Micro AC Variable Speed Gear Motor

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1. The micro AC speed-adjusting gear motor features a controller and motor unit that does not require extra wiring because they only need to be connected one time. Speed of the motor can be simply controlled by the external potentiometer. The speed control circuit and capacitor are mounted on the controller.
2. The controller can select speed variations between 90-1350rpm at 50Hz and 90-1650rpm at 60Hz
3. Run the motor at proper speeds to avoid overheating.

Application

These AC motors are found in a wide range of industrial production machinery, including conveying equipment, food machinery, medical machinery, printing machines, etc.

Technical Parameters

Model Lead Wire Type		Max. Output Power	Voltage	Frequency	Speed Control Range	Permitted Torque		Starting Torque	Current	Capacitor
Pinion Shaft	Round Shaft	W	V	Hz	r/min	1200r/min mN.m	90r/min mN.m	mN.m	r/min	μF
3IK15RGN-A	3IK15RA-A	15	1ph 100	50	90-1350	120	35	55	0.35	6
				60	90-1650				0.33
3IK15RGN-E	3IK15RA-E	15	1ph 110	60	90-1650	125	35	55	0.3	5
			1ph 120						0.32
3IK15RGN-C	3IK15RA-C	15	1ph 220	50	90-1350	120	35	54	0.18	1.2
			1ph 230						0.2
3IK15RGN-H	3IK15RA-H	15	1ph 220	60	90-1650	85	35	52	0.16	1.2
			1ph 230			105		55	0.15

Model Lead Wire Type		Max. Output Power	Voltage	Frequency	Speed Control Range	Permitted Torque		Starting Torque	Current	Capacitor
Pinion Shaft	Round Shaft	W	V	Hz	r/min	1200r/min mN.m	90r/min mN.m	mN.m	r/min	μF
2IK6RGN-A	2IK6RA-A	6	1ph 100	50	90-1350	50	30	35	0.24	3.5
				60	90-1650	50	29	35	0.25
2IK6RGN-E	2IK6RA-E	6	1ph 110	60	90-1650	50	29	30	0.16	2
			1ph 120						0.18
2IK6RGN-C	2IK6RA-C	6	1ph 220	50	90-1350	55	29	35	0.13	0.8
			1ph 230						0.11
2IK6RGN-H	2IK6RA-H	6	1ph 220	60	90-1650	55	29	35	0.14	0.8
			1ph 230						0.12

Model Lead Wire Type		Max. Output Power	Voltage	Frequency	Speed Control Range	Permitted Torque		Starting Torque	Current	Capacitor
Pinion Shaft	Round Shaft	W	V	Hz	r/min	1200r/min mN.m	90r/min mN.m	mN.m	r/min	μF
2IK6RGN-A	2IK6RA-A	6	1ph 100	50	90-1350	50	30	35	0.24	3.5
				60	90-1650	50	29	35	0.25
2IK6RGN-E	2IK6RA-E	6	1ph 110	60	90-1650	50	29	30	0.16	2
			1ph 120						0.18
2IK6RGN-C	2IK6RA-C	6	1ph 220	50	90-1350	55	29	35	0.13	0.8
			1ph 230						0.11
2IK6RGN-H	2IK6RA-H	6	1ph 220	60	90-1650	55	29	35	0.14	0.8
			1ph 230						0.12

Model Lead Wire Type		Max. Output Power	Voltage	Frequency	Speed Control Range	Permitted Torque		Starting Torque	Current	Capacitor
Pinion Shaft	Round Shaft	W	V	Hz	r/min	1200r/min mN.m	90r/min mN.m	mN.m	r/min	μF
4IK25RGN-A	4IK25RA-A	25	1ph 100	50	90-1350	190	47	88	0.5	8
				60	90-1650				0.55
4IK25RGN-E	4IK25RA-E	25	1ph 110	60	90-1650	190	50	108	0.45	7
			1ph 120						0.5
4IK25RGN-C	4IK25RA-C	25	1ph 220	50	90-1350	190	47	88	0.25	1.8
			1ph 230						0.23
4IK25RGN-H	4IK25RA-H	25	1ph 220	60	90-1650	190	45	88	0.23	1.8
			1ph 230

