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/Products/Electric Motors/3 Phase/WEG/Rolled Steel, TEFC/JP, TEFC/00156ET3E143JP-S WEG 1.5HP JP Close Coupled Pump Electric Motor, 3600RPM
00156ET3E143JP-S WEG 1.5HP JP Close Coupled Pump Electric Motor, 3600RPM
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Product ID: 00156ET3E143JP-S

00156ET3E143JP-S WEG 1.5HP JP Close Coupled Pump Electric Motor, 3600RPM

MFG: WEG Electric Corporation
MFG Part Number: 00156ET3E143JP-S

Selected accessories will also be added to cart
$486.75 / Each
Quantity:
IC411 - TEFC, IP55, 143JP/145JP Frame, 208-230/460VAC 3-Phase 50/60Hz, 14328035, Foot Mount, Rolled Steel, NEMA Premium Efficiency

Electric Motors

Frame 143/5JP
Output 1.5 HP (1.1 kW)
Number of Poles 2
Frequency 60 Hz
Rated speed 3520 rpm
Slip 2.22 %
Rated voltage 208-230/460 V
Rated current 4.13-3.74/1.87 A
L. R. Amperes 37.6-34.0/17.0 A
LRC 9.1x(Code L)
No load current 1.48-1.72/0.859 A
Rated torque 2.21 ft.lb
Locked rotor torque 229 %
Breakdown torque 300 %
Locked rotor time 30s (cold) 17s (hot)
Moment of inertia (J) 0.1023 sq.ft.lb
Design B
Insulation Class F
Temperature rise 80 K
Service factor 1.15 (1.00 @ 208V)
Duty Cycle Cont.(S1)
Starting Method Direct On Line
Ambient temperature -20°C to +40°C
Altitude 1000 m.a.s.l.
Degree of Protection IP55
Enclosure IC411 - TEFC
Mounting F-1
Rotation¹ Both (CW and CCW)
Noise level² 68.0 dB(A)
Approx. weight³ 34.2 lb
(1) Looking the motor from the shaft end.; (2) Measured at 1m and with tolerance of +3dB(A).; (3) Approximate weight, subject to be changed after manufacturing process.; (4) At 100% of full load.

Efficiency

50% 75% 100%
80.0  82.5  84.0 

Power factor

50% 75% 100%
0.71  0.82  0.88 
Frame 143/5JP
Output 1.5 HP (1.1 kW)
Number of Poles 2
Frequency 50 Hz
Rated speed 2895 rpm
Slip 3.50 %
Rated voltage 190/380 V
Rated current 4.44/2.22 A
L. R. Amperes 32.0/16.0 A
LRC 7.2x(Code H)
No load current 1.69/0.845 A
Rated torque 2.68 ft.lb
Locked rotor torque 190 %
Breakdown torque 280 %
Locked rotor time 0s (cold) 0s (hot)
Moment of inertia (J) 0.1023 sq.ft.lb
Design B
Insulation Class F
Service factor 1.15
Temperature rise 80 K
Service factor 1.15 (1.00 @ 208V)
Duty Cycle Cont.(S1)
Starting Method Direct On Line
Ambient temperature -20°C to +40°C
Altitude 1000 m.a.s.l.
Degree of Protection IP55
Enclosure IC411 - TEFC
Mounting F-1
Rotation¹ Both (CW and CCW)
Noise level² 65.0 dB(A)
Approx. weight³ 34.2 lb
(1) Looking the motor from the shaft end.; (2) Measured at 1m and with tolerance of +3dB(A).; (3) Approximate weight, subject to be changed after manufacturing process.; (4) At 100% of full load.

Efficiency

50% 75% 100%
82.6  83.8  82.9 

Power factor

50% 75% 100%
0.77  0.87  0.91 
Frame 143/5JP
Output 1.5 HP (1.1 kW)
Number of Poles 2
Frequency 50 Hz
Rated speed 2915 rpm
Slip 2.83 %
Rated voltage 220/415 V
Rated current 3.90/2.07 A
L. R. Amperes 33.2/17.6 A
LRC 8.5x(Code K)
No load current 1.83/0.971 A
Rated torque 2.67 ft.lb
Locked rotor torque 240 %
Breakdown torque 330 %
Locked rotor time 0s (cold) 0s (hot)
Moment of inertia (J) 0.1023 sq.ft.lb
Design B
Insulation Class F
Service factor 1.15
Temperature rise 80 K
Service factor 1.15 (1.00 @ 208V)
Duty Cycle Cont.(S1)
Starting Method Direct On Line
Ambient temperature -20°C to +40°C
Altitude 1000 m.a.s.l.
Degree of Protection IP55
Enclosure IC411 - TEFC
Mounting F-1
Rotation¹ Both (CW and CCW)
Noise level² 65.0 dB(A)
Approx. weight³ 34.2 lb
(1) Looking the motor from the shaft end.; (2) Measured at 1m and with tolerance of +3dB(A).; (3) Approximate weight, subject to be changed after manufacturing process.; (4) At 100% of full load.

Efficiency

50% 75% 100%
81.7  84.0  83.9 

Power factor

50% 75% 100%
0.70  0.82  0.88 

Features

Frame Material Rolled Steel 
Impregnation Method Dip and Bake Polyester 
Main terminal box hole 1.118" 
Terminal Block Without 
Drain Rubber, automatic 
Shaft Material SAE 1040/45 Carbon Steel 
Painting Munsell N 1 - Matte 207N (ISO 12944 - C2) 
Grounding Lugs Single 
Fan Cover material Plastic 
Tropicalized Painting Without 
Fan material Plastic 
Bearing cap Yes- Bearing Cap 
Bolt Material Carbon Steel 
Balancing Method 1/2 Key 
Drip Cover Without 
Resilient Base Without