Low profile FHSLP201-12mmG pillow block bearing delivers secure, vibration resistant support for 12mm shafts in a compact solid foot housing, featuring set screw locking for precise alignment and durable installation in space constrained machinery
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Regular price
$99.99
Sale price$200.00you save $100.01
SKU: Kit15785
UPC: 00193019223727
UPC: 00193019223727
Item: FHSLP201-12mmG Bearing
Type: Pillow Block Low Shaft Height
Shaft Diameter: 12mm
Bolt Size: 3/8" inch
Bearing No: FH201-12mmG
Type: Pillow Block Low Shaft Height
Shaft Diameter: 12mm
Bolt Size: 3/8" inch
Bearing No: FH201-12mmG
Premium 12mm low shaft height pillow block bearing
✔️ 12mm inner diameter, set screw locking, relubricatable with RST seals for solid housing
✅ Bolt size 3/8 inch (9.53mm) for secure mounting
✅ Bearing number FH201-12mmG with solid foot housing
✅ Housing number LP-203S-HA, narrow inner ring design
✅ Dimensions: h 26.99mm (1.06 inches), a 138.8mm (5.46 inches), e 92.1mm (3.63 inches)
✅ Further specs: b 32.2mm (1.27 inches), s1 11.1mm (0.44 inches), s2 22.2mm (0.87 inches)
✅ Additional: g 8.7mm (0.34 inches), w 53.2mm (2.09 inches), Bi 22.5mm (0.89 inches), n 6.5mm (0.26 inches)
✔️ 12mm inner diameter, set screw locking, relubricatable with RST seals for solid housing
This is a pillow block bearing with a low shaft height design, ideal for compact machinery setups where space is limited, such as in industrial conveyors or automated systems for reliable support and rotation.
✅ 12mm shaft diameter (0.47 inches) for precise fits✅ Bolt size 3/8 inch (9.53mm) for secure mounting
✅ Bearing number FH201-12mmG with solid foot housing
✅ Housing number LP-203S-HA, narrow inner ring design
✅ Dimensions: h 26.99mm (1.06 inches), a 138.8mm (5.46 inches), e 92.1mm (3.63 inches)
✅ Further specs: b 32.2mm (1.27 inches), s1 11.1mm (0.44 inches), s2 22.2mm (0.87 inches)
✅ Additional: g 8.7mm (0.34 inches), w 53.2mm (2.09 inches), Bi 22.5mm (0.89 inches), n 6.5mm (0.26 inches)
💡 How can low shaft height pillow block bearings boost machine reliability in tight spots?
Low shaft height designs help keep things running smooth in crowded setups.
- Cuts down on space needs for easier installs
- Locks in better alignment to avoid wear
- Handles loads without giving way fast
- Works great for folks fixing up industrial gear
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