Bu-05-vd-305-ma-dsh-3301-002,01

BUSHEHR PETROCHEMICAL COMPANY

Gas Sweetening, Sulphur Recovery, C2 Recovery, Fractionation and Inter Connection Pipeline Between Plants Project P.O. No.: 05-POR-MA-305-119 Main steam Steam turbine turbine datasheet Document Title: Main datasheetfor 05-330-PKU-1

Rev.: 01 Page 1 of 12

Document No.: BU-05-VD-305-MA-DSH-3301-002

Main Steam Turbine datasheet for 05-330-PKU-1 EQUIPMENT NAME: DRIVE PROPANE COMPRESSOR STEAMTURBINE

General Comments: (1) All changes/modification with respect to previous revision should have revision mark (highlight) and SBW is responsible for any change/modification without revision mark. (2) Please manage to keep up to date, Condenser datasheet & Utility consumption list based on this datasheet.

Code1

 (Approved ) No comment and the document is released for Manufacturing

Code2

 (Approved with comments) Vendor shall correct, revise and resubmit the document The document is released for manufacturing  (Commented) : Vendor shall correct / revise & resubmit document

Code3

Please see more comments on other pages...

Code4

 Not Acceptable Quality (Rejected) Date: 20 Oct 2014 Dept: MA Signature: M.S. CODE 2

01

2014-9-30

Issued For Approval

WuT

HuangHA

HuangC

00

2014-4-2

Issued For Review

WuT

HuangHA

HuangC

Rev.

Date

Purpose of Issue

PRE’D

CHC’D

APP’D

Status

AUT’D

BUSHEHR PETROCHEMICAL COMPANY

Gas Sweetening, Sulphur Recovery, C2 Recovery, Fractionation and Inter Connection Pipeline Between Plants Project P.O. No.: 05-POR-MA-305-119

Rev.: 01

Document Title: Main steam turbine datasheet

Page 2 of 12

Document No.: BU-05-VD-305-MA-DSH-3301-002

Revision Index Rev.

00

01

Sheet

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28

02

03

04

05

06

07

Rev. Sheet

X X X X X X X X X X X X

X X X X X X X X X X X X

00

01

02

03

04

05

06

07



JOB NO.

SPECIAL-PURPOSE STEAM TURBINE DATA SHEET SI UNITS

2 FOR

 PROPOSAL

 PURCHASE



3 SITE

BANDAR ASSALUYEH-IRAN

4 SERVICE

PROPANE COMPRESSOR DRIVER

CLIENT :

UNIT

ITEM CODE SR. NO.

PAGE

002

C-1-T

3 OF 12

Busher Petrochemical Company REV. :

1

330

SERIAL NUMBER NUMBER REQUIRED

HANGZHOU STEAM TURBINE CO., LTD

MODEL

 COMPRESSOR

6 DRIVEN EQUIPMENT TYPE:

DSH

AS BUILT

SBW / BUSHER PETROCHEMICAL COMPANY

5 MANUFACTURER

DOC TYPE

330

Mechanical Data Sheet for Condensing Steam PROJECT TITLE : REQUISITION NO. : Turbine(05-330-C-1-T)

HANGZHOU STEAM TURBINE CO., LTD 1 APPLICABLE TO:

UNIT

DRIVEN EQUIPMENT ITEM NO.

 GENERATOR  PURCHASER

7 NOTE: INFORMATION TO BE COMPLETED BY:

1(ONE)

NK50/63

05-330-C-1

 OTHER  MANUFACTURER

 PURCHASER OR MANUFACTURER

PERFORMANCE

8 9 OPERATING POINTS

SHAFT

INLET

INDUCTION / EXTRACTION

EXHAUST

10  AS APPLICABLE TEMP. C (TT)

POWER kW

SPEED RPM

FLOW T/H

PRESSURE BARA

13 COMP. NORMAL

13896

3891

60.98

41

410

14 COMP. rated

15335

3980

67.36

41

410

14 COMP. CDR40% TD

12250

3844

55.11

41

410

16 TURBINE RATED

16869

3980

75.46

41

410

11

FLOW T/h

0

TEMP. C (TT)

PRESSURE BARG

0

TEMP. C (TT)

ENTHALPY kJ/kg

0.11

47.7

2403.1

0.116

48.8

2405.3

0.11

47.7

2420.9

0.126

50.4

2421.3

PRESSURE BARA

0

12

14 14 17

 STEAM RATE, kg/kWh (3.45):

NOR

4.39

4.47

RATED

18  POTENTIAL MAXIMUM POWER (3.30)

 INLET

20

 EXHAUST

 UNCONTROLLED

 EXTRACTION

INDUCTION

22 FLOW T/H

23

NORMAL

60.98

60.98

COMP. rated

67.36

67.36

24

Turbine Rated

75.46

75.46

25

MAXIMUM

43

0.126

NORMAL

41

0.11

MINIMUM

39

0.11

MAXIMUM

430

PRESSURE BARA

26 27 28

TEMP. C (TT)

29

0

30

NORMAL

410

MINIMUM

400

 EXTRACTION

INDUCTION

INDUCTION

SITE AND UTILITY DATA

31

 ELECTRICAL:

32 LOCATION: (6.1.17) 33  INDOOR

 HEATED  PARTIAL SIDES

 UNHEATED

 UNDER ROOF



OUTDOOR

 GRADE



MEZZANINE

36  WINTERIZATION REQUIRED 37  LOW TEMPERATURE

CLASS

40

ZONE

GROUP 2

DIVISION

GROUP

IIB

TEMP. RATING

T3

41 SITE DATA: 42

 ELEVATION (m)

43

 WINTER TEMP. (0C)

44



45

 UNUSUAL CONDITIONS:

46

 OTHER:

5 74~76

110

24

3

1

DC

50

50

35

MAX. RETURN (0C):

45

PRESSURE NORMAL (BAR):

5.5

DESIGN (BarG/℃):

8.5 / 85

0.99~1.1

WATER SOURCE VELOCITY (m/s):

INITIAL TEMPERATURE (0C) (TT) EXHAUST PRESSURE (BARG)

