| E-Waste | Yes |
| FAQs | How can I determine if the MAF/VANE AIRFLOW sensor is bad? |
| FAQs | What are the most common causes of MAF/VANE AIRFLOW sensor problems? |
| FAQs | The most common causes are: worn vane assembly, cracked housing, or cracked printed circuit board. These conditions require unit replacement. |
| FAQs | What goes bad in VANE AIRFLOW type units? |
| FAQs | A malfunctioning MAF/VANE AIRFLOW sensor can cause any one or more of the following symptoms: hesitation, stalling, poor fuel economy or poor engine performance. |
| FAQs | The most common causes are: cracked circuit boards, burnt sensing elements, poor solder joints, deteriorated conformal coating, or loose printed circuit board components. |
| FAQs | How can a malfunctioning MAF/VANE AIRFLOW sensor affect my vehicles’ operation? |
| FAQs | Over-voltage sources from relays, shorted wiring, cracked printed circuit boards, moisture entering the unit through split air ducts, electrical connections and wiring, air intake obstructions or gas/oil fumes from the engine can cause failure. Check air filter and air ways for dirt or debris. Check for loose or faulty connectors, broken or faulty wiring. Be sure to check these to prevent damage to the replacement unit. |
| FAQs | Visually inspect the sensor element in the MAF for damage or for a burnt smell. In the VANE AIRFLOW sensor, inspect the door for binding or for a burnt smell. unit. Start the engine and tap lightly on the unit. If tapping causes an engine malfunction or intermittent operation the unit is faulty and must be replaced. |
| FAQs | What goes bad in MAF sensors? |
| Features and Benefits | Our remanufacturing process is earth-friendly, as it reduces the energy and raw material needed to make a new part by 80% |
| Features and Benefits | Our sensors precisely track O.E. output curves and maintain spec tolerances to ensure accurate feedback to the vehicle’s engine control management system. |
| Features and Benefits | All modules are 100% tested with automated computer test equipment to ensure full functionality and reliability |
| Features and Benefits | Components are rated to handle demanding temperature variations for optimum reliability in every environment. |
| Features and Benefits | On-car vehicle validation routines ensure that modules meet all form, fit, durability and performance requirements. |
| Features and Benefits | 100% re-solder of critical components ensures superior electrical connections, no intermittent failures and longer product life. |
| Features and Benefits | As a remanufactured Original Equipment part, this unit guarantees a perfect vehicle fit |
| Housing Included | No |
| Mounting Hole Quantity | 2 |
| Mounting Type | Bolt-On |
| Package Contents | Mass Air Flow Sensor, Instruction Sheet |
| Product Condition | Remanufactured |
Cardone Industries
CARDONE® Remanufactured Mass Air Flow Sensors (MAFS) precisely track O.E. output curves and maintain specific tolerances to ensure accurate scan tool readings for proper operation. 100% re-soldering...
Cardone Industries
CARDONE® Remanufactured Mass Air Flow Sensors (MAFS) precisely track O.E. output curves and maintain specific tolerances to ensure accurate scan tool readings for proper operation. 100% re-soldering...
Cardone Industries
CARDONE Remanufactured Mass Air Flow Sensors (MAFS) precisely track O.E. output curves and maintain specific tolerances to ensure accurate scan tool readings for proper operation. 100% re-soldering...
Cardone Industries
CARDONE Remanufactured Mass Air Flow Sensors (MAFS) precisely track O.E. output curves and maintain specific tolerances to ensure accurate scan tool readings for proper operation. 100% re-soldering...
Cardone Industries
CARDONE® Remanufactured Mass Air Flow Sensors (MAFS) precisely track O.E. output curves and maintain specific tolerances to ensure accurate scan tool readings for proper operation. 100% re-soldering...
