Yaskawa

Looking inside the ArcWorld 6000 and DX200 Controller

Yaskawa’s ArcWorld 6000 line of robotic welding systems offer the most cost efficient and powerful solution to your welding needs. ArcWorlds are pre-built, easy to install, and ready to run immediately after installation. The units can configured with multiple robots, a heavy duty positioner or servo controlled external axes. The 6000 line can handle payloads from 755 kg to 1255 kg over a 2 or 3 meter span.  There are many other cool benefits to running the ArcWorld over a traditional welding system:

  • All controllers and power sources are installed and shipped on the frame for minimal setup
  • The world class MA1440 arc used for welding can be combined with multiple robots to cut cycle time by 15%
  • Twist locking connectors for all cabling
  • Fully compliant with most recent robot safety standards (ANSI/RIA R15.06-2012)
  • A standard workcell is only documented and supported by Yaskawa Motoman

The RM2-Series Positioners are are powered with three AC servo motor drives and have a payload capacity of 1555 on each side. With a 6.5 second rapid indexing time, the positioners have a part length between 3000mm and 3500mm. Convenient slip ring built for  the fixture of utilites such as Ethernet and DeviceNet. The positioner uses MotoMount mounting technology inside of the Yaskawa ArcWorld Unit.

Typically used inside of the ArcWorld 6000 line is the DX200 controller. These controllers can coordinate motion between 8 robots with up to 72 axes. Its Advanced Robot Motion control gives the ArcWorld unit the ability to use the arc’s at their peak performance with pinpoint precision. DX200 controllers are available with Cat 3 Functional Safety Unit. Maintenance is hardly necessary as these controllers efficiently use energy and use top of the line prevention methods for most types of failures. Contact Yaskawa Motoman right now to inquiry on price options for different ArcWorld models and make your automation system perform at its best.

Brian Hughes

Brian Hughes is a passionate electrical and content developer for MRO Electric. His main interests are in analog circuit design and solid state physics. Brian's professional background includes working on power system designs for commercial and industrial projects.

Share
Published by
Brian Hughes
Tags: Controllers

Recent Posts

Raspberry Pi in Industrial Automation

For quite a while now, the tech world has been smitten with the Raspberry Pi. …

2 weeks ago

The Role of Contactors

In industrial automation, the significance role contactors play gets overlooked. These unassuming yet pivotal components…

1 month ago

AI Imagines Each State’s Home in Super Mario’s World

It's-a me, MRO! As one of the most beloved video game franchises of all time,…

1 month ago

States with the Most and Longest Power Outages

With the constant threat of severe storms, losing power is an inconvenience homeowners and businesses…

2 months ago

Components of a PLC

Programmable Logic Controllers (PLCs) play a crucial role in controlling and monitoring various processes. PLCs…

2 months ago

Whole House Surge Protectors: Pros and Cons

In today's technology-driven world, our homes are filled with a plethora of electronic devices, appliances,…

3 months ago