Rotary Compressor API 619

8/11/2019 Rotary Compressor API 619

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Project Document No.

A.F.E. No.

Client

Project Number

Plant / Area

Equipment Service

Equipment No.1 APPLICABLE TO: PROPOSAL PURCHASE AS BUILT DATE REVISION

2 FOR UNIT

3 SITE SERIAL NO.

4 SERVICE NO. REQUIRED

5 MANUFACTURER MODEL DRIVER (6.1)

6 NOTE: INDICATES INFORMATION TO BE COMPLETED BY PURCHASER BY MANUFACTURER

OPERATING CONDITIONS

! NORMAL MA"IMUM OTHER CONDITIONS (5.1.4)

# ALL DATA ON PER UNIT BASIS (3.33 $ 5.1.3) A B C D

1%

11 (5.1.4)

12 &AS HANDLED (ALSO SEE PA&E 2)

13 R'*+', C--/*0 MMSCFDSCFM (14. PSIA $ 6%F DRY) (3.46 $ 3.6%)

14 EI&HT FLO 78MIN (ET)(DRY)

15 INLET CONDITIONS: COMPRESSOR INLET FLAN&E CUSTOMER CONNECTION

16 PRESSURE (PSIA)

1 TEMPERATURE (F)

1! RELATIVE HUMIDITY (9)

1# MOLECULAR EI&HT (M)

2%

2122 INLET VOLUME FLO (CFMET) (3.1#)

23 DISCHARGE CONDITIONS: COMPRESSOR DISCHAR&E FLAN&E CUSTOMER CONNECTION

24 PRESSURE (PSIA)

25 TEMPERATURE (F)

26

2

2! DE POINT (F)

2# OIL CARRYOVER (PPM;BY T (?1) OR (?

AV&) (5.1.15.4)

COMPRESSIBILITY (@1) OR (@AV&) (5.1.15.5)

CC> (?2) OR (?

AV&)

COMPRESSIBILITY (@2) OR (@

AV&)

SILENCER P (PSI)


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A.F.E. No.

Client

Project Number

Plant / Area

Equipment Service

Equipment No.

1 &AS ANALYSIS (5.1.15.4) NOR MA" OTHER CONDITIONS REMAR?S (5.1.2)

2 MOL 9 MAL IMUM A B C D

3 M..

4 AIR 2!.#66

5 O"Y&EN 32.%%%

6 NITRO&EN 2!.%16

ATER VAPOR 1!.%16

! CARBON MONO"IDE 2!.%1%

# CARBON DIO"IDE 44.%1%

1% HYDRO&EN SULFIDE 34.%6 (5.11.1.1%)

11 HYDRO&EN 2.%16

12 METHANE 16.%42

13 ETHYLENE 2!.%52

14 ETHANE 3%.%6!

15 PROPYLENE 42.%!

16 PROPANE 44.%#4

1 BUTANE 5!.12%

1! BUTANE5!.12%

1# PENTANE 2.146

2% PENTANE 2.146

21 HE"ANE PLUS

22

23

24 CORROSIVE (5.11.1.)

25 SOLID PARTICLE (5.1.25)

26 LIQUID PARTICLE (5.1.25)

2 NACE MATERIALS (5.11.1.1%)

2! TOTAL

2# AV&. MOL. T.

3% SITE DATA: NOISE SPECIFICATIONS: (5.1.19)

31 APPLICABLE TO MACHINE

32 LOCATION: (5.1.1) SEE SPECIFICATION

33 INDOOR HEATED UNDER ROOF APPLICABLE TO NEI&HBORHOOD

34 OUTDOOR UNHEATED PARTIAL SIDES SEE SPECIFICATION

35 &RADE ME@@ANINE ACOUSTIC HOUSIN&: (5.1.2%.1) YES NO

36 INTERI@ATION REQD. TROPICALI@ATION REQD. SOUND LEVEL ,B = FT.

3 ELEVATION FT. BAROMETER PSIA ,B RE: 2% MICRO PASCAL

3! RAN&E OF AMBIENT TEMPS.: APPLICABLE SPECIFICATIONS:

3# DRY BULB ET BULB API 61# POSITIVE DISPLACEMENT ROTARY COMPRESSORS

4% SITE RATED F ACOUSTIC

41 NORMAL F MOTOR

42 MA"IMUM F

43 MINIMUM F

44 ELECTRICAL AREA CLASSIFICATION: (5.1.1)

45 AREA: CL. &R. DIV.

46 UNUSUAL CONDITIONS: DUST FUMES PAINTING:

4 OTHER MANUFACTURERS STD.

4! OTHER

4#

5% SHIPMENT: (!.4.1)51 DOMESTIC E"PORT E"PORT BO"IN& REQD

52 VENDOR HAVIN& UNIT RESPONSIBILITY: (3.56) LON& TERM STORA&E FOR MONTHS

53

MECHANICAL DATA SHEET

ROTARY COMPRESSOR

API 619 - 4TH EDITION


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A.F.E. No.

