B2UV 175844 Turbocharger with actuator for BorgWarner B2UV/ MaxxForce DT466 7.6 Genuine

As a leading US manufacturer with extensive engineering expertise, US Perfect Auto Parts & Supplies Inc. delivers reliable, fully assembled turbocharger solutions for heavy-duty Navistar fleets and repair workshops. Our team of skilled engineers collaborates closely with clients to offer wholesale and bulk supply options, ensuring quick parts replacement through robust inventory management—including turbochargers pre-integrated with actuators for plug-and-play convenience.

The B2UV 175844 Turbocharger with actuator for BorgWarner B2UV/ MaxxForce DT466 7.6 Genuine with actuator is precision-built with high-strength forged components, designed for direct compatibility with BorgWarner B2UV and MaxxForce DT466 7.6L genuine engines. This OEM-equivalent replacement features cross-referenced part numbers (175844, 177322, etc.) and undergoes rigorous testing to ensure stable boost control and fuel efficiency across all load ranges. The integrated actuator enhances responsiveness, optimizing power delivery for stop-start urban driving and highway hauling alike. Its rugged construction combines durability with reduced maintenance needs, making it ideal for demanding commercial applications.

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Application Scenarios

Engineered for seamless integration, the B2UV turbocharger with actuator integrates directly with Navistar MaxxForce DT466 7.6L powertrains, eliminating the need for separate actuator installation and reducing downtime. Its dynamic balance testing and heat-resistant coating ensure reliable performance in diverse environments, from congested city streets to high-speed highways, making it suitable for delivery trucks, refuse vehicles, and regional haulers. With multiple OEM equivalents and pre-assembled design, this turbocharger streamlines parts procurement and installation, supported by US-based inventory for rapid delivery. Each unit’s precision manufacturing and strict quality control guarantee consistent boost performance and extended engine life, even in high-frequency operational cycles.