JOB NO.
INDUCTION MACHINE DATASHEET API 541 4th Edition U.S. CUSTOMARY UNITS
ITEM / TAG NO.
PURCHASE ORDER NO. REQ. / SPEC NO. REVISION NO.
DATE
BY PAGE
1 FOR / USER
OF
1
6
DRIVEN EQUIPMENT
2 SITE / LOCATION
QUANTITY
3 SUPPLIER
SUPPLIER PROJECT NO.
GENERAL 4 Ap A pplicable To:
Proposal
Purchase
DATA SHEET STATUS
5 NOTE NOTE::
As Built
INDICATES INFO. TO BE COMPLETED BY PURCH.
BY MANUFACTURER
WITH PROPOSAL
BY MANUFACTURER
BY MANUFACTURER OR r PURCHASER AS APPLICABLE
AFTER ORDER
6 Basic Data:
NORTH AMERICAN (i.e. ANSI, NEMA)
7 Applicable Applicable Standards Standards (1.3) (1.3) 8 Nameplate Power (2.2.1.1) 9
HP
Volts (2.2.1.2)
Phase
Hertz
SINE WAVE POWER CLASS F Other
10 Motor Motor Power Power Source: Source: 11 Insulation Insulation (2.3.1): (2.3.1):
International (i.e. IEC, ISO) RPM (Synchronous)
ASD power (Purchaser must confirm details, see page 2line 14) Temperature Rise (2.3.1) CLASS B
Other
12 Othe Other: r:
PER NEMA MG-1 OR IEC 60034-1
13 Minimum Minimum % Overspeed Overspeed (2.4.5.2.7): (2.4.5.2.7):
Other
14 Site Data (2.1.2):
Max
15 Ambient Ambient Temperat Temperature: ure:
Indoor Dust (2.4.1.2.2,c)
17 Motor Motor Locatio Location n 18 19 20
Area Classification (2.1.7):
Min
°F
16 Site Elevatio Elevation n
feet
°F
Relative Humidity:
Outdoor Outdoor with roof Chemicals (2.1.2) Classified as:
Nonclassified
21 Maximum Sound Pressure Level Level (2.1.3)
Max
%
%
Corrosive Agents (2.4.10.1.2)
Class
Group
Division
Autoignition Temp
Class
Group
Zone
Temperature Code
85dBA @ 3ft., NO-LOAD, FULL VOLT/FREQ., SINE WAVE POWER
22 Seismic Loading (2.4.2.2):
Min
Other
Nonmassive Foundation (2.4.6.1.2), Description
23 Othe Other: r: 24 Enclosure (2.4.1.2): 25 Drip Proof Guarded 26
Air Filters (3.5):
Weather Protected Type I (WPI) Provision Only Required
27
r Manufacturer
28 TEFC
TEPV
29 TEAAC
Weather Protected Type II (WPII) 90% 10 Microns Other r Type
32
Alluminum Alloy No Yes Cooling W ater Conditions per 2.4.1.2.4, a: Yes W ater Flow GPM
33
Tube Construction (2.4.1.4, d)
34
30 TEW AC AC 31
35 36 37 38 39
Tube Materials (2.4.10.8, a):
Redundant Coolers (2.4.1.2.4, b):
Air Temperature Sensor Required (2.4.1.2.4, h)
Inner
Hi gh Flow Alarm Set Point
Provision for Pre-Start Purging (2.4.1.1, f) Degree of Protection IP (2.4.1.2.1)
COPPER ALLOY
STAINLESS STEEL
Exchanger Locat io ion / Or ie ient at ati on on
NO (Other)
Single Tube
Flow Sensor Local Indicator Required
Leak Detection Required
r Model
IP
Double Tube Realy Contacts NO NC Type Outer r Type and Description GPM Low Flow Shutdown Set Point Method of Cooling IC (2.4.1.2.1)
40 Othe Other: r: 41 Mounting: 42 Horizontal: 43 Vertical:
Foot Mounted Shaft Up
Flange Mounted Shaft Down
44 Baseplate:(Furnished By (2.4.2.6): 45 Epoxy Grout To Be Used (2.4.2.7.3): 46 Othe Other: r:
r Flange details r P-base flange diameter
Soleplate: Furnished By (2.4.2.6) r Manufacturer
r Type
GPM
IC
°F
JOB NO.
