Oil Pressure Sender. Porsche 918 Spyder 2015  ❭  9A160620300

The Oil Pressure Sender is a genuine OEM Porsche engine monitoring component designed to measure engine oil pressure and transmit accurate pressure readings to the vehicle's engine management system and instrument cluster. As a critical part of the lubrication monitoring system, the oil pressure sender helps ensure that the engine maintains adequate oil pressure for proper lubrication, cooling, and protection of internal components.

Fits:

• Porsche 918 Spyder 4.6L 2014-15

Diagram Ref No 7

Manufactured to Porsche’s exact specifications, this sensor is engineered for precise pressure measurement, reliable signal transmission, and long-term durability in demanding engine environments. It continuously monitors oil pressure levels, allowing the driver and ECU to detect lubrication issues before they can cause serious engine damage.

What This Product Does:

• Measures engine oil pressure in real time
• Transmits oil pressure data to the ECU and dashboard
• Monitors lubrication system performance
• Triggers oil pressure warnings when pressure falls outside specification
• Helps protect critical engine components from lubrication failure
• Supports overall engine reliability and performance

• Oil pressure warning light illuminated Erratic or fluctuating oil pressure readings
• Incorrect low oil pressure warnings
• Oil pressure gauge not functioning correctly
• Check engine light or related fault codes
• Oil leaks around the sender unit
• Intermittent sensor operation or signal loss
• False warnings despite normal oil pressure levels

• Restores accurate oil pressure readings
• Ensures reliable warning system operation
• Helps detect genuine lubrication problems early
• Prevents false warning messages and unnecessary diagnostics
• Supports proper engine lubrication monitoring
• Protects internal engine components from damage caused by low oil pressure
• Maintains confidence in the vehicle’s engine management and monitoring systems
• Contributes to long-term engine reliability and performance