3N911-API 616-REV B

Document Reference

CG-58C-04-C017-160002 API 616 COMBUSTION GAS TURBINE DATA SHEETS

Revision 1.0 Status IFI

Document Type DTS System / Unit 60 Discipline MEC Rev. Date 18-10-2013

Contractor Reference 3N911-API616 Class 3 Page 1 / 15

This document is the property of Total. It must not be stored, reproduced or disclosed to others without written authorization from the COMPANY

CG-58C-04-C017-160002-1.0.doc

YAQ PROJECT

COMMANDE No.: 4540040218

Project No. PJ-0550 / DDM No. YAM 09/010

API 616 COMBUSTION GAS TURBINE DATA SHEETS

1.0 IFI 27/09/13 ISSUED FOR INFORMATION DC KDD JJK

00 IFI 27/09/13 ISSUED FOR INFORMATION DC KDD JJK

Rev. Status Date Revision Memo Issued by Checked by Approved by

Reserved to COMPANY

This document is:

Review with comments Code 1 Review without comment Code 2

Rejected Code 3 Approved with comments Code 4 Approved without comments Code 5

Date : Signature :

Document Reference






CG-58C-04-C017-160002-1.0.doc

TABLE OF MODIFICATIONS

Revision Description

00 ISSUED FOR INFORMATION

1.0 ISSUED FOR INFORMATION

Document Reference






CG-58C-04-C017-160002-1.0.doc

TABLE OF CONTENTS

1. API 616 Data Sheet…………………………………………….………………………..Page 4 - 15

JOB NO. ITEM NO.

PURCHASE ORDER NO.

SPECIFICATION NO.

REVISION NO. DATE

PAGE OF BY

1 APPLICABLE TO: PROPOSAL X PURCHASE AS BUILT

2 FOR UNIT

3 SITE SERIAL NUMBER

4 SERVICE NUMBER REQUIRED

5 X CONTINUOUS INTERMITTENT STANDBY DRIVEN EQUIPMENT

6 MANUFACTURER Solar Turbines X MODEL ISO RATING (3.17) @ RPM

7 NOTE: INFORMATION TO BE COMPLETED: BY PURCHASER BY MANUFACTURER BY MFR IF NOT BY PURCHASER

8 GENERAL

9 CYCLE: REGEN X SIMPLE EXHAUST HEAT RECOVERY TYPE: SINGLE SHAFT X MULTI SHAFT

10 DRIVEN EQUIPMENT: NORMAL SHAFT, kW @ RPM RATED SHAFT, kW @ RPM

11 OUTPUT SHAFT SPEED RANGE (4.1.5) X MIN X MAX RPM

12 DESIRED MINIMUM SITE POWER kW @ RPM

13 OPERATION ATTENDED UNATTENDED X POTENTIAL MAXIMUM POWER (3.33) kW

14 PREDICTED PERFORMANCE LOCATION (4.1.19)

15 GAS TURBINE INCLUDING ALL LOSSES INDOOR X OUTDOOR X GRADE

16 SITE NORMAL SITE SITE HEATED UNDER ROOF MEZZANINE

17 RATED DUTY MAX MIN UNHEATED X PARTIAL SIDES

18 (3.45) (3.26) TEMP TEMP ELECRICAL AREA CLASSIFICATION (4.1.14)

19 DRY BULB TEMP., deg C NON-HAZARDOUS X HAZARDOUS

20 RELATIVE HUMIDITY, % APPLICABLE CODE: CENELEC NEC 505 IEC

21 BAROMETER, CLASS: GROUP: TEMP CODE: T3

22 OUTPUT, kW AREA CLASSIFICATION: DIVISION ZONE 2

23 HEAT RATE, LHV, kj/kW-hr X THIRD PARTY CERTIFICATION REQUIRED (Note 2)

24 WINTERIZATION REQUIRED

25 OUTPUT SHAFT SPEED, RPM TROPICALIZATION REQUIRED (5.4.6.6)

26 AIR FLOW, kg/hr UNUSUAL CONDITIONS: DUST FUMES

27 EXHAUST FLOW, kg/hr CORROSIVE AGENTS (4.10.1.1)

28 FIRING TEMP. (Note 3), deg C

29 EXHAUST TEMP., deg C OTHER (5.5.34)

30 PT EXIT TEMP., deg C NOISE SPECIFICATIONS: (4.1.10) (Note 1)

31 CERTIFIED POINT (3.26) APPLICABLE TO MACHINE: (5.7.4.1)

32 (1) INCLUDING STEAM WATER EFFECTS FOR SEE SPECIFICATION

33 EMISSION CONTROL AUGMENTATION (4.1.9) APPLICABLE TO NEIGHBORHOOD: (5.7.4.2)

34 STEAM FLOW, kg/HR SEE SPECIFICATION

35 WATER FLOW, m3/HR

36 PAINTING:

37 APPLICABLE SPECIFICATIONS: X MANUFACTURER'S STANDARD

38 API 616 GAS TURBINES FOR THE PETROLEUM, CHEMICAL OTHER

39 & GAS INDUSTRY SERVICES

40 GOVERNING SPECIFICATION (IF DIFFERENT) NOTE: All Data Sheets References to GG=Gas Generator

41 SS = Single Shaft and PT = Power Turbine

42 X VENDOR HAVING UNIT RESPONSIBILITY (4.1.2) REMARKS:

4343

44 SHIPMENT: (6.4)

45 DOMESTIC EXPORT EXPORT BOXING REQUIRED

46 OUTDOOR STORAGE MORE THAN 6 MONTHS (6.4.1)

47 SPARE ROTOR ASSEMBLY PACKAGED FOR (6.4.3.10) N/A

48 DOMESTIC EXPORT SHIPMENT

49 COMMENTS:

50

3N911

4540040218

B 10/17/2013

MARS 100-16000

A.Chouhan1 10

COMBUSTION GAS TURBINE (API 616-4TH)

DATA SHEET, S.I. UNITS

MARS 100-16000

TOTAL EP CONGO Solar Turbines Mars 100-16000 Generator Set

1390MYANGA Platform - FR3 Turbogenerator Replacement

Power Generation

MARS 100-16000 16000 hp See line 11

1

ABB Generator

4000 9500

See line 22

33.7 25.5 40 18.9

74 74 74 74

IIB

10063 8946 105109465

11887 11632 12142 11485

1500 1500 1500 1500

136683 142627 131274 146957

737 738 737 738

138988 145025 133502 149430

503 495 510 490

503 495 510 490

85 dBA at 1 meter

N/A N/A N/A N/A

N/A N/A N/A N/A

"THIS COPYRIGHTED WORK AND THE INFORMATION HEREIN IS PROPRIETARY TO CATERPILLAR INC., SOLAR TURBINES INCORPORATED, AND/OR SUBSIDIARIES OF EITHER. WITHOUT EXPRESS WRITTEN

PERMISSION FROM CATERPILLAR INC. OR SOLAR TURBINES INCORPORATED. ANY COPYING, DISCLOSURE, OR USE EXCEPT THAT FOR WHICH IT IS LOANED, IS PROHIBITED."

Note 1: 85 dBA @ 1 m, Refer to proposal

Solar

Note 2: Not Applicable

Note 3: Solar uses Compensated PTIT instead.

JOB NO. ITEM NO.

