Mercedes-Benz C CLK Class W203 C208 Air Flow Mass Meter Sensor A1110940148

The Mercedes-Benz C/CLK Class W203 C208 air flow sensor is an original mass air flow sensor designed for the intake systems of this series of engines. This low-mileage, disassembled component offers a functional service solution for users looking for a reliable, used part for their Mercedes.

Specifications and technical data

• SKU: A1110940148-1
• Mark: Mercedes
• Condition: Used
• OEM Part Number: A1110940148
• Substitutable numbers: A1110940148, A 111 094 01 48, 5WK 96132, EM

Purpose and function of the flow meter

The mass air flow sensor in the Mercedes-Benz C and CLK-Class models W203 and C208 is responsible for precisely measuring the amount of air drawn into the engine. Based on the signal from this sensor, the engine control unit adjusts the fuel injection, ignition timing, and operating strategy, which influences the engine's refinement, fuel consumption, and exhaust emissions.

This component is part of the original Mercedes intake system, designed to work with the factory engine control unit. This ensures proper performance, stable idle speed, and predictable throttle response.

Benefits of using the original flow meter

Replacing a worn or faulty air flow meter with a genuine replacement allows you to restore proper engine performance. In practice, this means:

• more stable idling and reduced jerking when accelerating,
• more predictable throttle response across the entire rev range,
• possible improvement of fuel consumption thanks to the correct dosage of the mixture,
• reducing the risk of errors related to the intake system in the engine control unit.

An additional advantage is the preservation of the factory operating characteristics of the drive unit, which is important both in everyday use and during computer diagnostics.

Condition, origin and mileage

The air flow sensor is used, comes from a vehicle dismantling, and has a low, documented mileage of 95. This mileage indicates limited wear of the measuring element compared to many other parts available on the aftermarket. The sensor has been verified for continued serviceability, making it a sensible service choice for users seeking original equipment at a favorable price-to-quality ratio.

Selection and vehicle compatibility

The air flow meter offered is designed for selected versions of the Mercedes-Benz C-Class and CLK-Class. Before purchasing, it's worth verifying the part's compatibility with the specific engine version and vehicle year using the OEM part number and available interchangeable numbers in the technical specifications. This helps avoid installation issues and ensures proper operation with the factory engine control unit.

For vehicles equipped with four-wheel drive, it's also worth paying attention to the overall condition of the drivetrain. Drivers interested in the broader technical context of AWD drives in Mercedes and other brands may find this article helpful: xDrive, 4Matic, quattro, or 4Motion – a comparison of AWD drives from BMW, Mercedes, Audi, and VW .

Why choose a used original flow meter?

For components such as the air flow sensor, choosing a used, original part from a reliable source is often more cost-effective than purchasing a cheap replacement with questionable specifications. An original sensor provides:

• factory fit to the electrical installation and intake system,
• consistency with the maps in the engine controller,
• lower risk of adaptation and diagnostic problems.

If you're wondering whether a new or used part is the better choice for you, this guide might be helpful: Car Parts – New or Used? We Compare Cost, Quality, and Durability . You'll find practical tips for selecting components, including intake system components.

Summary

The Mercedes-Benz C/CLK Class W203 C208 Air Flow Sensor is an original, used, low-mileage mass air flow sensor designed for Mercedes factory intake systems. It offers a technically sound solution for drivers who want to restore proper engine performance while maintaining factory specifications while optimizing service costs.