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9-5939 - Thermal Dynamics Female Quick Disconnect Fitting 9/16-18 Thread

Packaging: pack of 1
$155.85/EA $96.86/pack of 1 only $96.86/EASave 38%

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SKU: TD9-5939 Categories: ,

OVERVIEW

Precision Gas Connection for Industrial Plasma Systems

The Thermal Dynamics 9-5939 is a specialized Female Quick Disconnect (Q.D.) fitting designed to facilitate secure and efficient gas management in industrial plasma cutting environments. Engineered with a standard 9/16-18 thread, this component is essential for maintaining the integrity of gas supply lines, ensuring that airflow to the plasma torch remains consistent and leak-free. In high-stakes fabrication settings where precision is paramount, the quality of connection hardware directly influences cut quality and equipment longevity. This fitting is manufactured to Thermal Dynamics' rigorous standards, ensuring compatibility with their range of plasma power sources and torch leads.

The Quick Disconnect mechanism is a critical feature for workshops that require flexibility and speed. Unlike static threaded connections that require wrenches and time to couple or uncouple, the Q.D. design allows operators to rapidly connect or disconnect gas hoses. This is particularly advantageous in dynamic shop environments where equipment is frequently moved or where multiple torches are utilized with a single power source. The 9/16-18 thread pitch is a widely recognized standard in the welding and cutting industry, typically associated with "B" size fittings, making this part versatile for various gas hose assemblies.

Durability is a key focus of the 9-5939 fitting. Constructed to withstand the rigors of daily industrial use, it resists wear from frequent coupling cycles and maintains a tight seal against gas pressure. Leaks in a plasma cutting system can lead to poor arc initiation, reduced cut quality, and wasted consumables. By utilizing OEM-quality fittings like the 9-5939, maintenance teams can ensure their Thermal Dynamics equipment operates at peak efficiency. Whether used for shop air or specific shielding gases, this female connector provides the reliability professional fabricators demand.

Integration of this fitting into your existing setup is straightforward due to its standardized threading. It serves as a vital link between the gas supply and the machine, or between the machine and the torch lead, depending on the specific system configuration. For MRO specialists and procurement managers, stocking genuine Thermal Dynamics connectors ensures that downtime is minimized and that all safety and performance specifications of the equipment are met without compromise.

Additional Information
Packaging Description:1 Per Ea
Brand:Thermal Dynamics
Thread Size:9/16-18
Connection Type:Quick Disconnect (Q.D.), Female
Product Type:Gas Fitting

INCLUDED

  • 1 x Thermal Dynamics 9-5939 Female Quick Disconnect Fitting (9/16-18)

APPLICATIONS

  • Connecting gas supply hoses to plasma cutting power sources
  • Quick-release coupling for plasma torch leads
  • General welding and cutting gas line management
  • Mobile fabrication setups requiring frequent equipment breakdown
  • Replacement of worn or leaking gas connectors on Thermal Dynamics systems

FAQ

The fitting features a 9/16-18 thread size, which is a standard dimension for many welding and plasma gas connections.

This is a female Quick Disconnect (Q.D.) fitting.

It is primarily used for connecting gas or air lines to Thermal Dynamics plasma cutting systems.

The product data does not specify an internal check valve; it is typically a standard flow-through quick disconnect fitting.

While the thread size might fit, this fitting is generally designed for gas/air applications in plasma cutting. Consult your equipment manual for water-cooled specific parts.

No, the Quick Disconnect feature is designed for tool-free coupling and uncoupling, though you will need a wrench to install the threaded end onto the hose.

Yes, this is a genuine Thermal Dynamics product.

If the internal seal wears out, the fitting may leak. It is recommended to replace the entire fitting or the O-ring if serviceable to maintain safety.