Client

Project Number

Plant / Area

Equipment Service

Equipment No.

1 SPEEDS: SHAFT: (5.5.1.2)

2 MA". CONT. (3.26) RPM TRIP (3.64) RPM MATERIAL

3 MA". TIP SPEEDS: FPS = MA". OPER. SPEED DIA = ROTORS (IN.) DIA = COUPLIN& (IN

4 MIN. ALLO (3.3%) RPM SHAFT END. TAPERED CYLINDRICAL (5.5.

5 LATERAL CRITICAL SPEEDS: (5..1.4)

6 FIRST CRITICAL RPM SHAFT SLEEVES:

DAMPED UNDAMPED AT SHAFT SEALS MATL.

! MODE SHAPE

# LATERAL CRITICAL SPEED BASIS:

1% DAMPED UNBALANCE RESPONSE ANALYSIS TIMING GEARS: (5.5.2)

11 PITCH LINE DIAMETER (IN.) MALE: FEMALE:

12 OTHER TYPE ANALYSIS: (SPECIFY) MATERIAL

13 POCKET PASSING FRE"UENC#: H SHAFT SEALS: (5.6)

14 TORSIONAL CRITICAL SPEEDS: (5.!.2)

15 FIRST CRITICAL RPM SEAL SYSTEM TYPE (5.6.1.)

16 SECOND CRITICAL RPM OIL LEA?A&E &UAR. (&ALDAYSEAL)

1 TYPE BUFFER &AS (5.6.2.2)

1! BUFFER &AS FLO (PER SEAL)1# HOUSIN& IPS RMS NORMAL: MIN = PSI

2% SHAFT MA".: MIN = PSI

21 BEARING HOUSING: (5.9)

22 ROTATION$ VIE%ED FROM COMPRESSOR DRIVEN END: C CC TYPE (SEPARATE INTE&RAL) SPLIT

23 CASING: MATERIAL

24 MODEL

25 CASIN& SPLIT TYPE SPAN (IN.)

26 MATERIAL CLADDIN& (5.2.1%) LOADIN& (PSI): ACT. ALL

2 OPERATION: DRY FLOODED LIQUID NO. PADS ROTOR ON OR BETEEN

2! THIC?NESS (IN.) CORR. ALLO (IN.) PAD MATERIAL

2# MA". ALLOABLE OR? PRESS. (3.25) PSI& TYPE BABBITT THIC?NESS

3% RELIEF VALVE SETTIN& PSI& TEMP SENSORS (5.!.1.5)

31 LEA? TEST &AS: PRESS.(PSI&) (.3.4.3.1) TC RTD TYPE

32 MAR&IN FOR ACCUMULATION PSI& NO PER BR&

33 TEST PRESS. (PSI&) HELIUM (.3.4.6) HYDRO (.3.2) ROLLING ELEMENT RADIAL BEARING (5..2)

34 MA". ALLO. TEMP. F MIN. OPER. TEMP. F TYPE: N,:

35 COOLIN& GAC?ET YES NO ENER&Y DENSITY:

36 ROTORS: (5.5.1)

3 DIAMETER (IN.): MAIL: FEMALE: TYPE

3! NO. LOBES: MALE FEMALE MFR.

3# TYPE: LOADIN& (PSI): ACT. ALL

4% TYPE FABRICATION NUMBER OF PADS

41 MATERIAL PAD MATERIAL

42 MA". YIELD STREN&TH (PSI) TYPE BABBITT THIC?NESS

43 BRINELL HARDNESS. MA". MIN. TEMP SENSORS (5.!.1.5)

44 ROTOR LEN&TH TO DIAMETER RATIO (LD) M: TC RTD TYPE

45 ROTOR CLEARANCE (IN.) NO PER BR& ACTIVE INA

46 ROLLING ELEMENT THRUST BEARING (5..2)

4 INTERNALLY COOLED UNCOOLED TYPE: N,:

4! ENER&Y DENSITY:


ROTARY COMPRESSOR


VIBRATION:(5..3.6)

H#DROD#NAMIC RADIAL BEARINGS: (IDENTIFY HI&HEST LOADED BEA

AREA (IN.2)

H#DROD#NAMIC THRUST BEARING: (IDENTIFY HI&HEST LOADED BEA

AREA (IN.2)


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.)

