951849 - Miller ArcReach Induction Heater Package with Extension Cable and Quick Wraps

Advanced Induction Heating for Industrial Compliance

The Miller ArcReach Heater w/ Extension Cable & 2 Quick Wraps Package (951849) represents a significant leap forward in on-site thermal management for welding applications. Designed specifically for industrial environments where preheating and bake-out are critical for code compliance, this system leverages Miller's proprietary ArcReach technology to utilize existing welding power sources. By eliminating the need for third-party heating contractors or dedicated high-voltage power drops, the ArcReach Heater allows fabrication teams to insource heating operations, drastically reducing overhead costs and scheduling delays.

Precision Control and Data Logging

Quality control is paramount in structural and pipe welding. The ArcReach Heater features integrated temperature recording that automatically documents the joint temperature throughout the heating cycle. This data can be exported to create detailed temperature charts, ensuring that every weld meets the specific heat treatment requirements of the project. The system operates up to 600°F (315°C), making it ideal for hydrogen bake-out and preheating of high-strength steels. The induction process ensures uniform heat distribution, preventing the localized hot spots often associated with flame heating.

Operational Efficiency

This package is engineered for rapid deployment. It includes the heater unit, an extension cable, and two Air-Cooled Quick Wraps. The Quick Wraps are particularly effective for pipe applications up to 10 inches in outer diameter, allowing for setup times in minutes rather than hours. Because the system is air-cooled, there are no liquid cooling lines to manage or leak, further simplifying the jobsite footprint. The unit is powered through standard weld cables, meaning operators can set up the heater up to 200 feet away from the power source without signal cables, thanks to ArcReach communication protocols.

Safety and Cost Reduction

Transitioning from open-flame or resistance heating to induction significantly mitigates safety risks. Induction heating generates heat within the workpiece itself via magnetic fields, meaning the heating tools themselves remain cooler than the part, and there is no open fire hazard. This reduces the need for fire watch personnel and lowers insurance liabilities. Furthermore, the efficiency of induction heating—coupled with the elimination of fuel gases—results in substantial operational savings over the life of the equipment.