Small AC Induction Motors 6-200W

Brand :

MISUMI

Caution

Product Description

Small AC Induction Motors 6-200W launched as MISUMI Economy series
If the shaft end shape is selected A (circular shaft), the gear head cannot be added. To use the gear head, select GN, GU for the shaft end shape.
【Outerline Drawings】
Detailed outline drawings.
Detailed wiring diagrams.
Detailed technical data.
【Usage】
- A general-purpose motor that runs at constant speed for 24 hours, prioritizes cost-effectiveness, and is easy to maintain.
【Product Features】
- Robust structure and high efficiency enable energy saving and stable operation for constant-speed applications such as conveyors, fans, and pumps.
- Easy selection of 2-pole/4-pole, various voltages, and low-speed torque.

Product Overview

Motor Type	Type	Applications	Features	Notes	Output Range	Motor		Controller
Motor Type	Type	Applications	Features	Notes	Output Range	Parallel	Right Angle	Controller
Induction Motor	EA-IMA EA-IMB	【Constant-speed continuous operation】 (24-hour use such as fans, pumps, mixers, conveyors with minimal load fluctuation)	Simple and robust structure. Three-phase types provide high efficiency and good starting characteristics single-phase types offer easy wiring.	Not suitable for large acceleration/deceleration or frequent forward/reverse cycles.	6～200W	LINK	LINK	-
Reversible Motor	EA-RM	【Frequent forward/reverse operation】 positioning, reciprocating motion, pushing applications	Excellent reversing response, minimizing overrun	Generates a lot of heat, so it has a short-time rating (ex. 30 minutes)	6～120W	LINK	LINK	-
Brake Motor	EA-BM	【Holding / maintaining stop】 lifting, vertical transport, safety stop	Stops and holds immediately when power is turned off, and maintains position even during power failure	Limitations apply regarding stop frequency and temperature environment	6～200W	LINK	LINK	-
Speed Control Motor	EA-AM	【Speed control】 flow control, tension control, synchronous feeding, frequent setup changes	Controller-integrated design for easy wiring with a wide adjustable speed range	Risk of overheating during ultra-low-speed continuous operation	6～200W	LINK	LINK	LINK
Reversible Speed Control Motor	EA-ARM	【Speed control + reverse】 positioning, reciprocating motion, pushing applications requiring adjustable speed	Combines speed control and reversing capability in a single unit.	Duty cycle and thermal limits must be considered in continuous use.	25～120W	LINK	LINK	LINK
Brake Speed Control Motor	EA-ABM	【Speed control +Brake】 vertical transport, lifting requiring speed adjustment and position holding	Allows speed adjustment while maintaining safe and stable stopping performance.	Not suitable for continuous operation under heavy braking conditions.	25～200W	LINK	LINK	LINK
Torque Motor	EA-TM	【Tension Control】 Winding, feeding, and pressing applications that require maintaining constant tension or pressure.	Maintains high torque even at low or near-stopped speeds	Generates significant heat → ensure operation within continuous torque rating and provide cooling	3~20W	LINK	-	-

*: Scheduled to be released after web production in March 26th

Outline Drawing

Link Pages which have outerline dimension, wiring,technical data are available. Please refer to the page top " Product Description ".

◇Motor & Gearhead Set

◇ Terminal Box / Fan-Attached Type

◇ Fan-Attached Type

Specification Table

～

Please select the model and parameters according to the options below before placing your order.

Part Number

－

Shaft End Shape

－

Input V Code

－

Additional Option
Fan / Terminal Box Type

－

Additional Option
Gearhead Selection

•

Additional Option
Gear Ratio

Type・Flange Size

EA-IMB

4020

EA-IMB

5120

F-T

■ Motor Body

❶	❷			❸	❹
Type	No	Flange Size	Output Power [W]	Shaft End Shape	Input V Code	Fan	Terminal Box


