Manifold Inlet for Mercedes-Benz E 220 d (213.004)

The manifold inlet is a diesel-specific component designed for the Mercedes-Benz E 220 d (213.004), compatible with the OM 654.920 engine. The OEM part numbers for this component are A6540902100 and A6540902500, ensuring precise fitment. Manufactured by Mercedes-Benz, this part is positioned in the engine bay and is constructed from durable plastic. The quality of the part is classified as B, indicating it is a used component in good working condition. The manifold inlet is intended for diesel engines with direct injection and is specifically matched to the OM 654.920 engine code. It is compatible with 4-cylinder engines of 1950cc (2.0L) displacement, producing 194 HP (143 kW). The transmission type and code are not directly relevant to this part, as it functions independently of the gearbox.

This manifold inlet may also fit other Mercedes-Benz models equipped with the OM 654 engine series, though verification via OEM numbers is recommended. The price including VAT is 270,26 EUR, while the price excluding VAT is 270,26 EUR. A 30-day full return policy applies, and standard shipping is free, with an estimated delivery time of 3-6 days. An express delivery option is available for an additional fee.

This spare part originates from the following car:

The source vehicle is a 2017 Mercedes-Benz E 220 d (213.004) saloon, equipped with the OM 654.920 diesel engine. The car had covered 90,660 km and featured a direct injection fuel system. The vehicle originated from Sweden and had a 4-cylinder, 1950cc (2.0L) engine producing 194 HP (143 kW). The chassis number is WDD2130041A009825, confirming its specifications. The construction type is a saloon, with no additional transmission details required for this part.

When replacing the manifold inlet, it is advisable to inspect related components such as the intake hoses and gaskets to ensure optimal performance. Using OEM-matched parts guarantees compatibility and reliability. Opting for a used manifold inlet contributes to sustainability by reducing waste and resource consumption in automotive repairs.

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