Micro AC Induction Gear Motor

Micro AC Induction Gear Motor
Micro AC Induction Gear Motor
Micro AC Induction Gear Motor
Micro AC Induction Gear Motor
Micro AC Induction Gear Motor
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1. The micro AC induction gear motor is fully rotated by induction created by electromagnetic coils and a capacitor. Starting torque is not very high but the compact motor and high efficiency allow it to get the job done during continuous operation.
2. During single motor operation it is possible to change the direction of rotation quickly. Change the rotating direction after the motor is completely stopped.
3. The three phase induction motor is driven by a three phase power supply. This is a high efficiency operation with high initial torque.
4. Suitable for unidirectional continuous running.

Application

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

Technical parameters:
Induction Motor Model Lead Wire Type Output Power Voltage Frequency Current Starting Torque Rated Torque Rated Speed Capacitor
Pinion Shaft Round Shaft W V Hz A mN.m mN.m r/min μF
2IK6GN-A 2IK6A-A 6 1ph 100 50 0.24 55 48 1200 3.5
60 0.25 50 40 1450
2IK6GN-E 2IK6A-E 6 1ph 110 60 0.16 40 40 1450 2
1ph 120 0.18
2IK6GN-C 2IK6A-C 6 1ph 220 50 0.13 50 48 1200 0.8
1ph 230 0.14 40 1450
2IK6GN-H 2IK6A-H 6 1ph 220 60 0.13 55 40 1450
1ph 230 0.14
2IK6GN-S 2IK6A-S 6 3ph 220 50 0.076 85 48 1200 /
60 0.065 70 40 1450
Induction Motor Model Lead Wire Type Output Power Voltage Frequency Current Starting Torque Rated Torque Rated Speed Capacitor
Pinion Shaft Round Shaft W V Hz A mN.m mN.m r/min μF
3IK15GN-A 3IK15A-A 15 1ph 100 50 0.35 90 125 1200 6
60 0.33 85 105 1450
3IK15GN-E 3IK15A-E 15 1ph 110 60 0.3 85 105 1450 5
1ph 120 0.32
3IK15GN-C 3IK15A-C 15 1ph 220 50 0.18 90 125 1200 1.2
1ph 230 0.2
3IK15GN-H 3IK15A-H 15 1ph 220 60 0.16 65 105 1450
1ph 230 0.15 70
3IK15GN-S 3IK15A-S 15 3ph 220 50 0.14 220 125 1200 /
60 0.12 180 105 1450
Induction Motor Model Lead Wire Type Output Power Voltage Frequency Current Starting Torque Rated Torque Rated Speed Capacitor
Pinion Shaft Round Shaft W V Hz A mN.m mN.m r/min μF
4IK25GN-A 4IK25A-A 4IK25GN-AT 4IK25A-AT 25 1ph 100 50 0.5 120 200 1250 8
60 0.55 165 1550
4IK25GN-E 4IK25A-E 4IK25A-ET 4IK25A-ET 25 1ph 110 60 0.45 120 165 1550 7
1ph 120 0.5
4IK25GN-C 4IK25A-C 4IK25GN-CT 4IK25A-CT 25 1ph 220 50 0.25 120 200 1250 1.8
1ph 230 0.23
4IK25GN-H 4IK25A-H 4IK25A-HT 4IK25A-HT 25 1ph 220 60 0.23 120 165 1550
1ph 230
4IK25GN-S 4IK25A-S 4IK25GN-ST 4IK25A-ST 25 3ph 220 50 0.185 350 200 1250 /