52

INSTRUMENT AIR ((BARa)

53

INSTRUMENT AIR DEW POINT (0C):

COOLING TOWERS MIN

CLEANLINESS COEFFICIENT :

COOLING WATER (m3/h): MAX

NORM

MIN

6

4.5

4

270

160

147

8

7.5

8.5 -40

MAX 80%

 UTILITY CONSUMPTION:

47 UTILITY CONDITIONS: (6.1.18)

51

2

48

(4) + Sandstorm

50

CL-:

33

Thunder, and Lightning

INITIAL PRESSURE (BARa)

2.5

MAXIMUM ALLOWABLE PRESSURE DROP (BAR):

DESING WET BULB (0C)

 FUMES

49

ALARM / SHUTDOWN

INLET TEMPERATURE (0C):

SUMMER TEMP. (0C)

 DUST

48  AUXILIARY STEAM:

INSTRUMENT / CONTROL

400

MINIMUM RETURN PRESSURE (BARG):

 BAROM. PRESS. (Bar)

32.2

REL. HUMIDITY (%)

54 REMARKS:

VOLTS

HEATING

 COOLING WATER:

 ELECTRICAL AREA CLASSIFICATION: (6.1.16)

39

DRIVERS

(3) Based on MOM; 05-301 & 05-301-MOMPHASE BUEI-SB-0001 dated 16 June 2014 item 24.1,  TROPICALIZATION REQUIRED HERTZ relevant comment has been ignored so please keep CORROSIVE AGENTS kW AVAILABLE previous figures.

35  OTHER:

55

 UNCONTROLLED

 CONTROLLED

 EXTRATION

21

38

 CONTROLLED

STEAM CONDITIONS

19

34

INDUCTION EXTRACTION

INST. AIR (m3/h):

AUX. STEAM (kg/h): NORMAL

MAXIMUM

AUX. DRIVERS (kW): ELECTRIC

STEAM

HEATER(S) (kW):

OTHER

50ppm

JOB NO.

SPECIAL-PURPOSE STEAM TURBINE DATA SHEET SI UNITS

UNIT

DOC TYPE

330

DSH

CLIENT :

 OTHER

5

0 REV. :

0

1

SEE SPECIFICATION:

IPS-G-SF-900

 APPLICABLE TO NEIGHBORHOOD:

 VENDOR HAVING UNIT RESPONSIBILITY (3.48):

SEE SPECIFICATION:

05-330-C-1 PROPANE COMPRESSOR VENDOR

6

4 OF 12

 APPLICABLE TO MACHINE:

BU-01_05-D-000-MA-SPF-102 General specification -"Special Purpose Steam Turbine"

4

PAGE

002

NOISE SPECIFICATIONS:

2 ISO 10437 (API 612), SPECIAL PURPOSE STEAM TURBINES 3

C-1-T

Busher Petrochemical Company

Mechanical Data Sheet for Condensing Steam PROJECT TITLE : REQUISITION NO. : Turbine(05-330-C-1-T) 1 APPLICABLE SPECIFICATIONS:

ITEM CODE SR. NO.

 YES

ACCOUSTICAL TREATMENT

7  GOVERNING SPECIFICATION, IF DIFFERENT:

 NO

TYPE

8 CONSTRUCTIONAL FEATURES

9 10 TURBINE TYPE 11

 BACKPRESSURE

 CONDENSING

 INDUCTION

 SPEEDS:

 EXTRACTION

12

MAXIMUM CONTINUOUS (rpm)

13

MAXIMUM ALLOWABLE (rpm)

4597(M)note1

TRIP (rpm)

4179

14 ■ LATERAL CRITICAL SPEEDS (DAMPED) (9.2) (AS PER API 612) 15

FIRST CRITICAL

16

SECOND CRITICAL

~3000

rpm

MODE

rpm

MODE

17

THIRD CRITICAL

rpm

MODE

18

FOURTH CRITICAL

rpm

MODE

19

 OTHER

 TORSIONAL CRITICAL SPEEDS (9.5):

 VIBRATION

(microns)

25

FIRST CRITICAL

(rpm)

SECOND CRITICAL

(rpm)

THIRD CRITICAL

(rpm)

FOURTH CRITICAL

(rpm)

 LATERAL ANALYSIS REPORT REQUIRED  INDIVIDUAL BODY

 TRAIN

 UNDAMPED STIFFNESS MAP REQUIRED (9.2.3.b)  TRAIN TORSIONAL ANALYSIS REPORT REQUIRED (9.5.1)

(PEAK TO PEAK)

 TRAIN TORSIONAL ANALYSIS PERFORMED BY

20

COMPRESSOR VENDORS

21  CASINGS, NOZZLES AND DIAPHRAGMS 22

 MAWP (3.17) (7.1.3)

23

INLET SECTION

24 25 26

 HYDROTEST PRESSURE (16.3.2) (BARG)

HP CASING

INDUCTION / EXTRACTION SECTION

(BARG)

EXHAUST CASING

EXH. SECTION

OTHER

(BARG)

EXHAUST SECTION (0C)

INLET SECTION (0C)

28

INDUCTION / EXTRACTION SECTION

430

 MINIMUM DESIGN METAL TEMPERATURE (11.1.15)

EXTRACTION

(BARG)

2

120

MID CASING

(BARG)

OTHER

(BARG)

NOZZLE RING

% ADM

DIAPHRAGM BLADE ATTACH:

 INTEGRALLY CAST

 WELDED

 OTHER

(0C) (0C)

5

30  RELIEF VALVE SETTING INLET 31

(BARG)

68.25

 WELDED NOZZLE RING (7.3.1)

 MAXIMUM ALLOWABLE TEMPERATURE (3.16) (3.21)

27

29

0.7&FV

(BARG)

45.5

DIAPHRAGM AXIAL LOCATION:

 INDIVIDUALLY

 STACKED

(BARG) (BAR)

OTHER

(BARG)

32 CASING CONNECTIONS 33 34

CONNECTION

 SIZE

 FACING

 POSITION

35 36 37 INLET

1*10"