〈4poles〉 EA-IMA	2006	□60	6	GN：GN Gear A：Round	〈4poles〉 A ：Single 110V、50/60Hz、4poles E ：Single 110/120V、60Hz、4poles C ：Single 220/230V、50Hz、4poles H ：Single 220/230V、60Hz、4poles S ：Three 200/220/230V、50/60Hz、4poles S3：Three 380/400/415V、50/60Hz、4poles	none	Not applicable
	3015	□70	15			none	Not applicable
	4025	□80	25			none	T：Terminal box ※If not selected, lead wire type.
	5040	□90	40			none
	5060		60	GN、GU、A		F：With fan
	5090		90	GU：GU Gear A：Round		F：With fan
	5120		120			F：With fan
	6120	□104	120			F：With fan
	6140		140			F：With fan
	6200		200			F：With fan
〈2poles〉 EA-IMB	2006	□60	6	A：Round	〈2poles High Speed〉 B ：Single 110V、50Hz、2poles D ：Single 220V、50Hz、2poles T ：Three 200/220/230V、50/60Hz、2poles T3：Three 380/400/415V、50/60Hz、2poles	none	Not applicable
	3015	□70	15			none
	4025	□80	25			none
	4040	□80	40			F：With fan
	5040	□90	40			none
	5060		60			F：With fan
	5090		90			F：With fan	T：Terminal box ※Only for over 90W and 3-phase Voltage.
	5120		120			F：With fan
	5150		150			F：With fan

The various safety standards are certified based on the model name indicated on the motor’s nameplate.

For the “-A” model with a voltage of 110V, please refer to the capacitor capacity shown on the actual unit’s nameplate.

■ Gearhead (Additional machining can be specified)
※ Additional machining can be designated only when selecting shaft types GN or GU.


Alterations Code	No	Flange Size	Gear Ratio
Alterations Code	No	Flange Size	3	3.6	5	6	7.5	9	10	12.5	15	18	20	25	30	36	40	50	60	75	90	100	120	150	180	200
GH	2	□60	3	3.6	5	6	7.5	9	10	12.5	15	18	20	25	30	36	40	50	60	75	90	100	120	150	180	200
	3	□70	3	3.6	5	6	7.5	9	10	12.5	15	18	20	25	30	36	40	50	60	75	90	100	120	150	180	200
	4	□80	3	3.6	5	6	7.5	9	10	12.5	15	18	20	25	30	36	40	50	60	75	90	100	120	150	180	200
	5	□90	3	3.6	5	6	7.5	9	10	12.5	15	18	20	25	30	36	40	50	60	75	90	100	120	150	180	200
	6	□104	3	3.6	5	6	7.5	9	10	12.5	15	18	20	25	30	36	40	50	60	75	90	100	120	150	180	200

※Gearhead standalone model number = EA- & {Additional Processing Code} & {Flange No.} & {Gear Ratio}

Specification Overview

■ 4-Pole Voltage (EA-IMA)

