VEH23445 BEARINGS FOR ZH1110/1115 ENGINE NJ312E/C3

VEH23445 NJ312E/C3 Cylindrical Roller Bearing for ZH1110 / ZH1115 Engines

Engineered for superior performance and durability, the VEH23445 NJ312E/C3 Cylindrical Roller Bearing is specifically designed to meet the demanding operational requirements of ZH1110 and ZH1115 diesel engines. Manufactured with precision and high-grade materials, this bearing ensures optimal load distribution, reduced friction, and extended service life under heavy-duty conditions.

Key Features

• High Load Capacity: Designed to withstand significant radial loads, making it ideal for industrial and agricultural engine applications.
• C3 Internal Clearance: Enhanced clearance allows for thermal expansion, ensuring reliable performance in high-temperature environments.
• Precision Engineering: Manufactured to strict tolerances for smooth rotation, reduced vibration, and improved efficiency.
• Robust Construction: Hardened steel components provide exceptional wear resistance and longevity.
• Axial Displacement Capability: NJ design allows limited axial movement, accommodating shaft expansion without compromising stability.

Technical Specifications

• Bearing Type: Cylindrical Roller Bearing (NJ Design)
• Model: NJ312E/C3
• Part Number: VEH23445
• Dimensions: 60 mm (Inner Diameter) × 130 mm (Outer Diameter) × 31 mm (Width)
• Clearance: C3 (greater than normal clearance)
• Material: High-carbon chromium steel

Applications

• ZH1110 Diesel Engines
• ZH1115 Diesel Engines
• Agricultural machinery
• Industrial equipment requiring high radial load support

Performance Advantages

The VEH23445 bearing is optimized for high-speed rotation and heavy-load conditions, ensuring minimal maintenance and maximum uptime. Its advanced design reduces frictional losses, contributing to improved engine efficiency and reliability over extended operating cycles.

Why Choose VEH23445?

• Consistent performance in harsh operating environments
• Trusted compatibility with ZH-series engines
• Cost-effective solution without compromising quality