Victor 2307847 Shield Cup Thermal Dynamics SL60 SL100

Product Description

The VICTOR 2307847 is a replacement shield cup designed for plasma cutting torches. Shield cups are consumable outer components that protect the torch body from spatter and arc blowback during the cutting process. This part fits the Thermal Dynamics 1 Torch platform and is installed by welding and fabrication professionals performing plasma cutting on metal. The shield cup seats over the nozzle assembly and maintains proper gas flow geometry around the cutting arc. At 0.2 pounds, it is a lightweight consumable intended for routine replacement as part of scheduled torch maintenance.

This shield cup is suited for use in both shop and field plasma cutting applications where Thermal Dynamics SL60 or SL100 torches are in service. These torches are commonly used in metal fabrication, HVAC duct work, structural steel, and general cutting applications across light industrial and trade environments. Replacing worn shield cups on a regular maintenance cycle helps maintain cut quality and protects more expensive torch components from heat and spatter damage.

Key Features

• Direct-fit replacement shield cup for Thermal Dynamics 1 Torch SL60 and SL100
• Protects torch body and nozzle from spatter and arc blowback
• Lightweight consumable at 0.2 pounds for easy handling during torch service
• Sold individually, allowing single-unit replacement as needed
• Fits into standard torch consumable maintenance rotation alongside tips and electrodes

Compatibility

Designed for use with the Thermal Dynamics 1 Torch SL60 and SL100 plasma cutting torches.

Installation Notes

Shield cup replacement is performed by welding and fabrication technicians during routine torch consumable service. Before replacing the shield cup, power down the plasma cutter and disconnect it from the power source. Remove the worn shield cup by hand or with the appropriate torch wrench, taking care not to damage the nozzle or electrode seated beneath it. Do not overtighten the replacement cup, as over-torquing can crack the cup or distort the gas flow path.