Mechanical Teardown & Rebuild: Chrysler Voyager / Grand Voyager Workshop Manual 1996-2000

Dealing with fluid leakage from the torque converter housing or a slipping low/reverse band on the 41TE transaxle requires digging deep into the heavy mechanical assemblies of these classic vans. Diagnosing hydraulic faults or physical drivetrain wear in these older vehicles without accurate factory data often leads to costly mistakes.

When you are dropping the subframe cradle to extract an A-598 transaxle, you need exact reference points. One frequent mistake during reassembly on these AWD platforms is improperly setting the differential bearing preload or misaligning the output flange shim on the Power Transfer Unit (PTU). A deviation of just a few thousandths of an inch here will rapidly lead to accelerated bearing wear and a distinct, whining gear noise at highway speeds. This technical document arms you with the precise mechanical teardown instructions, hydraulic flow diagrams, and physical adjustment procedures to rebuild these units correctly the first time.

Powertrain Clearances and Internal Tolerances

The engine lineup for the 1996-2000 generation—spanning from the 2.0L SOHC and 2.4L DOHC up to the 3.0L Mitsubishi 6G72, the 3.3L/3.8L V6s, and the robust 2.5L VM Motori diesel—requires absolute discipline during major block services. A common issue technicians encounter is stripping the aluminum threads on the water pump housing or cylinder head because they guessed the tightening sequence.

In many engine rebuild cases, ignoring the exact camshaft end-play measurements or piston-to-cylinder bore clearances results in poor compression and heavy oil consumption. By leveraging this workshop reference, you gain immediate access to the exact plastigage procedures for main and rod bearings, valve guide height specifications, and cylinder liner installation parameters. The documentation even covers the mechanical timing protocols and valve stand-down measurements specifically required for the diesel variant.

Chassis Alignment and Hydraulic Braking Stability

Keeping a heavy minivan tracking straight and stopping safely relies entirely on the physical integrity of its undercarriage. You will find exhaustive repair guides detailing the replacement of MacPherson strut assemblies, front suspension cradle bushings, and rear leaf spring mounts.

For stopping power, the resource completely bypasses electrical diagnostics to focus purely on the hydraulic and mechanical functionality of the braking system. You get step-by-step guidance on overhauling the master cylinder, testing the height-sensing proportioning valves, and properly bleeding the Teves Mark-20 hydraulic control unit. If you need to re-machine the brake rotors or adjust the rear drum shoes, the factory runout limits and wear specifications are clearly outlined.

Cabin Infrastructure and Mechanical Access

Beyond the drivetrain, aging vehicles suffer from worn physical mechanisms throughout the body. Whether you are dealing with binding sliding door tracks, failed mechanical lumbar supports in the bucket seats, or a jammed HVAC blend-air door, forcing parts apart usually breaks brittle 90s plastics. This guide illustrates the exact physical disassembly required to remove the heater A/C distribution housing, extract the evaporator core, and align the sliding door hinges without inflicting collateral damage on the interior trim.

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Get immediate access to the full service manual and start rebuilding with factory-level precision today.

Practical Diagnostic Use Cases

I need to set the differential bearing preload on a 41TE automatic transaxle. Does this resource cover the exact shim selection process? Yes, the documentation dives deep into the mechanical overhaul of the 41TE. It provides the specific charts for determining output gear bearing shim thickness, transfer shaft bearing adjustments, and the exact physical procedures required to measure and set the differential bearing preload correctly.

What kind of mechanical data is available for the 2.5L VM Motori turbo diesel engine? The guide is incredibly thorough regarding the mechanical integrity of the 2.5L diesel. It covers critical block work such as cylinder liner removal and installation, piston ring gap specifications, mechanical fuel injection pump timing, and hydraulic tappet disassembly.

Can this help me physically dismantle the rear heater core and blend-air doors? Absolutely. The HVAC section provides detailed, step-by-step mechanical disassembly instructions for the rear A/C and heater distribution housing. It shows you exactly how to safely remove the blower motor wheel, the mode doors, and the evaporator assembly without cracking the surrounding casing.