Bearings Canada
Open cylindrical roller follower with a five eighths inch bore delivers smooth, high-load performance through full-complement rollers, nonseparable construction, oil hole lubrication, and rugged high-carbon chrome steel for long-lasting reliability
Title
$104.96 CAD
$207.33 CADyou save $102.37 CAD
SKU: 862083
UPC: 00193019900475
UPC: 00193019900475
CRY36V Roller Follower: 5/8 Inch Open Cylindrical Bearing
✔️ Open, non-separable, full-complement, 5/8 in bore, single unit
✅ Overall width: 1-5/16 in (33.34 mm)
✅ Roller diameter: 2-1/4 in (57.15 mm)
✅ Roller width: 1-1/4 in (31.75 mm)
✅ Material: High carbon chrome steel
✅ Finish: Black oxide
✅ Oil hole: Yes
✅ Type: Non-separable, open, full complement
✅ Dynamic load: 45,700 N (10,270 lbf)
✅ Static load: 80,600 N (18,110 lbf)
✅ Temperature: -20 to 120 C
✅ Weight: 1.32 lb (0.60 kg)
✅ Pack size: Single bearing
✔️ Open, non-separable, full-complement, 5/8 in bore, single unit
These cylindrical roller followers are robust open bearings designed to ride along a cam or guide rail, converting rotary motion into linear motion while minimizing friction. Handy in automation, packaging lines, conveyors, and other machinery where space is tight and loads push radially.
✅ Inside diameter: 5/8 in (15.875 mm)✅ Overall width: 1-5/16 in (33.34 mm)
✅ Roller diameter: 2-1/4 in (57.15 mm)
✅ Roller width: 1-1/4 in (31.75 mm)
✅ Material: High carbon chrome steel
✅ Finish: Black oxide
✅ Oil hole: Yes
✅ Type: Non-separable, open, full complement
✅ Dynamic load: 45,700 N (10,270 lbf)
✅ Static load: 80,600 N (18,110 lbf)
✅ Temperature: -20 to 120 C
✅ Weight: 1.32 lb (0.60 kg)
✅ Pack size: Single bearing
💡 What is a cylindrical roller follower used for in mechanical systems?
People use them to convert cam rotation into smooth linear motion with low friction.
- handy for guiding moving parts in automation, conveyors, and packaging lines
- provides low friction with full complement cylindrical rollers for steady radial loads
- offers oil hole maintenance, black oxide finish, and non-separable design