Name: Three Phase One Speed Electro Motors With Aluminum Frame
SKU: 28037
Availability: InStock

Three Phase One Speed Electro Motors With Aluminum Frame

$0.00

Dimension (Foot mounting)

Frame No.IEC	HD	H	C	B	BA	K	KB	AB	A	AA	Z	HA	AC	Q	I	L	E	EH	DH	GA	LK	F	D
56	145	56	36	71	19	6	10	112	90	22	76	10	106	55.5	–	189	20	–	–	10.2	12	3	9
63	158	63	40	80	25	7	10	125	100	25	76	10	123	54.5	–	214	23	–	–	12.5	12	4	11
71	175	71	45	90	18	7	10	140	112	28	76	11	138	58	–	241	30	–	–	16	18	5	14
80	194	80	50	100	25	10	14	160	125	35	96	11	156	68.5	–	276	40	–	–	21.5	25	6	19
90L	215	90	56	125	30	10	14	182	140	43.3	96	12	175	70.5	–	325	50	19	M8	27	32	8	24
100L	233	100	63	140	35	12	17	200	160	40	96	12	194	73.5	–	366	60	22	M10	31	40	8	28
112M	256	112	70	140	35	12	17	235	190	45	96	13	217	76.5	200	384	60	22	M10	31	40	8	28
132M	291	132	89	178	40	12	17	260	216	44	116	14	255	90	258	486	80	28	M12	41	56	10	38
160L	340	160	108	254	50	15	21	315	254	64	116	16	303	95.5	345	629	110	36	M16	45	80	12	42