COMBUSTION GAS TURBINE (API 616-4TH) REVISION DATE

PAGE OF BY

1 FUEL SYSTEM (5.8)

2 TYPE GAS (5.8.2) LIQUID (5.8.3) DUAL (5.8.1.5.1)

3 DUAL SYSTEM REQMTS (5.8.1.5.1) GAS/GAS GAS/LIQUID LIQUID/LIQUID

4 COMPLETE FUEL RECEIVING SYSTEM (5.8.1.1) MAX. TIME ALLOWED TO COMPLETE TRANSFER SECONDS5

6 GAS FUELS (5.8.2) LIQUID FUELS (5.8.3)

7 FUEL ANALYSIS - MOL % (5.8.2.1) (Note 1) FUEL GRADE (5.8.3.3)

8 COMPOSITION: M.W. NORMAL STARTING ALT ASTM D1655 ASTM 0GT 1GT

9 Methane (CH4) JET A A-1 B D2880 2GT 3GT 4GT

10 Ethane (C2H6) OTHER, INDICATE ANALYSIS BELOW (5.8.3.3 c)

11 Propane (C3H8) LIQUID FUEL TREATMENT REQUIRED YES NO

12 I-Butane (C4H10) TREATMENT SYSTEM BY VENDOR OTHER

13 N-Butane (C4H10) FUEL TRANSFER EQUIP REQUIRED (5.8.1.4.5) YES NO

14 I-Pentane (C5H12) HEATER REQUIRED (5.8.1.4.4) YES NO

15 N-Pentane (C5H12) X LIQUID FUEL PRESS REQUIRED, MAX/MIN, kPag Note 3 / Note 3

16 Hexane (C6H14) FUEL ANALYSIS DATA (5.8.3.3) ASTM MEASURED

17 Heptane (C7H16) PROPERTY METHOD VALUE

18 Octane (C8H18) VISCOSITY SSU, 38°C D-445

19 Carbone Dioxide (C02) DISTILLATION DATA D-86

20 Water Vapor (H20) 50% RECOVERY, °C MAX

21 Nitrogen (N2) END POINT, °C MAX

22 N-Nonane (C9H20) SULFUR CONTENT %WT. MAX. (SELECT APPL. METHOD)

23 N-Decane (C10H22) BOMB METHOD D-129

24 Hydrogen Sulfide (H2S) LAMP METHOD D-1266

25 HIGH-TEMP METHOD D-1552

26 CARBON RESIDUE (ON 10%)

27 BOTTOMS) % WT. MAX.

28 CONRADSON D-189

29 RAMSBOTTOM D-524

30 COPPER STRIP CORROSION PLATE D-130

31 3 HOURS AT 100°C MAXIMUM

32 AROMATIC CONTENT D-1319

33 ASH CONTENT D-482

34 SPECIFIC GRAVITY, 15°C D-1298

35 TOTAL FLASH POINT, °C D-56

36 AVG. MOL. WT. 22.5 POUR POINT, °C D-97

37 CORS AGNTS (5.8.2.3) PPM WATER D-95

38 CONTMNTS (5.8.2.2.1) PPM FILTERABLE DIRT. MG/100ML D-2276

39 LHV (kJ/Std. m3) (5.8.2.4) TRACE METALS (ATOMIC

40 FUEL PRESS.MAX/MIN, kPag Note 3 / / ABSORPTION PREFERRED) D-3605

41 FUEL TEMP MAX/MIN, °C Note 3/Note 2 SODIUM

42 X FUEL PRESSURE REQUIRED POTASSIUM

43 MAX/MIN, kPag Note 3 VANADIUM

44 COMPRESSION SYS REQD (5.8.1.2.2) YES NO CALCIUM

45 HEATER REQD (5.8.2.1) YES NO LEAD

46 RATE OF CHANGE OF LHV (5.8.2.4) OTHER METALS

47 REMARKS:

48

49 Note 2: At least 28°C above fuel dewpoint (per ES 9-98).

50 Note 3: Please refer to Mechanical Interface Drawing. LOWER HEATING VALUE, MJ/kg D-2382

51 FUEL SYSTEM PIPING

52 BY PASS AND VENT VALVE (3.7.1.3) ISOLATION BLOCK VALVES ANSI FLANGE RATING 300 RF

53 TWIN Y-TYPE STRAINER WITH CONTINUOUS FLOW NACE MATERIAL STANDARDS (4.10.1.8)

54 TRANSFER VALVE (5.8.1.2.4)

55

"THIS COPYRIGHTED WORK AND THE INFORMATION HEREIN IS PROPRIETARY TO CATERPILLAR INC., SOLAR TURBINES INCORPORATED, AND/OR SUBSIDIARIES OF EITHER. WITHOUT EXPRESS

WRITTEN PERMISSION FROM CATERPILLAR INC. OR SOLAR TURBINES INCORPORATED. ANY COPYING, DISCLOSURE, OR USE EXCEPT THAT FOR WHICH IT IS LOANED, IS PROHIBITED."

0.0546

0.0143

0.0100

3N911

B


0.0577

1.4923

1.4556

MARS 100-16000

Note 3

0.4089

10/17/13

2 10 A.Chouhan

MARS 100-16000

5.7930

0.0341

4.4452

0.0081

1.4067

0.0045

0.0105

100

Note 1: If C6+ is greater than 0.3%, must specify C7 through C14.

40133.3

72.1636

12.6409

JOB NO. ITEM NO.


PAGE OF BY

1 *Gas Producer Rotor CONSTRUCTION FEATURES (NOTE 1)

