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2-2527 - Thermal Arc PWH-3A Plasma Welding Hand Torch 12.5ft

Packaging: pack of 1
$5,673.10/EA $3,423.42/pack of 1 only $3,423.42/EASave 40%

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SKU: TA2-2527 Categories: ,

OVERVIEW

Precision Plasma Arc Welding with Thermal Arc PWH-3A

The Thermal Arc PWH-3A (2-2527) is a premium water-cooled manual plasma welding torch designed for high-precision industrial applications. Engineered to deliver a concentrated and stable arc, this torch is an essential component for professionals utilizing the Plasma Arc Welding (PAW) process. Unlike traditional TIG welding, the PAW process utilizes a constricted arc forced through a copper nozzle, resulting in higher energy density, deeper penetration, and reduced heat-affected zones. The PWH-3A is specifically built to harness these advantages, making it ideal for welding micro-components, medical devices, aerospace parts, and other applications requiring exacting standards.

This model features a 70-degree head angle, which is ergonomically designed to reduce wrist strain during long welding sessions while providing the operator with a clear line of sight to the weld puddle. The 12.5-foot (3.8-meter) lead assembly offers ample reach, allowing welders to move freely around large workpieces without being tethered too closely to the power source. Rated at 150 Amps DCSP (Direct Current Straight Polarity) with a 100% duty cycle, the PWH-3A is a workhorse capable of sustaining continuous operation without overheating, thanks to its efficient water-cooling system.

One of the standout features of the PWH-3A is its electrode protection. In plasma welding, the tungsten electrode is recessed within the torch body, significantly reducing the risk of contamination from the base metal. This design not only prolongs the life of the electrode but also ensures consistent weld quality over time. The torch is compatible with Thermal Arc power sources, such as the Ultima 150, and is constructed with high-quality materials to withstand the rigors of an industrial environment. Whether you are performing fusion welding or wire-fed applications, the PWH-3A provides the control and reliability needed for superior results.

Key Technical Specifications

  • Model: PWH-3A (Hand Torch)
  • Part Number: 2-2527 (Internal: TA2-2527)
  • Cooling: Water-Cooled
  • Amperage Rating: 150A DCSP @ 100% Duty Cycle
  • Head Angle: 70 Degrees
  • Cable Length: 12.5 ft (3.8 m)
Additional Information
Brand:Thermal Arc
Torch Type:Plasma Welding (PAW)
Amperage:150 A
Cable Length:12.5 ft (3.8 m)
Head Angle:70 Degrees
Cooling Method:Water Cooled
Process Type:Plasma Arc Welding
Duty Cycle:100% @ 150A
Hand/Machine:Hand Torch
Packaging Description:pack of 1

INCLUDED

  • 1 x PWH-3A Plasma Welding Torch Body (70-Degree Head)
  • 1 x 12.5 ft (3.8m) Lead Assembly (Power, Gas, Water Hoses)
  • 1 x Handle Assembly
  • 1 x Standard Consumable Setup

APPLICATIONS

  • Aerospace component fabrication
  • Medical device manufacturing
  • Precision instrumentation welding
  • Automotive exhaust systems
  • Tool and die repair
  • Electronics enclosure fabrication

FAQ

The PWH-3A is a Plasma Arc Welding (PAW) torch. It uses a constricted arc forced through a copper nozzle, providing higher energy density and arc stability compared to a standard TIG (GTAW) torch.

The PWH-3A is a water-cooled torch, which allows it to operate at higher amperages (up to 150A) with a 100% duty cycle.

This specific model (2-2527) features a 70-degree head angle, which is a standard ergonomic angle for general manual welding applications.

Yes, this package includes the torch body and the 12.5-foot (3.8-meter) torch and lead assembly.

No, the PWH-3A is designed specifically for Plasma Arc Welding (PAW). Plasma cutting requires different torches designed for high-velocity gas flow to sever metal.

It is primarily designed for Thermal Arc plasma welding power sources, such as the Ultima 150 series.

The torch is rated for 150 Amps DCSP (Direct Current Straight Polarity).

Recessing the tungsten protects it from contamination by the weld pool and helps focus the plasma arc through the constricting nozzle.