Double Row Cylindrical Roller Bearing SKF NN3026KTN9/UPVR522 for Industrial Machinery 130mm Inner Diameter

Product Specifications

Application Suitability

Need a Reliable SKF NN3026KTN9/UPVR522 Double Row Cylindrical Roller Bearing? Here's What Matters

Industrial machinery operators often face challenges with bearing selection—whether it's finding the exact 130mm inner diameter fit for existing equipment or ensuring the bearing can handle continuous heavy loads without premature failure. Sourcing genuine components from a trusted supplier adds another layer of complexity, especially when dealing with critical applications where downtime equals lost productivity.

Engineered for Consistent Performance in Industrial Machinery

The SKF NN3026KTN9/UPVR522 double row cylindrical roller bearing addresses these challenges with precision-engineered design and reliable quality. As part of our comprehensive bearing range, this model benefits from our direct access to global distribution networks, ensuring you receive authentic products that meet original specifications. Its double row structure provides enhanced radial load capacity, making it ideal for industrial machinery operating under variable load conditions.

Optimal Performance in Demanding Industrial Environments

This 130mm inner diameter roller bearing excels in applications requiring high rigidity and precise radial guidance, such as machine tool spindles and heavy-duty gearboxes. The open design allows for easy lubrication maintenance, while the cylindrical roller structure ensures efficient load distribution across the bearing surface. Its performance remains consistent even in environments with moderate vibration and temperature fluctuations common in steel mills and mining operations.

Key Engineering Features for Long-Term Reliability

The NN3026KTN9/UPVR522's double row configuration increases radial load capacity compared to single row alternatives, making it suitable for equipment subject to heavy continuous loads. The bearing's precision manufacturing ensures tight dimensional tolerances, critical for interchangeability in industrial machinery where component replacement must maintain equipment alignment. The use of high-quality steel in its construction provides excellent wear resistance, extending service life in abrasive environments. Additionally, the bearing's design allows for thermal expansion during operation, reducing the risk of seizure under temperature variations.

Why Proper Bearing Selection Impacts Total Operational Costs

Choosing the right double row cylindrical roller bearing directly affects your equipment's total cost of ownership. A correctly specified bearing minimizes unplanned downtime by reducing the risk of premature failure, while its robust construction lowers maintenance frequency. In contrast, using undersized or low-quality bearings can lead to increased vibration, accelerated wear on adjacent components, and costly production interruptions. This SKF model's design aligns with international standards, ensuring compatibility with existing machinery and reducing the need for costly modifications during replacement.

Quality You Can Trust in Every Component

Packaging & Shipping

• Standard packaging: Each bearing is packed in a 10×10×10 cm box to prevent damage during transit
• Stock availability: Ready for immediate dispatch for urgent requirements
• Flexible shipping options: Choose between express courier, air freight, or sea freight based on your timeline and budget
• Low minimum order quantity: Supports both small-scale maintenance needs and large-volume production requirements

Get Your Quote for the SKF NN3026KTN9/UPVR522 Bearing Today

Whether you need a single replacement bearing or a bulk order for your production line, we can provide competitive pricing and reliable delivery. Simply share the model number, required quantity, and delivery location, and our team will promptly prepare your quote. With our global supply chain and technical expertise, we ensure you get the right bearing for your industrial machinery application.

Frequently Asked Questions