Greenfield
Factory Automation
Bassett
Batch Processing
Hand
Process Automation
Reynolds
Packaging Automation
Mintchell
Industry Coverage
Case Application
|
Send to Kindle

Networks Central to Mazda’s Triangle Control Concept

Print
FILED IN:  Control, Control, Control
The Changan Ford Mazda Nanjing plant in China employs Mazda’s Triangle Control concept to produce multiple models, with the CC-Link network playing a key role in connecting more than two-dozen robotic workstations.

Established in 2004, the Changan Ford Mazda Nanjing Co. plant was developed as a means to produce cars for the Chinese market. As a multi-brand plant, the facility was designed to assemble several models of cars, meaning that a high degree of production flexibility was mandatory.

Mazda’s Triangle Control concept, a hierarchical principle developed to address plant control from model data to actuators and sensors, was selected as the control system model for this plant. As a hierarchical system, networks are central to the system’s operations. The network chosen for this facility was CC-Link.

As an example of CC-Link’s deployment in the facility, consider the body framing system at the plant. It currently handles production of six different models: Ford’s Fiesta (sedan & wagon), Mazda’s 2 (sedan & wagon) as well as the Mazda 3 (older and newer versions). There is also reserve capacity for two additional future models. The body framing system is divided into 24 stations, with each having multiple controllers in charge of three to four welding robots, comprising nearly 100 robots total. An additional 10 stations handle the under body operations. The shop is automated using Mitsubishi controllers and CC-Link networks.

The CC-Link network allows production engineers to reserve future model configurations so that as production machinery is added, it’s easier for the engineers to enable the new parts of the network. Furthermore, if faults occur in the system, CC-Link allows malfunctioning stations to be removed from the network, serviced, and then returned to operation without disrupting total line operation.

Beyond cost savings through the use of standard cabling and reduced hardware footprints, plant engineers also cite CC-Link’s update times over long distances as a reason for its selection. CC-Link is reportedly able to deliver millisecond update times despite the plant’s large station totals and long distance requirements. Communication speeds are said to be well within the plant’s requirements for data flow and machine cycle times.

“CC-Link has an established relationship with Ford and Mazda, beginning with the new Ford Mustang line several years ago in the U.S.,” says John Browett, general manager of the CC-Link Partner Association. “No doubt the benefits obtained in that installation influenced the selection of CC-Link for the Nanjing plant.”

FILED IN: Control, Control, Control

ADVERTISEMENT
0

Add new comment

 

  NEWSLETTERS
Don’t miss intelligence crucial to your job and business!
Click on any newsletter to view a sample. Enter your email address below to sign up!

News Insights

News & Analysis

Product Insights

Latest Automation Products

TalkPoints

Automation Columnists

Feed Forward

Latest from Gary Mintchell

Automation Focus

Sponsored white papers, videos and products

Process Automation

Industry Trends & Applications

Motion Control

Machine & Motion Control

Automation Skills

Improve Industry Skills

Industrial
Ethernet Review

Network Application of IE

Packaging
Automation Review

Trends in Packaging Automation

Safety
Automation Insights

The How & Why of Safety

Global Edition

Global automation news

Each newsletter ranges in frequency from once per month to a few times per month at most.
Wired & Wireless Cover
E-Book Special Report
Networks: Wired & Wireless
Sign up to receive timely updates from our editors and download this FREE Special Report exploring the most widely adopted protocols for fieldbus, Ethernet and wireless networking in the process industries, as well as the latest trends in wireless applications.
x