.5 $ 5.5.1.6)

.

PADS

(IN.)

.

(IN.)

TIVE

RIN&)

IN&)


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A.F.E. No.

Client

Project Number

Plant / Area

Equipment Service

Equipment No.

1 PROCESS CONNECTIONS & COMPRESSOR CASING: (5.') AIAL POSITION DETECTOR: (6.4.4.2.')

2 SI@E ANSI +-0* F-/* O+*'0-0* IN ACCORDANCE ITH: API 6%

3 OTHER (SPECIFY)

4 CASIN& (5.3) TYPE MODEL

5 INLET MFR. NO. REQD

6 DISCHAR&E OSCILLATORDETECTORS SUPPLIED BY

PROCESS CONNECTIONS & CUSTOMER INTERFACE: MFR. MODEL! INLET MONITOR SUPPLIED BY

# DISCHAR&E LOCATION ENCLOSURE

1% CASING & ALLO%ABLE PIPING FORCES AND MOMENTS: MFR. MODEL

11 (5.4) INLET DISCHAR&E SCALE RAN&E ALARM: SET =

12 FORCE MOMT FORCE MOMT FORCE MOMT SHUTDON: SET = TIME DELAY SE

13 LB FTLB LB FTLB LB FTLB

14 A"IAL " COUPLINGS: (6.2)

15 VERTICAL Y IN ACCORDANCE ITH: API 61

16 HORI@. #% @ OTHER (SPECIFY)

1 FORCE MOMT FORCE MOMT FORCE MOMT

1! LB FTLB LB FTLB LB FTLB DRIVERCOMP

1# A"IAL " OR

2% VERTICAL Y DRIVER &EARCOMP

21 HORI@. #% @ MA?E

22 OTHER CONNECTIONS: MODEL

23 SERVICE: NO SI@E TYPERATIN&

24 LUBE OIL INLET MOUNT CPL&. HALVES

25 LUBE OIL OUTLET SPACE REQUIRED

26 SEAL OIL INLET LIMITED END FLOAT REQD

2 SEAL OIL OUTLET MOMENT SIMULATOR REQD

2! CASIN& DRAINS (4.3.4) CPL&. RATIN& (HP1%% RPM)

2# VENTS ?EYED (1) OR (2) OR HYDR. FIT3% COOLIN& ATER INLET BASEPLATE SOLEPLATES: (6.'.2 6.'.')

31 COOLIN& ATER OUTLET SOLE PLATES FOR: COMPRESSOR &EAR DRIVER

32 LIQUID INGECTION BASEPLATE:

33 OIL INGECTION COMMON (UNDER COMP. &EAR $ DRIVER)

34 PUR&E FOR: UNDER COMP. ONLY OTHER

35 BR&. HOUSIN& DEC?ED ITH NONS?ID DEC? PLATE OPEN CONSTR.

36 BETEEN BR&. $ SEAL DRIP RIM ITH OPEN DRAIN SUBPLATE

3 BETEEN SEAL $ &AS HORI@ONTAL ADGUSTIN& SCRES FOR EQUIPMENT

3! OTHER SUITABLE FOR COLUMN SUPPORT (6.3.2.4)

3# SUITABLE FOR PERIMETER SUPPORT

4% VIBRATION DETECTORS: (6.4.4.5) EPO"Y &ROUTEPO"Y PRIMER (6.3.1.)

41 IN ACCORDANCE ITH: API6% LUBE OIL S#STEM (5.1*)

42 TYPE: SEISMIC DISPLACEMENT LUBRICANT MANUFACTURER

43 MODEL LUBRICANT TYPE &RADE(ISO 344!)

44 MFR. 614 LUBE OIL SYSTEM (5.1%.2.3 $ 5.1%.3 APPEND*"D))

45 NO. AT EACH SHAFTHOUSIN& TOTAL NO. COMMON (5.1%.2.1) DEDICATED SYSTEM

46 OSCILLATORDETECTORS SUPPLIED BY OIL FILTER (5.1%.3.6)

4 MFR. MODEL OIL COOLER (5.1%.3.!) TYPE NO:

4! MONITOR SUPPLIED BY OIL PUMP (5.1%.3.#) TYPE NO:

4# LOCATION ENCLOSURE OIL SEPARATOR (5.1%.3.1%)

5% MFR. MODEL TYPE NO:

51 SCALE RAN&E ALARM. SET = MILS OIL CARRYOVER (PPMBY T.) (&ALDAY)

52 SHUTDN: SET = MILS TIME DLY. SEC RETENSION TIME (MIN)

53 PHASE REFERENCE TRANSDUCER RELIEF VALVE LEVEL &AU&E

54 LEVEL SITCH PRESSURE INDICATOR

55 PRESSURE INDICATOR ELECTRIC HEATER


ROTARY COMPRESSOR



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A.F.E. No.

