Hella Turbo Boost Pressure Sensor Lower - 6PP 013 112-041-HE010

HELLA intake manifold pressure sensors measure absolute pressure after the throttle valve by compa...

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eBayHELLA 6PP 013 112-041 Sensor, intake manifold pressure - 4-pin connector
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Product Information

Full details

This Hella Turbo Boost Pressure Sensor (6PP 013 112-041-HE010) is designed for vehicle owners seeking to optimize engine performance and efficiency. Its key benefit is providing the ECU with accurate intake manifold pressure data, leading to reduced fuel consumption, improved engine response, and lower emissions. A potential caveat is the necessity to verify the OEM number for correct vehicle fitment.

All features

Model Part Number6PP 013 112-041-HE010
BrandHella

Extended Product Information

FAQs

What is the primary function of the Hella Turbo Boost Pressure Sensor?

It measures the absolute pressure in the intake manifold after the throttle valve, providing vital data to the ECU for accurate air mass calculation, which optimizes fuel delivery.

How does this sensor help improve fuel consumption?

By ensuring the ECU has precise data, it allows for more efficient fuel-air mixture formation, leading to reduced fuel usage.

Is this sensor compatible with all vehicles?

No, compatibility is specific. You must check your vehicle's OEM part number against the Hella part number (6PP 013 112-041-HE010) to confirm it is the correct fit.

What does 'developed to OEM standards' mean?

It means the sensor is manufactured to meet the same quality and performance specifications as the original part supplied by the vehicle manufacturer.

How resistant is this sensor to engine bay conditions?

It is designed to be resistant to vibration, heat, and dirt, ensuring long-lasting and precise performance in harsh engine environments.

Do I need to reset any codes after installation?

Yes, it is generally recommended to clear any diagnostic trouble codes (DTCs) related to the sensor using an OBD-II scanner after installation.

Troubleshooting

Check Engine Light illuminated

This could indicate a fault with the sensor or its circuit. Verify electrical connections and consider testing the sensor's signal with a multimeter or diagnostic tool. Ensure the correct part was installed.

Poor engine performance or rough idle

An inaccurate reading from the pressure sensor can lead to incorrect fuel mixture. Check for vacuum leaks in the intake system and ensure the sensor is properly seated and connected.

Reduced fuel economy

An underperforming sensor may not provide the ECU with optimal data for fuel mixture, leading to increased consumption. Confirm the sensor is functioning correctly and that there are no other underlying engine issues.

Pros and Cons

Pros

  • Enhances fuel economy
  • Improves engine responsiveness
  • Contributes to lower emissions
  • Built for durability in extreme conditions
  • Ensures precise data for engine management

Cons

  • Requires verification of OEM number for compatibility
  • Installation may require specialized tools or knowledge
  • Performance gains are dependent on overall engine health

Setup, Compatibility & Care

Compatibility: Before purchasing, it is essential to verify the OEM part number of your vehicle's existing intake manifold pressure sensor. Cross-reference this number with the Hella part number 6PP 013 112-041-HE010 to ensure correct fitment. Consult your vehicle's service manual or a qualified mechanic if you are unsure.

Setup: Installation typically involves locating the sensor on the intake manifold, disconnecting the electrical connector, removing the old sensor, and installing the new one. Ensure the new sensor is securely fastened and the electrical connector is properly seated. It is often recommended to clear any diagnostic trouble codes (DTCs) related to the sensor after installation using an OBD-II scanner.

Care: This sensor is designed for a 'fit and forget' operation and requires no routine user maintenance. Its durable construction protects it from the typical contaminants found in the engine bay. However, if the sensor is removed for any reason, ensure the mounting surfaces are clean before reinstallation to guarantee a proper seal. Avoid spraying cleaning agents directly onto the sensor or its electrical connector.

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