0381-1491 - Victor ST2611FC 27-Inch 75-Degree Heavy Duty Straight Torch

Heavy-Duty Industrial Cutting Performance

The Victor 0381-1491 ST2611FC is a premier heavy-duty straight cutting torch designed for the most demanding industrial environments. Part of the renowned ST2600FC series, this tool is engineered to provide reliable performance across a wide range of applications, from structural steel fabrication to heavy scrap demolition. The torch features a substantial 27-inch length, which offers operators increased reach and distance from the heat zone, enhancing safety and comfort during prolonged cutting operations. The 75-degree head angle is specifically selected for applications where a standard 90-degree head may not provide the optimal ergonomic approach, allowing for better access in certain positions.

Uncompromised Safety Features

Safety is paramount in oxy-fuel cutting, and the ST2611FC excels in this regard. It comes equipped with Victor's patented built-in flashback arrestors and reverse flow check valves. These integrated safety mechanisms are designed to prevent dangerous flashbacks and the mixing of gases within the torch, significantly reducing the risk of accidents without adding the bulk or weight of external add-ons. This "VanGuard" safety technology ensures that the torch meets the highest safety standards required by modern industrial job sites.

Versatility and Capacity

One of the key advantages of the ST2611FC is its fuel gas versatility. It is designed for use with any fuel gas—including Acetylene, Propane, Natural Gas, and Propylene—simply by changing to the appropriate cutting tip. This flexibility allows facilities to standardize on a single torch model regardless of their fuel gas supply. With a cutting capacity ranging from 1/8 inch up to 8 inches (depending on the tip size used), this torch is a powerhouse capable of handling everything from thin plate to thick heavy equipment components. The top rear lever position provides a traditional, secure grip that many professionals prefer for precise control over the oxygen stream.