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0700300588 - ESAB OKC 50 TIG Torch Power and Gas Adapter Block

Packaging: pack of 1
$139.52/EA $95.78/pack of 1 only $95.78/EASave 31%

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SKU: ESB0700300588 Categories: ,

OVERVIEW

Professional Connection Solution for TIG Welding

The ESAB Power Gas Adaptor OKC50 (0700300588) is an essential component for professional welders seeking a reliable interface between their TIG torch and power source. Designed with the precision and durability expected from ESAB, this adapter facilitates the connection of TIG torches—specifically those utilizing a single power cable system—to welding machines equipped with standard OKC 50 (Dinse 50mm²) output terminals. In industrial environments where equipment versatility is key, this adapter ensures that your torch setup is compatible with a broad range of power sources.

Robust Engineering and Performance

Constructed from high-grade copper alloys and brass, the adapter is engineered to handle high amperage loads with minimal electrical resistance. This ensures that the welding current is delivered efficiently to the tungsten electrode, maintaining arc stability and weld quality. The unit features a robust insulating rubber housing that protects the operator from electrical hazards while resisting the wear and tear typical of heavy-duty workshop environments, including exposure to heat, sparks, and oils.

Integrated Gas Management

One of the critical functions of this adapter is its ability to manage shielding gas flow. It features a dedicated gas input port that allows the shielding gas hose from the regulator or solenoid to connect directly to the block. The gas is then routed through the adapter into the torch's power cable (for 1-piece cable systems), ensuring a consistent and turbulence-free flow of argon or helium to the weld pool. This integration simplifies cable management and reduces the risk of gas leaks at the connection point.

Compatibility and Application

While optimized for ESAB welding machines, the standard OKC 50 sizing makes this adapter universally compatible with any power source utilizing Dinse 50mm² sockets. It is particularly useful for adapting aftermarket or specialty TIG torches to standard machines, providing flexibility for fabricators who require specific torch configurations for unique jobs. Whether for maintenance, repair, or production welding, the ESAB Power Gas Adaptor OKC50 is a critical link in your welding circuit.

Additional Information
packaging-description:pack of 1
----- new values below ----
Compatible Brand/Model:ESAB TIG Machines, Standard OKC50 Sockets
Material:Brass, Rubber, Copper Alloy
Part Number:0700300588
Brand:ESAB
Connection Type:OKC 50, Dinse 50mm
Product Type:Power Gas Adapter
Process:TIG Welding

INCLUDED

  • 1 x ESAB Power Gas Adaptor OKC50
  • Installation instructions

APPLICATIONS

  • Connecting air-cooled TIG torches to power sources.
  • Adapting single-cable torches to OKC 50 (Dinse) sockets.
  • General fabrication and industrial welding setups.
  • Maintenance and repair operations using TIG processes.

FAQ

This adapter features an OKC 50 connection, which corresponds to a standard Dinse 50mm² connector (approximately 13mm or 1/2 inch pin diameter).

This specific adapter is typically designed for air-cooled torches where gas and power are combined. Water-cooled setups usually require a flow-through adapter for water return as well.

There is a gas input nipple or port on the side of the adapter block where you connect the gas hose coming from your flowmeter or machine solenoid.

Yes, as long as the welding machine is equipped with a standard OKC 50 (Dinse 50) female socket, this adapter will fit.

The internal SKU for the ESAB Power Gas Adaptor OKC50 is ESB0700300588.

Yes, the OKC 50 standard is rated for higher amperages typical of industrial welding, provided the torch and cable attached are also rated accordingly.

You may need a wrench to tighten the torch power cable into the adapter block, but the adapter itself plugs into the machine by hand with a twist-lock motion.

The conductive parts are made of high-quality brass or copper alloy to ensure efficient current transfer and minimize heat buildup.