Beck Arnley 052-4111 Differential Pinion Seal - Rear

Rear Differential Pinion Seal for Sprinter

Beck Arnley 052-4111 is a rear differential pinion seal for select Mercedes-Benz Sprinter and Dodge Sprinter applications. It is built to meet foreign nameplate OE specifications for form, fit, and function, giving you a direct replacement for rear driveline sealing service.

Key Features

• Rear differential pinion seal for driveline and axle service
• OE-style fit and function for foreign nameplate applications
• Supports proper sealing at the differential pinion area
• Fits 2019 Mercedes-Benz Sprinter 1500, rear
• Fits 2010-2019 Mercedes-Benz Sprinter 2500, rear
• Fits 2010-2018 Mercedes-Benz Sprinter 3500, rear
• Fits 2007-2009 Dodge Sprinter 2500, rear
• Fits 2007-2009 Dodge Sprinter 3500, rear

Detailed Description

Beck Arnley 052-4111 is a differential pinion seal made for rear axle service on Mercedes-Benz Sprinter and Dodge Sprinter models. Beck Arnley sources parts to OE specifications for foreign nameplate vehicles, helping ensure the seal matches the original application requirements for form, fit, and function. This part cross-references no listed alternate part numbers in the provided data.

Common Repair Uses

• Rear differential pinion oil seepage
• Fluid loss at the pinion seal area
• Service replacement during driveline maintenance
• Seal wear from age, mileage, or contamination
• Leak repair on Mercedes-Benz Sprinter and Dodge Sprinter rear axles

Installation Notes and Tips

Confirm rear axle application before installation and inspect the pinion yoke, sealing surface, and surrounding components for wear or damage. Clean the sealing area thoroughly and verify proper alignment during assembly. For best results, follow the vehicle service procedure for pinion preload and torque specifications.

Quality Assurance

Beck Arnley parts are sourced to meet foreign nameplate OE specifications for form, fit, and function. Part number 052-4111 is intended for direct replacement use on the listed Sprinter rear differential applications.