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220189ATTC - Replacement Shield for Hypertherm HPR130/HPR260 - 80A/130A

Packaging: 1 of each
$22.25/ea $18.77/1 of each only $18.77/eaSave 16%

In stock

OVERVIEW

High-Performance Generic Replacement Shield for Hypertherm Systems

The ATT Generic Replacement Shield (Part Number 220189) is a precision-engineered consumable designed to meet the rigorous demands of mechanized plasma cutting. Specifically manufactured as a direct replacement for the Hypertherm 220189 shield, this component is fully compatible with the HPR130, HPR260, HPR130XD, and HPR260XD plasma cutting systems. It is optimized for use in mild steel cutting applications ranging from 80 Amps to 130 Amps, ensuring versatility across various production requirements.

In high-definition plasma cutting, the shield plays a critical role in the overall quality of the cut and the longevity of the consumable stack. This shield is responsible for directing the shield gas flow around the arc, which constricts the plasma stream for tighter, cleaner cuts. Additionally, it serves as the primary defense for the inner nozzle, protecting it from molten metal spatter (dross) and reducing the risk of double-arcing, which can catastrophically fail the torch head. Constructed from high-grade copper alloy, this generic shield offers excellent thermal conductivity and heat resistance, allowing it to withstand the intense temperatures generated during prolonged cutting cycles.

Industrial fabricators and MRO professionals rely on consistent consumable performance to maintain production schedules. This ATT replacement part undergoes strict quality control measures to ensure dimensional accuracy and material integrity. By choosing this high-quality aftermarket alternative, facilities can achieve comparable cut quality—including minimal bevel and dross—while significantly reducing operating costs associated with consumable replenishment. Whether you are running a high-volume fabrication shop or a specialized cutting service, this shield provides the reliability needed for continuous operation.

Technical Compatibility

This shield is designed to fit seamlessly into the standard torch assembly of HPR series machines. It functions correctly with standard gas distributors and retaining caps, requiring no modifications to the torch or system settings. It is specifically calibrated for the gas flow dynamics required for 80A and 130A mild steel processes, ensuring that the arc remains stable and focused.

Additional Information
packaging-description:1 of each
Item:Shield Cap
Brand:ATT
----- new values below ----
Compatible Brand:Hypertherm
Compatible Models:HPR130, HPR260, HPR130XD, HPR260XD
Amperage:80A, 130A
Process:Plasma Cutting
Material Application:Mild Steel
Part Type:Shield
Brand:ATT
Item:Shield Cap
Packaging Description:pack of 1

INCLUDED

  • 1 x Generic Replacement Shield (Replaces Hypertherm 220189)

APPLICATIONS

  • Mechanized plasma cutting of mild steel plates
  • Structural steel fabrication
  • Automotive and heavy equipment manufacturing
  • General industrial fabrication and maintenance
  • High-volume production cutting environments

FAQ

This shield is compatible with Hypertherm HPR130, HPR260, HPR130XD, and HPR260XD systems.

No, this is a high-quality generic (aftermarket) replacement part manufactured by ATT, designed to meet or exceed OEM specifications.

This shield is designed for use with 80 Amp and 130 Amp cutting processes.

This specific shield (220189 replacement) is optimized for cutting mild steel.

Replace the shield when the orifice becomes out of round, clogged with slag, or if there is significant spatter buildup that cannot be cleaned, as this affects gas flow and cut quality.

Generally, using aftermarket consumables does not void the machine warranty, but damage caused specifically by a faulty consumable might not be covered. ATT parts are manufactured to high standards to prevent such issues.

This part number (220189) is specifically designed for mild steel. Stainless steel processes typically require different shield part numbers depending on the gas mixture used.