MPL-B310P-SK72AA

The Allen-Bradley MPL-B310P-SK72AA is a servo motor from the Kinetix MP series product family. This servo motor is designed with compact and small assembly that requires minimum installation space. It is a brushless, asynchronous AC servo motor installed with rare earth magnets for an enhanced, faster acceleration.

The MPL-B310P-SK72AA has a high Torque to size ration. This means that despite the small assembly, it is capable of providing high levels of output. Specifically, this servo motor has an output power rating of 0.77 kW and continuous stall Torque rating of 1.58 N-m. It has a maximum operating speed of 5000 revolutions per minute (rpm). It is operated when supplied with an external 460VAC voltage. Additionally, this servo motor uses a SpeedTec DIN connector for establishing external connections. The type of connector that is used by this servo motor is a right angle, 180 degree rotatable connector. It also uses a 1024 sin/cos, absolute single-turn encoder that is compatible with Stegmann or Hiperface protocol.

This Servo motor cannot operate without the use of a Kinetix Servo drive. Only One (1) servo drive is needed by this operator however, there are a variety of options to select from. Available Kinetix drives for this servo motor are Kinetix 5500, Kinetix 5700, Kinetix 6200/6500, Kinetix 6000, Kinetix 300/350, Kinetix 2000, and Kinetix 7000. It is important to note that Kinetix 5500 and Kinetix 5700 will require a conversion kit such as 2198-H2DCK (series B or later) Hiperface-to-DSL feedback converter kit and 2198-K57CK-D15M universal feedback connector kit respectively.

The MPL-B310P-SK72AA servo motor is part of the low-inertia servo motors series from Allen-Bradley. The motor has a magnet stack length designator of 10, and 5000 revolutions per minute of rated speed. For the feedback, the MPL-B310P-SK72AA servo motor has a single-turn high-resolution feedback encoder. When mounting the MPL-B310P-SK72AA servo motor, note that electromagnetic interference can cause the motor to operate improperly. To prevent EMI interference, signal-carrying lines can be separated and shielded, the AC power can be filtered, and all of the recommended grounding procedures must be followed. For the cabling, the signal-carrying cables should be separated from the power carrying cables. Additionally, the signal and power cables should be routed differently. When grounding the servo motor, a single-point parallel ground system should be used. The grounding system should make use of a ground bus bar. As a rule of thumb, the MPL-B310P-SK72AA servo motor should be installed or accessed when the power is still connected. The power should be locked out before connecting or disconnecting the motor. The servo motor should be operated in an environment with the proper ambient temperature.