Constituent parts

1- Front bracket

2- Shaft

3- Key

4- Rotor

5- Ball-bearings

6- WINDING STATOR

7- Frame

8- Terminal board

9- Terminal box cover

10- Gland parts

11- Spring ring

12- Rear bracket

13- Coolant fan

14- Fan cover

Type	Frame size	Output Power	Output Power	Rated Voltage	Speed in rated load	Rated Current	Rated Torque	Efficiency (%)	Power factor	Starting / Rated Current	Starting / Rated Torque	Break down / Rated Torque	Inertia moment	Weight of foot mounting types	Poles
56-2A	56	0.09	0.12	220∆/380Y	2840	0.73∆/0.42Y	0.3	58	0.56	3.1	3.5	3.9	0.00009	2.5	3
56-2B	56	0.12	0.16	220∆/380Y	2835	0.86∆/0.5Y	0.4	60	0.61	4.1	3.8	3.8	0.000105	3.4	3
63-2A	63	0.18	0.25	220∆/380Y	2750	1.06∆/0.61Y	0.63	64	0.7	3.9	3.2	3	0.000149	4	3
63-2B	63	0.25	0.33	220∆/380Y	2825	1.4∆/0.8Y	0.85	65	0.73	5	3.7	3.9	0.000184	4.6	3
71-2A	71	0.37	0.5	220∆/380Y	2825	1.74∆/1Y	1.25	70	0.8	4.7	2.4	2.6	0.000383	6	3
71-2B	71	0.55	0.75	220∆/380Y	2830	2.71∆/1.57Y	1.86	74	0.72	5.2	2.8	3	0.000463	6.9	3
80-2A	80	0.75	1	220∆/380Y	2795	3.6∆/2.1Y	2.56	70	0.79	4.4	2.6	2.6	0.000718	8.8	3
80-2B	80	1.1	1.5	220∆/380Y	2825	4.6∆/2.65Y	3.72	77	0.82	5.7	3.1	3.1	0.000889	10.4	3
90L2A	90L	1.5	2	220∆/380Y	2830	5.7∆/3.3Y	5.06	80	0.87	5.9	2.3	2.6	0.001483	13.3	3
90L2B	90L	2.2	3	220∆/380Y	2830	8.1∆/4.7Y	7.42	81	0.88	6.3	2.5	2.7	0.001816	15.4	3
100L2	100L	3	4	220∆/380Y	2860	10.8∆/6.2Y	10.01	84	0.87	6.8	2.9	2.9	0.002998	20.2	3
112M2	112M	4	5.5	380∆/660Y	2895	8.2∆/4.75Y	13.2	86	0.86	7.1	2.6	3.4	0.005326	27	3
132M2A	132M	5.5	7.5	380∆/660Y	2895	11.3∆/6.5Y	18.14	86	0.86	6.2	2.4	2.9	0.011716	39.7	3
132M2B	132M	7.5	10	380∆/660Y	2905	15.2∆/8.8Y	24.65	88	0.85	7.2	2.8	3.2	0.014361	44.9	3
160L2A	160L	11	15	380∆/660Y	2940	21.3∆/12.3Y	35.73	89	0.88	7.5	2.8	2.9	0.035588	71.5	3
160L2B	160L	15	20	380∆/660Y	2925	27.8∆/16Y	48.97	91	0.91	8.1	2.2	3.1	0.045925	87.7	3
160L2C	160L	18.5	25	380∆/660Y	2940	38.5∆/22.2Y	60.1	88	0.85	8.4	3.5	2.5	0.053162	90	3
56-4A	56	0.06	0.08	220∆/380Y	1360	0.47∆/0.27Y	0.42	53	0.63	2.3	2.7	2.8	0.000148	2.7	3
56-4B	56	0.09	0.12	220∆/380Y	1335	0.65∆/0.38Y	0.64	54	0.67	2.8	2.5	2.4	0.000172	3.6	3
63-4A	63	0.12	0.16	220∆/380Y	1350	0.72∆/0.42Y	0.85	57	0.77	2.8	1.9	2.1	0.000222	4.1	3
63-4B	63	0.18	0.25	220∆/380Y	1350	1.2∆/0.67Y	1.27	58	0.7	3	2.2	2.2	0.000279	4.6	3
71-4A	71	0.25	0.33	220∆/380Y	1400	1.4∆/0.83Y	1.71	65	0.7	3.7	2.3	2.4	0.000612	5.8	3
71-4B	71	0.37	0.5	220∆/380Y	1390	2∆/1.15Y	2.54	69	0.71	4.1	2.1	2.2	0.000744	6.6	3
80-4A	80	0.55	0.75	220∆/380Y	1390	2.72∆/1.6Y	3.78	70	0.76	4.1	2	2.3	0.001134	8.8	3
80-4B	80	0.75	1	220∆/380Y	1385	3.7∆/2.15Y	5.17	70	0.76	4.3	2.4	2.4	0.001424	10	3
90L4A	90L	1.1	1.5	220∆/380Y	1395	4.7∆/2.7Y	7.53	77	0.8	4.6	1.9	2.2	0.002385	12.5	3
90L4B	90L	1.5	2	220∆/380Y	1405	6.4∆/3.7Y	10.2	79	0.78	4.9	2.4	2.7	0.003001	14.9	3
100L4A	100L	2.2	3	220∆/380Y	1410	8.9∆/5.15Y	14.9	81	0.8	5.2	2.1	2.5	0.004613	19	3
100L4B	100L	3	4	220∆/380Y	1415	12∆/6.95Y	20.25	83	0.79	5.6	2.5	2.7	0.006274	22.9	3
112M4	112M	4	5.5	380∆/660Y	1420	8.5∆/4.9	26.9	85	0.84	6	2.3	2.6	0.011467	30.9	3
132M4A	132M	5.5	7.5	380∆/660Y	1430	11.7∆/6.75Y	36.73	86	0.83	5.4	2.1	2.3	0.024381	44.8	3
132M4B	132M	7.5	10	380∆/660Y	1445	15.8∆/9.1Y	49.56	88	0.82	6.7	2.5	2.7	0.031417	53.5	3
160L4A	160L	11	15	380∆/660Y	1455	22.6∆/13Y	72.2	89	0.83	6	2.2	2.1	0.062502	81.7	3
160L4B	160L	15	20	380∆/660Y	1455	29.8∆/17.2Y	98.45	90	0.85	6.7	2	2.3	0.080486	97	3
80-6A	80	0.37	0.5	220∆/380Y	920	1.8∆/1.04Y	3.84	63	0.66	3.3	2.3	2.5	0.002162	9	3
80-6B	80	0.55	0.75	220∆/380Y	900	2.9∆/1.7Y	5.84	70	0.71	3.4	2.1	2.2	0.002681	11.5	3
90L6A	90L	0.75	1	220∆/380Y	895	3.75∆/2.17Y	8	71	0.74	3	1.7	1.9	0.00368	12.6	3
90L6B	90L	1.1	1.5	220∆/380Y	915	5.83∆/3.37Y	11.5	72	0.69	3.3	2.2	2.3	0.005137	15.8	3
100L6	100L	1.5	2	220∆/380Y	930	7.5∆/4.34Y	15.4	74	0.71	4.3	2.1	2.2	0.009616	21.2	3
112M6	112M	2.2	3	220∆/380Y	945	10.5∆/6.03Y	22.23	77	0.72	4.5	2.3	2.5	0.017553	29.7	3
132M6A	132M	3	4	380∆/660Y	960	7.2∆/4.18Y	29.84	83	0.76	5.3	2.1	2.7	0.030891	43.5	3
132M6B	132M	4	5.5	380∆/660Y	945	9.15∆/5.3Y	40.42	81	0.82	5.2	1.7	2.2	0.036244	48.71	3
132M6C	132M	5.5	7.5	380∆/660Y	950	12.9∆/7.45Y	55.3	82	0.79	5.7	1.8	2.4	0.042267	55	3
160L6A	160L	7.5	10	380∆/660Y	965	16.57∆/9.57Y	74.22	86	0.8	6.3	2.1	3.1	0.091156	80.8	3
160L6B	160L	11	15	380∆/660Y	965	25.87∆/14.94Y	108.85	85	0.76	6.1	2.1	3	0.120803	87.5	3
100L8A	100L	0.75	1	220∆/380Y	695	5.4∆/3.12Y	10.3	63	0.58	4.5	1.9	2.6	0.007481	17.18	3
100L8B	100L	1.1	1.5	220∆/380Y	645	6.18∆/3.57Y	16.3	65	0.72	2.6	1.3	1.4	0.009616	20.9	3
112M8	112M	1.5	2	220∆/380Y	695	9.38∆/5.4Y	20.61	69	0.61	3.3	1.8	2.1	0.017553	29.7	3
132M8A	132M	2.2	3	220∆/380Y	690	10.43∆/6Y	30.45	75	0.74	3.9	1.8	2.1	0.028978	39.5	3
132M8B	132M	3	4	220∆/380Y	700	14.25∆/8.23Y	40.93	78	0.71	4.3	2.2	2.5	0.037782	45	3
160L8A	160L	4	5.5	380∆/660Y	715	10∆/5.8Y	53.42	80	0.76	4.1	1.3	2	0.077393	69	3
160L8B	160L	5.5	7.5	380∆/660Y	710	13.6∆/7.85Y	73.97	83	0.74	3.8	1.3	1.9	0.099187	79	3
160L8C	160L	7.5	10	380∆/660Y	715	18.3∆/10.6Y	100.17	82	0.76	4.5	1.3	2	0.131878	95.3	3