38 EXHAUST

RTJ/1500LB

2200*1106MM

 FLANGED

 MATING

OR STUDDED

FLANGE & GASKET

(7.2.3)

BY VENDOR

DOWN

FLANGED

Y

DOWN

FLANGED

Y

 MAX

 MINIMUM

STEAM FLOW

STEAM FLOW

(kg/h)

(kg/h)

41

 TAPERED

42 AUXILIARY SCREWED PIPE CONNECTION: 43  ALLOWABLE FORCES AND MOMENTS 44

 STRAIGHT

INLET

45

PARALLEL

48

TO SHAFT

49

VERTICAL

50

HORIZONTAL 900

EXTRACTION / INDUCTION

MOMENT

FORCE

MOMENT

FORCE

MOMENT

N

Nm

N

Nm

N

Nm

51 52 53 note1:( M)=mechnical trip speed 54 note2: already provided and integrated by compressor vendor 55

ROTATION: (VIEWED FROM INLET END)

EXHAUST

FORCE

46 47

 MAIN CASING JOINT STUDS / NUTS DESIGNED FOR HYDRO TENSIONING (7.1.15.f)

(2 times NEMA SM-23) note2

 CCW

● CW

VIEW

STEAM

JOB NO.

SPECIAL-PURPOSE STEAM TURBINE DATA SHEET SI UNITS

UNIT

DOC TYPE

330

DSH

CLIENT :

C-1-T

002

PAGE 5 OF 12

Busher Petrochemical Company

Mechanical Data Sheet for Condensing Steam PROJECT TITLE : REQUISITION NO. : Turbine(05-330-C-1-T)

HANGZHOU STEAM TURBINE CO., LTD

ITEM CODE SR. NO.

0 0

REV. :

1

1 MATERIAL - CASING AND APPURTENANCES: 2

 HIGH PRESSURE CASING

 DIAPHRAGM / BLADE CARRIERS

GS-22Mo4

3  MID PRESSURE CASING

GS-C25&GS-22Mo4

 DIAPHRAGM NOZZLES

4

 EXHAUST CASING

5

 STEAM CHEST

GS-22Mo4

6

 NOZZLE RING

X22CrMoV12 1

7

 STEAM CONTAMINANTS (11.1.6)

 OTHER

Gr D

GS-C25

Bearing Housing:

Foulenss-0.00020m2*℃W

Comparison sheet of turbine materials between HTC code and others have been

8  STEAM PATH COMPONENTS < HRC 22 (11.1.9)

already supplied

9 10 ROTATING ELEMENTS (8) 11 SHAFT TYPE: 12

 INTEGRAL WHEELS

 BUILT-UP (8.1.2)

 SHAFT ENDS: DIAMETER @ COUPLING

 COMBINATION

13  DOUBLE EXTENDED 14

 NUMBER OF STAGES

15

 SHAFT MATERIAL

16 BLADES (BUCKETS):

25

BEARING SPAN

(mm)

2735

28CrMoNiV49

 MAXIMUM TIP SPEED

17  FINAL STAGE BLADE LENGTH

(mm)

MAX

(mm)

 STRAIGHT

 TAPER

 KEYED

 SINGLE

 HYDRAULIC FIT

 INTEGRAL FLANGE

50

(mm/m)

 DOUBLE

(m/s)

 FIELD BALANCING PROVISIONS REQUIRED (8.1.4)

(mm)

 DESCRIPTION OF FIELD BALANCING PROVISIONS:

18 REMARKS: 19

REMARKS:

20 21 22

STAGE 1

STAGE 2~24

STAGE 25

23 ■ WHEEL MATERIAL

28CrMoNiV49

28CrMoNiV49

28CrMoNiV49

24 ■ BLADE MATERIAL

X22CrMoV12 1

X22CrMoV12 1/X20Cr13

X20Cr13

FORK

T

FORK

25 ■ BLADE ROOT TYPE

STAGE

STAGE

STAGE

26  CLOSURE PIECE TYPE 27 ■ TIE WIRE MATERIAL

N.A

N.A

X20Cr13

28 ■ SHROUD MATERIAL

X22CrMoV12 1

X22CrMoV12 1

N.A

INTEGRAL

INTEGRAL

IMPULSE

REACTION

29 ■ SHROUD ATTACH. 30  PITCH DIAMETER (mm) 31  BLADE HEIGHT (mm) 32 ■ BLADE TYPE

REACTION

33  34  35 SHAFT SEALS (10.5) 36

INLET

EXHAUST

37 ■ MAXIMUM SEAL PRESSURE (BARG)

1.08

1.08

38 ■ STEAM LEAKAGE (kg/h)

11.5

-77.6 note1

CASING END SEALS (10.5.1): TYPE:

39  AIR LEAKAGE (m3/h)(STD. COND.)

MATERIAL:

 LABYRINTH 1Cr18Ni9Ti(321)

40  SHAFT DIAMETER @ SEAL (mm) 41 ■ STATIONARY LABYRINTH TYPE 42 ■ ROTATING LABYRINTH TYPE 43 ■ MATERIAL

Flute

Sealing strip

Sealing strip

Sealing strip

1Cr18Ni9Ti(321)

1Cr18Ni9Ti(321)

INTERSTAGE SEALS (10.5.2): TYPE:

45 

MATERIAL:

46  47 48 REMARKS: 49 50 51 52 53 54 55

 LABYRINTH  OTHER

44 

note1:-77.6 means there is no steam leakage ,77.6 means seal steam consumption

1Cr18Ni9Ti(321)

 OTHER

STAGE

SPECIAL-PURPOSE STEAM TURBINE DATA SHEET SI UNITS

JOB NO.

UNIT

DOC TYPE

330

DSH

CLIENT :

C-1-T

PAGE 6 OF 12

002

Busher Petrochemical Company

Mechanical Data Sheet for Condensing Steam PROJECT TITLE : REQUISITION NO. : Turbine(05-330-C-1-T)

HANGZHOU STEAM TURBINE CO., LTD

ITEM CODE SR. NO.

