Motor/Control Division

717.336.2949

M-F from 7:30am to 5:00pm

Power Tool Division

717.354.6141

M-F from 7:00am to 5:00pm

Sign In

My
Account

My Cart

For a better checkout experience, please try our new website.

/Products/Electric Motors/3 Phase/WEG 3-Phase Electric Motors/Compressor Duty/00158OT3E145T-S WEG 1.5HP Electric Motor, 1800RPM

Click Image to Expand

Previous Next

Product ID: 00158OT3E145T-S

00158OT3E145T-S WEG 1.5HP Electric Motor, 1800RPM

MFG: WEG Electric Corporation
MFG Part Number: 00158OT3E145T-S

Selected accessories will also be added to cart

$399.61 / Each

Quantity:

IC01-ODP, 143/145T Frame, 230/460V, 3-Phase 50/60Hz, 12674791, Foot-mount, Rolled Steel, NEMA Premium Efficiency 7/8" Shaft

Electric Motors

Frame	143/5T
Output	1.5 HP (1.1 kW)
Number of Poles	4
Frequency	60 Hz
Rated speed	1760 rpm
Slip	2.22 %
Rated voltage	208-230/460 V
Rated current	4.58-4.14/2.07 A
L. R. Amperes	39.8-36.0/18.0 A
LRC	8.7x(Code L)
No load current	2.07-2.40/1.20 A
Rated torque	4.42 ft.lb
Locked rotor torque	280 %
Breakdown torque	330 %
Locked rotor time	27s (cold) 15s (hot)

Moment of inertia (J)	0.1426 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.
Enclosure	IC01 - ODP
Mounting	F-1
Rotation?	Both (CW and CCW)
Noise level?	52.0 dB(A)
Approx. weight?	42.3 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%
84.0	86.5	86.5

Power factor

50%	75%	100%
0.56	0.69	0.77

Frame	143/5T
Output	1.5 HP (1.1 kW)
Number of Poles	4
Frequency	50 Hz
Rated speed	1440 rpm
Slip	4.00 %
Rated voltage	190/380 V
Rated current	4.84/2.42 A
L. R. Amperes	31.0/15.5 A
LRC	6.4x(Code H)
No load current	2.36/1.18 A
Rated torque	5.40 ft.lb
Locked rotor torque	190 %
Breakdown torque	250 %
Locked rotor time	0s (cold) 0s (hot)

Moment of inertia (J)	0.1426 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.
Enclosure	IC01 - ODP
Mounting	F-1
Rotation?	Both (CW and CCW)
Noise level?	49.0 dB(A)
Approx. weight?	42.3 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%
84.3	84.7	83.2

Power factor

50%	75%	100%
0.64	0.77	0.83

Frame	143/5T
Output	1.5 HP (1.1 kW)
Number of Poles	4
Frequency	50 Hz
Rated speed	1450 rpm
Slip	3.33 %
Rated voltage	220/415 V
Rated current	4.34/2.30 A
L. R. Amperes	32.5/17.3 A
LRC	7.5x(Code K)
No load current	2.56/1.36 A
Rated torque	5.36 ft.lb
Locked rotor torque	250 %
Breakdown torque	310 %
Locked rotor time	0s (cold) 0s (hot)

Moment of inertia (J)	0.1426 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.
Enclosure	IC01 - ODP
Mounting	F-1
Rotation?	Both (CW and CCW)
Noise level?	49.0 dB(A)
Approx. weight?	42.3 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%
83.0	84.7	84.2

Power factor

50%	75%	100%
0.57	0.70	0.79

Features

Frame Material	Rolled Steel
Impregnation Method	Dip and Bake Polyester
Main terminal box hole	1.118"
Terminal Block	Without
Shaft Material	SAE 1040/45 Carbon Steel
Painting
Grounding Lugs	Single
Fan Cover material	Without Fan Cover
Tropicalized Painting	Without
Fan material	Without fan
Bearing cap	No-Without Bearing Cap
Bolt Material	Carbon Steel
Balancing Method	1/2 Key
Drip Cover	Without
Resilient Base	Without