1326AB-B410G-M2L

The 1326AB-B410G-M2L is a servomotor by Allen Bradley and it is primarily utilized in smart systems, automation, and robotics. The 1326AB-B410G-M2L has a frame diameter of 108 millimeters and a rated motor speed of 5000 rpm. The 1326AB-B410G-M2L also contains a system continuous torque of 2.7 N-m and the motor rated output is 1.0 kW. While the servomotor is not a motor per say, it can be called a rotary actuator because it has a linear actuator. The linear actuator that is a feature of the 1326AB-B410G-M2L allows user precision when it comes to the modulation of angular positioning, acceleration, and velocity of the system. The 1326AB-B410G-M2L consists of sensors for positioning, a matched motor, and a feedback mechanism that is intelligent.

The controllers that can be utilized or coupled with servomotors like the 1326AB-B410G-M2L are relatively complex and the controllers can boast two things; a sophisticated design and dedicated usage that is specific to the servomotor. The 1326AB-B410G-M2L has a very specific design and functional features; making it an ideal mix for the robotics industry. The utility of servomotors is best realized in closed-loop control systems. A good example would be CNC machinery and automated manufacturing. The servomotor has a reduced size and offers great benefits like proportional control to the users. The components of the motor can be divided into three essential parts which are a potentiometer, a DC motor, and a control circuit. Since servomotors offer great efficiency without taking too much space, they are a boon for the automated manufacturing industry.