Client

Project Number

Plant / Area

Equipment Service

Equipment No.

1 UTILIT# CONDITIONS: %EIGHTS (LBS):

2 STEAM DRIVERS HEATIN& COMPR. &EAR DRIVER BAS

3 INLET MIN. PSI& F PSI& F ROTORS: COMPR. DRIVER &EA

4 NORM PSI& F PSI& F COMPR. UPPER CASE

5 MA". PSI& F PSI& F L.O. CONSOLE S.O. CONSOLE

6 E"HAUST MIN. PSI& F PSI& F MA". FOR MAINTENANCE (IDENTIFY)

NORM PSI& F PSI& F TOTAL SHIPPIN& EI&HT

! MA". PSI& F PSI& F

# ELECTRICITY: SHUT SPACE RE"UIREMENTS (FEET INCHES):

1% DRIVERS HEATIN& CONTROL DON COMPLETE UNIT L H

11 VOLTA&E L.O. CONSOLE: L H

12 HERT@ S.O. CONSOLE: L H

13 PHASE

14 COOLING %ATER MISCELLANEOUS:

15 TEMP. INLET F MA". RETURN F RECOMMEND STRAI&HT RUN OF PIPE DIA. BEFORE SUCTION

16 PRESS. NORM PSI& DESI&N PSI& VENDORS REVIE $ COMMENTS ON PURCHASERS PIPIN&

1 MIN. RETURN PSI& PSI $ FOUNDATION (5.1.16)

1! ATER SOURCE VENDOR REPRESENTATIVE OBSERVATION AT THE SITE (5.1.1)

1# INSTRUMENT AIR: OPTICAL ALI&NMENT FLATS REQUIRED ON COMPRESSOR

2% MA" PRESS PSI& MIN. PSI& &EAR $ DRIVER

21 TOTAL UTILIT# CONSUMPTION: LATERAL ANALYSIS REPORT REQUIRED (5..1.4)

22 COOLIN& ATER &PM TORSIONAL ANALYSIS REPORT REQUIRED (5..2.1)

23 STEAM NORMAL HR CASIN& MOUNTED TORSIONAL VIBRATION PIC?UP

24 STEAM MA" HR COORDINATION MEETIN& (!.1.3)

25 INSTRUMENT AIR SCFM

26 HP (DRIVER) HP

2

2!

2#

3%SHOP INSPECTION AND TESTS: (!.1)

REQD ITNESS OBSERVEINLET DISCHARGE DEVICES:

31 SHOP INSPECTION (.1.5) HI&H EFFICIENCY INLET SEPARATOR REQUIRED (6.!.2)

32 HYDROSTATIC (.3.2) INLET AIR FILTER DP INDICATION TYPE (6..3)

33 HELIUM LEA? (.3.4.6) PULSATION SUPPRESSORS FURNISHED BY

34 MECHANICAL RUN (.3.3) SPARE PARTS TO BE SUPPLIED (!.2.3F)

35 MECHANICAL RUN SPARE ROTORS (.3.3.4.2) ROTOR ASSEMBLY

36 CASIN& LEA? TEST (.3.3.4.3) SEALS &AS?ETS ORIN&S

3 PERFORMANCE TEST (&AS) (AIR) (.3.4.1) STARTUPCOMMISSIONIN&

3! COMPLETE UNIT TEST (.3.4.2) 2 YEARS SUPPLY

3# USE SHOP LUBE $ SEAL SYSTEM OTHER:

4% USE GOB LUBE $ SEAL SYSTEM (.3.4.!)

41 USE SHOP VIBRATION PROBES ETC. REMARKS:

42 USE GOB VIB. $ A"IAL DISP. PROBES

43 USE SEISMIC TRANSDUCERS $ MONITORS

44 USE GOB MONITORIN& EQUIPMENT

45 PRESSURE COMP. TO FULL OPER. PRESS.

46 DISASSSEMBLEREASSEMBLE COMP.

4 AFTER TEST (.3.4.#)

4! SOUNDLEVEL TEST (.3.4.)

4# TANDEM (.3.4.4)

5% AU". EQUIPMENT (.3.4.!)

51 FULLLOAD TEST (.3.4.1%)

52 RESIDUAL UNBALANCE CHEC? (5..3.5)


ROTARY COMPRESSOR


MA". ALLO P


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A.F.E. No.