2 X SPEEDS: MATERIALS OF CONSTRUCTION (4.10)

3 MAX. CONT. RPM TRIP RPM COMPRESSOR ROTOR BLADES

4X

LATERAL CRITICAL SPEEDS (DAMPED) COMPRESSOR STATOR VANES

5 FIRST CRITICAL RPM MODE SHAFT BLADE/VANE COATING

6 SECOND CRITICAL RPM MODE TURBINE WHEELS OR

7 THIRD CRITICAL RPM MODE STAGE NOZZLES BLADES DISCS

8 FOURTH CRITICAL RPM MODE 1

9 PROTOTYPE OR MODIFIED ROTOR SUPPORT (4.7.3.5) 2

10 TRAIN LATERAL ANALYSIS REQUIRED (D.1.3) 3

11 TRAIN TORSIONAL ANALYSIS REQUIRED (2.7.4.5) 4

12 TORSIONAL CRITICAL SPEEDS:

13 FIRST CRITICAL RPM

14 SECOND CRITICAL RPM

15 THIRD CRITICAL RPM

16 FOURTH CRITICAL RPM COMBUSTORS

17 VIBRATION: (4.7.4.5) (7.2.3 o) COMPRESSOR CASING

18X ALLOWABLE TEST LEVEL SHAFT

COMBUSTOR CASING

19 CASE mm/SEC TURBINE CASING

20 X ROTATION, VIEWED FROM DRIVE END X CW CCW GAUGE BOARDS AND CONTROL PANELS

21 AIR COMPRESSOR:

22 STAGES MAX. TIP SPEED m/SEC GAUGE BOARDS

23 TYPE Axial PRESSURE RATIO X LOCATION

24 CASING SPLIT (2.2.3) X AXIAL RADIAL CONTROL PANELS (5.4.5.1.1) ON-SKID LOCAL OFF SKID LOCAL

25 ROTOR SOLID X BUILT UP X OFF SKID REMOTE

26 TURBINE: WEATHER PROTECTION REQUIRED YES NO

27 STAGES MAX. TIP SPEED m/SEC SPECIFICATION

28 CASING SPLIT (4.2.3) AXIAL X RADIAL ANNUNCIATOR REQUIRED (5.4.4.8.5)

29 ROTOR SOLID X BUILT UP X VISUAL DISPLAY UNIT (VDU) X KEYBOARD

30 COMBUSTORS: (4.3.2)

31 X SINGLE MULTIPLE, NUMBER

32 X GAS LIQUID DUAL FUEL

33 MAXIMUM ALLOW TEMP. VARIATION °C CONTROL SYSTEMS

34 APPLICABLE PLANE TYPE (5.4.1.5)

35 FUEL NOZZLES PER COMBUSTOR MECH PNEU HYDRA ELECTRIC X ELECTRONIC

36 X WOBBE INDEX NO. REQD (4.3.7) X MAX X MICROPROCESSOR BASED COMBINED

MIN

37 MAINTENANCE INTERVALS, HOURS SIGNAL SOURCE

38 X HOT GAS PATH INSPECTIONS SENSITIVITY RANGE TO

39 X MAJOR OVERHAULS TIME OF AC OUTAGE RIDEOUT MIN (5.4.1.6)

40 OTHER SHUT OFF VALVES FOR SHUT DOWN SENSORS (5.4.4.9) N/A

41 STARTING SYSTEM (5.4.2.1)

42 GOVERNOR (5.4.3) MANUAL SEMI AUTOMATIC X AUTOMATIC

43 X MFR'S STD. OTHER X MAKE X MODEL X PURGE (5.4.2.2) 4 minimum MINUTES (Note 2)

44 CONSTANT SPEED X VARIABLE SPEED SEPARATE SHUTDOWN VALVE TEST DURING OPERATION N/A

45 ISOCHRONOUS DROOP NOTE (1) FOR MULTIPLE SHAFT TURBINES, COMPLETE ALL

46 REMOTE SHUTDOWN SIGNAL X ELECTRIC APPLICABLE PROTIONS FOR EACH SHAFT.

47 PNEUMATIC HYDRAULIC NONE REMARKS:

48 MANUAL SPEED CHANGER, RPM MAX. MIN.

49 MAINTAIN TURBINE SPEED UPON FAILURE OF CONTROL

50 SIGNAL OR ACTUATOR



Note 3: Control Logix

Note 1: Refer to train torsional report.

Note 2: Purge time is set during commissioning per Service Bulletin 3.0/105.

30000 hrs N/A

A.B. Note 3

N/A

4000 hrs N/A 4 20 mA

40969

93 from avg

T5 (PT Inlet)

21

2 466.34

IN 903

17.3:1 Digital Gauge Panel (VDU On Skid)

15 355

Nodular Iron & WCI

410 Stainless Steel50.8 std 26.3 API w/SER

MIC P/P

3N911

B 10/17/2013

3 10 A.Chouhan

MARS 100-16000

11319 718 Ni Alloy


MARS 100-16000

11170

17-4PH SS (variable) & 410 SS (fixed)

3032 Critically damped AISI 4340 Platinum Aluminide

4650 Critically damped


- CM-247LC CMSX-4

Note 1

Note 1 Haynes 230 (Conv); Haynes 230 & 214 (SoLoNOx)

Waspaloy

Waspaloy

Note 1

Note 1

CM-247LC CMSX-3

-

JOB NO. ITEM NO. MARS 100-16000


PAGE OF BY

1 *Power Turbine Rotor CONSTRUCTION FEATURES (NOTE 1)

2 X SPEEDS: MATERIALS OF CONSTRUCTION (4.10)

3 MAX. CONT. RPM TRIP RPM COMPRESSOR ROTOR BLADES

4X

LATERAL CRITICAL SPEEDS (DAMPED) COMPRESSOR STATOR VANES

5 FIRST CRITICAL RPM MODE SHAFT BLADE/VANE COATING

6 SECOND CRITICAL RPM MODE TURBINE WHEELS OR

7 THIRD CRITICAL RPM MODE STAGE NOZZLES BLADES DISCS

8 FOURTH CRITICAL RPM MODE 1

9 PROTOTYPE OR MODIFIED ROTOR SUPPORT (4.7.3.5) 2

10 TRAIN LATERAL ANALYSIS REQUIRED (D.1.3) 3

11 TRAIN TORSIONAL ANALYSIS REQUIRED (2.7.4.5) 4

12 TORSIONAL CRITICAL SPEEDS:

13 FIRST CRITICAL RPM

14 SECOND CRITICAL RPM

15 THIRD CRITICAL RPM

16 FOURTH CRITICAL RPM COMBUSTORS

17 VIBRATION: (4.7.4.5) (7.2.3 o) COMPRESSOR CASING

18X ALLOWABLE TEST LEVEL SHAFT

COMBUSTOR CASING

19 CASE mm/SEC TURBINE CASING

20 X ROTATION, VIEWED FROM DRIVE END X CW CCW GAUGE BOARDS AND CONTROL PANELS

21 AIR COMPRESSOR:

22 STAGES MAX. TIP SPEED m/SEC GAUGE BOARDS

23 TYPE PRESSURE RATIO X LOCATION

24 CASING SPLIT (2.2.3) AXIAL RADIAL CONTROL PANELS (5.4.5.1.1) ON-SKID LOCAL OFF SKID LOCAL

25 ROTOR SOLID BUILT UP X OFF SKID REMOTE

26 TURBINE: WEATHER PROTECTION REQUIRED YES NO

27 STAGES MAX. TIP SPEED m/SEC SPECIFICATION

28 CASING SPLIT (4.2.3) AXIAL X RADIAL ANNUNCIATOR REQUIRED (5.4.4.8.5)

29 ROTOR SOLID X BUILT UP X VISUAL DISPLAY UNIT (VDU) X KEYBOARD

30 COMBUSTORS: (4.3.2)

31 SINGLE MULTIPLE, NUMBER

32 X GAS LIQUID DUAL FUEL

33 MAXIMUM ALLOW TEMP. VARIATION °C CONTROL SYSTEMS

34 APPLICABLE PLANE TYPE (5.4.1.5)

35 FUEL NOZZLES PER COMBUSTOR MECH PNEU HYDRA ELECTRIC X ELECTRONIC

36 WOBBE INDEX NO. REQD (4.3.7) MAX X MICROPROCESSOR BASED COMBINED

MIN

37 MAINTENANCE INTERVALS, HOURS SIGNAL SOURCE

38 X HOT GAS PATH INSPECTIONS SENSITIVITY RANGE TO

39 X MAJOR OVERHAULS TIME OF AC OUTAGE RIDEOUT MIN (5.4.1.6)

40 OTHER SHUT OFF VALVES FOR SHUT DOWN SENSORS (5.4.4.9) N/A

41 STARTING SYSTEM (5.4.2.1)

42 GOVERNOR (5.4.3) MANUAL SEMI AUTOMATIC X AUTOMATIC

43 X MFR'S STD. OTHER X MAKE X MODEL X PURGE (5.4.2.2) 4 minimum MINUTES (Note 2)

44 CONSTANT SPEED VARIABLE SPEED SEPARATE SHUTDOWN VALVE TEST DURING OPERATION N/A

45 ISOCHRONOUS DROOP NOTE (1) FOR MULTIPLE SHAFT TURBINES, COMPLETE ALL

46 REMOTE SHUTDOWN SIGNAL X ELECTRIC APPLICABLE PROTIONS FOR EACH SHAFT.

47 PNEUMATIC HYDRAULIC NONE REMARKS:

48 MANUAL SPEED CHANGER, RPM MAX. MIN.

49 MAINTAIN TURBINE SPEED UPON FAILURE OF CONTROL

50 SIGNAL OR ACTUATOR



Note 3: Control Logix

Note 1: Refer to train torsional report.

