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9-5917 - Thermal Dynamics Quick Disconnect Body Assembly 9-5917

Packaging: pack of 1
$2,011.44/EA $1,241.29/pack of 1 only $1,241.29/EASave 38%

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OVERVIEW

Thermal Dynamics 9-5917 Quick Disconnect Body Assembly

The Thermal Dynamics 9-5917 Q.D. Body Assembly is an essential replacement component designed for specific Thermal Dynamics plasma cutting systems utilizing the Quick Disconnect torch interface. This assembly forms the core of the connection mechanism, housing the necessary ports and contacts to bridge the plasma power supply with the torch handle. A compromised body assembly can lead to gas leaks, intermittent arc issues, or safety interlock failures, making its integrity crucial for safe and effective cutting operations.

Engineered for durability and precision, this OEM part ensures a perfect fit that aftermarket alternatives often fail to achieve. The Quick Disconnect feature is highly valued in professional welding and cutting environments because it simplifies the process of swapping torches or detaching them for transport. The 9-5917 assembly restores this convenience, allowing for a positive lock and secure seal every time the torch is connected. It is constructed from robust materials capable of withstanding the thermal cycling and physical handling typical of daily industrial use.

Key Benefits of the 9-5917 Assembly:

  • OEM Precision: Guaranteed compatibility with your specific Thermal Dynamics setup, eliminating guesswork during installation.
  • Safety Compliance: Ensures that all safety pins and gas checks function as intended by the manufacturer.
  • Durability: Resistant to impact and heat, reducing the frequency of replacements.
  • Performance: Maintains consistent gas pressure and electrical conductivity for optimal cut quality.

When troubleshooting plasma cutter issues, the connection point is often a critical area to inspect. If you detect damage to the threads, O-ring seating areas, or the body housing itself, replacing the unit with the 9-5917 is the recommended repair. This part comes as a complete assembly, ready to be installed to get your plasma cutter back up and running with minimal delay. Trust in Thermal Dynamics engineering to keep your fabrication projects on track with high-performance replacement parts.

Additional Information
Brand:Thermal Dynamics
Packaging Description:1 Per Ea
Product Type:Plasma Torch Part
Part Type:Quick Disconnect Body Assembly
Compatibility:Thermal Dynamics Plasma Systems

INCLUDED

  • 1 x Thermal Dynamics 9-5917 Q.D. Body Assembly

APPLICATIONS

  • Plasma Cutting System Maintenance
  • Torch Repair and Refurbishment
  • Industrial Metal Fabrication
  • Automotive Repair Shops
  • HVAC Ductwork Fabrication

FAQ

The 9-5917 Q.D. Body Assembly serves as the connection point for the Quick Disconnect system, allowing the plasma torch to be securely attached and detached from the power source leads while maintaining gas and electrical continuity.

Yes, this is a genuine Original Equipment Manufacturer (OEM) part from Thermal Dynamics, ensuring exact fit and compatibility with your equipment.

You should replace the assembly if you notice physical damage to the housing, stripped threads, persistent gas leaks at the connection point, or if the torch no longer locks securely into place.

No, the 9-5917 is designed specifically for Thermal Dynamics plasma systems that utilize this specific Quick Disconnect body style. Check your machine's parts manual for compatibility.

No, this item is the Q.D. Body Assembly only. The torch handle, head, and consumables are sold separately.

Installation typically involves disconnecting the power, removing the old assembly from the leads or torch base, and securing the new one in place. Always refer to your specific system's service manual for safety procedures.

It allows for rapid torch changes and easier storage or transport of the machine, preventing damage to the torch leads during transit.

It is constructed from high-durability industrial plastics and metal components designed to withstand the electrical and thermal stresses of plasma cutting.