Client

Project Number

Plant / Area

Equipment Service

Equipment No.

VENDOR MUST FURNISH ALL PERTINENT DATA FOR THIS SPECIFICATION SHEET BEFORE RETURNIN&.

ITEM NO. SERVICE GOB NO.

MANUFACTURER

1 REFERENCE SPECIFICATIONS: (6.4.1.2) APPLICATION SPECIFICATIONS: IEC

2 API 614 YES NO AREA CLASSIFICATION:

3 AREA: CL. &R. DIV. NONHA@ARD

4 MOTOR CONTROL INSTRUMENT VOLTAGE:

5 VOLTS PHASE CYCLES6 ALARM SHUTDO%N VOLTAGE:

VOLTS PHASE CYCLES O

! LOCAL CONTROL PANEL: (6.4.')

# FURNISHED BY: VENDOR PURCHASER OTHERS

1% FREE STANDIN& EATHERPROOF TOTALLY ENCLOSED E"TRA CUTOUTS

11 VIBRATION ISOLATORS STRIP HEATERS PUR&E CONNECTIONS

12 ANNUNCIATOR: FURNISHED BY: VENDOR PURCHASER OTHERS

13 ANNUNCIATOR LOCATED ON LOCAL PANEL MAIN CONTROL BOARD

14 CUSTOMER CONNECTIONS BROU&HT OUT TO TERMINAL BO"ES BY VENDOR

15 INSTRUMENT SUPPLIERS:

16 PRESSURE &AU&ES: MFR. SI@E $ TYPE:1 TEMPERATURE &AU&ES: MFR. SI@E $ TYPE:

1! LEVEL &AU&ES: MFR. SI@E $ TYPE:

1# DIFF. PRESSURE &AU&ES: MFR. SI@E $ TYPE:

2% PRESSURE SITCHES: MFR. SI@E $ TYPE:

21 DIFF. PRESSURE SITCHES: MFR. SI@E $ TYPE:

22 TEMPERATURE SITCHES: MFR. SI@E $ TYPE:

23 LEVEL SITCHES: MFR. SI@E $ TYPE:

24 CONTROL VALVES: MFR. SI@E $ TYPE:

25 PRESSURE RELIEF VALVES: (6.4.4.5) MFR. SI@E $ TYPE:

26 THERMAL RELIEF VALVES: (6.4.4.5.4) MFR. SI@E $ TYPE:

2 FLO INDICATORS: (6.4.4.!) MFR. SI@E $ TYPE:

2! &AS FLO INDICATOR: MFR. SI@E $ TYPE:2# VIBRATION EQUIPMENT: MFR. SI@E $ TYPE:

3% TACHOMETER: (6.4.4.2) MFR. RAN&E $ TYPE:

31 SOLENOID VALVES MFR. SI@E $ TYPE:

32 ANNUNCIATOR: (6.4.5.#) MFR. MODEL $ NO. POINTS

33 DEPRESSURI@ATION VALVE (6.4.4.6) MFR. SI@E $ TYPE:

34 MFR. SI@E $ TYPE:

35 NOTE: SUPPLIED BY VENDOR SUPPLIED BY PURCHASER

36 PRESSURE &AU&E REQUIREMENTS LOCALLY LOCAL LOCALLY

3 FUNCTION MOUNTED (3.21) NEL (3.3 FUNCTION MOUNTED (3.21)

3! LUBE OIL PUMP DISCHAR&E &OV. CONTROL OIL

3#

4% LUBE OIL SUPPLY MAIN STEAM IN

41 SEAL OIL PUMP DISCHAR&E 1ST STA&E STEAM

42 STEAM CHEST

43 SEAL OIL SUPPLY (EACH LEVEL) E"HAUST STEAM

44 SEAL OIL DIFFERENTIAL E"TRACTION STEAM

45 REFERENCE &AS STEAM EGECTOR

46 BALANCE LINE COMPRESSOR SUCTION

4 SEAL EDUCTOR COMPRESSOR DISCHAR&E

4! BUFFER SEAL

4# OIL&AS COALESCIN& FILTER D P


ROTARY COMPRESSOR


LUBE OIL FILTER P &OV. CONTROL OIL P

SEAL OIL FILTER P


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NEMA

US

R DC

LOCAL

NEL (3.3


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A.F.E. No.

Client

Project NumberPlant / Area

Equipment Service

Equipment No.

VENDOR MUST FURNISH ALL PERTINENT DATA FOR THIS SPECIFICATION SHEET BEFORE RETURNIN&.

ITEM NO. SERVICE GOB NO.

