Air Conditioning Pressure Sensor for Kuga I 2008-2016 for Transit 2006-2016 Air Conditioning Cycle Pressure Switch 95BW19E561AA

"Air Conditioner Pressure Sensor Compatible with Kuga I 2008-2016, Compatible with Transit 2006-2016, Air Conditioner Pressure Sensor, Air Conditioner Cycle Pressure Switch 95BW19E561AA. Highlights: Replacing a new air conditioning pressure sensor can fix issues such as car lack of cooling, compressor malfunction, or repeated starts and stops. Material: Made of metal and plastic, with good stability and conductivity. How to use: Easy to install, direct replacement of old or broken sensor."

• 🔧Original Specifications: Manufactured strictly according to original vehicle assembly parameters, with threaded interfaces and plug clip dimensions identical to original parts, allowing for direct replacement without pipe modifications. Compatible with most passenger vehicle air conditioning systems and mainstream refrigerant types.
• 📊Precise Pressure Measurement: The precisely calibrated sensor chip stably collects refrigerant pressure values ​​from the air conditioning pipes, transmitting signals continuously without jumps. The vehicle's computer can properly control the compressor's start and stop, avoiding pipe abnormalities such as high-pressure overload and low-pressure cavitation.
• 🛡️Temperature and Durable: The metal pressure-bearing housing is reinforced with oil-resistant sealing rings, resisting high and low temperatures in the engine compartment, moisture, and oil contamination. Its operating temperature covers the normal driving conditions, preventing leakage and signal drift during long-term operation.
• ⚙️Non-Destructive Installation: Standard screw-in structure with built-in positioning locking clips. Installation and removal can be completed with standard automotive repair tools, without disassembling the dashboard or air conditioning assembly. A single person can complete the replacement in a short time.
• 🚗 Fault Repair: Improves common vehicle problems caused by sensor malfunctions, such as intermittent cold air output, insufficient cooling capacity, frequent compressor shutdowns, and air conditioning system errors, restoring the air conditioning system to stable operation.