Balluff introduces network I/O Weldblocks | Automation.com

Balluff introduces network I/O Weldblocks

February 092016
Balluff introduces network I/O Weldblocks

February 9, 2016 - Balluff introduces network I/O Weldblocks that are optimized for extremely noisy electrical environments, such as welding.

Weldblocks are constructed with fiberglass reinforced composite (polypropylene sulfide) that inherently resists weld spatter while effectively combats grounding loops and electromagnetic interference (EMI).

Weldblocks promote machine mount distributed modular architecture with IO-Link. The network node with IO-Link master on the Weldblock communicates over EtherNet/IP with the PLC or the controller of the machine, while the IO-Link ports can be connected to a variety of IO-Link enabled smart sensor devices or Balluff IO-Link I/O hubs.

The Weldblock family also includes I/O hubs with Balluff expansion ports to expand the total configurable I/O count per IO-Link port to 30, or the entire I/O count per network node to 240. Weldblocks are equipped with a built-in enhanced webserver and port diagnostics to ensure quick troubleshooting. Add-On-Instructions for ease of integration with various controller platforms are also available online for free from the Balluff website.

 

"Balluff Weldblocks offer an ideal solution for our customers needing to fight the high electrical noise in their welding applications while keeping their controls cabinets lean," says Tom Rosenberg, Director of Marketing for Balluff, Inc. "With IO-Link on board, Weldblock IO-Link masters and I/O hubs can build entire controls architecture around the weld cell that was previously a challenge," Rosenberg adds.

About Balluff Inc.

Balluff Inc., the U.S. subsidiary of Balluff GmbH, Neuhausen, Germany, is a leading manufacturer of a wide range of inductive, photoelectric, vision, capacitive and magnetic sensors as well as linear position transducers, RFID systems, and networking products.  Balluff products for OEM and factory floor solutions are used to control, regulate, automate, assemble, position, and monitor manufacturing, assembly, and packaging sequences for industries including: metalworking, automotive, plastics, material handling, wood processing, aerospace, alternative energy, medical, electrical, and electronics.

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