❶ ❷			❸	❹
Type No	Flange Size	Output [W]	Shaft End Shape	Input V Code	Voltage	Frequency	Starting Current	Starting Torque	Rated Torque	Speed	Capacitor
					Voltage	Frequency	Starting Current	Starting Torque	Rated Torque	Speed	Capacitor
					[V]	[Hz]	[A]	[mN・m]	[mN・m]	[r/min]	[μF]
2006	□60	6	GN A	-A	1ph 100	50	0.240	55	48	1,200	3.5
				-A	1ph 100	60	0.250	50	40	1,450	3.5
				-E	1ph 110	60	0.160	40	40	1,450	2.0
				-E	1ph 120	60	0.180	40	40	1,450	2.0
				-C	1ph 220	50	0.130	50	48	1,200	0.8
				-C	1ph 230	50	0.140	50	40	1,450	0.8
				-H	1ph 220	60	0.130	55	40	1,450	0.8
				-H	1ph 230	60	0.140	55	40	1,450	0.8
				-S	3ph 220	50	0.076	85	48	1,200	-
				-S	3ph 220	60	0.065	70	40	1,450	-
				-S3	3ph 380	50	0.044	85	48	1,200	-
				-S3	3ph 380	60	0.038	70	40	1,450	-
3015	□70	15	GN A	-A	1ph 100	50	0.350	90	125	1,200	6.0
				-A	1ph 100	60	0.330	85	105	1,450	6.0
				-E	1ph 110	60	0.300	65	105	1,450	5.0
				-E	1ph 120	60	0.320	65	105	1,450	5.0
				-C	1ph 220	50	0.180	90	125	1,200	1.2
				-C	1ph 230	50	0.200	90	125	1,200	1.2
				-H	1ph 220	60	0.160	65	105	1,450	1.2
				-H	1ph 230	60	0.150	70	105	1,450	1.2
				-S	3ph 220	50	0.140	220	125	1,200	-
				-S	3ph 220	60	0.120	180	105	1,450	-
				-S3	3ph 380	50	0.080	220	125	1,200	-
				-S3	3ph 380	60	0.070	180	105	1,450	-
4025	□80	25	GN A	-A	1ph 100	50	0.500	120	200	1,250	8.0
				-A	1ph 100	60	0.550	120	165	1,550	8.0
				-E	1ph 110	60	0.450	120	165	1,550	7.0
				-E	1ph 120	60	0.500	120	165	1,550	7.0
				-C	1ph 220	50	0.250	120	200	1,250	1.8
				-C	1ph 230	50	0.230	120	200	1,250	1.8
				-H	1ph 220	60	0.230	120	165	1,550	1.8
				-H	1ph 230	60	0.230	120	165	1,550	1.8
				-S	3ph 220	50	0.185	350	200	1,250	-
				-S	3ph 220	60	0.170	250	165	1,550	-
				-S3	3ph 380	50	0.106	350	200	1,250	-
				-S3	3ph 380	60	0.098	250	165	1,550	-
5040	□90	40	GN A	-A	1ph 100	50	0.65	220	315	1,250	12.0
				-A	1ph 100	60	0.7	220	260	1,550	12.0
				-E	1ph 110	60	0.55	200	260	1,550	8.0
				-E	1ph 120	60	0.6	200	260	1,550	8.0
				-C	1ph 220	50	0.35	220	315	1,250	2.5
				-C	1ph 230	50	0.4	220	315	1,250	2.5
				-H	1ph 220	60	0.35	200	260	1,550	2.5
				-H	1ph 230	60	0.4	200	260	1,550	2.5
				-S	3ph 220	50	0.3	800	315	1,250	-
				-S	3ph 220	60	0.25	660	250	1,550	-
				-S3	3ph 380	50	0.17	800	315	1,250	-
				-S3	3ph 380	60	0.14	660	250	1,550	-
5060	□90	60	GN GU A	-A	1ph 100	50	1	320	470	1,250	20.0
				-A	1ph 100	60	1.1	320	380	1,550	20.0
				-E	1ph 110	60	0.8	300	380	1,550	12.0
				-E	1ph 120	60	0.85	300	380	1,550	12.0
				-C	1ph 220	50	0.5	340	470	1,250	4.0
				-C	1ph 230	50	0.55	340	470	1,250	4.0
				-H	1ph 220	60	0.5	340	380	1,550	4.0
				-H	1ph 230	60	0.55	340	380	1,550	4.0
				-S	3ph 220	50	0.45	1,000	470	1,250	-