Model Lead Wire Type		Max. Output Power	Voltage	Frequency	Speed Control Range	Permitted Torque		Starting Torque	Current	Capacitor
Pinion Shaft	Round Shaft	W	V	Hz	r/min	1200r/min mN.m	90r/min mN.m	mN.m	r/min	μF
5IK40RGN-A	5IK40RA-A	40	1ph 100	50	90-1350	260	70	180	0.65	12
				60	90-1650				0.7
5IK40RGN-E	5IK40RA-E	40	1ph 110	60	90-1650	260	65	180	0.55	8
			1ph 120						0.6
5IK40RGN-C	5IK40RA-C	40	1ph 220	50	90-1350	300	75	160	0.35	2.5
			1ph 230						0.4
5IK40RGN-H	5IK40RA-H	40	1ph 220	60	90-1650	230	70	145	0.35	2.5
			1ph 230						0.4

Model Lead Wire Type		Max. Output Power	Voltage	Frequency	Speed Control Range	Permitted Torque		Starting Torque	Current	Capacitor
Pinion Shaft	Round Shaft	W	V	Hz	r/min	1200r/min mN.m	90r/min mN.m	mN.m	r/min	μF
5IK60RGN-AF	5IK60RA-AF	60	1ph 100	50	90-1350	460	140	265	1	20
				60	90-1650	490	160		1.1
5IK60RGN-EF	5IK60RA-EF	60	1ph 110	60	90-1650	490	160	265	0.8	12
			1ph 120						0.85
5IK60RGN-CF	5IK60RA-CF	60	1ph 220	50	90-1350	490	140	265	0.5	4
			1ph 230						0.55
5IK60RGN-HF	5IK60RA-HF	60	1ph 220	60	90-1650	490	160	265	0.5	4
			1ph 230						0.55

Model Lead Wire Type		Max. Output Power	Voltage	Frequency	Speed Control Range	Permitted Torque		Starting Torque	Current	Capacitor
Pinion Shaft	Round Shaft	W	V	Hz	r/min	1200r/min mN.m	90r/min mN.m	mN.m	r/min	μF
5IK90RGU-AF	5IK90RA-AF	90	1ph 100	50	90-1350	710	230	405	1.55	25
				60	90-1650		260		1.85
5IK90RGU-EF	5IK90RA-EF	90	1ph 110	60	90-1650	710	260	410	1.4	20
			1ph 120						1.45
5IK90RGU-CF	5IK90RA-CF	90	1ph 220	50	90-1350	710	230	410	0.72	5
			1ph 230						0.7
5IK90RGU-HF	5IK90RA-HF	90	1ph 220	60	90-1650	710	260	410	0.71	5
			1ph 230						0.75

Model Lead Wire Type		Max. Output Power	Voltage	Frequency	Speed Control Range	Permitted Torque		Starting Torque	Current	Capacitor
Pinion Shaft	Round Shaft	W	V	Hz	r/min	1200r/min mN.m	90r/min mN.m	mN.m	r/min	μF
5IK120RGU-AF	5IK120RA-AF	120	1ph 100	50	90-1350	750	360	530	2.1	30
				60	90-1650				2.5
5IK120RGU-EF	5IK120RA-EF	120	1ph 110	60	90-1650	750	360	530	1.65	25
			1ph 120						1.8
5IK120RGU-CF	5IK120RA-CF	120	1ph 220	50	90-1350	750	360	530	1	7
			1ph 230						0.95
5IK120RGU-HF	5IK120RA-HF	120	1ph 220	60	90-1650	750	360	530	1	7
			1ph 230						0.95

Model Lead Wire Type		Max. Output Power	Voltage	Frequency	Speed Control Range	Permitted Torque		Starting Torque	Current	Capacitor
Pinion Shaft	Round Shaft	W	V	Hz	r/min	1200r/min mN.m	90r/min mN.m	mN.m	r/min	μF
6IK120RGU-AF	6IK120RA-AF	120	1ph 100	50	90-1350	750	360	530	2.1	30
				60	90-1650				2.5
6IK120RGU-EF	6IK120RA-EF	120	1ph 110	60	90-1650	750	360	520	1.7	20
			1ph 120						1.8
6IK120RGU-CF	6IK120RA-CF	120	1ph 220	50	90-1350	750	330	530	0.95	8
			1ph 230
6IK120RGU-HF	6IK120RA-HF	120	1ph 220	60	90-1650	750	360	530	0.95	8
			1ph 230						1

