301710 - Miller LP Tank Mounting Kit for Bobcat 265

Technical Overview of the Miller 301710 LP Tank Mounting Assembly

The Miller 301710 is a specialized LP Tank Mounting Assembly engineered specifically for the Bobcat 265 LP engine-driven welder. This assembly is critical for operators utilizing Liquid Propane (LP) as a fuel source, providing a secure and technically compliant method for integrating the fuel cylinder with the welding power source. The kit is designed to accommodate standard 33-pound or 43-pound propane tanks, which are common sizes for industrial mobile welding applications. The mounting geometry is strictly horizontal, a necessary orientation for specific LP tank designs to ensure proper vapor withdrawal and stability during machine operation and transport.

The assembly includes a robust metal bracket and a heavy-duty clamp mechanism that firmly secures the cylinder to the machine frame or running gear. This prevents vibration-induced movement or accidental dislodging of the tank in rugged job site environments. Included in the package is a vapor withdrawal hose complete with the necessary fittings to connect the tank to the Bobcat 265 LP's fuel intake system. This hose is rated for LP gas service, ensuring resistance to permeation and chemical degradation associated with propane exposure.

Integration capabilities are a key feature of the 301710 assembly. It is engineered to mount directly onto the Miller Multi-Terrain Running Gear, allowing for a cohesive mobile unit. Furthermore, it maintains compatibility with the Miller Protective Cage, although it is important to note that the manufacturer does not recommend using this specific mounting assembly when a protective cover is fitted over the machine. This limitation is likely due to clearance or ventilation requirements associated with the LP tank placement. For maintenance and repair operations (MRO), utilizing this OEM part ensures that all connection points, hose lengths, and bracket bolt patterns align perfectly with the host machine, eliminating the need for field modifications.