Training workstations allow for hands-on, self-paced instruction. Select a standard workstation or customize your own to fit your needs.
Standard workstations include drives, HMI, I/O systems, motion control, and more.
To purchase training products or to learn more about our training solutions, contact your local sales office or distributor.
Simulate common components of an AADvance? Control System, which includes redundant controllers, I/O modules, and switches.
This two-part unit introduces students to basic industrial automation with the use of a simple theme-park ride.
Develop and build a solid foundation of CompactLogix? and automation system knowledge by becoming familiar with a variety of automation hardware and software.
The ControlLogix? workstation offers a means to simulate the same control schemes running throughout your plant. (10-slot chassis)
The ControlLogix? workstation offers a means to simulate the control schemes that run throughout your plant. (7-slot chassis)
The ControlLogix? workstation offers a means to simulate the same control schemes that run throughout your plant. (7-slot chassis)
Program safety instructions within a GuardLogix? safety task for monitoring safety-circuitry.
Develop and build a solid foundation of Integrated Architecture? and automation system knowledge.
This workstation is a two-axis SERCOS servo system designed to work with existing ControlLogix? with Motion workstations.
With this workstation and a ControlLogix? workstation you can configure, program, commission, and run Kinetix? 6500 servo drives on an EtherNet/IP network.
Simulate common components of process applications including redundant controllers and switches, remote I/O, an EtherNet/IP MCC, and an operator workstation.
This workstation provides a flexible package of power, control and operator interface options to meet the demands for space, flexibility, and simulation reliability.
This workstation provides a flexible package of power, control, and operator interface options to meet the demands for space, flexibility, and simulation reliability.
Manually configure safety relays and input devices in a relay-based safety system.