Ruckus Wireless has announced that it has been selected to supply high-speed Ruckus Smart WiFi products to Kawasaki Motors Manufacturing Corporation, a subsidiary of Kawasaki Heavy Industries.
The new high-speed Ruckus Smart WiFi system was installed to support Kawasaki Motors’ vast warehousing, production, quality control and parts management operations, where popular consumer recreation and utility machines such as Teryx all terrain vehicles (ATVs), Mule utility vehicles, Jet Ski watercraft, and Rail Cars are made.
With more than 2 600 employees working across over two million square feet of manufacturing, back office and warehousing space, Kawasaki Motors needed to implement a reliable WiFi infrastructure to support a variety of applications, from quality control and inventory management systems to inter-staff voice communication and digital signage.
These applications utilise hundreds of handheld mobile devices such as Siemens WL2 VoIP WiFi phones for inter-staff voice communications to Apple iPads, and then to Datalogic Elf and Symbol barcode scanners placed on forklifts, so staff can constantly feed inventory data into its LANSA enterprise resource planning (ERP) system.
Kawasaki Motors have also designed and developed custom mobile iPad applications that line staff use with an internally developed real-time assembly line inventory (eKanban) system that relies heavily on reliable wireless connectivity.
This enables them to maintain accurate inventory levels at all times. Kawasaki also plans to use WiFi for its Andon system, where assembly line workers have the ability to stop the production line if an issue is identified. It has also developed custom iPad mobile applications for its inspection recording system used by quality service engineers, allowing them to release finished products or hold and inspect units.
“We view WiFi as a strategic tool for optimising operations as part of our continuous improvement practice, because we use it daily to literally run our plant manufacturing operations,” says Paul Kramer, IT manager for Kawasaki Motors.
“As a result, a reliable and robust system was simply no longer negotiable.”
According to Kawasaki Motors, the existing Cisco legacy WiFi system was causing continuous disconnections as the environment became more challenging from an RF and data capacity perspective. It also failed to provide ubiquitous WiFi signal coverage, consistent high-speed data connectivity and support for high-density locations within certain parts of the facility.
“Given so much mobility by staff, unfriendly RF obstacles, electromagnetic interference, and RF noise, getting wireless to operate as reliably as a utility, like power, was a major challenge for us,” says Kramer.
“When we began testing the Ruckus ZoneFlex system in our plant, we saw immediate and remarkable improvements in coverage and reliable connectivity at higher data rates than we had previously experienced, and with fewer access points deployed. This surprised us, so we made the move to Ruckus.”
With Communication Services, Kawasaki’s systems integration partner, Kramer deployed nearly 100 three-stream, dual-band 802.11n Ruckus ZoneFlex 7982 indoor access points, each of which integrate a dual-polarised, patented, adaptive antenna array and custom software such as ChannelFly – all of which combine to automatically and continuously select the best signal path and best RF channel for each device.
With the Ruckus system in place, Kawasaki now experiences better quality VoIP communications and up to a five times increase in the amount of products they can scan through its system, according to Kramer.
“Ultimately the ZoneFlex Smart WiFi system has allowed us to lower the cost of our supply chain management processes while speeding our production environment,” says Kramer.
Additionally, because of the stronger signal strength delivered by the Ruckus access points, battery life on Kawasaki Motors’ handheld devices has also improved. Kramer continued, “The Ruckus Smart antenna is just better at transmitting and receiving signals so the devices can make a better connection using less power in both directions. We also have applications where Apple iPods are strapped to workers’ arms within our warehousing environments for picking applications.
“The dual-polarisation of the Ruckus smart antenna technology makes a big difference in these types of applications. Overall, with Ruckus, we now feel we have a state-of-the-art WiFi infrastructure that now functions as a reliable utility for almost any applications we can think of,” concludes Kramer.
