Specifications
Dimensions
- Base To Bore Centerline1.6875 in
- Base Width1.8750 in, 47.6 mm
- Bolt Center To Center Length4.6250 in
- Bore Diameter1-1/4 in
- Overall Length6.5000 in
- Overall Width1.8750 in
- Weight3.263 lbs
Details
- Bearing NumberA-UC206-104D1
- Bore TypeRound
- Country of OriginJP
- Duty TypeLight Duty
- End TypeOpen
- Expansion TypeNon-Expansion Bearing (Fixed)
- Features & Benefits• Inserts feature black oxide coating for superior protection from condensation and humidity • Exclusive ball-point set screw provides excellent shaft tightening without damage to the mounting surface • A specialized seal and flinger design prevents particles from reaching the inner ball bearings and raceways, reducing wear and corrosion • Offers solid base construction for optimum load and shock stability • High-grade cast iron housings designed to provide high rigidity and strength for heavy load applications
- Finish CoatingOxide
- Harmonization Code8483.20.8040
- Housing ConstructionSolid
- Housing IDP206D1V50
- Housing MaterialCast Iron
- Locking DeviceSet Screw
- Locking TypeSet Screw
- Lubrication TypeRelubricatable
- Manufacturer Upc Number4547359222173
- Max Rpm5900 rpm
- Mounting Type2-Bolt Base
- Number Of Mounting Holes2
- Product TypePillow Block Ball Bearing Units
- Radial Dynamic Load Capacity4400 lbf
- Radial Static Load Capacity2540 lbf
- Replacement BearingA-UC206-104D1
- Seal MaterialNitrile Rubber
- Seal TypeContact Seal
- SeriesUCP
- Type Of BearingBall Bearing
- UPC_NO4547359222173
Overview
Mfr description
UCP-1.1/4S PILLOW BLOCK
- Inserts feature black oxide coating for superior protection from condensation and humidity
- Exclusive ball-point set screw provides excellent shaft tightening without damage to the mounting surface
- A specialized seal and flinger design prevents particles from reaching the inner ball bearings and raceways, reducing wear and corrosion
- Offers solid base construction for optimum load and shock stability
- High-grade cast iron housings designed to provide high rigidity and strength for heavy load applications