Mercedes W213 C238 X253 Torque Converter Automatic Gearbox 725008 A1722500002

Mercedes W213 C238 X253 Torque Converter 725008 A1722500002 is a component from the Torque Converters category, designed for automatic transmissions in Mercedes vehicles. A used component of this type allows for an economical yet technically correct repair of the drivetrain, maintaining factory-like operating characteristics. Thanks to its precise design, the torque converter ensures smooth starts, comfortable gear changes, and stable torque transfer.

Specifications and technical data

• SKU: A1722500002
• Mark: Mercedes (Genuine OE)
• Condition: Used
• OEM Part Number: A1722500002
• Substitutable numbers: A1722500002, A 172 250 00 02, A7252701414, A 725 270 14 14, A2132500202, A 213 250 02 02
• Gearbox type: Automatic
• Category: Torque Converters

Purpose and Function in the Drivetrain

The offered torque converter is dedicated to automatic transmissions in Mercedes W213, C238, and X253 models. As an intermediary element between the engine and the automatic transmission, it is responsible for damping torsional vibrations, smooth torque transfer, and enabling starts without the need for mechanical engagement, significantly improving driving comfort in urban and highway conditions.

A properly selected torque converter is crucial for:

• stable operation of the automatic transmission,
• reducing jerks during gear changes,
• decreasing loads transferred to the crankshaft and transmission components,
• maintaining correct vehicle acceleration characteristics.

Benefits of Using an Original Torque Converter

Using an original component from the Torque Converters group in Mercedes vehicles allows for the preservation of factory drivetrain operating parameters. The torque converter's design is optimized for a specific automatic transmission, which translates to:

• consistent operation with the transmission control software,
• correct engagement and disengagement of the drive across the full RPM range,
• improved refinement at low and medium speeds,
• reduced risk of transmission fluid overheating.

For the user, this means more predictable vehicle behavior, a higher level of automatic transmission refinement, and a lower risk of secondary damage to other transmission components.

Technical Characteristics and Compatibility

The torque converter for automatic transmissions in Mercedes W213, C238, and X253 has been designed to work with the factory control system and the engine characteristics used in these models. The appropriate tuning of hydraulic and mechanical ratios within the torque converter ensures:

• smooth torque transfer during starts and acceleration,
• efficient engine power utilization in typical road conditions,
• stable vehicle behavior during frequent load changes.

Selecting the correct component for a specific automatic transmission is important both for durability and for proper interaction with the vehicle's electronics.

Product Condition and Service Application

The offered torque converter is a used component, representing a reasonable compromise between repair cost and maintaining appropriate operational parameters. This type of component is often chosen for:

• overhauling or replacing an automatic transmission,
• addressing symptoms of slipping, jerking, or excessive vibrations during starts,
• comprehensive drivetrain service after high mileage.

A properly selected torque converter allows for the restoration of correct automatic transmission operation without the need to interfere with other system components, provided there are no additional damages.

Complementary Items from the Torque Converters Category

If you are planning a comprehensive repair or upgrade of the drivetrain area in your Mercedes and need other items from the same group, such as additional torque converters, torque converters, or related mounting parts, check the available parts in the Mercedes Torque Converters category.

Support in Selection and Vehicle Development

Selecting the appropriate torque converter for a specific automatic transmission requires considering the vehicle's technical specifications and operating conditions. If you are planning broader drivetrain modifications or increasing system load (e.g., by increasing engine power), it is advisable to familiarize yourself with practical tips for safe tuning. You can find extended information on this topic in the article How to Increase Engine Power: A Practical Guide to Engine Tuning with Used Parts, which discusses how to combine used components with an appropriate service strategy.