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90 KW

This document provides technical specifications for three 90 kW ABB motors to be used at the Haldia Power Project in India. The motors have a frame size of HX+280SMC4 and will operate at 415V 50Hz. Key specifications include an output of 90 kW, full load speed of 1475 rpm, full load current of 157A, and full load torque of 583 Nm. The motors have an insulation class of F and IP55 enclosure, and will operate in an ambient temperature of 50°C.
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0% found this document useful (0 votes)
101 views11 pages

90 KW

This document provides technical specifications for three 90 kW ABB motors to be used at the Haldia Power Project in India. The motors have a frame size of HX+280SMC4 and will operate at 415V 50Hz. Key specifications include an output of 90 kW, full load speed of 1475 rpm, full load current of 157A, and full load torque of 583 Nm. The motors have an insulation class of F and IP55 enclosure, and will operate in an ambient temperature of 50°C.
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as PDF, TXT or read online on Scribd
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CATEGORY-2

LII/11041/PLL/465/5275
Dated: 15th Nov 2013
Lahmeyer International India (Pvt.) Ltd.
Technical Data of ABB motor

Customer : Haldia Power Project


Application :
Frame Size : HX+280SMC4
Method of Starting : DOL
Type of coupling : Direct
Output : 90 KW
Quantity :3
Duty type : S1
Supply : 415 V ±10% 50 Hz ±5%
Full load Speed : 1475 r/min
Full load Current : 157 A
Full load current at
75% load : 122
50% load : 92
Locked rotor current (Is/In) : 6.0
Full load torque : 583 Nm
Locked rotor torque (Ts/Tn) : 240%
Breakdown torque (Tmax/Tn) : 270%
Efficiency -full load : 94%
Efficiency -3/4 load : 94%
Efficiency -1/2 load : 93%
Power factor - Full load : 0.85
Power factor - 1/2 load : 0.82
Power factor -1/2 load : 0.73
Insulation Class :F
Ambient temperature : 50 Deg C
Temperature rise : 70 Deg C
Type of enclosure and cooling : TEFC/IC411
Degree of protection : IP55
Motor Gd2 : 5.32 kgm2
Fan moment of inertia referred
at motor shaft : load details needed
Weight : 680 kg
Applicable standards : IS:325-1996
Bearing DS : 6316C3
Bearing NDS : 6315C3
Motor Thermal time constant
Thermal withstand time Hot (Sec) : 20
Thermal withstand time cold (Sec) : 46
Accessories : Space heater (1 no 240V;50W),
Paint shade : Epoxy paint 631
Rotation : Bi directional
Noise levels : as per IS12065
Vibration levels : as per IS12075
Terminal box : Rotatable 360 deg in steps of 90 deg
Terminal box IP class : IP 55
Terminal box fault level : 50 kA for 0.25 sec
Safe stall time at hot and cold condition (Sec)
for 80% : 31 / 72
for 100% : 20 / 46
for 110% : 17 / 38
Bearing
Make : SKF/FAG
Type : Ball Bearings
Recommended Lubricant : Lithium based grease
Details of motor terminal box : Stud type arrangement
Temperature Indicator details : NA
Details of accessory terminal box : Stud type
Details of grounding : 2 earthing terminals on opposite sides on the
motor body and 1 inside the main terminal box
Value of Stator Resistance/phase at 20 deg C
(R1) approx. and stator Reactance(X1) appox. : 0.065 ohm & 0.1309 ohm
Service factor : 1.0
Starting time (sec)
a) Without load
at 80% V : 0.28
at 100% V : 0.165
at 110% V : 0.132
b) With load
at 80% V : Load details needed
at 90% V :
at 110% V :
Number of starts per hour : 2 hot 3 cold and 3 successive starts per hour
Pull out torque : 1574 Nm
Overspeed and overloading capability
Overspeed : 120% for 2 min
Overloading : 160% for 15 sec
Number of grounding terminals : 2 at motor body and 1 in main terminal box
Efficiency at ¼ load : 88.3%
Connection : Delta
Max. Cable size can be terminated : 2 x 3C x 185 Sqmm

