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0349312450 - ESAB 1.7m 10-Pin CAN Connection Cable Assembly

Packaging: pack of 1

Sorry, product has been discontinued by the vendor.

OVERVIEW

Precision Digital Communication for Advanced Welding Systems

The ESAB 0349312450 Connection Set represents a critical component in the architecture of modern, digitally-controlled welding environments. Designed to facilitate robust communication between power sources and wire feeders or remote control units, this 5.6-foot (1.7-meter) cable assembly is engineered to support CAN (Controller Area Network) bus protocols. In high-performance welding setups, such as those utilizing ESAB's Aristo or Origo series, the integrity of the control signal is just as vital as the welding current itself. This cable ensures that complex data packets—governing parameters like pulse frequency, wire feed speed, and voltage trim—are transmitted with zero latency and absolute accuracy.

Constructed with industrial-grade materials, the cable features a durable outer jacket capable of withstanding the harsh realities of a metal fabrication shop. It resists exposure to welding spatter, oils, grease, and mechanical abrasion, ensuring a long service life even in demanding heavy-industry applications. The internal conductors are shielded to provide high immunity against Electromagnetic Interference (EMI) and Radio Frequency Interference (RFI), which are common in environments with high-frequency arc starts and heavy electrical loads. This shielding preserves the purity of the digital signal, preventing communication errors that could lead to arc instability or machine fault codes.

The assembly is terminated with high-quality 10-pin connectors, typically of the Amphenol style, known for their secure locking mechanisms and resistance to vibration. These connectors ensure a positive mating connection that will not loosen during operation. The 1.7-meter length is specifically optimized for "short" setups, where the wire feeder is mounted directly on top of the power source or on a swivel pin, eliminating excess cable clutter while providing enough slack for necessary movement and maintenance access. For facility managers and welding engineers, investing in genuine ESAB interconnection cables is a proactive step towards maintaining system reliability and uptime.

Additional Information
Packaging Description:1 Per Ea, pack of 1
Product Type:Connection Set, Interconnection Cable
Length :1.7 m, 5.6 ft
Connection Type:10 Pin, CAN Bus
Application:Remote Control Connection, Wire Feeder to Power Source
----- new values below ----
Product Type:Connection Set, Interconnection Cable
Length:5.6 ft, 1.7 m
Connection Type:10-Pin, CAN Bus
Application:Wire Feeder to Power Source, Remote Control Connection
Brand:ESAB
Packaging Description:1 Per Ea

INCLUDED

  • 1 x 5.6 ft (1.7 m) CAN Bus Connection Cable Assembly
  • Integrated 10-Pin Connectors (Male/Female ends as applicable)
  • Strain Relief Fittings

APPLICATIONS

  • Connecting ESAB wire feeders to power sources (short configuration).
  • Interconnecting remote control panels to welding machines.
  • Replacement of damaged or intermittent 10-pin control cables.
  • Setups requiring CAN bus digital communication.
  • General industrial fabrication environments.

FAQ

The cable is approximately 5.6 feet or 1.7 meters long.

It utilizes 10-pin circular connectors (often Amphenol style) designed for ESAB equipment.

This is primarily a control cable for data and signal transmission (CAN bus), not the main welding power cable.

It is designed for ESAB machines that utilize the 10-pin CAN bus interface, such as many Aristo and Origo models. Always check your manual for part number compatibility.

Yes, it features shielding to protect digital signals from electromagnetic interference common in welding environments.

This is typically a replacement cable with male/female ends suited for direct connection. For extensions, verify if you need a specific extension coupler or a longer single cable.

No, this specific SKU is generally for electrical control signals. Gas hoses are usually separate or part of a larger bundled assembly if specified.

CAN stands for Controller Area Network, a robust communication standard used for the digital data exchange between the welder and feeder.