 |
Allen-Bradley Kinetix MPM Servo Motor MPMB1153FMJ74AA Datasheet Datasheet for the Allen-Bradley Kinetix MPM Servo Motor MPMB1153FMJ74AA, featuring 460VAC, 3000 RPM, 6.55Nm torque, multi-turn encoder, and 24VDC brake. Details electrical, communication, construction, mechanical, dimensions, and environmental specifications. |
 |
Allen-Bradley Kinetix MPM Servo Motor MPMB1653FSJ72AA Datasheet Technical specifications for the Allen-Bradley Kinetix MPM Servo Motor MPMB1653FSJ72AA, featuring 460VAC, 3000 RPM, 26.8Nm torque, single turn encoder, and no brake. |
 |
MPLB430PMK72AA Allen-Bradley Kinetix MPL Servo Motor Datasheet Technical specifications for the Allen-Bradley Kinetix MPL Servo Motor MPLB430PMK72AA, featuring 460VAC, 5000 RPM, 6.55Nm torque, and a multi-turn encoder without a brake. This low inertia servo motor is designed for demanding motion systems. |
 |
Allen-Bradley MPLA230PVJ74AA Servo Motor Datasheet Datasheet for the Allen-Bradley Kinetix MPL Servo Motor MPLA230PVJ74AA, featuring 230VAC, 5000 RPM, 2.10Nm, Multi-Turn Encoder, and 24VDC Brake Keyed. |
 |
Allen-Bradley MPLB220TEJ72AA Servo Motor Datasheet Technical specifications for the Allen-Bradley Kinetix MPL Servo Motor MPLB220TEJ72AA, featuring 460VAC, 6000 RPM, 1.61Nm torque, single turn encoder, and no brake. |
 |
Allen-Bradley 2090XXNFMFS02 Kinetix Servo Cable - 2m Detailed information on the Allen-Bradley 2090XXNFMFS02 Kinetix Servo Cable, a 2-meter feedback cable designed for Kinetix TL-Series servo motors and Kinetix 5100 servo drives. Features include high-resolution absolute feedback. |
 |
Allen-Bradley Kinetix TL Servo Motor TLYA130THJ62AA Datasheet Technical specifications for the Allen-Bradley Kinetix TL Servo Motor, model TLYA130THJ62AA, featuring 230VAC, 6000RPM, 0.32Nm torque, incremental encoder, and no brake. |
 |
Allen-Bradley 2090U3BCD4401 Ultra 3000 Servo Breakout Cable Datasheet for the Allen-Bradley 2090U3BCD4401 Ultra 3000 Servo Breakout Cable Panel Mount, CN1 IOD AF 44Pin, 1m. Features Kinetix TL-Series servo motor integration for low-power applications. |