Skf 6003 2RSJEM Deep Groove Ball Bearing 35mm Double Seal

Product Description

The SKF 6003 2RSJEM is a deep groove ball bearing designed for radial and axial load applications in rotating machinery. It features a 35 mm outside diameter, a round bore, and a double-seal configuration that retains grease lubrication and blocks contamination. The steel cage and steel housing provide durability in industrial and mechanical service environments. Rated to 13,000 RPM and manufactured to ABEC-3 tolerances, this bearing suits moderate-precision applications where reliable, low-maintenance operation is required. It is a standard catalog bearing installed by millwrights, HVAC technicians, and equipment service professionals across a wide range of applications.

The SKF 6003 2RSJEM is used in motors, fans, pumps, and light mechanical equipment where a compact, sealed bearing is specified. Its single-row configuration handles combined radial and light axial loads. The double-seal design makes it well suited for environments where re-lubrication access is limited or where contaminant ingress is a concern. This bearing appears in residential and light commercial HVAC blower motors, small pump assemblies, and general-purpose power transmission equipment.

Key Features

• 35 mm outside diameter, round bore, deep groove design
• Double-seal configuration retains grease and resists contamination
• 13,000 RPM maximum speed rating
• ABEC-3 tolerance class for moderate-precision applications
• Steel cage and steel housing construction
• Pre-greased, no snap ring included

Compatibility

Designed as an OEM-style replacement for applications calling for a 6003 series deep groove ball bearing with a double-seal configuration and 35 mm outside diameter.

Installation Notes

Bearing installation and replacement should be performed by a qualified technician. Always de-energize and lock out equipment before servicing any bearing assembly. Use a proper bearing press or puller to seat or remove the bearing without applying force through the rolling elements. Avoid direct impact on the bearing races, as this can cause brinelling and premature failure.