Balmar Alternator 120 AMP 12V with 4-Inch Dual Foot Saddle Mount and K6 Pulley for Heavy-Duty Engines

Alternator 120 AMP 12V 4" Dual Foot Saddle K6 Pulley with Isolated Ground

Alternator, 604 Series, 120A, 12V, Saddle Mount (Dual Foot), 4in, K6 Serpentine Pulley, Isolated Ground 4" J-180-Style Mounting; Typical for Caterpillar, Cummins, Detroit Diesel John Deere Engines

Replaces: 604-120-SR-IG

The Balmar Alternator Part Number 604-120-K6 is a robust 120 amp, 12-volt alternator designed for heavy-duty engine applications. It features a saddle mount with dual foot configuration, making installation straightforward on compatible engines. The 4-inch K6 serpentine pulley ensures reliable belt engagement and smooth operation. Crafted for use with Caterpillar, Cummins, Detroit Diesel, and John Deere engines, this alternator provides high electrical output essential for demanding applications. The isolated ground design minimizes electrical interference, enhancing overall system stability and performance. Its durable construction and precise engineering ensure long-lasting service in various industrial and commercial environments. Whether you're upgrading an existing system or installing a new power setup, this alternator offers a dependable power source with easy mounting and compatibility across multiple engine brands. Please note that this product is non-returnable to the original point of purchase, so contact the manufacturer directly if you encounter any issues or concerns. Designed for durability and efficiency, the Balmar 604-120-K6 alternator is a reliable choice for heavy-duty power needs, providing consistent performance in challenging operational conditions.

Features:

• 120 Amp output provides reliable power for demanding applications

• 12-volt electrical system suitable for industrial and commercial engines

• 4-inch K6 serpentine pulley ensures efficient belt engagement

• Dual foot saddle mount simplifies installation on compatible engines

• Isolated ground design minimizes electrical interference for system stability