Note 2: Purge time is set during commissioning per Service Bulletin 3.0/105.

30000 hrs N/A

A.B. Note 3

N/A

4000 hrs N/A 4 20 mA

Digital Gauge Panel (VDU On Skid)

2 567.53

Note 1

50.8 std 28.4 API w/SER

MIC P/P

Note 1

Note 1

Note 1

N 155 IN 792 718 Ni Alloy

N 155 IN 792 718 Ni Alloy

- -



N/A

3,085 Critically damped AISI 4340 N/A

MARS 100-16000

98999500 N/A

3N911

B 10/17/2013

DATA SHEET, S.I. UNITS 3b 10 A.Chouhan

JOB NO. ITEM NO.


PAGE OF BY

1 CONSTRUCTION FEATURES CONTINUED (NOTE 1)

2 *Gas Producer Rotor BEARINGS AND BEARING HOUSINGS (4.8)

3 RADIAL BRG#1 BRG#2 BRG#3 THRUST ACTIVE INACTIVE

4 X TYPE X TYPE

5 X MANUFACTURER X MANUFACTURER

6 X LENGTH, mm X UNIT LOAD (ULTIMATE), kPA

7 X SHAFT DIAMETER, mm UNIT LOAD (SITE RATED), kPA

8 X UNIT LD (ACT/ALLOW), kPA X UNIT LOAD (MAX POTEN), kPA

9 X BASE MATERIAL X NO. OF PADS/AREA, cm2

10 X BABBITT THICKNESS, mm X BASE MATERIAL

11 X NO. PADS X BABBITT THICKNESS, mm

12 X LOAD: BETWEEN/ON PAD X PIVOT: CENTER/OFFSET, %

13 X PIVOT: CENTER/OFFSET, % LUBRICATION: FLOODED X DIRECTED

14 X DAMPER BEARING THRUST COLLAR: INTEGRAL X REPLACEABLE

15 BEARING MATERIAL

16 BEARING TEMPERATURE DEVICES SEE ATTACHED API-670 VIBRATION DETECTORS (4.8.5.3) SEE ATTACHED API-670

17 (4.8.5.5) DATA SHEET RADIAL VIBRATION DETECTORS: DATA SHEET

18 THERMOCOUPLES X TYPE Proximity Probes X MODEL

19 SELECTOR SWITCH & IND. BY: PURCH MFR X MFR

20 X RESISTANCE TEMPERATURE DETECTORS X NO. AT EACH SHAFT BEARING TOTAL NO.

21 X RESISTANCE MAT'L platinum X OHMS X OSCILLATOR-DEMODULATOR SUPPLIED BY

22 X SELECTOR SWITCH & IND. BY: PURCH X MFR X MFR X MODEL

23 X LOCATION-JOURNAL BEARING X MONITOR SUPPLIED BY (5.4.7.8.2)

24 NUMBER EA PD EVERY OTH PAD PER BRG X LOCATION ENCLOSURE

25 OTHER X MFR X MODEL

26 X LOCATION-THRUST BEARING X SCALE RGE X ALARM SET @ 63.5 µm

27 NO. (ACT) EA PD EVERY OTH PAD 2 PER BRG X SHTDWN X SET @ 101.6 µm X TIME DELAY 1 SEC

28 OTHER AXIAL POSITION DETECTOR (4.8.5.3):

29 NO.(INACT) EA PD EVERY OTH PAD 0 PER BRG SEE ATTACHED API-670 DATA SHEETS

30 OTHER X TYPE X MODEL

31 X MONITOR SUPPLIED BY (5.4.7.5) X MFR X NO. REQUIRED

32 X LOCATION ENCLOSURE X OSCILLATOR-DEMODULATOR SUPPLIED BY

33 X MFR X MODEL X MFR X MODEL

34 X SCALE RGE X ALARM SET @ °C X MONITOR SUPPLIED BY (3.4.7.8.2)

35 X SHTDWN X SET @ °C TIME DLY 0 SEC X LOCATION ENCLOSURE

36 REMARKS: X MFR X MODEL

37 X SCALE RGE X ALARM SET @ 101.6 µm

38 X SHTDWN X SET @ 177.8 µm X TIME DELAY 1 SEC

39 ACCELERATION TRANSDUCERS

40 SEE ATTACHED API-670 DATA SHEETS

41 X MFR X MODEL

42 X LOCATION X NUMBER

43 X MONITOR SUPPLIED BY (3.4.7.8.4) X

44 X LOCATION ENCLOSURE

45 X MFR X MODEL

46 X SCALE RGE 2.5 X ALARM SET @ 0.64 cm/s

47 X SHTDWN X SET @ 0.71 cm/s X TIME DELAY 1 SEC

48 NOTES (1) FOR MULTIPLE SHAFT TURBINES, COMPLETE ALL APPLICABLE PORTIONS FOR EACH SHAFT.

49 (2) Alarm @ 61.1°C, Shutdown @ 69.4°C, bearing drain temperature above bearing oil inlet temperature.

50 (3) Additional settings are: Alarm @ 50°C, Shutdown @ 55.6°C, thrust bearing temperature above bearing oil inlet temperature.



No No No

100 Solar

Bently Nevada 3300XL

Solar

Control Console

56%

Between Between Between

56% 56%

1.524 Chrome Copper

5 5 5 1.52

1.524 1.524

3N911

B 10/17/2013

4 10 A.Chouhan

MARS 100-16000

Tilt Pad Tilt Pad Tilt Pad Fixed TaperedTilt Pad


MARS 100-16000

Waukesha Solar

57.252 57.252 57.252 76 >68.94

Waukesha

114.491114.491 114.491

Waukesha Waukesha

33.43 N/A

AISI 1010-1030 SteelAISI 1010-1030 SteelAISI 1010-1030 Steel 10 / 20,258 8 / 21,290

4.31 / 17.2 4.93 / 17.2 6.36 / 17.2

3300XL

Bently Nevada

2 6

Carbon Steel

0.62

N/A70%

3300XL

Non EP

Total of 2 (# 1, # 2&3 bearing common drains, Note 2) Bently Nevada 1701

0-254

Proximity Probes

Solar Bently Nevada 2

Control Console Non EP Solar

Allen Bradley Logix5000 Bently Nevada 3300XL

Bently Nevada 1701

635-0-635

-18 to 150 115.6 (3) Solar

121.1 (3) Control Console Non EP

1701

Bently Nevada

Accessory Gearbox

Control Console

Bently Nevada

4-131

1

Solar

Non EP

X

X



PAGE OF BY

1 *Power Turbine Rotor CONSTRUCTION FEATURES CONTINUED (NOTE 1)

