1326AB-C2E-11-3396D

The 1326AB-C2E-11-3396D is a highly-rated Servo Motor from the Allen Bradley brand; this module is a top-performer that manufactures a variety of electrical hardware and equipment to assist with ensuring that facilities have access to a powerful set of tools in order to ensure efficient production. This device features a number of benefits for the facility in which this motor is utilized, and is compatible with a large number of Smart Motor Controllers to ensure that facilities have better flexibility when it comes to coupling this motor with the right controller. The 1326AB-C2E-11-3396D Servo Motor has a maximum operating speed of 3000 RPM, a with rated motor speed that matches at 3000 RPM. The frame diameter measures in at 194 millimeters, providing a compact size, yet a powerful performance that is perfect for different types of operations. This device also features an Inch Combination Face/Flange with a Keyway and a motor rated output of 5.2 kW.

A system continuous torque of 23.7 N-m is featured on the 1326AB-C2E-11-3396D Allen Bradley Servo Motor, with a system peak stall torque of 47.5 N-m. This ensures that adequate performance may be provided by the Servo Motor to meet the requirements of the settings and hardware it is used in. Management of the Allen Bradley Servo Motor 1326AB-C2E-11-3396D can be provided through the use of a supported controller module, such as a Solid-State Smart Motor Controller, which is also manufactured by the Allen Bradley brand. The combination of a Smart Motor Controller and a Servo Motor can ensure that all operations will run smoothly, that the right power settings are delivered to the operation, and that potential hazards that may occur with certain faults, such as overcurrents, may be avoided. The installation of the 1326AB-C2E-11-3396D motor should only be done by a professional who has enough knowledge to provide an efficient and appropriate installation. Incorrect wiring or errors with the programming of the connected controller modules may cause the Servo Motor to become overcharged with power, which could lead to possible problems.