60 0.17 250 165 1550
Induction Motor Model . Type Upper:Pinion Shaft Under: Round Shaft Output Power Voltage Frequency Current Starting Torque Rated Torque Rated Speed Capacitor
Lead Wire Type Terminal Box Type W V Hz A mN.m mN.m r/min μF
5IK40GN-A 5IK40A-A 5IK40GN-AT 5IK40A-AT 40 1ph 100 50 0.65 220 315 1250 12
60 0.7 260 1550
5IK40GN-E 5IK40A-E 5IK40A-ET 5IK40A-ET 40 1ph 110 60 0.55 200 260 1550 8
1ph 120 0.6
5IK40GN-C 5IK40A-C 5IK40GN-CT 5IK40A-CT 40 1ph 220 50 0.35 220 315 1250 2.5
1ph 230 0.4
5IK40GN-H 5IK40A-H 5IK40A-HT 5IK40A-HT 40 1ph 220 60 0.35 200 260 1550
1ph 230 0.4
5IK40GN-S 5IK40A-S 5IK40GN-ST 5IK40A-ST 40 3ph 220 50 0.3 800 315 1250 /
60 0.25 660 250 1550
Induction Motor Model . Type Upper:Pinion Shaft Under: Round Shaft Output Power Voltage Frequency Current Starting Torque Rated Torque Rated Speed Capacitor
Lead Wire Type Terminal Box Type W V Hz A mN.m mN.m r/min μF
5IK60GN-AF 5IK60A-AF 5IK60GN-AFT 5IK60A-AFT 60 1ph 100 50 1 320 470 1250 20
60 1.1 380 1550
5IK60GN-EF 5IK60A-EF 5IK60GN-EFT 5IK60A-EFT 60 1ph 110 60 0.8 300 380 1550 12
1ph 120 0.85
5IK60GN-CF 5IK60A-CF 5IK60GN-CFT 5IK60A-CFT 60 1ph 220 50 0.5 340 470 1250 4
1ph 230 0.55
5IK60GN-HF 5IK60A-HF 5IK60GN-HFT 5IK60A-HFT 60 1ph 220 60 0.5 340 380 1550
1ph 230 0.55
5IK60GN-SF 5IK60A-SF 5IK60GN-SFT 5IK60A-SFT 60 3ph 220 50 0.45 1000 470 1250 /
60 0.4 800 380 1550
Induction Motor Model . Type Upper:Pinion Shaft Under: Round Shaft Output Power Voltage Frequency Current Starting Torque Rated Torque Rated Speed Capacitor
Lead Wire Type Terminal Box Type W V Hz A mN.m mN.m r/min μF
5IK60GU-AF 5IK60GU-AFT 60 1ph 100 50 1 320 470 1250 20
60 1.1 380 1550
5IK60GU-EF 5IK60GU-EFT 60 1ph 110 60 0.8 300 380 1550 12
1ph 120 0.85
5IK60GU-CF 5IK60GU-CFT 60 1ph 220 50 0.5 340 470 1250 4
1ph 230 0.55
5IK60GU-HF 5IK60GU-HFT 60 1ph 220 60 0.5 340 380 1550
1ph 230 0.55
5IK60GU-SF 5IK60GU-SFT 60 3ph 220 50 0.45 1000 470 1250 /
60 0.4 800 380 1550
Induction Motor Model . Type Upper:Pinion Shaft Under: Round Shaft Output Power Voltage Frequency Current Starting Torque Rated Torque Rated Speed Capacitor
Lead Wire Type Terminal Box Type W V Hz A mN.m mN.m r/min μF
5IK90GU-AF 5IK90GU-AFT 90 1ph 100 50 1.55 450 700 1250 25
5IK90A-AF 5IK90A-AFT 60 1.85 570 1550
5IK90GU-EF 5IK90A-EF 5IK90GU-EFT 5IK90A-EFT 90 1ph 110 60 1.4 500 570 1550 20
1ph 120 1.45
5IK90GU-CF 5IK90A-CF 5IK90GU-CFT 5IK90A-CFT 90 1ph 220 50 0.72 450 700 1250 5
1ph 230 0.7
5IK90GU-HF 5IK90A-HF 5IK90GU-HFT 5IK90A-HFT 90 1ph 220 60 0.71 450 570 1550
1ph 230 0.75