INDUCTION MACHINE DATASHEET API 541 4th Edition U.S. CUSTOMARY UNITS
ITEM / TAG NO.
PURCHASE ORDER NO. REQ. / SPEC NO. REVISION NO.
DATE
BY PAGE
2
OF
6
GENERAL (CONT.) DATA SHEET
INDICATES INFO. TO BE
STATUS
1 NOTE:
BY MANUFACTURER
COMPLETED BY PURCH.
BY MANUFACTURER
WITH PROPOSAL
BY MANUFACTURER OR r PURCHASER AS APPLICABLE
AFTER ORDER
2 Electrical System: 3 Primary Power Source
Volts
Phase
Resistance
4 Method of System Grounding
Hertz
Reactance
5 Fault Current at Machine Terminals (3.1.2)
MVA
Maximum Ground Fault
Ungrounded
Amps
Solid
Fused Starter Let-Through Energy (3.1.2)
I²t (Ampere-squared seconds)
6 Other:
Across-the-Line Starting at 80% of Rated Voltage (2.2.3.1) Unloaded Partially Loaded
7 Motor Starting (2.2.3) 8
Loaded
9
Load Reacceleration Required (2.2.2, b)
10
No
Yes
%
If Yes (2.2.3.4), Complete the Following: Max Voltage Interruption
11
Other Starting Method
12
Starting Capability Data (2.2.3.2):
Starting Torques in Exces of NEMA or IEC (2.2.3.1)
reacceleration Curve No. Sec.
Voltage at Motor Terminals
Volts
Reduced Voltage
Volts
Type a. Min
13
or
Volts at Machine Terminals Under
b. Min S.C.kVA
and
Amps Inrush Current X/R ratio and
Volts at Machine Terminals
14 Adjustable Speed Drive Conditions: 15 ASD
ASD with DOL Start
Bypass @ Ut ility Frequency Min Speed
RPM
17
Variable Torque Speed Range: Constant Torque Speed Range:
Min Speed
RPM
18
Constant Power Speed Range:
Max Speed
RPM
16
ft/lb
Max Speed
RPM
ft/lb
Max Speed
RPM
ft/lb
ft/lb
19 Other: 20 Bearings: 21 Bearing Type: 22
Hydrodynamic (2.4.7.1.1)
Antifriction (2.4.7.1.3)
Thrust Bearing (2.4.7.1.5) Max Driven Equipment Thrust
Downthrust
23
Momentary
lbs.
Continuous
lbs.
24 Bearing Constant-Level Sight Feed oilers Required (2.4.7.2.2)
Upthust
Momentary
lbs.
Continuous
lbs.
Bearing Housing Heaters Required (2.4.8.3) Non-conducting Seals ( 2.4.7.3, b)
25 Special Seals for Gas Purge (2.4.7.3, a) 26 Other:
LUBRICATION SYSTEM 27 SELF-LUBE (2.4.8.1)
r Pressurized Lube Required (2.4.8.1)
28 Per API 614 (2.4.8.6)
Main Oil Pump Required Vertical
29 Oil rings Not Provided
Integral Shaft Driven Separate (see line 29) Horizontal Motor Type of Drive Horizontal Motor Type of Drive
Is Separate:
30 Standby Oil Pump Required (2.4.8.5): Turbine Driver: Pressure 31 32 Electric Motor Driver Std No. 33 Oil Cooler Required (2.4.7.1.14): 34
r Type/Viscosity of Oil
35
Bearing Oil Requirements (6.1.5):
Vertical PSIG Encl.