				-S	3ph 220	60	0.4	800	380	1,550	-
				-S3	3ph 380	50	0.26	1,000	470	1,250	-
				-S3	3ph 380	60	0.23	800	380	1,550	-
5090	□90	90	GU A	-A	1ph 100	50	1.55	450	700	1,250	25.0
				-A	1ph 100	60	1.85	450	570	1,550	25.0
				-E	1ph 110	60	1.4	500	570	1,550	20.0
				-E	1ph 120	60	1.45	500	570	1,550	20.0
				-C	1ph 220	50	0.72	450	700	1,250	5.0
				-C	1ph 230	50	0.7	450	700	1,250	5.0
				-H	1ph 220	60	0.71	450	570	1,550	5.0
				-H	1ph 230	60	0.75	450	570	1,550	5.0
				-S	3ph 220	50	0.6	1,350	700	1,250	-
				-S	3ph 220	60	0.55	1,100	570	1,550	-
				-S3	3ph 380	50	0.35	1,350	700	1,250	-
				-S3	3ph 380	60	0.32	1,100	570	1,550	-
5120	□90	120	GU A	-A	1ph 100	50	2.1	600	930	1,250	30.0
				-A	1ph 100	60	2.5	600	750	1,550	30.0
				-E	1ph 110	60	1.65	600	750	1,550	25.0
				-E	1ph 120	60	1.8	600	750	1,550	25.0
				-C	1ph 220	50	1	650	930	1,250	7.0
				-C	1ph 230	50	0.95	650	930	1,250	7.0
				-H	1ph 220	60	1	600	750	1,550	7.0
				-H	1ph 230	60	0.95	600	750	1,550	7.0
				-S	3ph 220	50	0.7	1,850	930	1,250	-
				-S	3ph 220	60	0.6	1,600	750	1,550	-
				-S3	3ph 380	50	0.4	1,850	930	1,250	-
				-S3	3ph 380	60	0.35	1,600	750	1,550	-
6120	□104	120	GU A	-A	1ph 100	50	2.1	600	930	1,250	30.0
				-A	1ph 100	60	2.5	600	750	1,550	30.0
				-E	1ph 110	60	1.7	600	750	1,550	20.0
				-E	1ph 120	60	1.8	600	750	1,550	20.0
				-C	1ph 220	50	0.95	750	930	1,250	8.0
				-C	1ph 230	50	0.95	750	930	1,250	8.0
				-H	1ph 220	60	0.95	700	750	1,550	8.0
				-H	1ph 230	60	1	700	750	1,550	8.0
				-S	3ph 220	50	0.75	2,200	890	1,300	-
				-S	3ph 220	60	0.7	2,000	730	1,600	-
				-S3	3ph 380	50	0.43	2,200	890	1,300	-
				-S3	3ph 380	60	0.4	2,000	730	1,600	-
6140	□104	140	GU A	-A	1ph 100	50	2.7	700	1,080	1,250	35.0
				-A	1ph 100	60	3	700	870	1,550	35.0
				-E	1ph 110	60	1.8	700	850	1,600	25.0
				-E	1ph 120	60	1.95	700	850	1,600	25.0
				-C	1ph 220	50	1.05	850	1,040	1,350	10.0
				-C	1ph 230	50	1.15	850	1,040	1,350	10.0
				-H	1ph 220	60	1.05	750	850	1,600	10.0
				-H	1ph 230	60	1.15	750	850	1,600	10.0
				-S	3ph 220	50	0.85	2,700	1,080	1,250	-
				-S	3ph 220	60	0.75	2,200	870	1,550	-
				-S3	3ph 380	50	0.49	2,700	1,080	1,250	-
				-S3	3ph 380	60	0.43	2,200	870	1,550	-
6200	□104	200	GU A	-A	1ph 100	50	3.2	900	1,520	1,250	45.0
				-A	1ph 100	60	3.5	900	1,230	1,550	45.0
				-E	1ph 110	60	2.75	850	1,230	1,550	35.0
				-E	1ph 120	60	2.65	850	1,230	1,550	35.0
				-C	1ph 220	50	1.4	1,000	1,520	1,250	10.0
				-C	1ph 230	50	1.4	1,000	1,520	1,250	10.0
				-H	1ph 220	60	1.4	900	1,230	1,550	10.0
				-H	1ph 230	60	1.4	900	1,230	1,550	10.0
				-S	3ph 220	50	1.2	3,400	1,520	1,250	-
				-S	3ph 220	60	1	2,700	1,230	1,550	-
				-S3	3ph 380	50	0.69	3,400	1,520	1,250	-
				-S3	3ph 380	60	0.58	2,700	1,230	1,550	-

