Allen Bradley 1326AB-B515E-M2L

The 1326AB-B515E-M2L servo motor is a three-phase brushless servo motor that has been designed and manufactured as a means to provide accurate position feedback and at the same time operate efficiently to provide the best results in the control industry. It has been released in the 1326 series by Allen-Bradley.  This servo motor comes with a multi/turn high-resolution encoder as an additional feature. This specification makes the motor able to provide accurate position feedback over multiple revolutions. This feature does not require the use of additional batteries and it helps the motor eliminate needless machine power-ups.  The Allen-Bradley 1326AB-B515E-M2L three-phase brushless servo motor is able to operate with a three-phase voltage of 380 to 460 Volts AC and it has an output rating of 2.3 kilowatts, along with a frequency of 50 to 60 Hertz. Voltage variances have the ability to modify the rated speed of the motor.

 The Allen-Bradley 1326AB-B515E-M2L three-phase brushless servo motor is manufactured in a TENV construction and an extruded aluminum housing that promotes heat transfer. As a standard feature, this motor comes with an IP 65 housing that protects the drive against the entrance of different solid particles that might threaten to enter the motor and cause damage. It also makes the motor able to resist liquids splashing and different temperature and humidity levels.  The Allen-Bradley 1326AB-B515E-M2L three-phase brushless servo motor needs to be attached to a 1391 servo controller. Both devices need to be included in a ground system and the motor cables need to be kept as short as possible to prevent power loss.