Water Cooled
Common With Driven Equipment
System Supplied By:
Temperature Range
Hp
°F
RPM
Air Cooled
Steam Turbine Steam Turbine to
Volts
Construction Details
GPM
PSI
Heat Loss To Be Removed
r Grease: Type
Oil Mist (2.4.7.4)
Pure mist
38 Other:
SPECIAL CONDITIONS: 39 Shaft and Spider one piece forging for 4 or more poles (2.4.5.1.2, b; 2.4.5.1.4) 40 Special Vibration Requirements (4.3.3.9) 41 Efficiency Evaluation Factor (EF) (6.1.1)
$/kW
42 Federal, State, or Local Codes (2.1.7) 43 External Forces on Motor Housing That May Affect Site Performance (2.1.13, 2.4.4) 44
Hz
r Pressure (2.4.8.4; 2.4.8.5 and 2.4.8.8)
36 Oil Viscosity When Common Oil System is Us ed 37 Antifriction Bearings:
°F Phase
applied at
% of F.L.
Purge mist
kW
JOB NO.
INDUCTION MACHINE DATASHEET API 541 4th Edition U.S. CUSTOMARY UNITS
ITEM / TAG NO.
PURCHASE ORDER NO. REQ. / SPEC NO. REVISION NO.
DATE
BY PAGE
OF
3
6
MAIN CONDUIT BOX 1 NOTE:
DATA SHEET
INDICATES INFO. TO BE
STATUS
BY MANUFACTURER
COMPLETED BY PURCH.
BY MANUFACTURER
WITH PROPOSAL
BY MANUFACTURER OR r PURCHASER AS APPLICABLE
AFTER ORDER
2 Main terminal Box (3.1) 3 Box Location
Conductor Size
Type
4 Bushing Studs or Receptacles (3.1.6, h) 5 Space for Stress Cones (3.1.6, g)
Temp. Code
Core Balance
Type:
10 Surge Arresters (3.1.6, I;3.6.2.2):
Accuracy Class
12
r Supplied By
13 Potential transformers (3.1.6, j) for Voltmeter
Accuracy Class
Fuses Required
16 Removable Links ( 3.1.6, f)
Phase
Ratio
r Supplied By
r Mounted By
r Supplied By
r Mounted By
Quantity
kW
r Mounted By
Ratio
Quantity
r Mounted By
Ratio
r Supplied By
15 Pressure W ithstand Capability (3.1.2)
Uninsulated
Non-Drive End Side
Volts
r Supplied By
11 Current Transformers (3.1.6, j) for Amm eter
14
Qty. Per Phase
Insulated
Drive Side
Accuracy Class
Full Differential Microfarads kV Rated
9 Surge Capacitors (3.1.6, I;3.6.2.1):
Bottom
Thermal Insulation (3.1.6, a)
7 Differential protection Current Transformers (3.1.6, j; 3.1.8; 3.6.3): 8
Top
Cable Entering From (3.1.4):
6 Space Heaters (3.1.6, b)
Insulation
Terminations and Interior Jumpers:
Quantity
r Mounted By
Drains (3.1.6, c)
Breathers (3.1.6, d) Ground Bus (3.1.6, m)
Silver-or-Tin-Plated Bus Joints (3.1.6, k)
Provision for Purging (3.1.6, e)
17 Other:
ACCESSORIES 18 Frame Space Heaters (3.4):
Temp. Code
19 Bearing Heaters (2.4.8.3):
Qty/Phase
22 Recommended Settings:
Type
Alarm
Qty / Brg.
25 Thermocouple:
Type
Material Type
26 Dial Type Thermometers (2.4.7.1.16) 28 Recommended Settings:
30
Phase reference probe (3.8.1)
34
Qty / D.E. Bearing
Provisions Only
°F Installed Qty / Bearing:
Installed
Two (3.8.1)
Four (3.8.2)
Installed by
Sensor type
Sensor Mfr.
