CaterPillar Nitrogen oxides NOx sensor OEM:441-5127 reference: RCS No: RCSNS089

Key Features:

Imported Ceramic Chip: Our NOX sensor utilizes an imported ceramic chip, which ensures high accuracy and reliability in detecting nitrogen oxide levels. This advanced technology enables precise measurements and contributes to the superior performance of the sensor.

Corrosion Resistance Probe: The sensor is equipped with a corrosion-resistant probe, allowing it to effectively withstand harsh environmental conditions. This feature enhances the durability and longevity of the sensor, making it suitable for a wide range of operating environments.

Excellent ECU Circuit (PCB) Supported by Lab of University: The ECU circuit in our NOX sensor is of excellent quality and is supported by the research and development of a prestigious university laboratory. This collaboration ensures that our product is backed by innovative research and development, leading to a state-of-the-art sensor with unparalleled performance.

Performance and Longevity: Our NOX sensor offers exceptional stability and reliability, guaranteeing accurate and consistent readings of nitrogen oxide levels. The integration of advanced components and materials results in a significantly extended lifespan, reducing maintenance frequency and overall operating costs for users.

Certifications: Our company is proud to announce that our NOX sensor has achieved CE certification and IATF16949:2026 certification, demonstrating compliance with rigorous quality and safety standards. These certifications signify our commitment to delivering products of the highest quality and reliability to our customers.

In summary, our Caterpillar truck NOX sensor sets a new benchmark in the industry with its imported ceramic chip, corrosion resistance probe, excellent ECU circuit, stable performance, and extended lifespan. Backed by prestigious certifications and rigorous testing, our sensor provides a trustworthy solution for monitoring and controlling nitrogen oxide levels in automotive applications.