Mercedes Sprinter W910 Throttle Pedal Accelerator Unit Assembly A9103010200

The Mercedes Sprinter W910 Accelerator Pedal Assembly is an original engine control component designed for precise integration with the electronic throttle system of this model. As part of the Pedals, Pedal Covers, and Footrests group, it ensures stable, repeatable signals for the engine control unit, resulting in predictable pedal response. A used OEM component offers a solution for users seeking a factory fit without the expense of a new part.

Specifications and technical data

• SKU: A9103010200-1
• Mark: Mercedes (Genuine OE)
• Condition: Used
• OEM Part Number: A9103010200
• Substitutable numbers: A9103010200, A 910 301 02 00
• Category: Pedal Assemblies, Pads & Parts

Purpose and Function in the Drivetrain

The accelerator pedal assembly in the Mercedes Sprinter W910 is responsible for converting the driver's foot movement into an electrical signal transmitted to the engine control unit. Modern "drive-by-wire" systems eliminate the mechanical throttle cable, making a properly functioning pedal module crucial for:

• smooth torque regulation,
• stable acceleration across the entire RPM range,
• precise interaction with assistance systems such as traction control or cruise control.

Thanks to its factory design, the component maintains the correct signal characteristics, minimizing the risk of control unit errors and undesirable drivetrain reactions.

Construction and Fit for Mercedes Sprinter W910

The original accelerator pedal assembly has been specifically designed for the Sprinter W910 cabin geometry, ensuring ergonomic foot placement for the driver and comfortable operation during extended use. The construction includes both the mechanical part (housing, pedal arm, mounting point) and an integrated electronic module responsible for signal generation.

This solution allows for:

• direct installation at factory mounting points,
• proper alignment with interior carpets and covers,
• retention of the original throttle pedal operating characteristics, in line with manufacturer specifications.

Benefits of Using an Original Pedal Assembly

Using an original accelerator pedal assembly in the Sprinter W910 guarantees a precise fit with the electrical system and correct interaction with the engine control unit software. Unlike aftermarket alternatives, an OEM component minimizes the risk of issues such as unstable idle, delayed throttle response, or intermittent errors in the control unit's memory.

Key advantages include:

• factory-set pedal position sensor signal characteristics,
• compatibility with other engine control system components,
• suitability for repairs while maintaining manufacturer standards.

Condition, Verification, and Service Application

This item is offered as a used part, allowing for a reduced repair cost while maintaining original construction. Such components are particularly useful in situations with symptoms like uneven throttle response, limp-home mode related to pedal position, or diagnostic errors concerning the accelerator signal.

Prior to installation, a standard service procedure is recommended, including inspection of the electrical system, connectors, and potential adaptation in the engine control unit according to the vehicle manufacturer's guidelines. This ensures the pedal assembly can restore proper drivetrain operation without affecting other components.

Related Items from the Same Group and Technical Materials

If you are planning a comprehensive repair or upgrade of the foot control area in your Mercedes and require other items from the same group, such as additional pedals, covers, or footrests, please check the available parts in the Mercedes Pedals, Pedal Covers, and Footrests category.

When planning drivetrain work and selecting control components, it is advisable to consult reliable technical materials. For example, with turbocharged engines, a guide on selecting accessories might be helpful, such as the Global Parts Comprehensive Guide to Turbos and Intercoolers for the BMW B58 Engine, which demonstrates a step-by-step approach to verifying compatibility and installing components.