■ 2-Pole Voltage (EA-IMB)

❶ ❷			❸	❹
Type No	Flange Size	Output [W]	Shaft End Shape	Input V Code	Voltage	Frequency	Starting Current	Starting Torque	Rated Torque	Speed	Capacitor
					Voltage	Frequency	Starting Current	Starting Torque	Rated Torque	Speed	Capacitor
					[V]	[Hz]	[A]	[mN・m]	[mN・m]	[r/min]	[μF]
2006	□60	6	A	-B	1ph 110	50	0.18	35	22	2,650	3
				-B	1ph 110	60	0.20	35	18	3,100	3
				-D	1ph 220	50	0.11	35	22	2,650	0.8
				-D	1ph 220	60	0.12	35	18	3,100	0.8
3015	□70	15	A	-B	1ph 110	50	0.38	65	54	2,650	6
				-B	1ph 110	60	0.40	65	46	3,100	6
				-D	1ph 220	50	0.18	65	46	2,650	1.5
				-D	1ph 220	60	0.22	65	54	3,100	1.5
4025	□80	25	A	-B	1ph 110	50	0.55	90	90	2,650	10
				-B	1ph 110	60	0.65	90	77	3,100	10
				-D	1ph 220	50	0.25	90	90	2,650	2
				-D	1ph 220	60	0.30	90	77	3,100	2
				-T	3ph 220	50	0.20	220	88	2,700	-
				-T	3ph 220	60	0.15	185	75	3,200	-
				-T3	3ph 380	50	0.11	220	88	2,700	-
				-T3	3ph 380	60	0.08	185	75	3,200	-
4040	□80	40	A	-B	1ph 110	50	0.80	120	147	2,600	12
				-B	1ph 110	60	0.85	120	123	3,100	12
				-D	1ph 220	50	0.40	120	147	2,600	3
				-D	1ph 220	60	0.45	120	123	3,100	3
				-T	3ph 220	50	0.27	350	147	2,600	-
				-T	3ph 220	60	0.22	300	123	3,100	-
				-T3	3ph 380	50	0.15	350	147	2,600	-
				-T3	3ph 380	60	0.13	300	123	3,100	-
5040	□90	40	A	-B	1ph 110	50	0.75	140	147	2,600	10
				-B	1ph 110	60	0.90	140	123	3,100	10
				-D	1ph 220	50	0.38	140	144	2,650	3
				-D	1ph 220	60	0.40	140	120	3,200	3
				-T	3ph 220	50	0.26	350	147	2,600	-
				-T	3ph 220	60	0.21	300	123	3,100	-
				-T3	3ph 380	50	0.15	350	147	2,600	-
				-T3	3ph 380	60	0.12	300	123	3,100	-
5060	□90	60	A	-B	1ph 110	50	1.05	170	215	2,650	15
				-B	1ph 110	60	1.00	170	180	3,200	15
				-D	1ph 220	50	0.52	180	215	2,650	4
				-D	1ph 220	60	0.55	180	180	3,200	4
				-T	3ph 220	50	0.35	500	215	2,650	-
				-T	3ph 220	60	0.30	420	180	3,200	-
				-T3	3ph 380	50	0.20	500	215	2,650	-
				-T3	3ph 380	60	0.10	420	180	3,200	-
5090	□90	90	A	-B	1ph 110	50	1.50	250	325	2,650	25
				-B	1ph 110	60	1.80	250	270	3,200	25
				-D	1ph 220	50	0.72	250	325	2,650	6
				-D	1ph 220	60	0.90	250	270	3,200	6
				-T	3ph 220	50	0.50	800	325	2,650	-
				-T	3ph 220	60	0.42	670	270	3,200	-
				-T3	3ph 380	50	0.29	800	325	2,650	-
				-T3	3ph 380	60	0.24	670	270	3,200	-
5120	□90	120	A	-B	1ph 110	50	1.85	330	450	2,650	30
				-B	1ph 110	60	2.25	330	360	3,200	30
				-D	1ph 220	50	0.95	330	450	2,650	6
				-D	1ph 220	60	1.10	330	360	3,200	6
				-T	3ph 220	50	0.65	1,000	430	2,650	-
				-T	3ph 220	60	0.50	900	370	3,100	-
				-T3	3ph 380	50	0.37	1,000	430	2,650	-
				-T3	3ph 380	60	0.29	900	370	3,100	-
5150	□90	150	A	-B	1ph 110	50	2.50	400	540	2,650	35
				-B	1ph 110	60	2.85	400	450	3,200	35
				-D	1ph 220	50	1.20	400	540	2,650	10
				-D	1ph 220	60	1.52	400	450	3,200	10
				-T	3ph 220	50	0.85	1,250	550	2,600	-
				-T	3ph 220	60	0.70	1,100	460	3,100	-
				-T3	3ph 380	50	0.49	1,250	550	2,600	-
				-T3	3ph 380	60	0.40	1,100	460	3,100	-

○ Allowable Torque When a Gearhead Is Mounted

Please purchase gearheads and mid-gearheads either by specifying additional machining for the motor or from the standalone product page (AC Motor Gearhead EA Series).
When the additional machining code GH is specified, the gear ratio is entered in the box (□) within the model number.
Combinations shown in the yellow cells ( )indicate that the output rotation direction is opposite to that of the motor. All other combinations have the same rotation direction.
The rotational speed is a reference value calculated by dividing the motor’s synchronous speed (50 Hz: 1500 r/min, 60 Hz: 1800 r/min) by the gear ratio.
The actual rotational speed decreases by approximately 2–20% from the listed value depending on the load.
If a greater gear ratio than those listed in the table is required, please add a mid-gearhead with a gear ratio of 10 between the motor and the gearhead.
In this case, the allowable torque is 20 N·m.