MAECENAS IACULIS

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ADIPISCING CONVALLIS BULUM

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Iran2Africa-Single-Phase-Double-Capacitor-Electro-Motors-Product-1.jpg

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Frame No.IEC	HD	H	C	B	BA	K	KB	AB	A	AA	Z	HA	AC	Q	I	L	E	EH	DH	GA	LK	F	D
56	145	56	36	71	19	6	10	112	90	22	76	10	106	55.5	–	189	20	–	–	10.2	12	3	9
63	158	63	40	80	25	7	10	125	100	25	76	10	123	54.5	–	214	23	–	–	12.5	12	4	11
71	175	71	45	90	18	7	10	140	112	28	76	11	138	58	–	241	30	–	–	16	18	5	14
80	194	80	50	100	25	10	14	160	125	35	96	11	156	68.5	–	276	40	–	–	21.5	25	6	19
90L	215	90	56	125	30	10	14	182	140	43.3	96	12	175	70.5	–	325	50	19	M8	27	32	8	24
100L	233	100	63	140	35	12	17	200	160	40	96	12	194	73.5	–	366	60	22	M10	31	40	8	28
112M	256	112	70	140	35	12	17	235	190	45	96	13	217	76.5	200	384	60	22	M10	31	40	8	28
132M	291	132	89	178	40	12	17	260	216	44	116	14	255	90	258	486	80	28	M12	41	56	10	38
160L	340	160	108	254	50	15	21	315	254	64	116	16	303	95.5	345	629	110	36	M16	45	80	12	42

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Category: Industrial Electric Motors

