Short Air Inlet Pipe, Gulp Valve

CFMoto Gulp Valve Short Air Inlet Pipe

Replaces OEM 9010-020008

Application: Connects gulp valve to intake system for secondary air injection system

Fits CFMoto 500cc X5 Series ATV (CF188 Engine) and GOES500 Models

This gulp valve short air inlet pipe is a genuine quality replacement part for CFMoto vehicles. It connects the gulp valve to the intake system and is an essential component of the secondary air injection system. Directly replaces OEM part number 9010-020008.

The gulp valve system injects fresh air into the exhaust manifold to promote further oxidation of unburned hydrocarbons, reducing emissions. This inlet pipe is responsible for delivering filtered air to the gulp valve. Fits CFMoto 500cc X5 series ATV and GOES500 models equipped with CF188 engine, covering model years 2010-2019.

• Direct OEM Replacement: Perfectly matches CFMoto OEM part number 9010-020008, ensuring precise fitment.
• Heat Resistant Material: Made from high-temperature and oil resistant rubber suitable for engine compartment conditions.
• Flexible and Durable: Excellent flexibility absorbs engine vibration while maintaining long-term durability.
• Secondary Air System Component: Used in gulp valve system to help reduce emissions.
• Easy Installation: Features two-end connection design with clamp mounting for simple installation.

✅ Importance of Gulp Valve Inlet Pipe Replacement: The gulp valve system reduces emissions, and this inlet pipe is subjected to constant heat and vibration. Over time, rubber hardens and cracks. A deteriorated inlet pipe can cause air leaks, affecting gulp valve system operation, potentially leading to increased emissions and reduced engine performance. Timely replacement of the aged inlet pipe ensures proper secondary air system function and helps the engine meet emission standards.

⚠️ Verify Before Ordering: Please confirm your model and year are in the compatibility list. Ensure both ends are clean and clamps are properly tightened during installation to prevent air leaks.