6202 SING ISB deep groove ball bearing

ISB 6202 Deep Groove Ball Bearing (SING)

The ISB 6202 is a standard single-row deep groove ball bearing with an open design. Part of the versatile 6200 series, it is highly valued for its optimal balance between compact dimensions and load-carrying capacity. The absence of mechanical seals ensures minimal friction torque, allowing for very high rotational speeds. The SING designation guarantees the product is delivered in its original, clean single-unit packaging, ready for precise installation.

Application

• Small Electric Motors: Precise shaft guidance with minimal rolling resistance.
• Gearboxes and Transmissions: Ideal for oil-bath environments where lubricant flow to the raceways is essential.
• Home Appliances & Power Tools: Used in high-speed blenders, vacuum cleaners, and grinders.
• Pumps and Fans: Rotor stabilization in continuous duty cycle equipment.
• Light Conveyors: Rollers and transport systems requiring smooth movement.

Technical Specification

• Manufacturer: ISB (Italy)
• Designation: 6202
• Type: Single-row deep groove ball bearing.
• Design: Open (no shields – requires external lubrication).
• Series: 6200 (Balanced performance series).
• Packaging: SING (Single unit).

Note: Standard dimensions for the 6202 are 15 mm (Bore) × 35 mm (OD) × 11 mm (Width).

Features and Benefits

• Low Rolling Resistance: The open design eliminates seal friction, reducing heat buildup in the bearing node.
• High Limiting Speeds: Optimized for high-RPM applications through precision-ground raceways.
• Versatility: Capable of managing radial loads and moderate axial loads in both directions.
• Premium Bearing Steel: Manufactured from high-purity hardened steel for excellent fatigue resistance.
• ISB European Quality: A brand ensuring consistent technical parameters and long service intervals.

Why Choose This Product

The ISB 6202 bearing is a cornerstone of reliability for your engineering projects. By choosing ISB, you invest in manufacturing precision that results in reduced noise and vibration. It is the perfect solution wherever high mechanical efficiency and high-speed operation are required without the risk of system overheating.