5302 2RS FBJ Double Row Angular Contact Ball Bearing 15x42x19mm

5302 2RS FBJ Double Row Angular Contact Ball Bearing 15x42x19mm with Contact Seals

The 5302 2RS FBJ is a precision-engineered double row angular contact ball bearing designed to handle combined axial and radial loads. Measuring 15mm (inner diameter) x 42mm (outer diameter) x 19mm (width), this bearing is equipped with contact rubber seals (2RS) on both sides, ensuring protection against contaminants and retaining lubrication.

Key Features:

• Type: Double Row Angular Contact Ball Bearing

• Model: 5302 2RS

• Brand: FBJ

• Dimensions: 15mm x 42mm x 19mm

• Seals: Contact rubber seals on both sides (2RS)

• Material: High-quality chrome steel

• Cage: Steel cage for durability

• Clearance: CN (Normal Clearance)

• Weight: Approximately 0.133 kg

• Country of Origin: Japan or China (depending on production batch)

Applications: This bearing is suitable for applications requiring support for combined loads, such as:

• Electric motors

• Pumps

• Gearboxes

• Agricultural machinery

• Industrial equipment

Advantages:

• Enhanced Protection: The 2RS seals provide excellent protection against dust and moisture.

• Durability: Constructed with high-grade materials for extended service life.

• Versatility: Suitable for various industrial applications due to its ability to handle combined loads.

Frequently Asked Questions (FAQ)

Q1: What does "2RS" signify in the bearing model? A1: "2RS" indicates that the bearing has contact rubber seals on both sides, offering protection against contaminants and retaining lubrication.

Q2: Can this bearing handle both axial and radial loads? A2: Yes, the double row angular contact design allows it to support combined axial and radial loads effectively.

Q3: Is the bearing pre-lubricated? A3: Yes, the 5302 2RS FBJ bearing comes pre-lubricated, ensuring optimal performance upon installation.

Q4: What is the clearance specification "CN"? A4: "CN" denotes normal internal clearance, suitable for general-purpose applications.