Land Rover Secondary Air Injection Pump Replacement
Land Rover Secondary Air Injection Pump
The Land Rover secondary air injection pump plays a key role in reducing emissions by injecting fresh air into the exhaust system during cold starts. This added oxygen helps ignite unburned fuel and reduces harmful hydrocarbon and carbon monoxide emissions. When the pump begins to fail, you may notice engine hesitation, rough idling, or a check engine light. Replacing it with a high-quality OEM unit helps your Land Rover meet emissions regulations while supporting smoother engine performance, especially in colder conditions.
Importance of High-Quality Land Rover Secondary Air Injection Pump
Early exhaust air injection improves emissions and engine response during startup.
- Reduces Cold Start Emissions: Promotes faster catalytic converter activation.
- Improves Engine Warm-Up: Enhances early driveability and idle quality.
- Supports Emissions Compliance: Helps your Land Rover pass inspection and avoid fines.
- Prevents Fault Codes: Keeps the secondary air system functioning error-free.
Common Features of Land Rover Secondary Air Injection Pump
This pump is designed to meet or exceed factory flow rates and electrical requirements.
- OEM Motor Performance: Delivers consistent air flow at startup.
- Weatherproof Housing: Sealed against moisture and engine bay debris.
- Quiet Operation: Minimal noise thanks to precision motor design.
- Direct Plug-In Connector: Compatible with Land Rover electrical systems.
Why Choose eEuroparts for Land Rover Secondary Air Injection Pump?
- OEM & Performance Parts: Pumps engineered for exact factory standards.
- Competitive Pricing: Get dealership-quality parts at a better price.
- Fast & Reliable Shipping: Minimize downtime with quick order fulfillment.
- Extensive Inventory: Covering multiple Land Rover years and models.
Explore More Land Rover Parts at eEuroparts
eEuroparts offers air injection components, sensors, and emission control parts to help your Land Rover meet regulations and stay at peak performance.
