XTS909 Water Cooler

Parweld XTS909 Water Cooler 

The Parweld XTS909 Water Cooler is a high-capacity water cooling system designed to support water-cooled MIG and TIG welding torches operating in high-duty industrial environments. Engineered for integration with professional welding power sources, the unit provides consistent coolant circulation to maintain stable torch temperatures during extended welding operations. This improves welding reliability, reduces consumable wear, and extends the service life of water-cooled torches.

High-Performance Cooling System

The XTS909 features a powerful internal pump and heat exchange system designed for demanding welding applications. It incorporates a 12-litre coolant reservoir and delivers a coolant flow rate of approximately 8 L/min, ensuring efficient heat removal from high-amperage torches used in heavy fabrication or production welding.

This high flow capacity makes the cooler suitable for professional TIG and MIG welding operations where continuous cooling is required to prevent overheating and maintain stable welding performance.

Flexible Installation and Integration

The unit is designed to integrate seamlessly with industrial welding equipment and can be installed in multiple configurations. The XTS909 can operate as a free-standing water cooler or be mounted beneath compatible welding power sources using suitable machine trolleys.

This modular design allows welding systems to be configured for workshop or manufacturing environments while keeping the cooling system compact and easy to access for maintenance.

Reliable Torch Cooling

The water cooler circulates coolant through the welding torch and cable assembly to dissipate heat generated during high-current welding processes. Continuous coolant flow helps:

• Prevent torch overheating

• Maintain stable arc performance

• Reduce downtime caused by thermal shutdown

• Extend the life of torch consumables and components

This makes the XTS909 particularly suitable for industrial TIG welding, heavy MIG fabrication, and automated welding systems.