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300993 - Miller ProHeat 35 External Heat Exchanger Accessory

Packaging: 1 PER EA
$3,163.32/EA $1,946.70/1 PER EA only $1,946.70/EASave 38%

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OVERVIEW

Maximize Thermal Efficiency with the Miller ProHeat 35 External Cooler

The Miller 300993 ProHeat 35 External Cooler Heat Exchanger is an essential accessory designed to augment the thermal management capabilities of the ProHeat 35 Induction Heating System. In industrial applications where induction heating is utilized for preheating, stress relieving, or hydrogen bake-out, maintaining stable equipment temperatures is paramount for process consistency and equipment longevity. This external heat exchanger integrates directly with the ProHeat 35 platform, providing a significant boost to the system's inherent cooling capacity.

Engineered by Miller Electric, this unit is specifically calibrated to handle the thermal loads generated during high-amperage induction processes. When operating in environments with high ambient temperatures or when the application requires continuous, high-duty-cycle heating, the standard internal cooling system may approach its thermal limits. The 300993 External Cooler mitigates this risk by facilitating more efficient heat dissipation, thereby stabilizing the coolant temperature circulating through the induction cables and power source. This ensures that the critical power electronics and the induction blanket or cable remain within their safe operating temperature ranges.

Installation of the External Cooler Heat Exchanger is straightforward, designed to complement the existing ProHeat architecture without requiring extensive modifications. By effectively managing the thermal byproduct of the induction process, this accessory not only prevents thermal shutdowns—which can interrupt critical production schedules—but also contributes to the overall reliability of the heating operation. For fabrication shops, pipe yards, and construction sites utilizing the ProHeat 35 for code-critical work, this heat exchanger is a vital component for ensuring uninterrupted performance.

Investing in the Miller 300993 is an investment in process security. It allows operators to push the ProHeat 35 to its full potential, confident that the thermal management system is robust enough to handle the demand. Whether you are working on large-diameter pipe welding, heavy-wall pressure vessel fabrication, or other intensive heating tasks, this external cooler provides the thermal headroom necessary for professional results.

Additional Information
Brand:Miller
Packaging Description:pack of 1
Compatibility:ProHeat 35 Induction Heating System
Product Type:External Cooler Heat Exchanger
Application:Thermal Management, Induction Heating

INCLUDED

  • (1) ProHeat 35 External Cooler Heat Exchanger
  • Installation Hardware
  • Owner's Manual

APPLICATIONS

  • High-duty cycle induction heating
  • Preheating for welding in hot environments
  • Post-weld heat treatment (PWHT)
  • Hydrogen bake-out processes
  • Heavy industrial fabrication
  • Pipeline construction and repair

FAQ

The Miller 300993 is an external heat exchanger designed to increase the cooling capacity of the ProHeat 35 Induction Heating System, allowing for operation in higher ambient temperatures or at higher duty cycles.

This unit is specifically designed for the ProHeat 35 Induction Heating System. Please check your specific machine's serial number or manual for confirmation.

No, it is an add-on accessory that integrates with the system to supplement and boost the existing cooling capability.

You should consider this accessory if you frequently experience thermal shutdowns, operate in very hot environments, or run the machine at maximum output for extended periods.

The unit is designed as an integrated add-on for the ProHeat 35, making installation straightforward for qualified technicians following the Miller owner's manual.

Typically, the heat exchanger is the hardware unit itself. Coolant is usually sold separately or supplied from the main system's reservoir.

This is a genuine Miller Electric OEM product.

Yes, by maintaining lower coolant temperatures, you reduce thermal stress on both the power source and the liquid-cooled induction cables.