Throttle Body 2.0 HDI Peugeot 9657522480 0345F0

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PSA CITROEN PEUGEOT 9657522480 0345F0 0345E9

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Description

Product Overview

This Throttle Body is designed specifically for Peugeot and Citroën vehicles equipped with the 2.0 HDI RHR engine producing 100 kW of power. It’s an essential component of the intake system, managing the airflow into the engine to ensure precise combustion and optimal engine performance.

Function and Importance

The throttle body regulates the amount of air entering the engine depending on the accelerator position, which directly impacts fuel efficiency, emissions, and engine response. Over time, throttle bodies can accumulate carbon deposits or suffer mechanical wear, leading to reduced performance, rough idling, or stalling. Regular inspection and timely replacement help maintain engine smoothness and power.

Applicable Models and Compatibility

This throttle body fits Peugeot and Citroën models equipped with the 2.0 HDI RHR diesel engine rated at 100 kW. It is commonly identified by product codes such as 9657522480, 0345F0, and 0345E9. Always verify compatibility with your vehicle’s VIN or consult a professional before installation.

Installation Tips

Replacing the throttle body typically involves disconnecting the intake hose, electrical connectors, and removing mounting bolts. It is recommended to clean the surrounding intake area to prevent dirt contamination. After installation, the throttle body may require adaptation or calibration via a diagnostic tool to ensure proper function with the engine control unit (ECU).

Technical Information

  • Manufacturer: PSA (Peugeot Société Anonyme)
  • Model: Throttle Body 2.0 HDI RHR 100kW
  • Product Codes: 9657522480, 0345F0, 0345E9
  • Additional Numbers: Refer to OEM parts catalog for cross-references

Why Replace the Throttle Body?

Common issues affecting throttle bodies include carbon buildup and mechanical wear, which can cause decreased throttle response, engine roughness, and higher fuel consumption. Proactive replacement maintains engine performance, reduces emission levels, and avoids costly repairs related to poor air intake management.