Low height pillow block bearing with 5/8 inch bore, set screw locking, and solid foot housing delivers precise shaft alignment, vibration resistance, and durable performance for compact machinery and conveyors
✔️ 5/8 inch bore, low shaft height, relubricatable seal
The FHSLP202-10G pillow block is a compact bearing housing designed to support a 5/8 inch shaft in tight spaces. It's commonly used on conveyors, small machines, agricultural equipment, and automation assemblies where mounting height matters.
✅ Inner diameter 5/8 inch with narrow inner ring and relubricatable unit
✅ Housing style: solid foot, low shaft height LP-203S-HA
✅ Bearing type: ball bearing, sealed with RST tight riding, full cover
✅ Bolt size: 3/8 inch, shaft diameter 5/8 inch
✅ Quantity: 1 per package (pack size: 1)
✅ Dimensions (inches): h 1-1/16, a 5-15/32, e 3-5/8, b 1-17/64, s1 7/16, s2 7/8, g 11/32, w 2-3/32, Bi n 0.256
FHSLP202-10G Pillow Block Low Shaft Height Ball Bearing is a relubricatable unit with a solid foot housing, designed for stable shaft support in compact assemblies. It uses a narrow inner ring and a standard RST tight-riding seal with full cover and metal shroud seals to keep lubrication in and contaminants out, making it suitable for lightweight machinery and automation setups where space is at a premium.
✅ Inner diameter 5/8 inch with narrow inner ring and relubricatable unit
✅ Housing style: solid foot, low shaft height LP-203S-HA
✅ Bearing type: ball bearing, sealed with RST tight riding, full cover
✅ Bolt size: 3/8 inch, shaft diameter 5/8 inch
✅ Quantity: 1 per package (pack size: 1)
✅ Dimensions (inches): h 1-1/16, a 5-15/32, e 3-5/8, b 1-17/64, s1 7/16, s2 7/8, g 11/32, w 2-3/32, Bi n 0.256
💡 What is a pillow block bearing used for in compact machinery?
Handy for mounting shafts in tight spaces with stable alignment and ease of maintenance.
- Supports 5/8 inch bore shafts in conveyors, automation, and small machines - The relubricatable seal and sealed ball bearing minimize downtime and wear - It fits standard mounting patterns for quick integration into systems