Qty/N.D.E. Bearing
Location (H, V, A)
r Transducer Furnished By
Installed by
r Terminal Box Motor Side
36 Location of Vibration Sensor Wire Terminations:
r Whithin Sensor Housing
Installed by
r Other
DC Rated Contacts:
37 Alarm and Control Switches (3.6.1): SPDT 10 Amp 115 Volt 38 Partial Discharge Detectors (3.6.4)
NC
r Conduit Head at Bearing
r Osc.-Demod. Furnished By
Location (H, V, A)
35 r Sensor Supplied By
NO
Number of Contacts
r In the Stator RTD T Box
Model / Series Installed by
Bearing Housing Seismic Sensors (3.8.3)
Ground One Common Lead (3.2.1.2) Wires
Shutdown
°F
31 r Probe, Oscilator-Demodulator Mfr. 33
°F
Alarm Contacts
Provision Only for Non-Contacting Provisions Only Installed
32 r Probe Supplied By
Wires
Wires
r Terminal Box at Motor Side
Alarm
29 Vibration Detectors (3.8)
kW
Ground One Common Lead (3.2.1.2)
Material
Type
27 Location of Bearing Temperature Sensor Wire Terminations:
kW
Shutdown Install per API 670
°F
Qty / Brg.
Phase
Material
23 Hydrodynamic & Thrust Bearing temperature Devices (3.3) 24 RTD's
Volts
Volts Phase Two Per Phase. 3 Wire Platinum, 10 Ohms at 0°C
20 Winding Temperature Detectors (3.2.1): 21 Other detector:
Sheath Material
Yes
Describe Required System:
39
r Standard No.
40 Separately powered Auxiliary Fan(s): Driver Information (where applicable) 41 Quantity
Loacation
Encl
Hp
RPM
Volts
Phase
Hertz
42 Quantity
Loacation
Encl
Hp
RPM
Volts
Phase
Hertz
43 Other: 44 45
JOB NO.
INDUCTION MACHINE DATASHEET API 541 4th Edition U.S. CUSTOMARY UNITS
ITEM / TAG NO.
PURCHASE ORDER NO. REQ. / SPEC NO. REVISION NO.
DATE
BY 4
PAGE
6
OF
GENERAL (CONT.) 1 NOTE:
DATA SHEET
INDICATES INFO. TO BE
STATUS
BY MANUFACTURER
COMPLETED BY PURCH.
BY MANUFACTURER
WITH PROPOSAL
AFTER ORDER
BY MANUFACTURER OR r PURCHASER AS APPLICABLE
DRIVEN EQUIPMENT INFORMATION 2 Driven Equipment:
Tag No.
Description
3 Type of Load:
Centrifugal:
4
Positive Displacement:
5
Other:
Location
Compressor Reciprocating Compressor
Pump Plunger Pump
Fan
Description:
6 Driven Equipment Mfr.
Type / Model No.
7 Load Speed-Torque Curve No. (2.2.2 a)
Crank-Effort Chart or Torque-Effort Curve No. (6.1.4.g)
8 Total Driven-Equipment WK2 (2.2.2 c)
lb-ft 2
Direct Coupled Cylindrical Fit
9 Driver Connection to Load: 10 Motor Shaft Extension (2.4.5.1.9):
13
Supplied By:
14
Mounted By:
at
RPM
V-Belt Connection Taper Fit Clockwise
11 Rotation Viewed from Opposite Drive End of Motor: Type
12 Coupling (2.4.9):
RPM
Through Gearbox Flange Counterclockwise
Mfr.
Motor Mfr Motor Mfr
Bi-directional
Type / Model
Driven Equipment Mfr Driven Equipment Mfr
Purchaser Purchaser
Others Others
15 Other
MISCELLANEOUS 16
Proof of Nonsparking, Corrosion-Resistant Fan (2.4.10.6)
Quantity of Special Tools Required (2.1.11; 2.4.2.14)
17 r Special Low-Temp Material Requirements (2.4.10.4) 18 r Special Winterizing Requirements (6.1.16)
Materials To Be Identified With ANSI, ASTM, AISI, ISO, or ASME Numbers (6.1.1 Typical Drawings & Literature with Proposal Electronic Instruction Manuals (6.2.4.6) Photos showing assembly steps required (6.2.4.5) Separate Nameplate with Purchaser's information (2.4.11.4) 21 Special Identification for Transmittals (6.2.1.2.e) 19 20
22 23 24 Shipment:
Domestic
Export Boxing Required
Commisioning Assitance Required (6.1.18)
25 Other
MOTOR DATA - FIRST SECTION 26 Manufacturer
Type / Model No.