■ Allowable Torque Table (4-Pole Voltage)

Type (Motor/Gearhead)	Allowance Torque Unit
	Gear Ratio		3	3.6	5	6	7.5	9	10	12.5	15	18	20	25	30	36	40	50	60	75	90	100	120	150	180	200
	50Hz	Speed r/min	500	417	300	250	200	166	150	120	100	83	75	60	50	41	37	30	25	20	16	15	12.5	10	8.3	7.5
	60Hz	Speed r/min	600	500	360	300	240	200	180	144	120	100	90	72	60	50	45	36	30	24	20	18	15	12	10	9
EA-IMA2006-GN	50Hz	N・m	0.12	0.14	0.19	0.23	0.29	0.35	0.39	0.49	0.58	0.70	0.75	0.88	1.10	1.30	1.39	1.60	1.90	2.40	2.90	3.00	3.00	3.00	3.00	3.00
	50Hz	kgf・cm	1.22	1.43	1.94	2.35	2.96	3.57	3.98	5.00	5.92	7.14	7.65	8.98	11.2	13.3	14.2	16.3	19.4	24.5	29.6	30.0	30.0	30.0	30.0	30.0
	60Hz	N・m	0.10	0.12	0.16	0.19	0.24	0.29	0.32	0.41	0.49	0.58	0.62	0.73	0.88	1.10	1.15	1.30	1.60	2.00	2.40	2.60	3.00	3.00	3.00	3.00
	60Hz	kgf・cm	1.02	1.22	1.63	1.94	2.45	2.96	3.26	4.18	5.00	5.92	6.32	7.45	8.98	11.2	11.7	13.3	16.3	20.4	24.5	26.5	30.0	30.0	30.0	30.0
EA-IMA3015-GN	50Hz	N・m	0.30	0.36	0.51	0.61	0.76	0.91	0.97	1.30	1.50	1.80	1.94	2.30	2.70	3.30	3.48	4.10	5.00	5.00	5.00	5.00	5.00	5.00	5.00	5.00
	50Hz	kgf・cm	3.06	3.67	5.20	6.22	7.75	9.28	9.90	13.2	15.3	18.3	19.8	23.4	27.5	33.7	35.5	41.8	50.0	50.0	50.0	50.0	50.0	50.0	50.0	50.0
	60Hz	N・m	0.26	0.31	0.43	0.51	0.64	0.77	0.80	1.10	1.30	1.50	1.64	1.90	2.30	2.80	2.88	3.50	4.20	5.00	5.00	5.00	5.00	5.00	5.00	5.00
	60Hz	kgf・cm	2.65	3.16	4.38	5.20	6.53	7.85	8.16	11.2	13.2	15.3	16.7	19.3	23.4	28.5	29.4	35.7	42.8	50.0	50.0	50.0	50.0	50.0	50.0	50.0
EA-IMA4025-GN	50Hz	N・m	0.49	0.58	0.81	0.97	1.20	1.50	1.55	2.00	2.40	2.90	3.17	3.70	4.40	5.30	5.57	6.60	7.90	8.00	8.00	8.00	8.00	8.00	8.00	8.00
	50Hz	kgf・cm	5.00	5.91	8.26	9.89	12.2	15.3	15.8	20.4	24.4	29.6	32.3	37.7	44.9	54.1	56.8	67.3	80.0	80.0	80.0	80.0	80.0	80.0	80.0	80.0
	60Hz	N・m	0.40	0.48	0.67	0.80	1.00	1.20	1.25	1.70	2.00	2.40	2.64	3.00	3.60	4.30	4.49	5.40	6.50	8.00	8.00	8.00	8.00	8.00	8.00	8.00
	60Hz	kgf・cm	4.08	4.89	6.83	8.16	10.2	12.2	12.8	17.3	20.4	24.4	26.9	30.6	36.7	43.8	45.8	55.1	66.3	80.0	80.0	80.0	80.0	80.0	80.0	80.0
EA-IMA5040-GN	50Hz	N・m	0.77	0.92	1.30	1.50	1.90	2.30	2.38	3.20	3.80	4.60	4.88	5.70	6.90	8.30	8.57	10.0	10.0	10.0	10.0	10.0	10.0	10.0	10.0	10.0
	50Hz	kgf・cm	7.85	9.38	13.2	15.3	19.4	23.4	24.3	32.6	38.7	46.9	49.8	58.1	70.4	84.7	87.4	100	100	100	100	100	100	100	100	100
	60Hz	N・m	0.63	0.76	1.10	1.30	1.60	1.90	2.00	2.60	3.20	3.80	4.07	4.70	5.70	6.80	7.19	8.60	10.0	10.0	10.0	10.0	10.0	10.0	10.0	10.0
	60Hz	kgf・cm	6.42	7.75	11.2	13.2	16.3	19.3	20.4	26.5	32.6	38.7	41.5	47.9	58.1	69.3	73.4	87.7	100	100	100	100	100	100	100	100