Note: All performance figures are subject to IS tolerances


TORQUE & CURRENT / SPEED CURVES

6.00 3.00

5.00 2.50

4.00 2.00

Torque [T/Tn]
Current [I/In]

3.00 1.50

2.00 1.00

1.00 0.50

0.00 0.00
0 200 400 600 800 1000 1200 1400 1600

Speed [r/min]

I/In at Un T/Tn at Un Load T/Tn T/Tn at 80%UnD

calculated catalog values, binding data on request


Date 16/9/13 HX+280SMC4
GD2 motor [kgm2] 5.32 Full load torque(Nm) 583 FLC in Ampère 157.0 D

Rating[kW] 90.00 Full load 1500 Voltage (volts) 415 D


speed[r/min]
Current at 942.0 D
start[A]

GD2 Load[kgm2] at starttime[s] 0.17 (0.28)


Motorspeed (80%D)

Stall time hot[s] 20.00 (31.3)


Project Ref
TORQUE & CURRENT / SPEED CURVES

6.00 3.50

3.00
5.00

2.50
4.00

Torque [T/Tn]
Current [I/In]

2.00

3.00

1.50

2.00
1.00

1.00
0.50

0.00 0.00
0 200 400 600 800 1000 1200 1400 1600

Speed [r/min]

I/In at Un T/Tn at Un Load T/Tn T/Tn at 110%UnD

calculated catalog values, binding data on request


Date 16/9/13 HX+280SMC4
GD2 motor [kgm2] 5.32 Full load torque(Nm) 583 FLC in Ampère 157.0 D

Rating[kW] 90.00 Full load 1500 Voltage (volts) 415 D


speed[r/min]
Current at 942.0 D
start[A]

GD2 Load[kgm2] at starttime[s] 0.17 (0.13)


Motorspeed (110%D)

Stall time hot[s] 20.00 (16.5)


Project Ref
Load Current & Speed v/s Time

1600 1000

900
1400

800
1200
700

1000
600
Speed [r/min]

Current [A]
800 500

400
600

300
400
200

200
100

0 0
0 0.02 0.04 0.06 0.08 0.1 0.12 0.14 0.16 0.18

time [s]
Speed Current

calculated catalog values, binding data on request


Date 16/9/13 Motor Type HX+280SMC4
GD2 motor [kgm2] 5.32 Full load 583 FLC in Ampère 157.0 D
torque(Nm)
Rating[kW] 90.00 Full load 1500 Voltage (volts) 415 D
speed[r/min]
Current at 942.0 D
start[A]
GD2 Load[kgm2] at starttime[s] 0.17 (0.28)
Motorspeed (80%D)

Stall timehot[s] 20.00 (31.3)

Project Ref
LOAD PERFORMANCE CURVES

1.000 2.50

0.900

0.800 2.00
/ Efficiency

0.700

I/In
0.600 1.50

Slip % /
0.500
Power Factor

0.400 1.00

0.300

0.200 0.50

0.100

0.000 0.00
0.000 0.200 0.400 0.600 0.800 1.000 1.200 1.400
P/Pn

Cosphi Effcy. Slip I/In

Date 16/9/13 HX+280SMC4


Rating [kW] 90 Full load speed 1475 Voltage [volts] 415 D
[min-1]

FLC [amps] 157.0 Full load torque 582.7 Frequency [Hz] 50


[Nm]

CUSTOMER 0 REF 0
Thermal withstand curve

10000

HOT
COLD

1000
Time, sec

100

10

1
0 200 400 600 800
% Current

Voltage,% 100 HX+280SMC4


CUSTOMER REF
Thermal withstand curve

10000

HOT
COLD

1000
Time, sec

100

10

1
0 200 400 600 800
% Current

Voltage,% 80 HX+280SMC4
CUSTOMER REF
Thermal withstand curve

1000

HOT
COLD

100
Time, sec

10

1
0 200 400 600 800
% Current

Voltage,% 110 HX+280SMC4


CUSTOMER REF

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