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260623065 - Miller 65ft Extension Cable for SubArc Flux Hopper Digital Interface

Packaging: 1 PER EA
$728.89/EA $512.62/1 PER EA only $512.62/EASave 30%

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OVERVIEW

Miller 260623065 SubArc Flux Hopper Extension Cable Overview

The Miller 260623065 is a specialized extension cable designed to enhance the layout flexibility and operational capability of Submerged Arc Welding (SAW) systems. In heavy industrial environments, the physical constraints of the workspace often require the flux delivery system to be positioned at a significant distance from the central control interface. This 65-foot (19.8 meter) extension cable bridges that gap, providing a robust connection between the SubArc Flux Hopper Digital Low Voltage unit and the SubArc Digital Interface. By utilizing this extension, facility managers and welding engineers can optimize the configuration of their welding cells without being limited by standard cable lengths.

Engineered by Miller Electric, this cable assembly is built to maintain signal integrity over long distances. In digital welding automation, reliable communication between components is paramount to maintaining consistent weld quality and flux coverage. The 260623065 ensures that control signals for flux dispensing are transmitted accurately, preventing interruptions or inconsistencies in the flux bed that could lead to weld defects. The cable is compatible with systems utilizing Digital and Analog to SubArc Digital Interfaces, making it a versatile component for various Miller SubArc configurations.

Durability is a key focus of this product's design. Industrial welding environments are characterized by exposure to dust, debris, and potential mechanical wear. The outer jacket of the Miller 260623065 is constructed to withstand these conditions, protecting the internal conductors from damage. This reliability reduces the risk of downtime caused by cable failure, ensuring that high-volume production lines remain operational. Whether used in shipbuilding, pressure vessel manufacturing, or structural steel fabrication, this extension cable is an essential accessory for maintaining an efficient and flexible SubArc welding process.

Integrating genuine Miller components like the 260623065 into your equipment roster guarantees fitment and performance. Third-party cables may not meet the specific impedance or shielding requirements of Miller's digital interfaces, potentially leading to communication errors. By choosing the OEM extension cable, operators ensure that their sophisticated SubArc equipment functions exactly as intended, delivering the precision and productivity associated with the Miller brand.

Additional Information
Brand:Miller
Packaging Description:1-per-each
Cable Length:65 ft
Application:Submerged Arc Welding
Compatible Equipment:SubArc Flux Hopper, SubArc Interface
Connection Type:Digital Low Voltage

INCLUDED

  • 1 x Miller 260623065 SubArc Flux Hopper Extension Cable (65 ft)

APPLICATIONS

  • Submerged Arc Welding (SAW) automation cells
  • Heavy industrial fabrication plants
  • Pressure vessel and tank manufacturing
  • Shipbuilding and marine construction
  • Structural steel beam welding lines
  • Pipe welding stations

FAQ

The cable is 65 feet (approximately 19.8 meters) long.

It connects the SubArc Flux Hopper Digital Low Voltage to the SubArc Digital Interface.

Yes, the manufacturer specifies it is for Digital & Analog to SubArc Digital Interface connections.

This cable is specifically designed for the SubArc Flux Hopper system and may not be compatible with other devices due to specific pinouts and voltage ratings.

It allows you to position the flux hopper significantly further away from the main control interface, which is essential for welding large workpieces or in automated setups with long travel paths.

Yes, this is a genuine Miller Electric OEM component, part number 260623065.

It is primarily a control/interface cable carrying low voltage signals and power for the digital flux hopper operation.

Yes, it features an industrial-grade jacket designed to withstand typical welding environment conditions.