6134325F92
MM,IP , AXLE LOAD MONITORING
Navistar International®

This axle load monitoring harness is designed to provide accurate readings for axle load, ensuring optimal vehicle performance and safety. The harness is engineered to provide a secure connection for load sensors, allowing for precise monitoring that can prevent overloading and potential damage. Its robust construction includes high-quality materials that resist wear and environmental factors, making it suitable for various vehicle types. The design allows for easy installation, making it a practical choice for both professional mechanics and DIY enthusiasts.

Navistar International Corporation has a rich history of innovation and reliability in the commercial vehicle sector, which is reflected in its diverse range of products. The axle load monitoring harness is designed to provide accurate readings for axle load, ensuring optimal vehicle performance and safety. With a commitment to engineering excellence, Navistar has crafted this harness to establish secure connections for load sensors, preventing potential overloads that could damage the vehicle. The robust construction of this part highlights the company's focus on quality and durability, ensuring it can withstand various operating conditions. By continually advancing its technology, Navistar reinforces its reputation as a leader in the automotive industry.

Source One Parts Center is your trusted partner for sourcing components that ensure accurate load monitoring for vehicles. Our axle load monitoring harnesses are designed to provide reliable connections for load sensors, helping prevent overloading and potential damage. We prioritize quality and durability in every product we offer, ensuring that you receive components that meet rigorous industry standards. Our knowledgeable staff is always available to assist with inquiries, providing expert guidance throughout the purchasing process. With competitive pricing and fast shipping, Source One makes it easy to get the parts you need to maintain optimal vehicle performance.