Description

Type	Frame size	Output Power	Output Power	Rated Voltage	Speed in rated load	Rated Current	Rated Torque	Efficiency (%)	Power factor	Starting / Rated Current	Starting / Rated Torque	Break down / Rated Torque	Inertia moment	Weight of foot mounting types	Poles
56-2A	56	0.09	0.12	220∆/380Y	2840	0.73∆/0.42Y	0.3	58	0.56	3.1	3.5	3.9	0.00009	2.5	3
56-2B	56	0.12	0.16	220∆/380Y	2835	0.86∆/0.5Y	0.4	60	0.61	4.1	3.8	3.8	0.000105	3.4	3
63-2A	63	0.18	0.25	220∆/380Y	2750	1.06∆/0.61Y	0.63	64	0.7	3.9	3.2	3	0.000149	4	3
63-2B	63	0.25	0.33	220∆/380Y	2825	1.4∆/0.8Y	0.85	65	0.73	5	3.7	3.9	0.000184	4.6	3
71-2A	71	0.37	0.5	220∆/380Y	2825	1.74∆/1Y	1.25	70	0.8	4.7	2.4	2.6	0.000383	6	3
71-2B	71	0.55	0.75	220∆/380Y	2830	2.71∆/1.57Y	1.86	74	0.72	5.2	2.8	3	0.000463	6.9	3
80-2A	80	0.75	1	220∆/380Y	2795	3.6∆/2.1Y	2.56	70	0.79	4.4	2.6	2.6	0.000718	8.8	3
80-2B	80	1.1	1.5	220∆/380Y	2825	4.6∆/2.65Y	3.72	77	0.82	5.7	3.1	3.1	0.000889	10.4	3
90L2A	90L	1.5	2	220∆/380Y	2830	5.7∆/3.3Y	5.06	80	0.87	5.9	2.3	2.6	0.001483	13.3	3
90L2B	90L	2.2	3	220∆/380Y	2830	8.1∆/4.7Y	7.42	81	0.88	6.3	2.5	2.7	0.001816	15.4	3
100L2	100L	3	4	220∆/380Y	2860	10.8∆/6.2Y	10.01	84	0.87	6.8	2.9	2.9	0.002998	20.2	3
112M2	112M	4	5.5	380∆/660Y	2895	8.2∆/4.75Y	13.2	86	0.86	7.1	2.6	3.4	0.005326	27	3
132M2A	132M	5.5	7.5	380∆/660Y	2895	11.3∆/6.5Y	18.14	86	0.86	6.2	2.4	2.9	0.011716	39.7	3
132M2B	132M	7.5	10	380∆/660Y	2905	15.2∆/8.8Y	24.65	88	0.85	7.2	2.8	3.2	0.014361	44.9	3
160L2A	160L	11	15	380∆/660Y	2940	21.3∆/12.3Y	35.73	89	0.88	7.5	2.8	2.9	0.035588	71.5	3
160L2B	160L	15	20	380∆/660Y	2925	27.8∆/16Y	48.97	91	0.91	8.1	2.2	3.1	0.045925	87.7	3
160L2C	160L	18.5	25	380∆/660Y	2940	38.5∆/22.2Y	60.1	88	0.85	8.4	3.5	2.5	0.053162	90	3
56-4A	56	0.06	0.08	220∆/380Y	1360	0.47∆/0.27Y	0.42	53	0.63	2.3	2.7	2.8	0.000148	2.7	3
56-4B	56	0.09	0.12	220∆/380Y	1335	0.65∆/0.38Y	0.64	54	0.67	2.8	2.5	2.4	0.000172	3.6	3
63-4A	63	0.12	0.16	220∆/380Y	1350	0.72∆/0.42Y	0.85	57	0.77	2.8	1.9	2.1	0.000222	4.1	3
63-4B	63	0.18	0.25	220∆/380Y	1350	1.2∆/0.67Y	1.27	58	0.7	3	2.2	2.2	0.000279	4.6	3
71-4A	71	0.25	0.33	220∆/380Y	1400	1.4∆/0.83Y	1.71	65	0.7	3.7	2.3	2.4	0.000612	5.8	3
71-4B	71	0.37	0.5	220∆/380Y	1390	2∆/1.15Y	2.54	69	0.71	4.1	2.1	2.2	0.000744	6.6	3
80-4A	80	0.55	0.75	220∆/380Y	1390	2.72∆/1.6Y	3.78	70	0.76	4.1	2	2.3	0.001134	8.8	3
80-4B	80	0.75	1	220∆/380Y	1385	3.7∆/2.15Y	5.17	70	0.76	4.3	2.4	2.4	0.001424	10	3
90L4A	90L	1.1	1.5	220∆/380Y	1395	4.7∆/2.7Y	7.53	77	0.8	4.6	1.9	2.2	0.002385	12.5	3
90L4B	90L	1.5	2	220∆/380Y	1405	6.4∆/3.7Y	10.2	79	0.78	4.9	2.4	2.7	0.003001	14.9	3
100L4A	100L	2.2	3	220∆/380Y	1410	8.9∆/5.15Y	14.9	81	0.8	5.2	2.1	2.5	0.004613	19	3