0 REV. :

0

1

1 BEARING AND BEARING HOUSINGS INLET

EXHAUST

TILTING PAD TYPE

TILTING PAD TYPE

Kingsbury

Kingsbury

Later

Later

200

250

 UNIT LOADING MAX. (N)

Later

 UNIT LOADING ULTIMATE (N)

Later

Later

20

20

 NUMBER OF PADS

6

6

Later

Later

5

5

Later

Later

20

20

2 RADIAL (10.1) 3

 TYPE

4

 MANUFACTURER

5

 LENGTH (mm)

6

 SHAFT DIAMETER (mm)

* NOTE 1

THUST (10.2)

 TYPE

 BASE MATERIAL

9

 BABBIT THICKNESS (mm)

10

 NUMBER OF PADS

INACTIVE TILTING PAD TYPE

Kingsbury

Kingsbury

 MANUFACTURER

7  UNIT LOAD (ACT / ALLOW) (N) 8

ACTIVE TILTING PAD TYPE

 AREA (mm2)  PIVOT: CENTER/OFFSET (%)

11  LOAD: BETWEEN / ON PAD

 PAD BASE MATERIAL

12  PIVOT: CENTER / OFFSET (%)

(4) 13

LUBRICATION:

 FLOODED

 DIRECTED

14 

Each RTD shall be dual Element Type. Please mention "Dual Element RTD"

THRUST COLLOR:

 INTEGRAL

 REPLACEABLE

15 BEARING TEMPERATURE DEVICES: 16  THERMOCOUPLES

VIBRATION DETECTORS:

 TYPE  PURCHASEER

17 SELECTION SWITCH AND INDICATOR BY: 18 18

 RESISTANCE MATERIAL

23

SCALE RANGE

24

SHUTDOWN SET @

 PURCHASEER

(Ohm)

 LOCATION

0~200

ALARM SET @

115

ACTIVE SIDE

27

TOTAL

CCR

(0C)

 SHUT DOWN

(0C)

105

DELAY

(s)

 SET @

Bearing Metal

INACTIVE SIDE TOTAL

2

LOCATION

Bearing Metal

30

SCALE RANGE

31

SHUTDOWN SET @

0~200

ALARM SET @

115

 MONITOR SUPPLIED BY:

33

 LOCATION

34

 MANUFACTURER

(0C)

105

DELAY

CCR

3500 50

(microns)

 DELAY

(s)

 MODEL

CR

 SCALE RANGE

(s)

 SHUT DOWN

3

SBW

 MANUFACTURER (0C)

3300

 NUMBER REQUIRED

MONITOR SUPPLIED BY

ENCLOSURE

 MODEL

B.N

 SET @

ALARM

 SET @

800

(microns)

3500 (microns)

560

 DELAY

(s)

 PROVISION FOR ACCELEROMETER MOUNTED ON BEARING HOUSINGS

COMP. VENDOR ENCLOSURE

 MODEL

BENTLY NEVADA

 SET @

(microns)

BENTLEY NEVADA

 LOCATION

28 29

75

NON-CONTACTING

 MANUFACTURER LOCATION

 MODEL

ALARM

AXIAL POSITION DETECTORS:

 TYPE

2

ENCLOSURE

BENTLY NEVADA

 SCALE RANGE

Bearing Metal

4

TOTAL NUMBER SBW

 MANUFACTURER LOCATION

2

MONITOR SUPPLIED BY

○ MANUFACTURER

 LOCATION - THRUST BEARING

26

32

100

3300

BENTLEY NEVADA

 NUMBER AT EACH SHAFT BEARING 

Pt

2 per bearing

TOTAL

 MODEL

NON-CONTACTING

 MANUFACTURER

 LOCATION - JOURNAL BEARING

22

25

 MANUFACTURER

 RESISTANCE TEMPERATURE DETECTORS

20 SELECTION SWITCH AND INDICATOR BY: 21

 TYPE

RTD

KEYPHASOR: 3500

 STEAM TURBINE

 GEAR

 DRIVEN EQUIPMENT

REMARKS:

35 36 37 38

* NOTE 1:

THE TURBING IS PRIOR TO APPLY THE TITLING PAD RADIAL

BEARING, BUT IF THE TITLING PAD BEARING CAN NOT PASS THE VIBRATION ANALYSIS, THE ELLIPTICAL BEARING WILL BE APPLIED.

39 LUBRICATION AND CONTROL OIL SYSTEM (15.5) 40 REFERENCE SPECIFICATIONS: 41 FURNISHED BY

BU-01_05-D-000-MA-SPF-101

 TURBINE MANUFACTURER

 OTHERS / SBW

OIL REQUIREMENTS:

CTRL OIL

LUBE OIL

■ NORMAL FLOW (m3/h)

~12

~17

42

 SEPARATE FOR TURBINE ONLY

■ TRANSIENT FLOW (m3/h)

~30

43

 COMMON WITH DRIVEN EQUIPMENT (15.5.2)(15.5.5):

■ PRESSURE (BAR)

0.85

0.25

45

45

ISO VG46

ISO VG46

10

10

44

■ TEMPERATURE (0C)

45 TURBINE MANUFACTURER TO SUPPLY:

 TOTAL HEAT REJECTED (kW)

46

 CONTROL OIL ACCUMULATOR

■ OIL TYPE (HC / SYNTHETIC)

47

 STAINLESS STEEL OIL SUPPLY HEADING PIPING

 VISCOSITY (cP @37.80C)

48

 OIL DRAIN HEADER PIPING

■ FILTRATION (microns)

49 50 51 52 53 54 55

 STAINLESS STEEL

 CARBON STEEL



 SIGHT FLOW INDICATORS CONTROL OIL FILTERS

 SINGLE



 DUAL compressor vender to supply



SPECIAL-PURPOSE STEAM TURBINE DATA SHEET SI UNITS HANGZHOU STEAM TURBINE CO., LTD

JOB NO.