27 Qty.
Hp
28 Service Factor
Frame Size / Designation
RPM (Syn.)
Poles
Insulation Class
29 Full Load Speed
RPM
Full Load Torque (FLT)
30 Locked-Rotor Torque (LRT) 31 Load Point
% FLT
50%
100%
2
% FLT
Other:
%
%
%
%
%
Guar. Efficiency at
%
%
%
%
r Test Method:
34 Current
Amps
Amps
Amps
%
Load =
%
Amps
For Current-Pulsation Operating Cond. (6.1.4.g)
37
100%
Other:
% Current Pulsation
%
38 Locked-Rotor Current
Amps
Amps
Locked-Rotor PF
39 Locked-Rotor Withstand Time, Cold
Sec.
Sec.
Max. Sound Pressure Level (2.1.3)
40 Locked-Rotor Withstand Time, Rated Temp
Sec.
Sec.
Net
% FLT
Motor Speed-Current Curve No
36 Motor Speed-Power Factor Curve No
42 Other:
Hz
lb-ft at FLRPM
Breakdown Torque (BDT)
33 Power Factor
35 Motor Speed-Torque Curve No
Phase
Enclosure
32 Efficiency
41 Weights:
3
Rotor WK (6.1.4.1.c)
ft-lb
Pull-Up Torque (PUT)
75%
Volts
Temperature Rise
lb
Stator
lb
Rotor
%
lb
dBA @ 3', no-load
Shipping
lb
JOB NO.
INDUCTION MACHINE DATASHEET API 541 4th Edition U.S. CUSTOMARY UNITS
ITEM / TAG NO.
PURCHASE ORDER NO. REQ. / SPEC NO. REVISION NO.
DATE
BY PAGE
5
OF
6
GENERAL 1 NOTE:
DATA SHEET
INDICATES INFO. TO BE
STATUS
BY MANUFACTURER
COMPLETED BY PURCH.
BY MANUFACTURER
WITH PROPOSAL
AFTER ORDER
BY MANUFACTURER OR r PURCHASER AS APPLICABLE
MOTOR DATA - SECOND SECTION 2 Bearings: 3 Bearing, Drive End:
Capable of Self-Lube
Manufacturer
Type
4
Bore Diameter:
Min
in
Max
in
Bore Length
5
Design Clearance with Shaft:
Min
in
Max
in
Bearing Loading:
Min
in
Max
in
Bore Length
in
Max
in
Bearing Loading:
Model / Part No. in PSI
6 Bearing, Non-Drive End: 7
Bore Diameter:
8
Design Clearance with Shaft:
9 Thrust Bearing:
Min
Non-Drive End
Manufacturer
PSI
Bore Length
Drive End
10
in
in
Bearing Loading:
PSI
11 Other: 12 Induction Motor Equivalent Circuit Data: 13 14
Subtransient Rectance X''d
kVA Base at Rated Voltage and 77°F
Total Winding Capacitance to Ground
Stator R
Rotor R
Magn R
15
Stator X
Rotor X
Magn X
16
Stator R
Rotor R
Magn R
Locked Rotor at Rated Voltage:
Rated Load at Rated Voltage:
17 18
Stator X
Rotor X
Magn X
Motor Only
Residual Voltage Open-Circuit Time Constant:
19
sec.
Motor with surge capacitors
20 Phase-to-Phase Resistance
Ohm @
uF
sec.
