Description
Product Overview
The intake throttle flap is an essential engine component designed specifically for Citroën and Peugeot models equipped with the 1.6 HDI engine. This part ensures precise control over air intake flow, contributing to optimal engine performance, improved fuel efficiency, and reduced emissions. If your vehicle experiences inconsistent idling, reduced engine power, or increased fuel consumption, replacing a worn throttle flap can restore the performance and reliability you expect.
Compatibility
This intake throttle flap is compatible with a wide range of Citroën and Peugeot vehicles featuring the 1.6 HDI diesel engine. The part is a direct replacement for OEM numbers 9649832580 and 0345C1, ensuring a perfect fit for your vehicle. Please verify compatibility with your model by checking the specific OEM part numbers before ordering.
Common Issues and Replacement Frequency
Throttle flaps are subject to wear from carbon buildup and repeated use, which can cause sluggish throttle response, unstable idling, or even check engine lights. These symptoms typically occur after extended mileage or due to poor maintenance. Regular inspection and timely replacement are key to maintaining smooth engine operation.
Installation Guidelines
To replace the throttle flap, disconnect the battery, remove the intake ducting, and detach the old throttle flap by loosening the mounting bolts and disconnecting the electrical connector. Install the new unit by reversing the removal steps and ensure all connections are secure before starting the engine. Always follow the manufacturer’s instructions and consider professional installation for optimal results.
Technical Information
- Manufacturer: Delphi
- Model: 1.6 HDI Citroën Peugeot
- Product Codes: 9649832580, 0345C1
- Additional Numbers: PSA 9649832580, 0345C1
Function
The throttle flap plays a critical role in regulating the amount of air entering the engine, enhancing fuel-air mixture precision for efficient combustion. A fully functional throttle flap improves engine responsiveness, reduces emissions, and supports overall driving performance.