UNIT

DOC TYPE

330

DSH

PAGE

ITEM CODE SR. NO. 002

C-1-T

7 OF 12

Busher Petrochemical Company

CLIENT :

0

Mechanical Data Sheet for Condensing Steam PROJECT TITLE : REQUISITION NO. : Turbine(05-330-C-1-T)

0

1

REV. :

ACCESSORIES

1 2 COUPLINGS AND GUARDS (15.1)

SEE COMPRESSOR DATA SHEET

3 NOTE: SEE ROTATING ELEMENTS - SHAFT ENDS 4  SEE ATTACHED ISO 10441 DATA SHEET 5 COUPLING FURNISHED BY

SBW

6  MANUFACTURER

TYPE

7 COUPLING GUARD FURNISHED BY 8 TYPE

MODEL

Flexible Diaphfragm

later

SBW

 FULLY ENCLOSED

 SEMI OPEN

 OTHER  VENDOR MOUNT HALF COUPLING (15.1.8)

9 COUPLING DETAILS 10  MAXIMUM OUTER DIAMETER

(mm)

11  HUB MASS

(kg)

12 ■ SPACER LENGTH

 GREASE

(mm)

Min. 457

13  SPACER MASS

(kg)

 IDLING ADAPTER REQUIRED (15.1.7)

 MASS SIMULATOR (15.1.6) LUBRICATION REQUIREMENTS

 CONT. OIL LUBE

 NONE

 QUANTITY PER HUB

14 15 MOUNTING PLATES (15.3) 16 BASEPLATES FURNISHED BY:

18  OPEN 19

SOLEPLATES FURNISHED BY:

SBW



17  UNDER TURBINE ONLY

SBW

 NON-SKID DECKING (15.3.2.8)

 LEVELING PADS (15.3.2.3)

 DRIP RIM



(mm)

 HOLD-DOWN BOLTS FURNISHED BY:

20  SINGLE SECTION

 MULTI SECTION

21  COLUMN MOUNTING (15.3.2.2)

 SUBPLATES REQUIRED (15.3.2.7)

22

THICKNESS

 SUBPLATES REQUIRED (15.3.2.7)

 LEVELING (CHOCK) BLOCKS REQUIRED

HTC

 EPOXY PRIMER VENDOR (15.3.1.7)

SUPPLIED BY

SBW

 ANCHOR BOLTS FURNISHED BY (15.3.1.9):

SBW

23 GEAR UNIT (15.2)

 REFERENCE API 613

24 FURNISHED BY:

 OTHER

25 SEE ATTACHED GEAR DATA SHEETS 26 CONTROL AND INSTRUMENTATION (12)

 API 614, PAGES

27 INSTRUMENTS AND CONTROL PANELS SHALL BE 28 IN ACCORDANCE WITH THE FOLLOWING

 API 670, PAGES

29 ATTACHED DATA SHEETS:

 PURCHASER'S DATA SHEETS

30 31 PROTECTIVE DEVICES 32 33

EXHAUST RELIEF VALVE (7.1.3) (15.4.1) (15.4.2)

EXTRACT. / INDUCT. RELIEF VALVE (7.1.3) (15.4.1) (15.4.2)

VACUUM BREAKER (12.3.1.3)

NON-RETURN VALVE(S) (12.3.1.4)

THERMAL RELIEF VALVES(S) (15.4.4)

34 35 MOUNTING LOCATION

Exhaust Piping

36 SET RELIEF PRESSURE (BarG)

0.07

37 CAPACITY, STEAM (kg/h)

100%

38 VALVE MANUFACTURER 39 VALVE TYPE 40 VALVE SIZE / RATING 41 FLANGE FACING (FF, RF) 42 FURNISHED BY 43 QUANTITY 44 45 REMARKS: 46 47 48 49 50 51 52 53 54 55

condenser cooling water return line

HTC Water sealing spring type 150LB RF

RF

HTC

HTC

2

2

JOB NO.

SPECIAL-PURPOSE STEAM TURBINE DATA SHEET SI UNITS HANGZHOU STEAM TURBINE CO., LTD 1

 TRIP

 TRIP & THROTTLE VALVES (12.3.4.1)  MAIN INLET

 INDUCTION

3 PROVIDED BY:

 VENDOR

 PURCHASER

5

 SIZE

1*10"

DSH

CLIENT :

C-1-T

PAGE

002

8 OF 12

Busher Petrochemical Company 0 0

REV. :

 STRAINER: OPENING SIZE

1.5

MATERIAL

(mm/MESH)

(MESH)

MATERIAL

RF

6  SIZE

RATING

FACING

■ STEM MATER 21Cr12MoV(X22CrMoV121) HARDNESS

(HRC)

7  SIZE

RATING

FACING

■ SEAT MATERIAL 21CrMoV(21CrMoV5 7) HARDNESS

(HRC)

 PACKING MATERIAL

(kg/h)

8 CONSTRUCTION FEATURES: 9 RESET:

INLET

 MANUAL

INDCUT.

 HYDRAULIC

10 TRIP:

 LOCAL (MANUAL)

 REMOTE

11 EXERCISER:

 LOCAL (MANUAL)

 REMOTE

12

 FULLY OIL OPERATED

1

1Cr18Ni9Ti(361)

 TEMPORARY START-UP STRAINER

HYDRAULIC FACING

1500LB

ITEM CODE SR. NO.