EA-IMA5060-GN	50Hz	N・m	1.10	1.40	1.90	2.30	2.90	3.40	3.57	4.80	5.70	6.80	7.03	8.60	10.0	10.0	10.0	10.0	10.0	10.0	10.0	10.0	10.0	10.0	10.0	10.0
	50Hz	kgf・cm	11.2	14.2	19.3	23.4	29.6	34.7	36.4	48.9	58.1	69.3	71.7	87.7	100	100	100	100	100	100	100	100	100	100	100	100
	60Hz	N・m	0.92	1.10	1.50	1.80	2.30	2.80	2.99	3.80	4.60	5.50	5.70	6.90	8.30	10.0	10.0	10.0	10.0	10.0	10.0	10.0	10.0	10.0	10.0	10.0
	60Hz	kgf・cm	9.38	11.2	15.3	18.3	23.4	28.5	30.5	38.7	46.9	56.1	58.2	70.1	84.7	100	100	100	100	100	100	100	100	100	100	100
EA-IMA5060-GU EA-IMA5060-GU	50Hz	N・m	1.10	1.40	1.90	2.30	2.90	3.40	3.61	4.80	5.70	6.80	7.12	8.60	10.0	10.3	11.6	12.4	15.5	18.6	20.0	20.0	20.0	20.0	20.0	20.0
	50Hz	kgf・cm	11.2	14.2	19.3	23.4	29.6	34.7	36.8	48.9	58.1	69.3	72.6	87.7	100	105	118	126	158	189	200	200	200	200	200	200
	60Hz	N・m	0.92	1.10	1.50	1.80	2.30	2.80	3.01	3.80	4.60	5.50	5.73	6.90	8.30	8.30	9.70	10.0	12.5	15.0	18.8	20.0	20.0	20.0	20.0	20.0
	60Hz	kgf・cm	9.38	11.2	15.3	18.3	23.4	28.5	30.7	38.7	46.9	56.1	58.4	70.1	84.7	84.6	98.9	102	127	153	192	200	200	200	200	200
EA-IMA5090-GU	50Hz	N・m	1.10	2.00	2.80	3.40	4.30	5.10	5.31	6.40	7.70	9.20	9.55	11.6	13.6	16.6	18.1	20.0	20.0	20.0	20.0	20.0	20.0	20.0	20.0	20.0
	50Hz	kgf・cm	17.3	20.4	28.6	34.7	43.9	52.0	54.2	65.3	78.6	93.3	97.4	118	142	169	184	200	200	200	200	200	200	200	200	200
	60Hz	N・m	1.40	1.70	2.30	2.80	3.50	4.20	4.43	5.20	6.20	7.50	7.81	9.40	11.3	13.5	14.5	18.8	20.0	20.0	20.0	20.0	20.0	20.0	20.0	20.0
	60Hz	kgf・cm	14.3	17.3	23.5	28.6	35.7	42.9	45.2	53.1	63.3	76.5	79.6	95.9	115	138	148	192	200	200	200	200	200	200	200	200
EA-IMA5120-GU	50Hz	N・m	2.30	2.70	3.80	4.50	5.60	6.80	7.01	8.50	10.2	12.2	12.5	15.3	18.4	20.0	20.0	20.0	20.0	20.0	20.0	20.0	20.0	20.0	20.0	20.0
	50Hz	kgf・cm	23.4	27.5	38.7	45.9	57.1	69.3	71.5	86.7	104	124	128	156	187	200	200	200	200	200	200	200	200	200	200	200
	60Hz	N・m	1.80	2.20	3.00	3.60	4.60	5.50	5.73	6.80	8.20	9.80	10.1	12.4	14.9	17.8	19.5	20.0	20.0	20.0	20.0	20.0	20.0	20.0	20.0	20.0
	60Hz	kgf・cm	18.3	22.4	30.6	36.7	46.9	56.1	58.5	69.5	83.6	100	103	126	152	181	199	200	200	200	200	200	200	200	200	200
EA-IMA6120 -GU-(AF, EF, HF)	50Hz	N・m	2.22	2.60	3.60	4.30	5.40	6.50	6.42	8.10	9.70	11.7	11.6	14.7	17.6	21.1	23.2	29.4	35.2	40.0	40.0	40.0	40.0	40.0	40.0	40.0
EA-IMA6120 -GU-(AF, EF, HF)	50Hz	kgf・cm	2.40	26.5	36.7	43.8	55.0	66.3	65.6	87.6	98.8	119	118	149	179	215	236	300	359	400	400	400	400	400	400	400
EA-IMA6120 -GU-SF	60Hz	N・m	1.80	2.20	3.00	3.60	4.40	5.30	5.20	6.70	8.00	9.60	9.40	12.0	14.5	17.3	18.8	24.1	28.9	36.1	40.0	40.0	40.0	40.0	40.0	40.0