2 BEARINGS AND BEARING HOUSINGS (4.8)

3 RADIAL THRUST ACTIVE INACTIVE

4 X TYPE X TYPE

5 X MANUFACTURER X MANUFACTURER

6 X LENGTH, mm X UNIT LOAD (ULTIMATE), kPA

7 X SHAFT DIAMETER, mm UNIT LOAD (SITE RATED), kPA

8 X UNIT LD (ACT/ALLOW), kPA X UNIT LOAD (MAX POTEN), kPA

9 X BASE MATERIAL X NO. OF PADS/AREA, cm2

10 X BABBITT THICKNESS, mm X BASE MATERIAL

11 X NO. PADS X BABBITT THICKNESS, mm

12 X LOAD: BETWEEN/ON PAD X PIVOT: CENTER/OFFSET, %

13 X PIVOT: CENTER/OFFSET, % LUBRICATION: FLOODED X DIRECTED

14 X DAMPER BEARING THRUST COLLAR: INTEGRAL X REPLACEABLE

15 BEARING MATERIAL

16 BEARING TEMPERATURE DEVICES SEE ATTACHED API-670 VIBRATION DETECTORS (4.8.5.3) SEE ATTACHED API-670

17 (4.8.5.5) DATA SHEET RADIAL VIBRATION DETECTORS: DATA SHEET

18 THERMOCOUPLES X TYPE Proximity Probes X MODEL

19 SELECTOR SWITCH & IND. BY: PURCH MFR X MFR

20 X RESISTANCE TEMPERATURE DETECTORS X NO. AT EACH SHAFT BEARING TOTAL NO.

21 RESISTANCE MAT'L platinum X OHMS X OSCILLATOR-DEMODULATOR SUPPLIED BY

22 X SELECTOR SWITCH & IND. BY: PURCH X MFR X MFR X MODEL

23 X LOCATION-JOURNAL BEARING X MONITOR SUPPLIED BY (5.4.7.8.2)

24 NUMBER EA PD EVERY OTH PAD PER BRG X LOCATION ENCLOSURE

25 OTHER X MFR X MODEL

26 X LOCATION-THRUST BEARING X SCALE RGE X ALARM SET @ 63.5 µm

27 NO. (ACT) EA PD EVERY OTH PAD 2 PER BRG X SHTDWN X SET @ 101.6 µm X TIME DELAY 1 SEC

28 OTHER AXIAL POSITION DETECTOR (4.8.5.3):

29 NO.(INACT) EA PD EVERY OTH PAD 0 PER BRG SEE ATTACHED API-670 DATA SHEETS

30 OTHER X TYPE X MODEL

31 X MONITOR SUPPLIED BY (5.4.7.5) X MFR X NO. REQUIRED

32 X LOCATION ENCLOSURE X OSCILLATOR-DEMODULATOR SUPPLIED BY

33 X MFR X MODEL X MFR X MODEL

34 X SCALE RGE X ALARM SET @ °C X MONITOR SUPPLIED BY (3.4.7.8.2)

35 X SHTDWN X SET @ °C TIME DLY 0 SEC X LOCATION ENCLOSURE

36 REMARKS: X MFR X MODEL

37 X SCALE RGE X ALARM SET @ 101.6 µm

38 X SHTDWN X SET @ 177.8 µm X TIME DELAY 1 SEC

39 ACCELERATION TRANSDUCERS

40 SEE ATTACHED API-670 DATA SHEETS

41 MFR MODEL

42 LOCATION NUMBER

43 MONITOR SUPPLIED BY (3.4.7.8.4)

44 LOCATION ENCLOSURE

45 MFR MODEL

46 SCALE RGE ALARM SET @

47 SHTDWN SET @ TIME DELAY SEC

48 NOTES (1) FOR MULTIPLE SHAFT TURBINES, COMPLETE ALL APPLICABLE PORTIONS FOR EACH SHAFT.

49 (2) Alarm @ 25°C, Shutdown @ 27.8°C, bearing drain temperature above bearing oil inlet temperature.

50 (3) Additional settings are: Alarm @ 50°C, Shutdown @ 55.6°C, thrust bearing temperature above bearing oil inlet temperature.

"THIS COPYRIGHTED WORK AND THE INFORMATION HEREIN IS PROPRIETARY TO CATERPILLAR INC., SOLAR TURBINES INCORPORATED, AND/OR SUBSIDIARIES OF EITHER. WITHOUT

EXPRESS WRITTEN PERMISSION FROM CATERPILLAR INC. OR SOLAR TURBINES INCORPORATED. ANY COPYING, DISCLOSURE, OR USE EXCEPT THAT FOR WHICH IT IS LOANED, IS

PROHIBITED."

Bently Nevada 1701

635-0-635

-18 to 150 115.6 (3) Solar

121.1 (3) Control Console Non EP

Control Console SolarNon EP

Allen Bradley Logix5000 Bently Nevada 3300XL

3300XL

Solar Bently Nevada 2

0-254

Proximity Probe

Solar

Control Console Non EP

Total of 1 (# 4&5 bearing common drain, Note 2) Bently Nevada 1701

100 Solar

Bently Nevada 3300XL

3300XL

Bently Nevada

2 4

56% 56%

No No

Between On 70% N/A

5 5 1.524 0.62

1.524 1.524 Chrome Copper Carbon Steel

AISI 1010-1030 SteelAISI 1010-1030 Steel 11 / 24,516 10 / 17,806.4

6.03 / 17.2 0.61 / 17.2 23.78 N/A

133.571 114.491

66.777 57.252 >68.9 >68.9

Tilt Pad Fixed Tapered

Waukesha Waukesha Waukesha Solar

MARS 100-16000

BRG#4 BRG#5

Tilt Pad Tilt Pad

3N911

B 10/17/2013

DATA SHEET, S.I. UNITS 4b 10 A.Chouhan

X



DATA SHEET, S.I. UNITS PAGE OF BY

1 UTILITIES: CONNECTIONS

2 UTILITY CONDITIONS: TOTAL UTILITY CONSUMPTION:

3 STEAM: AUXILIARYDRIVERS HEATING COOLING WATER m3/HR

4 INLET MIN kPag °C kPag °C STEAM LEVEL kPag kPag kPag

5 NORM kPag °C kPag °C STEAM, NORMAL kPag kPag kg/HR

6 MAX kPag °C kPag °C STEAM, MAX kPag kPag kg/HR

7 EXHST MIN. kPag °C kPag °C INSTRUMENT AIR Nm3/HR

8 NORM kPag °C kPag °C MOTORS (AUXILIARIES) kW

9 MAX kPag °C kPag °C BATTERY CHARGERS kW

10 STARTING INJECTION HEATERS kW

11 INLET MIN kPag °C kPag °C PURGE (AIR OR N2) Nm3/HR

12 NORM kPag °C kPag °C TURBINE AIR EXTRACTION REQUIRED: (4.1.22)

13 MAX kPag °C kPag °C Nm3/HR @ kPag

14 EXHST MIN. kPag °C MAX. PRESSURE AVAILABLE AT MIN. SPEED: kPag

15 NORM kPag °C MINIMUM SPEED: RPM

16 MAX kPag °C DISCHARGE TEMPERATURE °C

17 ELECTRICITY: (5.4.6.1) PILOT LIGHT INDICATORS COMPRESSOR EXTRACTION STAGE NUMBER:

18 MOTORS HEATING CONTROL SHUTDOWN REMARKS:

19 VOLTAGE

20 HERTZ

21 PHASE

22 COOLING WATER:

23 INLET TEMP. °C MAX RETURN °C

24 DESIGN TEMPERATURE °C

25 NORM PRESS kPag MIN RETURN kPag

26 DESIGN PRESS kPag MAX ALLOW ∆ P kPag

27 WATER SOURCE

28 INSTRUMENT AIR PRESSURE DESIGN, kPag

29 MAX NORMAL MIN

30 REMARKS:

31

32

33

34

35

36

37

38 PURCHASER CONNECTIONS

39

40 DESIGN FACING FLANGED MATING FLG GAS

41 CONNECTION APPROVAL SIZE and POSITION OR & GASKET VELOCITY

42 REQ'D RATING (4.4.1) STUDDED BY VENDOR M/SEC

43 (4.10.4.6.4) (4.4.1) (4.4.5.4)

44 INLET

45 EXHAUST

46 FUEL SUPPLY

47 STEAM

48 WATER

49

50

51

52



PROHIBITED."

