0324-0094 - Victor UN-1 Universal Nozzle Elbow for 100 Series Handles

Precision Engineered Oxy-Fuel Component

The Victor UN-1 Universal Nozzle (0324-0094) is a high-performance component designed to enhance the versatility and reliability of your oxy-fuel welding and brazing operations. Engineered specifically for the Victor 100 Series torch handles, including the popular 100FC and 101-01FC models, this nozzle assembly integrates advanced fluid dynamics with robust material construction to deliver superior flame characteristics.

At the core of the UN-1's performance is its individual Spiral Mixer. This internal component is precision-machined to optimize the mixture of oxygen and fuel gas, ensuring a stable, consistent flame profile that is essential for high-quality welding and brazing. Unlike generic nozzles that may suffer from flow turbulence, the Victor UN-1 maintains a laminar flow that allows the operator precise control over the heat input, reducing the risk of oxidation or incomplete fusion.

Durability and ease of maintenance are paramount in industrial environments. The UN-1 features a Brass Coupling Nut equipped with a built-in snap ring. This design element serves a dual purpose: it securely fastens the nozzle to the handle while simultaneously protecting the delicate cone-end from physical damage during handling or storage. Furthermore, the nozzle utilizes a Double O-Ring sealing mechanism. This feature ensures a gas-tight connection that can be achieved by hand-tightening alone, eliminating the need for wrenches and reducing the wear on threads that often leads to equipment failure.

The nozzle is designed with a standard 65-degree tip angle, providing an ergonomic working position for a wide range of applications, from structural steel fabrication to intricate repair work. It accepts replaceable tip ends (threaded 5/16"-27), allowing users to switch between different orifice sizes without replacing the entire nozzle assembly. This modular approach not only lowers operational costs but also increases the adaptability of the toolset for various material thicknesses.