MANUFACTURER

1 TEMPERATURE GAUGE RE"UIREMENTS:

2 LOCALLY LOCAL LOCALLY LOCAL

3 FUNCTION MOUNTED (3.21) NEL (3.3 FUNCTION MOUNTED (3.21) NEL (3.3

4 LUBE OIL DISCHAR&E FROM EA. COOLER OIL INLET $ OUTLET

5 COMPR. GOURNAL BEARIN& SEAL OIL OUTLET

6 DRIVER GOURNAL BEARIN& COMPRESSOR SUCTION

&EAR GOURNAL BEARIN& COMPRESSOR DISCHAR&E

! COMPRESSOR THRUST BEARIN& LUBE OIL RESERVOIR

# DRIVER THRUST BEARIN& LUBE OIL SUPPLY

1% &EAR THRUST BEARIN&

11 MISCELLANEOUS INSTRUMENTATION:

12 DRIVER STARTSTOP LOCAL PANEL SEPARATE PANEL MAIN BOARD

13 SI&HT FLO INDICATORS EACH GOURNAL $ THRUST BEARIN& $ EACH COUPLIN& OIL RETURN LINE

14 SI&HT FLO INDICATORS EACH SEAL OIL RETURN LINE

15 LEVEL &AU&ES LUBE ANDOR SEAL OIL RESERVOIR S.O. DRAIN TRAPS $ S.O. OVERHEAD TAN?

16 VIBRATION AND SHAFT POSITION PROBES $ PRO"IMITORS

1 VIBRATION AND SHAFT POSITION READOUT EQUIPMENT

1! VIBRATION READOUT LOCATED ON: LOCAL PANEL SEPARATE PANEL MAIN BOARD

1# TURBINE SPEED PIC?UP DEVICES

2% TURBINE SPEED INDICATORS

21 TURBINE SPEED INDICATORS LOCATED ON: LOCAL PANEL MAIN BOARD

22 REMOTE HAND SPEED CHAN&ER MOUNTED ON LOCAL PANEL

23 ALARM HORN $ AC?NOLED&MENT SITCH

24 ALARM SHUTDO%N S%ITCHES: (6.4.5.2) PRE

25 FUNCTIONALARM TRIP

FUNCTIONALARM TRIP

26 LO LUBE OIL PRESSURE TURBINE VIBRATION

2 TURBINE A"IAL POSITION

2! &EAR VIBRATION

2# LO LUBE OIL RESERVOIR LEV. &EAR A"IAL POSITION

3% LO SEAL OIL RESERVOIR LEV. COMPRESSOR MOTOR SHUTDON

31 HI SEAL OIL LEVEL TRIP $ THROTTLE VALVE SHUT

32 LO SEAL OIL LEVEL HI TURB. STEAM SEAL LEA?A&E

33 HI SEAL OIL PRESSURE HI COMPR. THRUST BR&. TEMP.

34 LO SEAL OIL PRESSURE HI COMPR. GOURNAL BR&. TEMP.

35 AU". SEAL OIL PUMP START HI DRIVER THRUST BR&. TEMP.

36 AU". LUBE OIL PUMP START HI DRIVER GOURNAL BR&. TEMP.

3 HI SEAL OIL OUTLET TEMP. (COOLER) HI&H &EAR THRUST BR&. TEMP.

3! HI LIQUID LEV. SUCT. SEPARATOR HI&H &EAR GOURNAL BR&. TEMP.

3# COMPRESSOR VIBRATION

4% COMPRESSOR HI DISCH. TEMP. LO SEAL &AS PRESSURE

41 COMPRESSOR A"IAL POSITION HI COALESCIN& &ASOIL FILTER D P

42 HI LUBE OIL SUPPLY TEMPERATURE

44 CONTACTS:

45 ALARM CONTACTS SHALL: OPEN CLOSE TO SOUND ALARM AND BE NORMALLY ENER&I@ED DEENER&I@E

46 SHUTDON CONTACTS SHALL: OPEN CLOSE TO TRIP AND BE NORMALLY ENER&I@ED DEENER&I@ED

4 NOTE: NORMAL CONDITION IS HEN COMPRESSOR IS IN OPERATION.

4! MISCELLANEOUS:

4# INSTRUMENT TA&&IN& REQUIRED.

5% ALARM AND SHUTDON SITCHES SHALL BE SEPARATE.

51 PURCHASERS ELECTRICAL AND INSTRUMENT CONNECTIONS ITHIN THE CONFINES OF THE BASEPLATE AND CONSOLE SHALL

52 BE: BROU&HT OUT TO TERMINAL BO"ES. MADE DIRECTLY BY THE PURCHASER.

53 COMMENTS RE&ARDIN& INSTRUMENTATION:


ROTARY COMPRESSORAPI 619 - 4TH EDITION

HI LUBE OIL FILTER P

HI SEAL OIL FILTER P

COMPRRESSOR P


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A.F.E. No.

