Skip to Main Content

212732 - Miller 212732 60A Machine Torch Shield for ICE Series

Packaging: 1 PER EA
$54.84/EA $38.76/1 PER EA only $38.76/EASave 29%

Usually ships within 3-5 business days

OVERVIEW

Miller 212732 Plasma Shield for ICE Series Machine Torches

The Miller 212732 is a specialized plasma shield designed for use with the ICE-60TM, ICE-80TM, and ICE-100TM series of machine torches. Engineered by Miller Electric, this component plays a critical role in the plasma cutting process, specifically when operating at 60 Amperage settings. As a genuine OEM part, it ensures that the strict tolerances required for high-precision automated cutting are met. The shield serves as the front-line protection for the inner nozzle and electrode, effectively isolating them from the intense heat and molten spatter generated during the cutting operation. By maintaining the structural integrity of the torch's front end, this shield helps prolong the lifespan of the more sensitive internal consumables.

In the context of plasma dynamics, the shield is not merely a protective cover; it is integral to the gas flow mechanics of the torch. The 212732 is calibrated to shape the secondary gas flow, often referred to as the shield gas, which constricts and cools the plasma arc. This constriction is vital for achieving high energy density and a focused cut, particularly in machine applications where precision and edge quality are paramount. The use of a 60A specific shield on compatible ICE torches ensures that the orifice diameter and geometry are perfectly matched to the amperage output, preventing issues such as arc wandering or double arcing which can damage the torch head.

Industrial maintenance professionals understand that using the correct amperage-rated consumables is essential for equipment longevity. While the ICE-80TM and ICE-100TM torches are capable of higher outputs, using the 212732 shield allows operators to step down to 60A applications without sacrificing performance. This versatility makes it a valuable inventory item for facilities running multiple configurations of Miller plasma systems. The component is manufactured from high-grade, heat-resistant materials designed to withstand the thermal cycling inherent in industrial plasma cutting environments.

Installation of the 212732 is straightforward, threading securely onto the retaining cup of the machine torch. Its robust design resists the adhesion of slag and dross, although regular inspection and cleaning are recommended to maintain optimal gas flow. By choosing genuine Miller parts, operators ensure compatibility with the complex fluid dynamics of the ICE torch system, safeguarding both the cut quality and the capital equipment itself.

Additional Information
Brand:Miller
Item:Shield Cap
Packaging Description:pack of 1
Weld Process:Plasma Arc Welding (PAW)
Amperage:60 A
Compatible Torches:ICE-60TM, ICE-80TM, ICE-100TM
Torch Type:Machine Torch
Part Type:Shield

INCLUDED

  • 1 x Miller 212732 Plasma Shield (60A)

APPLICATIONS

  • Automated plasma cutting tables
  • CNC metal fabrication
  • HVAC ductwork manufacturing
  • Industrial pipe cutting
  • General manufacturing and fabrication
  • Precision shape cutting

FAQ

The Miller 212732 shield is compatible with Miller ICE-60TM, ICE-80TM, and ICE-100TM machine torches.

This shield is rated for 60 Amps. It is designed to optimize performance when cutting at this specific amperage setting.

This part is specifically listed for Machine Torches (indicated by the 'TM' in the torch model names). Hand torches typically use different shielding components.

Using the correct amperage shield ensures proper gas flow constriction and arc focus. Mismatched shields can lead to poor cut quality, excessive dross, or damage to the torch.

This product is sold as a single unit (Package of 1).

Replace the shield when the orifice becomes distorted, there are cracks, or if spatter buildup cannot be cleaned off and obstructs gas flow.

Yes, this is a genuine OEM part manufactured by Miller Electric.

Machine torches typically use standoff cutting rather than drag cutting. This shield is designed to protect the nozzle during standoff cutting operations common in automation.