0558008304 - ESAB PT-36 G2 Mechanized Plasma Torch with 15ft Leads

Technical Overview of the ESAB PT-36 G2 Plasma Torch

The ESAB PT-36 G2 (Generation 2) is a premier mechanized plasma arc cutting torch designed for high-performance industrial applications. Identified by SKU 0558008304, this assembly includes a 15-foot (4.6-meter) lead set and is engineered to integrate seamlessly with ESAB's advanced m3 Plasma systems. The torch is rated for operation up to 600 Amps at a 100% duty cycle, making it one of the most robust solutions available for heavy plate fabrication and continuous automated cutting environments.

A key technical differentiator of this model is its compatibility with Intelligent Gas Control (IGC). This feature allows for precise modulation of plasma and shield gases, optimizing the arc energy density for superior cut quality across various material thicknesses. The torch utilizes a water-cooling circuit that extends all the way to the nozzle, significantly reducing thermal stress on consumables. This design choice not only prolongs the lifespan of the electrode and nozzle but also ensures consistent cut geometry over long production runs.

The "G2" designation indicates a second-generation design which incorporates improvements in internal component durability and ease of maintenance. The torch body is constructed to withstand the mechanical stresses of high-speed gantry movements and the harsh environment of industrial cutting tables. It supports a wide range of plasma cutting techniques, including standard cutting, beveling, and marking. The 15-foot cable assembly provides adequate reach for standard machine configurations while maintaining efficient current transfer and coolant flow.

Installation of the PT-36 is streamlined with color-coded connections and a modular design. It is capable of cutting mild steel, stainless steel, and aluminum with exceptional precision. The torch architecture supports both dry cutting and underwater cutting (with appropriate setup), offering flexibility for noise and fume control strategies in the workshop.