Brief: Get a guided demo that shows common workflows and troubleshooting tips for the 30/7 2RS Miniature Angular Contact Ball Bearing. This video provides a detailed walkthrough of its compact 7x19x10 mm design, double-row structure for enhanced load capacity, and double-sided rubber seals for contamination protection in precision equipment applications.
Related Product Features:
Compact 7x19x10 mm dimensions designed for tight-space precision applications.
Double-row angular contact structure enhances both radial and bidirectional axial load capacity.
2RS double-sided rubber seals effectively block dust, moisture, and contaminants.
Made from high-quality bearing steel (GCr15) for durability and performance.
Precision-ground raceways and balls ensure low-friction, stable operation.
Ideal for small-scale high-precision transmission systems and compact mechanical structures.
Suitable for micro motors, consumer electronics, medical devices, and small-scale robotics.
Interchangeable with equivalent bearings from major brands like SKF, NSK, or INA.
คำถามที่พบบ่อย:
What are the key dimensions of the 30/7 2RS bearing?
The bearing has an inner diameter of 7mm, outer diameter of 19mm, and width of 10mm, making it ideal for compact precision equipment applications.
What does the '2RS' designation mean in this bearing?
The '2RS' indicates double-sided rubber seals that effectively block dust, moisture, and contaminants, extending service life in enclosed or semi-open environments.
What types of applications is this bearing suitable for?
This bearing is designed for micro motors, consumer electronics components, precision measuring instruments, medical miniature devices, small-scale robotics, and other scenarios requiring compact, high-load miniature bearing solutions.
How does the double-row structure benefit performance?
The double-row angular contact structure provides enhanced radial and bidirectional axial load capacity compared to single-row alternatives, making it suitable for applications requiring higher load support in compact spaces.