 DUPLICATE TRIP/TRIP AND THROTTLE VALVES REQUIRED (12.3.4.2)

MODEL

HTC RATING

DOC TYPE

330

Mechanical Data Sheet for Condensing Steam PROJECT TITLE : REQUISITION NO. : Turbine(05-330-C-1-T)

2 LOCATION:

4  MANUFACTURER

UNIT

LEAK OFF

 SPRING SUPPORT OF VALVE REQUIRED  BY VENDOR

 BY PURCHASER

13 GOVERNOR - CONTROLLED VALVE(S): 14 LOCATION:

INDUCTION

MAIN INLET

15 16 TRIP POSITION (OPEN/CLOSED)

INDUCTION

INDUCTION

EXTRACTION

EXTRACTION

NOTES

CLOSED

17 NUMBER OF VALVES

4 OR 5

18 CONNECTION SIZE

Later

19 RATING 20 FACING (RT, RTJ, OTHER)

Other

21 ACTION (CAM, BAR, OTHER)

BAR

22 STEM MATERIAL

21Cr12MoV

23 STEM MATERIAL HARDNESS, HRC 24 SEAT MATERIAL

21CrMoV

25 SEAT MATERIAL HARDNESS, HRC 26 PACKING MATERIAL

Graphite

27 PACKING LEAKOFF, kg/h) 28 29 30 31 MISCELLANEOUS

32 TURNING GEAR (15.8) 33

 TURNING GEAR REQUIRED (15.8.1)

34

 FURNISHED BY

35

 TYPE (15.8.5)

36

 ENGAGEMENT (15.8.2) (15.8.3) (15.8.4):

37

 MANUFACTURER

38

 MOUNTED BY

 START-UP ASSISTANCE

 VENDOR'S REVIEW & COMMENTS ON PURCHASER'S

HTC HYDRAULIC

HTC

SPEED

 AUTO

(rpm)

 MANUAL

MODEL

41 42

 "Y" TYPE STRAINER

 STATIC CONDUCTING BRUSHES

DRIVEN BY:

 ELECTRIC MOTOR

 STEAM TURBINE

(15.8.5)

 HYD. / PNEUM. MOTOR

 OTHER:

 Turbine Washing Facilities

 REMOTE



 OPERATOR STATION (15.8.7)

 LOCAL

43 INSULATION AND JACKETING (15.7) 44

PIPING AND FOUNDATION DRAWINGS (6.1.9)

 VENDOR WITNESS INITIAL ALIGNMENT (6.1.9)

 WATER WASHING CONNECTIONS

HTC

39  DRIVER: REFERENCE SPECIFICATION 40

 BLANKET

47  EXTENT

 SHUTDOWN ACTIVITIES EXHAUST VACUUM BREAKER (12.3.1.3)

SPECIAL TOOLS (15.9)

 OTHER

LANTHANIDE MATERIAL COAT

45  JACKETING 46  CARBON STEEL

 STAINLESS STEEL

 COUPLING RING AND PLUG GAUGE

BY COMP. VENDOR

 HYDRAULIC MOUNTING / REMOVAL KIT

BY COMP. VENDOR

 OTHER  SPREADER BEAM(S) (15.9.3)

48

 ON LOAN

49

 PURCHASE

50 51 52 53 54 55

25person-day

(DAYS)

SPECIAL-PURPOSE STEAM TURBINE DATA SHEET SI UNITS HANGZHOU STEAM TURBINE CO., LTD

JOB NO.

UNIT

DOC TYPE

330

DSH

CLIENT :

ITEM CODE SR. NO. C-1-T

PAGE

002

9 OF 12

Busher Petrochemical Company

Mechanical Data Sheet for Condensing Steam PROJECT TITLE : REQUISITION NO. : Turbine(05-330-C-1-T)

0 REV. :

0

1 GOVERNOR (12.2) 2 TYPE

 DIGITAL PROCESSOR BASED

 MANUFACTURER

3

 OTHER

 SUPPLIED BY

4

 SIMPLEX

WOODWARD

MODEL

505E

HTC

 MULTI-CPU

5 STEAM TURBINE TYPE 6  SINGLE VALVE SINGLE STAGE

 DOUBLE AUTOMATIC EXTRACTION

5  SINGLE VALVE MULTI STAGE

 SINGLE AUTOMATIC EXTRACTION/INDUCTION

8

 DOUBLE AUTOMATIC EXTRACTION/INDUCTION

 MULTI VALVE MULTI STAGE

 OTHER

9  SINGLE AUTO EXTRACTION 10 DRIVEN EQUIPMENT TYPE 11

 SYNCHROUS GENERATOR

 CENTRIFUGAL COMPRESSOR

12  AXIAL COMPRESSOR

 INDUCTION GENERATOR

13  CENTRIFUGAL PUMP

 OTHER

14 SERVICE REQUIREMENTS 15 MECHANICAL DRIVE 16

GENERATOR DRIVE

 DROOP CONTROL

 SPEED CONTROL BY:

17

PROCESS VARIABLE

 PRESSURE

 FLOW

 FREQUENCY CONTROL

18

EXTRACTION

 PRESSURE

 FLOW

 LOAD CONTROL

19

INDUCTION

 PRESSURE

 FLOW

 kW CONTROL

20

TURBINE INLET

 PRESSURE

● FLOW

 kW IMPORT/EXPORT CONTROL

21

TURBINE EXHAUST

 PRESSURE

 FLOW

 LOAD SHEDDING

22

OTHER

 AUTOMATIC SYNCHRONIZATION

23

 AUTOMATIC VOLTAGE REGULATION

24

 TURBINE INLET PRESSURE LIMITING

25

 INLET PRESSURE LIMITER

26 INPUT / OUTPUT REQUIREMENTS 27 DISCRETE INPUTS

DISCRETE OUTPUTS

28

 START OR RESET

 COMMON SHUTDOWN

29

 NORMAL STOP

 COMMON ALARM

30

 EMERGENCY TRIP

 OVERSPEED TRIP

31

 RAISE SPEED

 REMOTE SPEED SET POINT ENABLED

32

 LOWER SPEED

4513

 PRESSURE CONTROL ENABLED

33  ENABLE/DISABLE REMOTE SPEED SET POINT

 FLOW CONTROL ENABLED

34  RAMP TO MINIMUM CONTINUOUS

 EXTRACTION CONTROL ENABLED

35

 OVERSPEED TEST ENABLE

 INDUCTION CONTROL ENABLED

36

 ENABLE PRESSURE CONTROL

 SPEED PICKUP ALARM  OTHER

37  ENABLE EXTRACTION CONTROL 38

(rpm)

Ready to start

 REMOTE ALARM CLEAR / ACKNOWLEDGE

39  ENABLE AUTO SYNCHRONIZE 40

 CASCADE RAISE / LOWER

ANALOG OUTPUTS (4 mA TO 20 mA)

41  OTHER

 SPEED

42 ANALOG INPUTS (4 mA TO 20 mA)

 SPEED SET POINT

43

 REMOTE SET POINT

44

 PROCESS PRESSURE

 REMOTE SPEED SET POINT  EXTRACTION PRESSURE

45  EXTRACTION

 PRESSURE

 FLOW

46  kW IND. LOAD

 PRESSURE

 FLOW

47  kW IMPORT/EXPORT 48 49 50 51 52 53 54 55

 OTHER

Inlet steam pressure

 EXTRACTION PRESSURE SET POINT  ACTUATOR POSITION  PROCESS PRESSURE  kW  kW IMPORT/EXPORT

Note: This signal will be supplied by SBW

1

JOB NO.

