0459528970 - ESAB 1.7m Water-Cooled Interconnection Set 95mm2 CAN 12-10P

ESAB 0459528970 Connection Set Overview

The ESAB 0459528970 is a specialized interconnection cable set designed to link compatible ESAB power sources with wire feed units. This assembly is engineered for heavy-industrial applications requiring water-cooled torch systems and high-amperage outputs. The core of the assembly features a 95mm² cross-section power cable, ensuring minimal voltage drop and efficient energy transfer even at the upper limits of the machine's output range. The '1.7MW' designation in the product nomenclature refers to its 1.7-meter length and Water-cooled specification.

Integrated within the protective sheath are the necessary coolant lines (supply and return) for liquid-cooled MIG/MAG torches, a shielding gas hose, and the critical control cable. The control line utilizes a CAN-bus communication protocol with a specific 12-10 pole connector configuration (12-10P), which is essential for the digital handshake between modern ESAB power sources (such as the Aristo or Origo series) and their corresponding digital feeders. This ensures that voltage, wire feed speed, and synergic lines are synchronized perfectly.

The outer jacket is constructed from durable, industrial-grade material designed to withstand the harsh environments typical of fabrication shops, shipyards, and manufacturing plants. It provides resistance against hot sparks, abrasion from concrete floors, and exposure to oils and cutting fluids. The 1.7-meter length is particularly suited for setups where the wire feeder is mounted directly on top of the power source or on a swivel arm immediately adjacent to it, minimizing cable clutter and reducing the risk of snagging.

Using genuine ESAB interconnection cables ensures compliance with the equipment's duty cycle ratings and safety standards. The 95mm² copper conductor is sized to prevent overheating during prolonged welding sessions, maintaining the integrity of the welding arc and protecting the equipment's internal components from resistance-related stress.