The MPAS actuators are Allen-Bradley MP series integrated linear stages that are designed and intended to provide the high performance and high levels of reliability of the MP series servo motor technology to ball-screw actuators along with direct-drive linear slide actuators. The linear stages are made to be used in offensive, high-output industrial automation applications instead of in high-accuracy workroom settings. Items including cable tracks as well as strip seals that wear out can quickly be changed in a matter of minutes and this helps to minimize downtime on the machine. Since the MPAS actuators come as fully integrated motors/actuators and they are supported by the Motion Analyzer software as well as Studio 5000 Logix Designer application software, the amount of time necessary for the mechanical design, setup, programming, and installation processes is radically reduced. The MPAS Actuators or the MP series integrated linear stages are specifically engineered to provide support for heavy loads and to endure moment loads. They are especially suitable for high-precision applications and for use in hygienic environments. These actuators are designed with a ball screw along with the linear motor technology.
Some features of the MPAS actuators include full setup as well as programming support via the RSLogix 5000 software version 20 or earlier. These modules also come with an integrated linear stage actuator type, direct-drive linear motor versions that offer speeds of up to 5 meters per second, and ball screw-driven versions for high forces with the absolute multi-turn feedback. Additionally, these actuators are available in different frame sizes including 150, 200, and 250 millimeters, for both 230 Volts and 460 Volts input voltage ratings. In addition to the general MP series integrated linear actuators, other MPAS actuators include integrated linear thrusters, Kinetix cables, VP and MP series electrical cylinders, MP series heavy-duty electrical cylinders, and MP series integrated multi-axis actuators.
Browse available units in our catalog of MPAS Actuators.
Belonging to the MP series, the MPAS-B90361-V05S4A utilizes a ballscrew drive system and operates with a multi-turn high-resolution encoder for precise feedback. It is equipped with a covered enclosur
This linear stage belongs to the MP series and operates at a voltage class of 200V. It has a frame size of 150 mm and can extend to a stroke length of 360 mm. The system utilizes a direct drive motor
This linear actuator, part of the MP series, features a ballscrew drive mechanism combined with the MPLS-x220H-V motor type. It incorporates a high-resolution multi-turn encoder for superior feedback
This linear stage is characterized by its 200 mm frame size and a robust stroke length of 900 mm. The drive system utilizes a ballscrew mechanism, specifically the MPLS-x220H-V model, complemented by
With a frame size measuring 250 mm and a stroke length of 180 mm, this integrated linear stage is designed to provide precise motion performance. It features a ballscrew drive using the MPLS-x210E-V m
This linear stage model features a frame size of 200 mm and enables a stroke length of 540 mm. It uses a ballscrew actuator and an MPLS-x210E-V motor when it operates, and is equipped with a multi-tur
This integrated linear actuator, part of the MP series, has a frame size of 250 mm and provides a stroke length of 120 mm. It utilizes a ballscrew actuator and employs a multi-turn high-resolution enc
Functioning within the 200V voltage class, the MPAS-A80782-V20S2A features a frame size of 200 mm and allows for a stroke length of 780 mm. The design incorporates a ballscrew drive system, and feedba
This integrated linear stage comes with a frame size of 250 mm and utilizes a direct drive motor in a 9-frame configuration. It is equipped with a high-resolution 5-micron incremental magnetic linear
This actuator features a 400V voltage class and a mechanical drive system using a ballscrew with the MPLS-x220H-V motor. Equipped with a multi-turn high-resolution encoder for feedback, it is suitable