FYH SBPF206-20 1-1/4" Stamped Round 3-Bolt Flanged Mounted Bearing
UPC: 00193019198025
Type: Stamped steel plate round three-bolt flange type units
Bolt Size: 3/8" inch
Basic Load (Cr): 19.5 KN
Basic Load (Cor): 11.3 KN
SBPF206-20 FYH Flange Bearing Unit
✔️ 1-1/4" ID - 3-Bolt Round Flange, Stamped Steel Housing
The SBPF206-20 from FYH is a stamped steel three-bolt flange bearing unit with a cylindrical bore and set screw locking. Designed for light to moderate-duty applications, it offers secure shaft mounting and easy alignment for conveyor systems, agricultural machinery, and industrial frames.
✅ Type: Stamped steel plate, round three-bolt flange unit
✅ Inner diameter (d): 1-1/4"
✅ Bore type: Cylindrical with set screws
✅ Bolt size: 3/8" inch
✅ Basic dynamic load rating (Cr): 19.5 kN
✅ Basic static load rating (Cor): 11.3 kN
✅ Bearing number: SB206-20
✅ Quantity: 1 bearing
✅ Brand: FYH
📐 Dimensions (in inches):
| Feature | Size |
|---|---|
| Shaft Bore (d) | 1-1/4" |
| Bolt Circle (H) | 4-7/16" |
| Bolt Hole (A) | 3/4" |
| Hole Dia (A1) | 13/64" |
| Overall Width (J) | 3-9/16" |
| Height (N) | 7/16" |
| Back Diameter (H2) | 2-25/32" |
| Slot Width (S) | 5/16" |
| Housing Thickness (B) | 1.18" |
💡 Why choose a 3-bolt stamped steel flange bearing?
Stamped steel flange units offer a lightweight, economical solution for equipment where space, cost, and moderate load capacity are factors. The round flange and three-bolt mount simplify installation in limited-space assemblies.
Reliable performance in compact, low- to mid-load bearing applications.
🔍 Comparison Table: SBPF206-20 vs. UCF206-20 (Cast Iron 4-Bolt)
| Feature | SBPF206-20 (Stamped Steel) | UCF206-20 (Cast Iron) |
|---|---|---|
| Housing Type | Stamped steel plate | Solid cast iron |
| Bolt Configuration | 3-bolt round flange | 4-bolt square flange |
| Load Capacity (Cr) | 19.5 kN | ~27.4 kN |
| Weight | Lightweight | Heavier, more rigid |
| Best Use | Compact/light-duty setups | Heavy-duty, high-load setups |
A great fit for smaller frames, lighter loads, and cost-conscious mounting configurations.