SPECIAL-PURPOSE STEAM TURBINE DATA SHEET SI UNITS HANGZHOU STEAM TURBINE CO., LTD

UNIT

DOC TYPE

330

DSH

CLIENT :

ITEM CODE SR. NO. C-1-T

002

PAGE 10 OF 12

Busher Petrochemical Company

Mechanical Data Sheet for Condensing Steam PROJECT TITLE : REQUISITION NO. : Turbine(05-330-C-1-T)

0 0

REV. :

1

1 GOVERNOR INSTALLATION REQUIREMENTS 2 LOCATION

 LOCAL (AT TURBINE)

3

 REMOTE (CONTROL ROOM)

 FLUSH MOUNT IN PANEL

4

 OTHER

POWER SOURCE

SINGLE

DUAL

5

 AREA CLASSIFICATION: Not Classified

400 V (A.C.)





MOUNTING

 SURFACE MOUNT

 VERTICAL RACK

6

CLASS

GROUP

DIVISION

110 V (A.C.)





7

ZONE

GROUP

TEMP. RATING

125 V (D.C.)





24 V (D.C.)

8 ENCLOSURE

 IP 65





9

 NEMA 4





10

 NEMA 4X





11

 OTHER 

12 LOCAL GOVERNOR GAUGE BOARD

 NOT REQUIRED

REQUIRED

13 LOCATION

 LOCAL

14

 REMOTE (CONTROL ROOM)

 NEMA 4

 IP 65

15

 OTHER

 OTHER

ENCLOSURE

 NEMA 4X

16

 AREA CLASSIFICATION:

17 OUTPUTS FROM PANEL TO GOVERNOR

CLASS

GROUP

18



START

19



TRIP

20



RAISE



COMMON ALARM TRIP

21



LOWER



TRIP LAMP

22



OVER SPEED TEST



REMOTE SETPOINT ENABLED LAMP

23



RAMP TO MINIMUM CONTINUOUS



24



REMOTE SET POINT ENABLE / DISABLE

25



26

ZONE

2

GROUP

DIVISION IIB

TEMP. RATING

T3

INPUTS TO PANEL FROM GOVERNOR

SPEED SETPOINT METER

 OTHER

RESET

 OTHER

27 MISCELLANEOUS GOVERNOR DETAILS 28 GOVERNOR ACTION ON LOSS OF REMOTE SIGNAL:

 LOCKS ON LAST VALUE

29

 GOES TO MINIMUM CONTINUOUS

30

 GOES TO MAXIMUM CONTINUOUS

31 32 EXTERNAL INTERFACE DEVICE TYPE:

 PRINTER

33

 CRT

 TABULAR DATA

34

 MODEM

 TRENDING (REAL TIME)

FORMAT:

 GRAPHIC DISPLAY

 HISTORICAL ARCHIVING

35 36  DISTRIBUTIVE CONTROL SYSTEM MANUFACTURER

 MODEL

37 DATA TRANSMISSION

 DATA LINK

38

 DISCRETE I/O

 PROTOCOL

39

 NETWORK TYPE

40 41 GOVERNOR SPEED PICKUP SENSORS (12.2.6): 42 MANUFACTURER 43

MODEL

AIRPAX

 NUMBER OF TEETH IN SPEED SENSING SURFACE

INSTALLATION:

MPU



DUAL

 TRIPLE

 INSTALLED SPARE

60

44 45 ACTUATOR(S):

 SUPPLIED BY

46 ACTUATOR TYPE

 HYDRAULIC

 MANUFACTURER

HTC

 PNEUMATIC



SINGLE COIL

VOITH

 MULTI COIL

 MODEL

E360

 OTHER

47 48 TURBINE MOUNTED ACCESSORIES 49 TACHOMETER

 MANUFACTURER

50

 LOCATION(S)

51 52 53 54 55

AIRPAX LOCAL PANEL

 MODEL

 NUMBER REQUIRED

2

SPECIAL-PURPOSE STEAM TURBINE DATA SHEET SI UNITS

JOB NO.

UNIT

DOC TYPE

330

DSH

CLIENT :

C-1-T

002

PAGE 11 OF 12

Busher Petrochemical Company

Mechanical Data Sheet for Condensing Steam PROJECT TITLE : REQUISITION NO. : Turbine(05-330-C-1-T)

HANGZHOU STEAM TURBINE CO., LTD

ITEM CODE SR. NO.

0 REV. :

0

1

1 OVERSPEED SHUTDOWN SYSTEM (12.3) 2

 FURNISHED BY

3

 MANUFACTURER

4

 ELECTRONIC SET POINT

5

 NUMBER OF SPEED PICKUPS

HTC

 MODEL

WOODWARD

PROTECH GII

6

 2 OUT OF 3 VOTING LOGIC (12.3.2.1)

7

 OTHER

8

 

ENERGIZE TO TRIP

 CONTACTS SHALL BE:



NORMALLY OPEN



NORMALLY CLOSED

(rpm)

4513

 OVERSPEED SHUTDOWN REQUIREMENTS

3

 SOLENOID SHALL:

DE-ENERGIZE TO TRIP

 VOLTAGE LEVEL:

Vendor to provide extra one speed pickup sensor as spares

(loose supply)

9 10 GLAND SEALING AND VACUUM SYSTEM (15.6) 11 SYSTEM PER:

 ANNEX G.1

12

 OTHER

 ANNEX G.2

 VACUUM SYSTEM FURNISHED BY  SHIP LOOSE

13  AVAIL. HEADER PRESSURE

(BAR)

40(38~42)

14 ● AVAILABLE SEAL STEAM SUPPLY PRESSURE 15 ● AVAILABLE SEAL STEAM SUPPLY TEMPERATURE 16  SEAL STEAM PR.