MARS 100-16000

3N911

B 10/17/2013

5 10 A.Chouhan

By customer, if required

By customer, if required

Note 1: For Utility information please refer to

Utility List document provided separately.

JOB NO. ITEM NO.


PAGE OF BY

1 INSTRUMENTS

2 TRANS- CONTROL

3 INSTRUMENT INSTRUMENT SIGNAL MITTERS ROOM

4 TYPE VIEWING LOCATION FURNISHED RECEIVERS

5 DESCRIPTION BY FURN BY

6

.. 7

..8

..9

10

IND

ICA

TIN

G

RE

CO

RD

ING

LO

CA

L

LO

CA

L P

AN

EL

CO

NT

RO

L

RO

OM

VE

ND

OR

OT

HE

RS

VE

ND

OR

OT

HE

RS

11 GAS GENERATOR OR SINGLE SHAFT GAS TURBINE

TACHOMETER(S) (NO. )

13 ∆ P AIR INLET SYSTEM

14 COMPRESSOR DISCHARGE PRESSURE

15 FUEL FILTER ∆ P

16 FUEL SUPPLY PRESSURE

17 STARTING GAS SUPPLY PRESSURE

18 STARTING GAS EXHAUST PRESSURE

19 TEMP COMBUSTOR MEASUREMENT (6 PTS MIN) (4.3.2)

20 TEMP GAS TURB CONTROL PLANE (6 PTS MIN)

21 INLET AIR TEMPERATURE

22 TEMPERATURE, GG COMPRESSOR DISCHARGE

23 TEMPERATURE, THRUST BEARING OIL DRAIN

24 TEMPERATURE, EACH BEARING SUMP (ROLLING ELEMENT TYPE)

25 TEMPERATURE, FUEL MANIFOLD

26 TEMPERATURE, LUBE OIL RESERVOIR

27 FIRED HOUR METER

28 A) NUMBER STARTS COUNTER

29 B) START SEQUENCE TIMER

30 LUBE OIL RESERVOIR LEVEL

LUBE OIL PUMP PRESSURE INDICATORS (NO )

32 LUBE OIL COOLER OIL INLET TEMPERATURE

33 LUBE OIL COOLER OIL OUTLET TEMPERATURE

34 LUBE OIL COOLER COOLANT INLET TEMPERATURE

35 LUBE OIL COOLER COOLANT OUTLET TEMPERATURE

36 LUBE OIL FILTER ∆ P

LUBE OIL PRESSURE EACH LEVEL (NO. ) Same as 31

38 CONTROL OIL PRESSURE

SITE FLOW INDICATOR EACH DRAIN (NO. )

40 INLET GUIDE VANE POSITION INDICATOR

41 EXHAUST DUCT DIFFERENTIAL PRESSURE INDICATOR

42 ENCLOSURE COOLING AIR EXHAUST TEMPERATURE

43 POWER TURBINE

TACHOMETER(S) (NO. )

45 EXHAUST TEMPERATURE (2 PTS MIN)

46 JOURNAL BEARING TEMPERATURE

47 THRUST BEARING TEMPERATURE

48 BEARING DRAIN TEMPERATURE

SITE FLOW INDICATOR EACH DRAIN (NO. )

50 LUBE OIL INLET PRESSURE Same as 31

51 LUBE OIL INLET TEMPERATURE Same as 33



PROHIBITED."

MARS 100-16000

3N911

B 10/17/2013


MARS 100-16000

6

6 10 A.Chouhan

1

1

1

2

6

44

49

12

31

37

39

JOB NO. ITEM NO.


PAGE OF BY

1 ALARMS AND SHUTDOWNS (5.4.4)

2

3

4

5 DESCRIPTION

APPLIES TO: (5.4.4.8.5)

ANNUNCIATOR

POINT IN

VENDOR FURNISHED

CONTROL PANEL

SENSING

DEVICES TO

BE FURNISHED

BY

IND

ICA

TIN

G

LIG

HT

ON

LY

6 SINGLE SEP (1)

7 SHAFT PWR ALARM SHUT- VENDOR OTHERS

8 OR G.G. TURB. DOWN (2)

RADIAL SHAFT VIBRATION (NO. )

AXIAL THRUST POSITION (NO. )

OVERSPEED (1) (NO. )

CASING VIBRATION (NO. ) Accessory Gearbox

13 HIGH THRUST BEARING TEMPERATURE

14 HIGH RADIAL BEARING TEMPERATURE (Note 3)

15 LOW FUEL SUPPLY PRESSURE

16 HIGH FUEL FILTER ∆ P

17 GAS TURBINE TEMPERATURE SPREAD HIGH

18 EXHAUST OVER TEMPERATURE (Note 4)

19 FAILURE OF OVER-TEMPERATURE SHUTDOWN DEVICE

20 HIGH INLET AIR ∆ P EACH FILTER

21 COMBUSTOR FLAME-OUT (1)

22 CHIP DETECTOR, ANTI FRICTION BEARING

23 FAILURE STARTING CLUTCH TO ENGAGE OR DISENGAGE

LOW OIL PRESSURE (NO. )

25 HIGH LUBE OIL TEMPERATURE

26 LOW LUBE OIL RESERVOIR LEVEL

27 HIGH LUBE OIL RESERVOIR LEVEL

HIGH OIL FILTER ∆P (NO. )

29 LUBE OIL SPARE (AC) PUMP OPERATING

30 LOW CONTROL OIL PRESSURE

31 LOW STARTING GAS PRESSURE

32 ANTI-ICING SYSTEM - NOT OPERATING

33 LOW D.C. VOLTAGE

34 EMERGENCY D.C. PUMP OPERATING

35 RESERVOIR HEATER "ON"

36 IMPLOSION DOOR OPEN

37 EXTERNAL PERMISSIVE START SIGNAL

38 EXTERNAL SHUTDOWN SIGNAL

39 LOSS OF AUXILIARY COOLING AIR

40 LAMP TEST PUSH BUTTON

41 ENCLOSURE HIGH TEMPERATURE

42 CONTROL SIGNAL FAILURE (Microprocessor Failure)

43 CONTROL SYSTEM ACTUATOR FAILURE

44 GOVERNOR FAILURE Same as 42

45 ENCLOSURE VENT FAN FAILURE

46

47

48

49 NOTES: (1) VENDOR TO ADVISE METHOD OF ANNUNCIATION (3) RADIAL BEARING DRAIN TEMPERATURE IS USED INSTEAD.

50 (2) VDU MAY USE MESSAGE INDICATOR (4) TURBINE ROTOR INLET TEMPERATURE (T5) IS USED INSTEAD.



PROHIBITED."

3N911

B 10/17/2013

10 A.Chouhan

MARS 100-16000


MARS 100-16000

109

7

9

1

1

1

128

10

11

12

24

JOB NO. ITEM NO.


