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65991015 - Arcair N7500 Automatic Gouging Torch System

Packaging: pack of 1
$41,594.01/EA $31,675.60/pack of 1 only $31,675.60/EASave 24%

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OVERVIEW

Precision and Power: Arcair N7500 Automatic Gouging System

The Arcair N7500 Gouging System Complete represents the pinnacle of automatic air carbon arc gouging technology. Engineered for professional welders and fabricators who demand precision in high-volume metal removal, this system transforms arduous gouging tasks into streamlined, automated processes. The N7500 is specifically designed to produce U-grooves with exceptional tolerance control, making it the industry standard for preparing plate edges and back-gouging seams on heavy-wall vessels and structures.

Unmatched Performance Specs:
At the heart of the N7500 is its ability to operate continuously at high currents, boasting a rating of up to 1600 Amps. This immense power capacity enables the use of large jointed carbons (up to 3/4 inch), which translates to deep, wide grooves in a single pass. The automatic electrode feed system constantly monitors the arc voltage, adjusting the feed rate in real-time to maintain optimal arc length. This results in a smooth, clean groove surface that is often ready for welding with little to no post-gouge grinding.

Rugged Durability for Tough Jobs:
Fabrication environments are unforgiving, and the N7500 is built to survive them. The torch assembly features high-grade insulation and heat-resistant materials to protect against the intense radiant heat generated during high-amperage gouging. The mechanical components are shielded from metal spatter and airborne contaminants, ensuring long-term reliability and reduced maintenance intervals. The system's design also prioritizes efficient air consumption, utilizing compressed air to blast away molten metal effectively while cooling the torch head.

Versatile Applications:
This complete system is versatile enough for a wide range of applications, including:

  • Pressure Vessel Manufacturing: Precise back-gouging of longitudinal and circumferential seams.
  • Shipbuilding: Efficient removal of temporary attachments and seam preparation.
  • Foundries: Rapid washing of pads and removal of fins or defects from large castings.
  • Structural Steel: Edge preparation for heavy plate welding.

By automating these processes, the Arcair N7500 not only improves the metallurgical quality of the work zone but also enhances safety by keeping the operator at a distance from the arc and molten spray.

Additional Information
Brand:Arcair
Process:Carbon Arc Gouging (CAC)
Item:Torch
Packaging Description:pack-of-1
Amperage Rating:1600A
Electrode Size Range:5/16" - 3/4" (7.9mm - 19.1mm)
Cooling Method:Air Cooled
Operation Mode:Automatic
Air Requirements:80-100 PSI

INCLUDED

  • N7500 Torch Head Assembly
  • Mounting Carriage/Mechanism
  • Power and Air Cables
  • Instruction Manual
  • Standard Mounting Hardware

APPLICATIONS

  • Back-gouging of longitudinal and circumferential seams
  • Edge preparation for heavy plate welding
  • Removal of casting defects and fins in foundries
  • Washing of pads and temporary attachments
  • Ship hull fabrication and repair
  • Pressure vessel manufacturing
  • Structural steel fabrication

FAQ

The Arcair N7500 system is rated for continuous operation at up to 1600 Amps.

It is designed to handle jointed gouging carbons ranging from 5/16 inch (7.9mm) to 3/4 inch (19.1mm) in diameter.

Yes, the N7500 requires a compressed air supply, typically between 80 and 100 PSI, to effectively remove molten metal.

The N7500 is a fully automatic gouging system, featuring a motorized feed mechanism to maintain consistent arc length.

The complete system typically includes the torch head assembly, the mounting carriage or mechanism, and the necessary power and air cable assemblies.

Yes, the air carbon arc process can be used on stainless steel, as well as carbon steel, cast iron, and other alloys.

Automatic gouging provides superior groove consistency, faster metal removal rates, and significantly reduces operator fatigue compared to manual methods.

It is commonly used in heavy industrial settings such as shipyards, steel mills, foundries, and pressure vessel fabrication shops.
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