SS-F 606 ZZ RICH Flanged Deep Groove Ball Bearing – stainless steel construction with double-sided non-contact shields, normal clearance (CN), and flange diameter 19 mm. Compact dimensions (6 x 17 x 6 mm) and lightweight (0.007 kg) design ensure corrosion resistance, secure axial positioning, and long service life.
SS-F 606 ZZ RICH | Flanged Deep Groove Ball Bearing – 6 x 17 x 6 mm
Technical Specifications:
Catalog Code: SS-F 606 ZZ RICH
Brand: RICH
Type: Flanged Deep Groove Ball Bearing
Inner Diameter (d): 6 mm
Outer Diameter (D): 17 mm
Width (B): 6 mm
Flange Diameter: 19 mm
Weight: 0.007 kg
Internal Clearance: CN – Normal clearance
Material: Stainless steel
Sealing: Double-sided non-contact shields (ZZ)
Product Feature: Miniature
Country of Origin: China
Key Performance Advantages:
Flanged Deep Groove Design: Facilitates axial positioning and simplifies mounting in housings.
Stainless Steel Construction: Corrosion-resistant, ideal for humid or aggressive environments.
Normal Clearance (CN): Balanced play for general-purpose miniature applications.
Double-Sided Shields (ZZ): Non-contact protection against dust and contaminants while maintaining low friction.
Miniature Format: Extremely compact 6 mm bore, 17 mm outer diameter, and 6 mm width, lightweight at only 0.007 kg.
Flange Diameter 19 mm: Ensures secure fit and stability in flanged applications.
RICH Quality: Precision manufactured for durability and consistent performance.
Transparency Note: This flanged deep groove ball bearing is manufactured directly under the RICH brand. The catalog code SS-F 606 ZZ is used solely for identification and does not imply affiliation with other brands. The product is clearly marked with its actual brand and origin.
SS-F 606 ZZ RICH Flanged Deep Groove Ball Bearing – stainless steel construction with double-sided non-contact shields, normal clearance (CN), and flange diameter 19 mm. Compact dimensions (6 x 17 x 6 mm) and lightweight (0.007 kg) design ensure corrosion resistance, secure axial positioning, and long service life.