The new single-axis Allen-Bradley Kinetix 350 drive offered by Rockwell Automation can be used as part of a multi-axis motion solution to provide scalability at a low cost. Fully compatible in a star or linear topology, it provides a simplified integration of the entire control solution on one network, including HMI, CompactLogix PAC, I/O and motion.
Based on the Allen-Bradley Kinetix 300 power design, the Kinetix 350 has been designed to connect and operate with the new family of Allen-Bradley CompactLogix PACs, supporting Integrated Motion on Ethernet/IP, which can control up to 16 axes of motion.
With its compact design, the Kinetix 350 requires less panel space and can be connected easily. In addition, users can reduce installation and commissioning time by re-using code across integrated products throughout an entire machine portfolio. Available in 120 and 240 VAC single-phase, as well as 240 and 460 VAC three-phase models, the new range offers 400 W to 3 kW power capabilities.
When coupled to an Allen-Bradley ControlLogix or Allen-Bradley CompactLogix PAC, which support Integrated Motion on Ethernet/IP, the Kinetix 350 can be programmed with RSLogix 5000 V.20 software. Systems can also be enhanced using Motion Analyzer software, which helps optimise machine design by making it faster and easier to analyse, simulate and select motion control systems; by allowing a user to prototype and analyse a variety of designs. It can also support standard motion instruction sets, including Kinematics.
Safety in the workplace is also critical and continues to be a growing concern. With the Kinetix 350, users can help protect staff and facilitate improved productivity through increased machine availability. The Kinetix 350 comes equipped with embedded safe-torque-off functionality. Tasks such as machine setup, cleaning, removal of jams and other typical maintenance work that previously required power-down conditions can now be accomplished without removing power from the machine. The Kinetix 350 meets ISO 13849-1 Safety Category 3 Performance Level d and IEC 61508 SIL 2 safety standards.
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