Beckhoff Automation LLC
Beckhoff Automation is a provider of advanced and open automation solutions based upon proven technologies for customers to implement high performance control systems faster and at a lower overall cost than traditional PLC and motion control systems. Beckhoff’s “New Automation Technology” product range includes PC-based control, Industrial PCs, automation controllers, operator interfaces, I/O, servo drives and motors. With representation in more than 60 countries, Beckhoff is well-positioned to provide global sales and service to its customers. Beckhoff sales and service are handled directly, with no intermediaries involved for exceptional customer service and consultation.
Products
PS2000 Power Supplies with EtherCAT Interface
Beckhoff Integrates EtherCAT Interface Directly into Power Supplies Beckhoff has expanded its broad portfolio of PS power supplies with the new PS2000 device series featuring a built-in EtherCAT interface. The PS2000 power supplies can remotely collect additional measurement and device diagnostics for comprehensive system monitoring, which can increase availability and reduce downtime. As a result, the feature-filled power supplies combine compact design and high performance with predictive maintenance functionality for the first time. The new PS2000 variants combine high-performance power supply units from Beckhoff with the ultra-fast EtherCAT communication standard.
TwinCAT MTP
With the new TwinCAT MTP, TwinCAT automation software from Beckhoff helps create Module Type Package (MTP) projects with automatic code generation. This paves the way for efficient software module development integrated into the TwinCAT engineering environment. As a modern solution for modularizing plants in the pharmaceutical, biotech and other process industries, MTP defines an interface for easily orchestrating and connecting modules to a higher-level control system.The MTP concept is based around intelligent modules with their own control system.
TwinCAT Cogging Compensation for AL8000 linear motors
The highly dynamic AL8000 linear motors from Beckhoff now meet even greater requirements for accuracy and synchronization with the new TwinCAT Cogging Compensation software. This makes the linear motors particularly suitable for high-precision applications such as milling machines or laser cutting machines. The cogging compensation software makes use of machine learning, which is seamlessly integrated into TwinCAT and applied on a fully automated basis (Engineering TE5920, Runtime TF5920).Beyond eliminating cogging forces in the AL8000 motors themselves, TwinCAT Cogging Compensation software accounts not only for magnetic effects but also factors related to mechanical design or energy chains.
ATRO – Automation Technology for Robotics
With ATRO, Beckhoff presents a breakthrough concept for robotics applications. This modular system enables extreme flexibility in robot kinematics to fit essentially any application with payloads up to 10 kg and reach of up to 1.3 meters. With ATRO, users can select the exact number of axes required and quickly assemble the exact robot or cobot needed for their application.
MX-System
The MX-System from Beckhoff is a flexible, space-saving and intelligent automation hardware system that can completely replace conventional control cabinets, creating entirely new levels of efficiency in plant automation. Control system installation processes that normally took 24 hours or more can now be completed in just one hour. As a modular control cabinet replacement that can also be decentralized on the machine if required, the MX-System saves engineering, assembly, installation and maintenance efforts.
XTS No Cable Technology (NCT)
Beckhoff is taking the next step in mechatronics flexibility with No Cable Technology (NCT), a major extension of its proven eXtended Transport System (XTS). NCT provides contactless power supply and synchronous real-time data communication directly to XTS movers. This solution enables individual movers to serve as mobile handling and processing stations, essentially turning the intelligent transport system into a powerful, highly flexible multi-robot system.