EA-IMA6120 -GU-SF	60Hz	kgf・cm	18.3	22.4	30.6	36.7	44.8	54.0	53.3	68.3	81.6	97.9	95.9	122	148	176	192	245	295	368	400	400	400	400	400	400
EA-IMA6140 -GU-(AF, SF, EF)	50Hz	N・m	2.50	3.00	4.20	5.10	6.30	7.60	7.20	9.50	11.4	13.7	13.0	17.2	20.6	24.7	26.0	34.3	40.0	40.0	40.0	40.0	40.0	40.0	40.0	40.0
EA-IMA6140 -GU-(AF, SF, EF)	50Hz	kgf・cm	25.5	30.6	42.8	52.0	63.2	77.5	73.6	96.9	116	139	133	175	210	252	265	349	400	400	400	400	400	400	400	400
EA-IMA6140 -GU-HF	60Hz	N・m	2.10	2.50	3.40	4.10	5.20	6.20	6.10	7.80	9.30	11.2	11.0	12.0	16.8	20.2	22.0	28.0	33.7	40.0	40.0	40.0	40.0	40.0	40.0	40.0
EA-IMA6140 -GU-HF	60Hz	kgf・cm	21.4	25.5	34.6	41.8	53.0	63.2	62.2	79.5	94.8	114	112	122	171	206	224	285	343	400	400	400	400	400	400	400
EA-IMA6200-GU	50Hz	N・m	3.71	4.46	6.19	7.43	9.28	11.1	11.9	13.9	16.7	20.1	20.8	25.2	30.3	36.3	40.0	40.0	40.0	40.0	40.0	40.0	40.0	40.0	40.0	40.0
	50Hz	kgf・cm	37.9	45.5	63.1	75.8	94.7	114	121	142	171	205	212	257	309	370	400	400	400	400	400	400	400	400	400	400
	60Hz	N・m	2.99	3.59	4.99	5.99	7.49	8.98	9.70	11.2	13.5	16.2	17.2	20.3	24.4	29.3	40.0	40.0	40.0	40.0	40.0	40.0	40.0	40.0	40.0	40.0
	60Hz	kgf・cm	30.6	36.7	50.9	61.1	76.4	91.7	98.9	115	138	165	175	207	249	299	400	400	400	400	400	400	400	400	400	400

Alterations

Alterations	Gearhead Set Purchase	Mid-Gear Set Purchase
Code	GH	GH10X
Spec.	You can purchase a gearhead set that matches the motor size and gear type. Please check the gearhead specification table to confirm the available gear ratios based on the motor flange number. [ ! ] Available gear ratios: for flange □42 → 1/3 to 1/60, others → 1/3 to 1/200. [Designation method] Gear ratio 1/30 → GH30	You can purchase a mid-gear set that matches the motor size. When combined with a gearhead, a greater gear ratio can be achieved. [ ! ] Only a gear ratio of 1/10 is available. [Designation method] GN10X






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Product Features

Feature 1: In general, a “micro induction motor” refers to a motor that rotates by electromagnetic induction.
Induction motors use a capacitor and electromagnetic induction during startup and operation. Although the starting torque is not very high, they have a simple structure, high efficiency, and are capable of continuous rotation.
Feature 2: Single-phase motors generate reverse torque during operation, allowing the rotation direction to be switched within a short time. However, the motor must be completely stopped before changing the rotation direction.
Feature 3: Three-phase motors operate using a three-phase power supply. They are characterized by high efficiency and high starting torque.