2IK06GN 220V gear reduction AC motor 6W high torque micro speed regulating #motors #machine

Xinda 220V gear reduction AC motor 6W high torque slow forward and reverse micro speed regulating small motor Rotating speed selection: 500 revolutions per minute 300 revolutions per minute 200 revolutions per minute 150 revolutions per minute 100 revolutions per minute 80 revolutions per minute 50 revolutions per minute 30 revolutions per minute 20 revolutions per minute 10 revolutions per minute Parameter information

Brand XD model 2I/RK6GN-C Origin Chinese mainland Power supply mode Alternating current Voltage 220V model: 2IK6GN-C Operation speed Low speed motor Function Type: AC gear motor Power phases Single-phase motor Power type: AC motor

Kind tips

1: The installation structures of AC reduction motors are different, so the selection is different, it is recommended
to contact online customer service for recommendations
2: The faster the speed. the better! The output torgue is also diferent with different speeds
The greater the speed, the smaller the force, and the smaller the weight driven. The smaller the speed, the greater the strength, and the greater the weight driven.
As long as the motor size, voltage, speed and torque can meet your requirementsThis product can be used in any mechanical automation equipment.
Main uses: vending machines, smart homes, office equipment, household automation equipment, production automation equipment, medical machinery, game machinery, intelligent window opening machines, conveying machinery, textile machinery, printing machinery, food machinery and other machinery and equipment

Speed regulation safety range

Q: Why can the speed of the motor only be adjusted to a certain range after it is loaded?A: Because the motor is slowed down by reducing the voltage. After the voltage is reduced: the torque of the motor will also become smaller, and it is very likely to be overloaded.
A: In addition, after the motor speed is slowed down, the cooling fan will also turn slowly, and the cooling effect will become worse. At this time, the heat dissipation will become worse due to the increase in current, and the motor will heat up seriously, which is easy to cause the stator coil insulation to fail and short-circuit and burn the machine.