Client

Project Number

Plant / Area

Equipment Service

Equipment No.

1 APPLICABLE TO: PROPOSAL PURCHASE AS BUILT

2 FOR UNIT

3 SITE DRIVEN EQUIP.

4 SERVICE NO. REQURED

5 MANUFACTURER MODEL SERIAL NO.

6 NOTE: INDICATES INFORMATION TO BE COMPLETED BY PURCHASER BY MANUFACTURER

! MOTOR DESI&N DATA MOTOR DESI&N DATA (CONTD)

# APPLICABLE SPECIFICATIONS: STARTING: (6.2.1.1+)

1% IEC NEMA FULL VOLTA&E REDUCED VOLTA&E

11 API 541 (6.1.2.2) LOADED UNLOADED

12 VOLTA&E DIP 9

13 SITE DATA: VIBRATION:

14 AREA: CL. &R. DIV. NONHA@ARDOUS IEC STANDARD NEMA STANDARD

15 ALT. FT. AMB. TEMPS: MA". F MIN F NOISE:

16 UNUSUAL CONDITIONS: DUST FUMES IEC STANDARD NEMA STANDARD

1 OTHER ACCESSORY EQUIPMENT

1! DRIVE S#STEM: DIRECT CONNECTED BASEPLATE SOLEPLATE STATOR SHIFT

1# &EAR MFR. STD. FANS NONSPAR?IN& FANS

2% OTHER D.C. E"CITATION:

21 T#PE MOTOR: (6.1.2.1) ? REQD VOLTS

22 SQUIRREL CA&E INDUCTION NEMA DESI&N BY: PURCHASER MANUFACTURER

23 SYNCHRONOUS DESCRIPTION

24 POER FACTOR REQD. ENCLOSED COLLECTOR RINGS:

25 E"CITATION: BRUSHLESS SLIP RIN& PUR&ED: MEDIUM PRESS.

26 FIELD DISCHAR&E RESISTOR BY MOTOR MFR. E"PLOSIONRESISTANT NONPUR&ED

2 OUND ROTOR INDUCTION FORCED VENTILATION

2! CFM PRESS. DROP

2# ENCLOSURE: (6.1.2.1.,) BEARING TEMP DEVICES:

3% LOCATION

31 TEFC DESCRIPTION

32 TEAC TEI&F USIN& &AS SET = F FOR ALARM F FOR S

33 DOUBLE ALL CARBON STEEL TUBES SPACE HEATERS:

34 ATER SUPPLY: PRESS. PSI& TEMP. F ? VOLTS PHASE

35 PSI $ TEMP. RISE F MA". SHEATH TEMP. F

36 ATER SIDE MIN. CORR. ALLO. IN. %INDING TEMPERATURE DETECTORS:

3 AND FOUL FACTOR THERMISTORS: NO.PHASE

3! (AIR) (&AS) SUPPLY PRESS. PSI& TYPE: POS. TEMP. COEFF. NE&. TEMP. C

3# TEMPERATURE SITCH: YES NO

4% EATHER PROTECTED TYPE RESISTANCE TEMPERATURE DETECTORS: NO.PHASE

41 FORCED VENTILATED RESISTANCE MATL.

42 OPENDRIPPROOF SELECTOR SITCH $ INDICATOR BY: PURCHR.

43 OPEN MA". STATOR INDIN& TEMPS:

44 EEJ' EEJ' F FOR ALARM F FOR SHUTDO

45 EEJ,(') EEJAEJN %INDING TEMP. DETECTOR SPACE HEATER LEADS:

46 BASIC DATA: IN SAME CONDUIT BO"

4 VOLTS PHASE HERT@ IN SEPARATE CONDUIT BO"ES

4! NAMEPLATE HP SERVICE FACTOR (6.2.2.1.) MOTOR ARRANGED FOR DIFFERENTIAL PROTECTION:

4# SYNCHRONOUS RPM SELFBALANCE PRIMARY CURRENT METHOD

5% INSULATION: CLASS TYPE C.T. DESCRIPTION


ROTARY COMPRESSOR


IN.

ATER ALLO. P


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51 TEMP. RISE: F ABOVE F BY E"TENDED LEADS LEN&TH

52 SURGE CAPACITORS


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9

PSI&

UTDON

HERT@

EFF.

OHMS

MFR.

2O


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A.F.E. No.