(BARG)

400(390~410)

(0C)

 FLOW

(BARA)

1.08

(0C)

TEMP.

18 ● FURNISHED BY

HTC SKID MOUNTED

 OTHER  GLAND CONDENSER, SEE SPECIFICATION  STEAM EJECTOR

■ STEAM PRESSURE

40(38~42)

(BARG)

■ STEAM FLOW

(kg/h)

17  SEALING STEAM RELIEF VALVE SET PRESSURE



(kg/h)

 VACUUM PUMP (15.6.2), SEE SPECIFICATION

(BAR)

 CONDENSATE RECEIVER

HTC

 LOOP SEAL HEIGHT

19  FLOW ADJUSTING VALVES, TYPE

(m)

20  FURNISHED BY 21

INSPECTION AND TESTING (16.2) (16.3)

22 GENERAL 23

MECHANICAL RUNNING TEST (16.3.3)

 SHOP INSPECTION (16.1.5)

OBS

WIT

 CONTRACT ROTOR





25  REFERENCE INSPECTION CHECKLIST (ANNEX. I) (16.1.7)

 SPARE ROTOR





26

 TEST W/JOB COUPLING





27 INSPECTION AND MATERIAL TESTING

 TEST TAPE RECORD REQUIRED





28

 TEST TAPE GIVEN TO PURCHASER





29 SPECIAL MATERIAL INSPECTION AND TESTING REQUIREMENTS (16.2.2)

 TEST W/JOB LUBE OIL CONSOLE









24

EXTENT:

30 COMPONENT

BU-01_05-D-000-MA-SPF-107 Para 3.3.2

MAG PART

DYE PEN

R.T.

U.T.

31 TRIP & T & T

OBS

WIT





32 VALVE













33 STM CHEST













OBS

WIT

34 CASING













 PERFORMANCE (16.3.4.2)





35 PIPING













 COMPLETE UNIT (16.3.4.3)





36 ROTOR













37













OPTIONAL TESTS (16.3.4)

38

 HEAT STABILITY (16.2.2)





39

 CLEANLINESS (16.2.3.3)





 TRIP/TRIP AND THROTTLE VALVE





40

 HARDNESS (16.2.3.4)





 GLAND SEAL SYSTEM





41

 HYDRO TESTS (16.3.2)





 GLAND VACUUM SYSTEM









 RELIEF VALVES



 

42  BLADE SHAKER (STATIC)

AUXILIARY EQUIPMENT (16.3.4.4)

43 ROTOR BALANCE

 STANDARD (9.6.1) (9.6.2)









44

 HIGH SPEED (9.6.3)





 CASING INTERNAL INSPECTION (16.3.4.5)





45

 LOW SPEED PRIOR TO HIGH SPEED (9.6.6)





 COUPLING TO SHAFT FIT (16.3.4.8)





 LOW SPEED RESIDUAL UNBALANCE CHECK (9.6.7)





 TURNING GEAR









 OVERSPEED SHUTDOWN SYSTEM (16.3.4.6)





48  CRATING INSPECTION (16.4.1)





 GOVERNOR RESPONSE (16.3.4.10)





49  SPARE ROTOR FIT





 SOUND (16.3.4.11)









 SPARE PARTS TEST (16.3.4.7)





 OVER SPEED TRIP

















46 47

 FINAL SURFACE INSPECTION (16.4.3)

 CASING JOINT LEAK TEST (16.3.2.3) 51 52 53 54 55

(5) Tests are required, please mark up.

SPECIAL-PURPOSE STEAM TURBINE DATA SHEET SI UNITS

1

 MANUFACTURER'S STANDARD

4

 OTHER

BU-01-05-D-000-PI-SPF-009

5  6 UNIT NAMEPLATE UNITS (6.2.6)

 U.S. CUSTOMARY

 SI

7 SHIPMENT (16.4.1) (16.4.3.j)

 EXPORT

8  DOMESTIC

 EXPORT BOXING REQUIRED

 OUTDOOR STORAGE OVER 12 MONTHS

10

 WATERPROOF BOXING REQUIRED

11

 SPARE ROTOR ASSEMBLY PACKAGED FOR:  HORIZONTAL STORAGE

 MAXIMUM FOR MAINTENANCE (IDENTIFY)

~15000

(kg) (kg)

 MISCELLANEOUS

(kg)

 TOTAL SHIPPING MASS

(kg)

VENDOR DRAWING AND DATA REQUIREMENTS (17)

 ANNEXURE J

(mm)

 OTHER

16  OTHER:

L

(mm)

H

(mm)

17  OTHER:

L

(mm)

H

(mm)

18 REMARKS AND ADDITIONAL REQUIREMENTS:

30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55

(kg)

 TRIP/TRIP & THROTTLE VALVE

H

29

1

(kg)

(mm)

28

REV. :

(kg)

L

27

0

~15000

15  CONTROL PANEL:

26

Busher Petrochemical Company 0

 TURBINE UPPER HALF CASING

(mm)

25

PAGE 12 OF 12

~4470

H

24

002

~45000

(mm)

23

C-1-T

 ROTOR

L

22

ITEM CODE SR. NO.

 TURBINE

14  COMPLETE UNIT:

21

CLIENT :

 VERTICAL STORAGE (16.4.3.j)

13 SPACE REQUIREMENTS:

20

DSH

WEIGHTS

3

19

DOC TYPE

330

MISCELLANEOUS

2 PAINTING

12

UNIT

Mechanical Data Sheet for Condensing Steam PROJECT TITLE : REQUISITION NO. : Turbine(05-330-C-1-T)

HANGZHOU STEAM TURBINE CO., LTD

9

JOB NO.