High-precision cylindrical roller bearing designed for demanding industrial applications. Provides essential rotating support with enhanced ECP design for reliable high-speed power transmission. Manufactured with premium bearing steel and advanced plastic cage technology for superior durability and reduced friction in granulators and shredders.
The NU 314 ECP Cylindrical Roller Bearing serves as the critical rotating component in precision industrial machinery, working in perfect harmony with shafts and housings to achieve reliable high-speed power transmission. This precision-manufactured bearing demonstrates exceptional engineering through advanced metallurgy and specialized manufacturing processes.
| Weight | 7 lbs |
|---|---|
| Dimensions | 7 × 7 × 2 in |
Technical Specifications:
Part Number: NU 314 ECP
SKU: 80003060
Material: Premium bearing steel with specialized heat treatment
Bearing Type: Single-row cylindrical roller bearing
Cage Material: Plastic (ECP designation)
Weight: Approximately 2.7 kg
Precision Class: Standard precision
Load Type: Radial loads only
Speed Rating: Enhanced for high-speed applications
Key Features:
Enhanced Design: ECP designation indicates optimized internal geometry for improved performance
Precision Construction: 70x150x35mm dimensions provide optimal radial load capacity
Superior Speed Capability: Enhanced design maintains performance under high-speed conditions
Plastic Cage Technology: ECP cage ensures optimal roller guidance and reduced friction
Efficient Installation: Separable inner ring design allows for simplified mounting procedures
Manufacturing Excellence:
Manufactured from premium bearing steel with specialized heat treatment
Precision grinding and finishing for optimal surface quality
Consistent performance characteristics under high-speed conditions
Advanced cage design integration for extended service life
Applications: Perfect for granulators, shredders, plastic processing equipment, and precision machinery requiring high-speed operation with excellent radial load capacity in demanding plastic recycling and material processing environments.