PAGE OF BY

1 ACCESSORIES SUPPLIED BY GAS TURBINE MANUFACTURER

2 STARTING AND HELPER DRIVERS (5.1) GEARS: SEE SEPARATE API 613 GEAR DATA SHEETS (5.2.1.1)

3 X STARTER ONLY (5.1.1.2) STARTER/HELPER (5.1.1.3) X DRIVEN EQUIPMENT, SEE SEPARATE API DATA SHEETS

4 TYPE (5.1.1.1) X MOTOR STEAM TURBINE X FIRE PROTECTION EQUIPMENT (5.7.3.1)

5 GAS EXPANDER IC ENGINE HYDRAULIC TYPE HALON 1301 HALON 1211 CO2 Note 3

6 GAS TURBINE X STARTER IS CLUTCHED (5.1.1.7) X TYPE OF SENSOR X NO. OF DETECTORS

7 HELPER RATING (5.1.2.2) kW X MULTI SPECTRUM IR NUMBER

8 STARTER RATING (5.1.2.1) kW UV/IR NUMBER

9 SHAFT TURNING DEVICE REQUIRED (5.1.3.1) N/A ADDITIONAL LEVELS (5.7.3.2)

10 X MOTOR:

11 TYPE RATING kW MOUNTING PLATES (5.3)

12 MFR MODEL TYPE (5.3.1.1) SOLEPLATE X BASEPLATE

13 STEAM TURBINE (REFERENCE API DATA SHEETS) (Note 1) X SHIM PACK THICKNESS mm (5.3.1.2.9)

14 MFR MODEL

15 kW MAX. STEAM FLOW kg/HR BASEPLATE (5.3.2)

16 TOTAL/START kg X FURNISHED BY (5.3.2.1)GAS TURBINE ONLY EXTENDED FOR (3.3.2.7)

17 GAS EXPANDER GAS TURBINE ONLY EXTENDED FOR

18 APPLICABLE SPEC. (5.1.1.6) SUB-SOLEPLATES REQ'D (5.3.2.7) N/A DRIP RIM N/A

19 MFR MODEL COLUMN MOUNTING (5.3.2.4) (3-POINT) LEVELING PADS (5.3.2.3)

20 kW MAX. GAS FLOW kg/HR

21 TOTAL/START kg X ENCLOSURE REQUIRED

22 GAS FOR EXPANSION TURBINE: REQUIREMENTS (5.7.5.1)

23 MIN MAX NORMAL X ACOUSTICAL

24 INLET PRESSURE, kPa X WEATHERPROOF

25 EXHAUST PRESS, kPa X SAFETY

26 GAS TEMPERATURE, °C INLET X FIRE PROTECTION

27 GAS TEMP., °C EXHAUST ADDITIONAL VENTILATION (5.7.5.6.3)

28 MOLECULAR WEIGHT COUPLINGS AND GUARDS (5.2.2)

29 SPEED CONTROL GOVERNOR PRESSURE REGULATOR SEE ATTACHED API-671 DATA SHEETS

30 YES NO X MANUFACTURER X TYPE

31 INLET CONTROL VALVE FURNISHED X MODEL X GUARD SUPPLIED BY

32 STAINLESS STEEL PIPING MANIFOLD X MAXIMUM OUTSIDE DIAMETER mm

33 CARBON STEEL FLANGES X HUB WEIGHT kg

34 Y-STRAINER W/BREAKOUT FLANGES X SPACER LENGTH mm SPACER WEIGHT kg

35 LOW SPEED CAPABILITY IDLING ADAPTER REQ'D N/A SOLO PLATE REQUIRED

36 (FOR COMPRESSOR CLEANING) X GUARD SUPPLIED BY

37 RELIEF VALVE PRESSURE SET POINT kPag TYPE: X FULLY ENCLOSED SEMI-OPEN OTHER

38 CASING MATERIAL LUBRICATING REQUIREMENTS:

39 SEAL TYPE X NON-LUBE GREASE CONT. OIL LUBE

40 QUANTITY PER HUB kg or m3/HR

41 INTERNAL COMBUSTION ENGINE REMARKS:

42 TYPE SPARK IGNITED DIESEL

43 APPLICABLE SPECIFICATION (5.1.1.6)

44 MFR MODEL

45 SPEED RPM POWER kW

46

47 GAS TURBINE

48 APPLICABLE SPECIFICATION (5.1.1.6)

49 MFR MODEL

50 SPEED RPM POWER kW



859

N/A

Note 1: Solar does not use steam turbines.

Note 3: Fire suppression system is Water Mist type

Note 2 (Refer to Leveling Pads on line 19): Solar uses internal machined surfaces,

where the rotating equipment is mounted (and shimmed) for equipment softfoot and

alignment procedures.

N/A

Solar

10/17/2013

8 10 A.ChouhanDATA SHEET, S.I. UNITS

MARS 100-16000

93

3N911

B

4

14 Gas Detectors

VFD Induction 93

Reliance Mars Starter

N/A

Solar

ENCLOSURES (5.7.5)

Kopflex Dry Coupling

304 RZ Solar

MARS 100-16000

36

230.9

19.1 (Driving), 16.9 (Driven)



DATA SHEET, S.I. UNITS PAGE OF BY

1 ACCESSORIES SUPPLIED BY GAS TURBINE MANUFACTURER

2 INLET SYSTEM EXHAUST SYSTEM

3 X AIR FILTER (5.5.4.1) EXTENT OF FURNISHED INSULATION (SEE SKETCH) (5.7.1.2)

4 INERTIAL TYPE SEPARATOR MEDIA FILTERS (RELIEF) (DIVERSION) VALVE (5.5.8.8)

5 PAD TYPE PREFILTERS COMBINATION EXHAUST HEAT RECOVERY SYSTEM (5.5.3.1)

6 SELF CLEANING (PULSE TYPE) X EMISSION CONTROL SYSTEM (5.5.3.1)

7 SINGLE STAGE WITH PROVISION FOR PLATE ELEMENT MATERIAL (5.5.5.2.3)

8 FUTURE EXTRA STAGES YES NO

9 X NORMAL DUST LOADING EMISSIONS SAMPLING SYSTEM (5.5.6.10)

10 X WIND DESIGN VELOCITY X EXPANSION JOINT MFR TYPE

11 X SNOW LOAD DUCTING GAUGE/MATERIAL /

12 X SEISMIC ZONE X SILENCER MFR ∆P

13 LOCATION: GROUND LEVEL ELEVATED (5.5.4.6) HEAT RECOVERY DEVICE (Note 1)

14 X FILTRATION EFFICIENCY % (5.5.4.3) MFR TYPE ∆P mm H2O

15 X MAINTENANCE INTERVAL MONTHS STEAM GEN: PRESS kPag TEMP °C

16 X CLEANING FREQUENCY DAYS RATE kg/HR

17 IMPLOSION DOOR (5.5.4.5) N/A MANOMTR MFR MODEL RANGE mm H2O

18 EVAPORATIVE COOLER (5.6.1.1) ANTI-ICING (5.5.3.10) ATMOSPHERIC RELIEF DEVICE (5.5.6.8) (Note 2)

19 LIQUID TO AIR EXCHANGER (5.6.2.2) N/A TYPE MFR LOCATION

20 WALKWAY, LADDERS, HANDRAILS REQUIRED (5.6.1.5) SYSTEM SITE RATED PRESSURE DROP mm H2O

21 COMP CLEANING SYSTEM, TYPE (5.5.3.9)

22 PLATE ELEMENT MAT'L (5.5.5.1.4) ATMOSPHERIC EMISSIONS

23 X FILTER MFR. MODEL EMISSION SUPPRESSION SYSTEM REQUIRED (5.8.4.1)

24 110% RATED AIR FLOW NOx REQUIREMENTS (5.5.3.1.1)

