Brand : Korethan Primer UP171

    Prime coat. internal Maker : KOREA CHEMICAL CO., LTD

    surface of motor Dry film thickness : 35 micro-meter

    Coating time : After preparation

    surface

    Coating method : spray and/or brush

    POLYURETHANE

    Finish coat. External surface Brand : Korethan Enamel UT 2578

    of motor Maker : KOREA CHEMICAL CO., LTD

    Color : 8 B 4.5/3.25

    Dry film thickness : 40 micro-meter

    Coating method : spray and/or brush

    Curing method : Self Curing

    Total Dry film thickness Min. 75 micro-meter

    No. : P-20120718/Rev.0PAINTING PROCEDURE FOR MOTOR

  • 7/23/2019 07 HM-20120718RPH051052_1

    17/17