Model Lead Wire Type		Max. Output Power	Voltage	Frequency	Speed Control Range	Permitted Torque		Starting Torque	Current	Capacitor
Pinion Shaft	Round Shaft	W	V	Hz	r/min	1200r/min mN.m	90r/min mN.m	mN.m	r/min	μF
6IK140RGU-AF	6IK140RA-AF	140	1ph 100	50	90-1350	830	420	620	2.7	35
				60	90-1650				3
6IK140RGU-EF	6IK140RA-EF	140	1ph 110	60	90-1650	830	420	620	1.8	25
			1ph 120						1.95
6IK140RGU-CF	6IK140RA-CF	140	1ph 220	50	90-1350	830	420	620	1.05	10
			1ph 230						1.15
6IK140RGU-HF	6IK140RA-HF	140	1ph 220	60	90-1650	830	420	620	1.05	10
			1ph 230						1.15

Model Lead Wire Type		Max. Output Power	Voltage	Frequency	Speed Control Range	Permitted Torque		Starting Torque	Current	Capacitor
Pinion Shaft	Round Shaft	W	V	Hz	r/min	1200r/min mN.m	90r/min mN.m	mN.m	r/min	μF
6IK200RGU-CF	6IK200RA-CF	200	1ph 220	50	90-1350	920	500	1000	1.4	10
			1ph 230
6IK200RGU-HF	6IK200RA-HF	200	1ph 220	60	90-1650	920	500	1000	1.4	10
			1ph 230

Model	Voltage(V)	Frequency(Hz)	Max.Current(A)	Motor Power (W)	Speed Range(r/min)	Speed Changer	Speed Responder	Speed Stability	Working Temperature
US11	110V±10%	50/60	5	6~140	9/1350	3%	(0.5)	Excellent	minus10℃~+50℃
US22	220V±10%			6~200	9/1650
US11	110V±10%	50/60	5	6~140	9/1350	3%	(0.5)	Excellent	minus10℃~+50℃
US22	220V±10%			6~200	9/1650
US33	110V±10%	50/60	5	6~140	9/1350	3%	(0.5)	Excellent	minus10℃~+50℃
	220V±10%			6~200	9/1650

Features

1. Aluminum radiation plate: good radiating efficiency.
2. Motor includes a stator and rotor, there is a repulsion force which drives the motor by magnetic field.
3. The output shaft: shaft with gears can match with a gearbox to reduce speed, the round shaft can connect with various types of couplings.
4. Wire: connect to the power supply, this wire can be lengthened as requested.

Model Selection Factors

1. Please specify the power of motor: we have 6W-250W options for micro gear motor.
2. General Voltage: Single phase 110V, 220V, 100V 50Hz/60Hz; Three phase 220V, 380V 50Hz/60Hz
3. Frame size of motor: 60*60mm. 70*70mm, 80*80mm, 90*90mm, 104*104mm
4. Poles of motor: 2P, 4P,6P, 8P
5. Ratio: Ratio of gearbox--your required output speed for motor/rated motor speed
6. The gearbox frame size must be same with size of motor
This motor can rotate at clockwise and counter clockwise. For single phase motor, please change the rotate direction after motor stop.

Installation

1. Center the central axis when installing the gear motor. Error should not be greater than the compensation value of the coupler. A proper centering can extend the service life and maximize transmission efficiency.
2. Do not knock the motor when mounting the driving medium on the output shaft. We suggest using the assembly fixture and inner thread of the shaft and bolt to press the driving medium.
3. The gear motor should be tightly mounted on a stable horizontal base to make sure that the oil can be drained properly and to allow cool air to circulate freely. This helps prevent noise and vibration.
4. The mounting unit allows workers access to the oil pointer, breather plug and oil drain plug with great convenience. After moving the gear motor in place, inspect the compaction reliability of each fastener for a proper fit. The motor is lubricated with oil grease. Replace the screw plug with a breather plug prior to operating.
Note: After a certain time running of the gear motor, regularly check the gearbox oil level to avoid possible leakage caused by the motor shell. For example, overflowing or higher than suggested working temperatures will affect the usage of the gear motor. So different gear motors will be selected according to different temperatures.

How to store the reducer?

1) Keep the reducer in a clean dry place.
2) If it will be stored outdoor or in a humid place, please put the reducer in a box and pack it tightly with a plastic bag to avoid rain exposure and external erosion.

Cautions during Operation

1) Overload should be avoided.
2) Input speed cannot exceed the proper max. speed.
3) Please stop and check the reducer if any of the following occurs:
Sudden temperature rise
Abnormal noise
Unstable speed
4) Please change the motor shaft direction after stopping the motor.

Warranty Instruction

The following costs and damages are not included in our warranty:
1) Freight cost
2) If the reducer connects with or inserts into a unit during dismounting or mounting, or any other extra action, there will be a cost as this is not in the warranty.
3) Other accompanying unspecified damage.

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