25 CLEAN ALARM NOx EMITTED

26 COOLER MFR. MODEL ∆ P mm H2O EMISSIONS REDUCTION METHOD (IF REQUIRED) (5.8.4.2)

27 EXCHANGER MFR (5.8.2.3) WATER INJECTION SCR

28 MODEL ∆ P STEAM DRY COMBUSTOR

29 X DUCTING GAUGE / MATERIAL OTHER

30 X EXPANSION JOINT MFR TYPE SOx REQUIREMENTS

31 X SILENCER MFR ∆ P SULFUR CONTENT OF FUEL

32 MANOMETER MFR MODEL SOx EMITTED (BASED ON STATED SULFUR CONTENT)

33 RANGE mm H2O

34 SYSTEM SITE RATED PRESSURE DROP mm H2O CO REQUIREMENTS

35 @ 110% RATED AIR FLOW CO EMITTED

36 REMARKS: PARTICULATE REQUIREMENTS

37 PARTICULATE EMITTED

38 UNBURNED HC REQUIREMENTS

39 UNBURNED HC EMITTED

40 APPLICABLE EMISSION CODES OR REGULATIONS

41 EPA - TITLE 40 - CFR OTHERS

42

43

44 SPECIALIZED INSTRUMENTS

45 TACHOMETERS (5.4.7.2.2) SWITCHES: (5.4.4.8.2)

46 TYPE ELECTRICAL X ELECTRONIC CIRCUIT SHALL

47 ANALOG X DIGITAL CRT ENERGIZE X DEENERGIZE TO ALARM

48 X MANUFACTURER ENERGIZE X DEENERGIZE TO SHUTDOWN

49 OIL FILLED PRESSURE GAUGES (5.4.7.6) ENCLOSURES

50 EXPLOSION PROOF WEATHER PROOF



33.7 m3/s

Note 1: Heat recovery device is not applicable.

Note 2: Atmospheric relief devices are not applicable as isolation dampers are

not provided with our exhaust system.

3/16" (4.76 mm) Thk./316 SS

36 mm H20Camfill Farr

Medium Velocity, 4-stage, LHS Access

40lb/ft2 (195.3 kg/m2)

Site Specific

120mph (193km/hr)

49 mm H2O 127 mm H2O

1

MARS 100-16000

Allen Bradley

101.6

Solar Fabric

101.6

316SS

Camfill Farr See line 3 above.

Site Specific

98

Badger Fabric

4 Cullum Detuners TBD

316 SS

3N911

B 10/17/2013

9 10 A.Chouhan

409 SS

JOB NO. ITEM NO.


PAGE OF BY

1 INSPECTION AND TESTING; LUBRICATION, WEIGHTS

2 SHOP INSPECTION AND TESTS: (6.1.1) WIT- OBSER- LUBRICATION SYSTEMS (4.9)

3 REQ NESSED VED SEE API 614 DATA SHEETS

4 SHOP INSPECTION (6.1.2) X LUBE OIL VISCOSITY (4.9.8) ISO GRADE

5 CLEANLINESS (6.2.3.3) COMMON TO X GAS GENERATOR/SINGLE SHAFT TURBINE

6 HYDROSTATIC (6.3.2) X X X FREE POWER TURBINE LOAD GEAR

7 MECHANICAL RUN (6.3.3) X X X DRIVEN EQUIPMENT AUXILIARIES

8 CONTRACT X IDLING (COMBINED) (SEPARATE) LUBE/SEAL SYSTEM (4.9.5)

9 COUPLING ADAPTOR(S) SYSTEM DESIGNED FOR SYNTHETIC LUBRICANT (4.9.2)

10 X CONTRACT SHOP LUBE SPECIFICATION

11 PROBES PROBES COMMON TO X GAS GENERATOR X POWER TURBINE

12 VIBRATION PLOTS (6.3.3.3.4) LOAD GEAR X DRIVEN EQUIPMENT

13 TAPE RECORD VIB DATA (6.3.3.3.6) AUXILIARIES

14 PERFORMANCE TEST (6.3.4.1) X X

15 COMPLETE UNIT TEST (6.3.4.2) FLOW PRESSURE HEAT LOAD

16 PACKAGE TEST (6.3.4.2.1) X OIL REQUIREMENTS m3/HR kPag MJ/HR

17 LOAD GEAR TEST (6.3.4.3) X X GG OR SS TURBINE

18 SOUND LEVEL TEST (6.3.4.4) DRIVEN EQUIPMENT

19 AUXILIARY EQUIPMENT (6.3.4.5) GEAR

20 POST TEST INSPECTION (6.3.4.6) COUPLINGS

21 HYDRAULIC COUPLING INSPECTION POWER TURBINE

22 GOVERNOR RESPONSE TEST (6.3.4.8) TOTAL

23 SPARE PARTS (6.3.4.9)

24 FIRE PROTECTION (6.3.4.10) X MOUNTING ARRANGEMENT

25 OTHER (6.3.4.11) CONSOLE COLUMN X BASEPLATE

26

27 MATERIALS INSPECTION REQUIREMENTS (6.2.1.3) X WEIGHTS DRY

28 SPECIAL CHARPY TESTING (4.10.5.3) INSTALLED SHIPPING DIMEN

29 RADIOGRAPHY REQUIRED FOR WT. (kg) WT. (kg) LxWxH (m)

30 MAGNETIC PARTICLE REQUIRED FOR GG OR SS TURBINE (A) (C)

31 LIQUID PENETRANT REQUIRED FOR SS TURB. ROTOR

32 ULTRASONIC REQUIRED FOR POWER TURBINE

33 WELD INSPECTION (4.10.4.6.1) P.T. ROTOR

34 WELDING HARDNESS TESTING (6.2.3.4) LUBE SYSTEM

35 DRIVEN EQUIP.

36 MISCELLANEOUS: FILTER

37 VENDOR'S REVIEW & COMMENTS ON PURCHASER'S INLET SILENCER

38 PIPING & FOUNDATION (4.1.18) EXHAUST SILENCER

39 FINAL ASSEMBLY CLEARANCES (6.2.1.1.e) DUCTING

40 COORD. MEETING SITE (7.1.3)

41 SPEED-TORQUE CURVE (7.2.4-a)

42 INCREASE POWER FOR STEAM/WATER (7.2.4-b)

43 EFFECTS OF AMB. COND. ON EXHAUST FLOW (7.2.4-c) MAX ERECTION

44 RUN DOWN CURVES (7.2.4-d) WEIGHT (kg) ITEM

45 PURCHASER REVIEW OF CAMP./GOODMAN DIAG. (4.5.3.3) MAX MAINTENANCE

46 VENDOR WITNESS ALIGNMENT (4.1.18) WEIGHT (kg) ITEM

47 TECHNICAL DATA MANUAL (7.3.6.4) REMARKS:

48 NO OF PROPOSAL COPIES (7.2.1)

49

50

51

52

53



MARS 100-16000

Note B: Refer to Driven Equipment Data Sheet.

Note C: Turbine overall dimensions only. Excludes shipping crate.

Note A: Turbine weight excludes Acc Drive, Air Inlet & Exhaust Diffuser.

N/A

N/A

N/A

1598

N/A N/A

N/A N/A N/A

N/A N/A

N/A N/A N/A

N/A N/A

(B) (B) (B)

N/A N/A

Included N/A N/A

N/A ?

N/A N/A N/A

7940/9072

74 241 1,633

above.

N/A N/A N/A

Included in GG

2 241 60

26 241 532

46 (C46)

ES 9-224

46 241 1,041


3N911

B 10/17/2013

10 10 A.Chouhan

MARS 100-16000

Documents

3N911-API 616-REV B