The Victor 0952-0001 Swivel is a critical component for maintaining the integrity and ergonomics of industrial gas distribution systems. Designed with the precision engineering synonymous with the Victor brand, this fitting serves as a robust interface between static equipment—such as regulators, manifolds, or hard piping—and flexible hoses or downstream components. By incorporating a swivel mechanism, this part effectively mitigates the torque and torsional stress that often plagues fixed connections, thereby extending the lifespan of connected hoses and reducing the risk of accidental loosening due to movement.
Constructed from high-quality brass, this swivel offers superior resistance to corrosion and mechanical wear, making it suitable for a wide range of industrial environments. The primary connection is a 1/4 inch National Pipe Thread Male (NPTM), a standard size that ensures broad compatibility with a multitude of gas control devices. The secondary specification, referenced as CGA0 34/035, indicates compatibility with specific compressed gas association standards, ensuring that the fitting mates correctly with designated equipment interfaces. This unit is designed without an internal filter ("W/O FLTR"), making it an ideal choice for systems where filtration is handled upstream or where maximum flow conductance is required without the pressure drop associated with sintered elements.
In MRO (Maintenance, Repair, and Operations) applications, the Victor 0952-0001 is frequently utilized to retrofit existing setups to improve usability or to replace worn static fittings that have succumbed to stress fractures. The absence of a filter simplifies maintenance, as there is no internal element to clean or replace within the swivel itself. Professionals rely on this component for its leak-tight performance and the assurance of quality that comes with genuine Victor parts.
| Additional Information |
|---|
| Item:Swivel |
| Connection Type:1/4 NPTM, CGA0 34/035 |
| Material:Brass |
| Product Type:Gas Fitting, Hose Swivel |