100L4B	100L	3	4	220∆/380Y	1415	12∆/6.95Y	20.25	83	0.79	5.6	2.5	2.7	0.006274	22.9	3
112M4	112M	4	5.5	380∆/660Y	1420	8.5∆/4.9	26.9	85	0.84	6	2.3	2.6	0.011467	30.9	3
132M4A	132M	5.5	7.5	380∆/660Y	1430	11.7∆/6.75Y	36.73	86	0.83	5.4	2.1	2.3	0.024381	44.8	3
132M4B	132M	7.5	10	380∆/660Y	1445	15.8∆/9.1Y	49.56	88	0.82	6.7	2.5	2.7	0.031417	53.5	3
160L4A	160L	11	15	380∆/660Y	1455	22.6∆/13Y	72.2	89	0.83	6	2.2	2.1	0.062502	81.7	3
160L4B	160L	15	20	380∆/660Y	1455	29.8∆/17.2Y	98.45	90	0.85	6.7	2	2.3	0.080486	97	3
80-6A	80	0.37	0.5	220∆/380Y	920	1.8∆/1.04Y	3.84	63	0.66	3.3	2.3	2.5	0.002162	9	3
80-6B	80	0.55	0.75	220∆/380Y	900	2.9∆/1.7Y	5.84	70	0.71	3.4	2.1	2.2	0.002681	11.5	3
90L6A	90L	0.75	1	220∆/380Y	895	3.75∆/2.17Y	8	71	0.74	3	1.7	1.9	0.00368	12.6	3
90L6B	90L	1.1	1.5	220∆/380Y	915	5.83∆/3.37Y	11.5	72	0.69	3.3	2.2	2.3	0.005137	15.8	3
100L6	100L	1.5	2	220∆/380Y	930	7.5∆/4.34Y	15.4	74	0.71	4.3	2.1	2.2	0.009616	21.2	3
112M6	112M	2.2	3	220∆/380Y	945	10.5∆/6.03Y	22.23	77	0.72	4.5	2.3	2.5	0.017553	29.7	3
132M6A	132M	3	4	380∆/660Y	960	7.2∆/4.18Y	29.84	83	0.76	5.3	2.1	2.7	0.030891	43.5	3
132M6B	132M	4	5.5	380∆/660Y	945	9.15∆/5.3Y	40.42	81	0.82	5.2	1.7	2.2	0.036244	48.71	3
132M6C	132M	5.5	7.5	380∆/660Y	950	12.9∆/7.45Y	55.3	82	0.79	5.7	1.8	2.4	0.042267	55	3
160L6A	160L	7.5	10	380∆/660Y	965	16.57∆/9.57Y	74.22	86	0.8	6.3	2.1	3.1	0.091156	80.8	3
160L6B	160L	11	15	380∆/660Y	965	25.87∆/14.94Y	108.85	85	0.76	6.1	2.1	3	0.120803	87.5	3
100L8A	100L	0.75	1	220∆/380Y	695	5.4∆/3.12Y	10.3	63	0.58	4.5	1.9	2.6	0.007481	17.18	3
100L8B	100L	1.1	1.5	220∆/380Y	645	6.18∆/3.57Y	16.3	65	0.72	2.6	1.3	1.4	0.009616	20.9	3
112M8	112M	1.5	2	220∆/380Y	695	9.38∆/5.4Y	20.61	69	0.61	3.3	1.8	2.1	0.017553	29.7	3
132M8A	132M	2.2	3	220∆/380Y	690	10.43∆/6Y	30.45	75	0.74	3.9	1.8	2.1	0.028978	39.5	3
132M8B	132M	3	4	220∆/380Y	700	14.25∆/8.23Y	40.93	78	0.71	4.3	2.2	2.5	0.037782	45	3
160L8A	160L	4	5.5	380∆/660Y	715	10∆/5.8Y	53.42	80	0.76	4.1	1.3	2	0.077393	69	3
160L8B	160L	5.5	7.5	380∆/660Y	710	13.6∆/7.85Y	73.97	83	0.74	3.8	1.3	1.9	0.099187	79	3
160L8C	160L	7.5	10	380∆/660Y	715	18.3∆/10.6Y	100.17	82	0.76	4.5	1.3	2	0.131878	95.3	3

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Three Phase One Speed Electro Motors With Aluminum Frame

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Phase Capacitor Run Electro Motors

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Single-Phase Double-Capacitor Electro Motors With Cast-Iron Frame

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Three-Phase Electro Motors With Cast-Iron Frame

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Three Phase One Speed Electro Motors With Aluminum Frame

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