°F
21 Other:
STATOR AND ROTOR WINDING REPAIR DATA 22 Stator Coil Information: 23 Total Copper Weight:
lb
Copper Strand Size
Insulation
24 Number of Strands per Coil Turn
Turn Insulation Description
25 Number of Turns per Coil
Coil Ground-Wall Insulation Description
26 Coil Configuration
Rows by
Columns
27 Finished Coil Dimension In Slot Region, W x H x L (Also Give Tolerances): 28 Total Number of Stator Slots 29 Slot Filler Description - Thickness:
Winding Throw Top
30 Stator Bore Diameter
Winding Connection
Side
Between Top-Bottom Coils
Slot Dimensions
Stress Grading if Applicable
31 Special End-Turn Bracing 32 Coil Dimensional Drawing No. 33 Other: 34 Rotor Cage Information: 35 Total Copper Weight:
lb
Bar Size
Conductor Material
36 Retaning Ring Allow, If Applicable 37 Ring Material
Ring Dimensions Premachining
38 Other:
MISCELLANEOUS 39 40 41 42
Number of Bars
INDUCTION MACHINE DATASHEET API 541 4th Edition U.S. CUSTOMARY UNITS
JOB NO.
ITEM / TAG NO.
PURCHASE ORDER NO. REQ. / SPEC NO. REVISION NO.
DATE
BY PAGE
6
OF
6
ANALYSIS, SHOP INSPECTION, AND TESTS 1 2 Acceptance Criteria:
Required
Witnessed
Observed
(4.1.3.3)
(4.1.3.1)
(4.1.3.2)
3 Design Review (6.2.1.4)
4 Torsional Analysis (2.4.6.2.4) By
5 Lateral Critical Speed Analysis (2.4.6.2.1)
6 Shop Inspection (4.1.1)
7 Submit Test procedures 6 Weeks Before Tests (4.3.1.5)
8 Inspection For Cleanliness per API 614 (4.2.3.2; 4.2.3.3)
9 Observance of Assembly/Dismantling (4.3.1.1)
10 Demonstrate Accuracy of Test Equipment (4.3.1.14)
11 Stator Core Test (4.3.4.1)
12 Surge Comparison Test (4.3.4.2)
13 Special Surge Test of Coils (4.3.4.2.1)
14 Component Balance (2.4.6.3.1)
15 Final Balance (4.3.1.6.1)
16 Residual Unbalance Verification Test (2.4.6.3.6: 6.2.5.1,a)
17 Balance Check with Half Coupling (2.4.6.3.3)
18 Running Tests with Coupling Half (2.4.6.3.3; 4.3.1.6)
19 Stator Inspection Prior to VPI (4.3.4.5)
20 Sealed Winding Conformance Test (4.3.4.4)
21 Power Factor Tip-Up Test (4.3.4.3)
22 Bearing Dimensional & AlIgnment Checks Before Tests (4.3.2.1, j)
23 Vibration Recording (4.3.3.12)
24 Complete Test (4.3.5.1.1)
29 Bearing Dimensional & Alignment Checks After Tests (4.3.2.1, k)
30 DC High-Potential Test (4.3.5.1.2)
31 Unbalance Response (4.3.5.3)
32 Bearing Housing Natural Frequency Tests (4.3.5.4)
33 Final Assembly Running Clearances (4.2.1.1, e)
34 Material inspection (4.2.2)
35
Radiographic Test (4.2.2.2) Parts
36
Ultrasonic Test (4.2.2.3) Part s
37
Ultrasonic Inspection of Shaft Forging (2.4.5.1.8)
38
MagnetiC Particle Test (4.2.2.4) Parts
39
Liquid Penetrant Test (4.2.2.5) Parts
40 Rated RotorTemperature Vibration Test (4.3.5.2.1)
41 Other
25
Efficiency (4.3.5.1.1, a)
26
Locked Rotor (4.3.5.1.1, b)
27
Heat Run (4.3.5.1.1, e)
28
Sound Pressure Level Test (4.3.5.1.1, g)
COMMENTS 42 43
u
r p