Client

Project Number

Plant / Area

Equipment Service

Equipment No.

1 ACCESSOR# E"UIPMENT (CONT-D) MANUFACTURER-S DATA (CONT-D.)

2 LIGHTNING ARRESTERS BEARIN&: TYPE LUBR.

3 C.T. FOR AMMETER LUBE OIL REQUIRED: &PM = PSI&

4 DESCRIPTION TOTAL SHAFT END FLOAT

5 MAIN CONDUIT BO SIED FOR: LIMIT END FLOAT TO

6 MAIN MOTOR LEADS TYPEK MOTOR ROTOR: SOLID SPLIT

INSULATED NONINSULATED MOTOR HUB: SOLID SPLIT

! C.T.S FOR DIFF. PROTECTION (MOUNTED BY ) FOR TEAC $ TEI&F MOTORS:

# SUR&E CAPACITORS (MOUNTED BY ) COOLIN& ATER REQD. &PM

1% LI&HTNIN& ARRESTERS (MOUNTED BY ) C.. TEMP. RISE F PRESS. DROP PSI

11 C.T. FOR AMMETER (MOUNTED BY ) (AIR) (&AS) REQD. CFM PRESS. MAINT.

12 SPACE FOR STRESS CONES CURVES REQD. BASED ON MTR SATURATION = RATED

13 AIR FILTERS: VOLTA&E:

14 MFR TYPE SPEED VS TORQUE (ALSO = 9 RATED VOLTA&E)

15 MANUFACTURER-S DATA SPEED VS. POER FACTOR

16 MANUFACTURER SPEED VS CURRENT

1 FRAME NO. FULL LOAD RPM (IND.) %EIGHT (LBS):

1! EFFICIENCY: F.L. 34 L 12 L NET EI&HT SHIPPIN& EI&HT

1# PR. FACTOR (IND.): F.L. 34 L 12 L ROTOR EI&HT MA". ERECTION T.

2% CURRENT (RATED VOLT.): FULL LOAD LOC?ED ROT. MA". MAINT. T. (IDENTIFY)

21 LOC?ED ROTOR POER FACTOR DIMENSIONS (FEET INCHES):

22 LOC?ED ROTOR ITHSTAND TIME (COLD START) L H

23 TORQUES (FTLBS): FULL LOAD SHOP INSPECTION AND TESTS

24 LOC?ED ROTOR STARTIN& (SYN.) RE"UIRED %IT

25 PULLUP (IND) PULLIN (SYN.) SHOP INSPECTION

26 BREA?DON (IND.) PULLOUT (SYN.) TESTIN& IEC NEMA

2 MFR. STD. SHOP TESTS

2! OPEN CIRCUIT TIME CONSTANT (SEC.) IMMERSION TEST

2# SYMMETRICAL CONTRIBUTION TO 3% TERMINAL FAULT: SPECIAL TESTS (LIST BELO)

3% AT 12 CYCLES AT 5 CYCLES

31

32

33 A.C. STATOR RESISTANCE OHMS = F

34 RATED ?VA

35 ?VA INRUSH = FULL VOLT. $ LOC?ED ROTOR (SYN.) 9

36 ?VA. = FULL VOLTA&E $ #59 SPEED 9

3 MA". LINE CURR. IN STATOR ON 1ST SLIP CYC. = PULLOUT

3! (SYN.)

3# ACCELERATION TIME (MTR ONLY = RATED VOLT.) SEC PAINTING:

4% ACCEL.TIME (MTR $ LOAD = !59 RATED VOLT.) SEC MANUFACTURERS STANDARD

41 OTHER:

42 ROTATION FACIN& COUPLIN& END SHIPMENT (!.4.1)

43 NO. OF STARTS PER HOUR DOMESTIC E"PORT E"PORT BO"IN& REQUIRED

44 OUTDOOR STORA&E OVER 3 MONTHS

45 FIELD DISCHAR&E RESISTOR OHMS

46 RATED E"CITATION FIELD VOLTA&E D.C. REMARKS:

4 RESISTANCE OF E"CITATION FIELD = F OHMS

4! E"CITATION FIELD AMPS = FULL LOAD $ RATED P.F.

4# E"CITATION FIELD AMPS: MA". MIN.

5% E"CITATION FIELD RHEOSTAT FI"ED RESTR REQD.

51 SUPPLIED BY


ROTARY COMPRESSOR


REACTANCES: SUBTRANSIENT (",)

TRANSIENT (",) SYNCHRONOUS ("

,)

ROTORFIELD ?2= MTR SHAFT (LBFT2)


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NESS

IN H2O

Rotary Compressor API 619

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