5IK90GU-SF 5IK90A-SF 5IK90GU-SFT 5IK90A-SFT 90 3ph 220 50 0.6 1350 700 1250 /
60 0.55 1100 570 1550
Induction Motor Model . Type Upper:Pinion Shaft Under: Round Shaft Output Power Voltage Frequency Current Starting Torque Rated Torque Rated Speed Capacitor
Lead Wire Type Terminal Box Type W V Hz A mN.m mN.m r/min μF
5IK120GU-AF 5IK120A-AF 5IK120GU-AFT 5IK120A-AFT 120 1ph 100 50 2.1 600 930 1250 30
60 2.5 750 1550
5IK120GU-EF 5IK120A-EF 5IK120GU-EFT 5IK120A-EFT 120 1ph 110 60 1.65 600 750 1550 25
1ph 120 1.8
5IK120GU-CF 5IK120A-CF 5IK120GU-CFT 5IK120A-CFT 120 1ph 220 50 1 650 930 1250 7
1ph 230 0.95
5IK120GU-HF 5IK120A-HF 5IK120GU-HFT 5IK120A-HFT 120 1ph 220 60 1 600 750 1550
1ph 230 0.95
5IK120GU-SF 5IK120A-SF 5IK120GU-SFT 5IK120A-SFT 120 3ph 220 50 0.7 1850 930 1250 /
60 0.6 1600 750 1550
Induction Motor Model . Type Upper:Pinion Shaft Under: Round Shaft Output Power Voltage Frequency Current Starting Torque Rated Torque Rated Speed Capacitor
Lead Wire Type Terminal Box Type W V Hz A mN.m mN.m r/min μF
6IK140GU-AF 6IK140A-AF 6IK140GU-AFT 6IK140A-AFT 140 1ph 100 50 2.7 700 1080 1250 35
60 3 870 1550
6IK140GU-EF 6IK140A-EF 6IK140GU-EFT 6IK140A-EFT 140 1ph 110 60 1.8 700 850 1550 25
1ph 120 1.95
6IK140GU-CF 6IK140A-CF 6IK140GU-CFT 6IK140A-CFT 140 1ph 220 50 1.05 850 1040 1250 10
1ph 230 1.15
6IK140GU-HF 6IK140A-HF 6IK140GU-HFT 6IK140A-HFT 140 1ph 220 60 1.05 750 850 1550
1ph 230 1.15
6IK140GU-SF 6IK140A-SF 6IK140GU-SFT 6IK140A-SFT 140 3ph 220 50 0.85 2700 1080 1250 /
60 0.75 2200 870 1550
Induction Motor Model . Type Upper:Pinion Shaft Under: Round Shaft Output Power Voltage Frequency Current Starting Torque Rated Torque Rated Speed Capacitor
Lead Wire Type Terminal Box Type W V Hz A mN.m mN.m r/min μF
6IK200GU-AF 6IK200A-AF 6IK200GU-AFT 6IK200A-AFT 200 1ph 100 50 3.2 900 1520 1250 45
60 3.5 1230 1550
6IK200GU-EF 6IK200A-EF 6IK200GU-EFT 6IK200A-EFT 200 1ph 110 60 2.75 850 1230 1550 35
1ph 120 2.65
6IK200GU-CF 6IK200A-CF 6IK200GU-CFT 6IK200A-CFT 200 1ph 220 50 1.4 1000 1520 1250 10
1ph 230
6IK200GU-HF 6IK200A-HF 6IK200GU-HFT 6IK200A-HFT 200 1ph 220 60 1.4 900 1230 1550
1ph 230
6IK200GU-SF 6IK200A-SF 6IK200GU-SFT 6IK200A-SFT 200 3ph 220 50 1.2 3400 1520 1250 /
60 1 2700 1230 1550
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 desired power of the 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 as the size of motor

This motor can rotate in both clockwise and counter clockwise directions. For single phase motors, 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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