Aisin RPACH-029 Window Motor and Regulator Assembly - Front Left

OE-Style Window Regulator Assembly

This Aisin power window regulator with motor is built for the front left door on select Chrysler and Dodge minivans. It is engineered to OE standards for fit, function, and consistent window movement in 2004-2007 Chrysler Town & Country, Dodge Caravan, and Dodge Grand Caravan applications.

Key Features

• Power window regulator and motor assembly for the front left position
• Designed and manufactured to OE standards
• Re-engineered processes to improve original equipment design details
• Environmental testing used to verify form, fit, and function
• Direct replacement for select Chrysler Town & Country and Dodge Caravan models

Detailed Description

Aisin RPACH-029 is a window motor and regulator assembly for the front left side of compatible minivans. It is intended for 2004-2007 Chrysler Town & Country, 2004-2007 Dodge Caravan, and 2004-2007 Dodge Grand Caravan models. This part cross-references Dorman - OE Solutions 741-534 for the same application. The Aisin Power Window Regulator w/ Motor line focuses on OE-style replacement parts that follow original fit and function requirements while refining the design through controlled testing.

Common Repair Symptoms

• Window will not move up or down from the switch
• Slow, uneven, or noisy window operation
• Window drops inside the door or loses support
• Motor runs but the glass does not travel correctly
• Intermittent front left power window failure

Installation Notes

Verify the vehicle year, make, model, and front left position before installation. Compare the original regulator and motor assembly to confirm connector style, mounting points, and glass attachment details match the replacement part. For best results, inspect the window tracks and related electrical connections during service.

Quality Assurance

Aisin manufactures this assembly to meet OE standards and applies strict quality control checks during production. The part is also re-engineered and tested under environmental conditions to confirm proper form, fit, and function.