Set Screw Locking Two-Bolt Flange Bearing Unit, 1-3/16 in (30.16 mm) Shaft, 440C Stainless Steel Insert, Wide Inner Ring Sealed Ball Bearing, White Polymer NFL206 Housing, Single Unit

Regular price $238.99 Sale price$320.00you save $81.01
SKU: MRO6080
UPC: 00193019953402





Set screw two-bolt flange bearing unit, single unit
✔️ 1-3/16 in (30.16 mm) shaft, set-screw locking, white housing

This is a sealed ball bearing two-bolt flange unit for industrial use, built for washdown and general factory mounts where a compact, single bearing unit is needed. Typical uses include conveyor shafts, food processing equipment, and light machinery where corrosion resistance and easy relubrication are required.

✅ Shaft: 1-3/16 in (30.16 mm) diameter, set-screw locking.
✅ Insert: 440C stainless steel ball bearing with wide inner ring.
✅ Housing: white PBT thermoplastic NFL206 two-bolt flange, polymer body.
✅ Bolt size: 3/8 in (9.53 mm); Lubrication: 1/4-28 UNF fitting, relubrication yes.
✅ Seal: contact seal with slinger; temp rating to 212°F (100°C).
✅ HTS: 8483.20.40.40; Weight: 0.940 lb; single bearing unit.
✅ Application notes: ideal for sealed ball bearing installs and linear slide unit replacements; an affordable stainless-steel alternative to ceramic options.
✅ Dimensions table:
A 5-13/16 in (147.64 mm)
E 4-39/64 in (117.07 mm)
G 33/64 in (13.10 mm)
X 1-13/64 in (30.56 mm)
S 7/16 in (11.11 mm)
L 3-5/32 in (80.17 mm)
Z 1-5/8 in (41.28 mm)
B 1.500 in (38.10 mm)

💡 What is a two-bolt flange bearing unit used for in washdown and industrial applications? Short answer: It supports a rotating shaft in tight mounting locations while keeping out moisture and allowing relubrication. - Supports shaft alignment and radial loads in conveyor, pump, and gear assemblies for washdown environments. - Works well where sealed ball bearing performance is needed and can serve instead of expensive ceramic inserts. - Fits compact linear slide unit set-ups and food-processing gear where a white polymer housing and stainless insert are preferred.