6302 SING ISB deep groove ball bearing

ISB 6302 Deep Groove Ball Bearing (SING)

The ISB 6302 is a reinforced single-row deep groove ball bearing from the high-performance 6300 series. This model features larger rolling elements, enabling it to handle significantly higher radial loads than lighter series equivalents. Its open-type design ensures minimal rolling resistance, allowing for operation at extremely high rotational speeds. The SING designation guarantees delivery in the original, single-unit ISB factory packaging.

Application

• Gearboxes and Transmissions: Ideal for oil-bath environments requiring high load ratings.
• Electric Motors: Applications focused on high energy efficiency and low friction.
• Pumps and Fans: Reliable shaft guidance with minimal self-vibration.
• Agricultural Machinery: Drive systems exposed to variable stress levels.
• Heavy Industry: Mechanisms requiring durability in continuous-duty cycles.

Technical Specification

• Manufacturer: ISB (Italy)
• Designation: 6302
• Type: Deep groove ball bearing (Open)
• Design: Single-row
• Series: 6300 – Enhanced load capacity
• Packaging: SING (Single unit)

Note: Standard dimensions for the 6302 are 15 mm (Bore) × 42 mm (OD) × 13 mm (Width).

Features and Benefits

• Robust 6300 Series Design: Superior resistance to dynamic loads compared to 6002 and 6202 bearings.
• Minimal Friction: The absence of contact seals allows for free rotation and reduced heat generation.
• High Limiting Speeds: Engineered for mechanisms with high dynamic requirements.
• Fatigue Resistance: Manufactured from high-purity bearing steel to ensure long service life.
• ISB Quality: A European brand guaranteeing stable and repeatable technical performance.

Why Choose This Product

By selecting the ISB 6302 bearing, you are investing in a component engineered for demanding tasks. Where standard bearings might fail under pressure, the 6300 series provides a critical safety margin. It is an excellent solution for OEM manufacturers and maintenance professionals seeking reliability and smooth operation in high-stress bearing units.