| Bearing GEG 80 ES ISB | Category:Pillow Block; Inventory:0.0; Minimum Buy Quantity:N/A; Weight:14.528; Product Group:M06288; Number of Mounting Holes:4; Mounting Method:V Lock; Housing Style:4 Bolt Pillow Block; Rolling Element:Spherical Roller Bearing; Housing Material:Cast Steel; Expansion / Non-expansion:Expansion; Mounting Bolts:3/4 Inch; Relubricatable:Yes; Insert Part Number:22217; Seals:Double Lip Viton; Housing Configuration:1 Piece Solid; |
| Bearing GE14-PB INA | Category:Flange Block; Inventory:0.0; Minimum Buy Quantity:N/A; Weight:0.55; Product Group:M06110; Number of Mounting Holes:3; Mounting Method:Eccentric Collar; Housing Style:3 Bolt Flange Block; Rolling Element:Ball Bearing; Housing Material:High Test Iron; Expansion / Non-expansion:Non-expansion; Mounting Bolts:3/8 Inch; Relubricatable:No; Insert Part Number:W219EL; Seals:Single Lip Contact; Housing Configuration:1 Piece Solid; |
| Bearing GIKL 25 PW INA | Category:Plain Bearings; Inventory:0.0; Minimum Buy Quantity:N/A; Weight:0; Product Group:B04264; |
| Bearing AST40 250100 AST | Category:Flange Block; Inventory:0.0; Minimum Buy Quantity:N/A; Weight:7.264; Product Group:M06288; Number of Mounting Holes:4; Mounting Method:Eccentric Collar; Housing Style:4 Bolt Round Flange Cartridge; Rolling Element:Spherical Roller Bearing; Housing Material:Cast Steel; Expansion / Non-expansion:Expansion; Mounting Bolts:1/2 Inch; Relubricatable:Yes; Insert Part Number:22213; Seals:Double Lip Viton; |
| Bearing GE 260 CP ISB | Category:Pillow Block; Inventory:0.0; Minimum Buy Quantity:N/A; Weight:14.528; Product Group:M06288; Number of Mounting Holes:4; Mounting Method:V Lock; Housing Style:4 Bolt Pillow Block; Rolling Element:Spherical Roller Bearing; Housing Material:Cast Steel; Expansion / Non-expansion:Expansion; Mounting Bolts:3/4 Inch; Relubricatable:Yes; Insert Part Number:22217; Seals:Double Lip Viton; Housing Configuration:1 Piece Solid; |
| Bearing GE 200 AW INA | Category:Pillow Block; Inventory:0.0; Minimum Buy Quantity:N/A; Weight:19.522; Product Group:M06288; Number of Mounting Holes:4; Mounting Method:Concentric Collar; Housing Style:4 Bolt Pillow Block; Rolling Element:Spherical Roller Bearing; Housing Material:Cast Steel; Expansion / Non-expansion:Non-expansion; Mounting Bolts:3/4 Inch; Relubricatable:Yes; Insert Part Number:22218; Seals:Triple Lip Viton; |
| Bearing GEZ 400 ES-2RS SKF | Category:Single Row Ball Bearing; Inventory:3.0; Minimum Buy Quantity:N/A; Weight:0.04; Product Group:B00308; Enclosure:2 Seals; Precision Class:ABEC 1 | ISO P0; Maximum Capacity / Filling Slot:No; Rolling Element:Ball Bearing; Snap Ring:No; Internal Special Features:No; Cage Material:Steel; Inch - Metric:Inch; Long Description:5/8" Bore; 1.378" Outside Diameter; .433" Outer Race Width; 2 Seals; Ball Bearing; ABEC 1 | ISO P0; No Filling Slot; No Snap Ring; No Internal Special Features; |
| Bearing GEBK5S LS | Category:Take Up Units; Inventory:0.0; Minimum Buy Quantity:N/A; Weight:10.896; Product Group:M06288; Component Description:Take Up Bearing Only; Rolling Element:Spherical Roller Bearing; Housing Style:Unit Only; Mounting Method:Concentric Collar; Compatible Take Up Frame:QMTF; Adjustment Travel Length:0; Insert Part Number:22213; Housing Material:Cast Steel; Other Features:Double Row | Double Collar | Expansion | Three Lip Viton Seal | Steel Cage | With Set Screw; |
| Bearing AST11 WC10 AST | Category:Pillow Block; Inventory:0.0; Minimum Buy Quantity:N/A; Weight:22.7; Product Group:M06288; Number of Mounting Holes:2; Mounting Method:V Lock; Housing Style:2 Bolt Pillow Block; Rolling Element:Spherical Roller Bearing; Housing Material:Cast Steel; Expansion / Non-expansion:Expansion; Mounting Bolts:20 Millimeter; Relubricatable:Yes; Insert Part Number:22219; Seals:Triple Lip Nitrile Rubber; |
| Bearing GEEM70ES-2RS FBJ | d:40 mm; static load capacity:17800 N; D:80 mm; precision rating:ABEC 1 (ISO Class Normal); B:18 mm; finish/coating:Uncoated; bore type:Round; cage material:Steel; closure type:Double Sealed; outer ring width:18 mm; row type & fill slot:Single Row Non-Fill Slot; fillet radius:1 mm; internal clearance:C3; maximum rpm:5600 RPM; operating temperature range:-30 to +110 °C; standards met:DIN 625-1; |
Plain bearings: What are they? | Bearing Tips
Jan 22, 2015 - Plain bearings are cylindrical sleeves that bear light to moderate radial loads. They slide radially or axially over shafts to allow rotary motion or
Plain bearings | SKF
SKF plain bearings are a reliable, cost-efficient solution for applications with multi-directional, self-aligning movements. Find the spherical plain bearings, radial
Types of Plain Bearings (Bushings) - Deep - Medium
Feb 17, 2020 - As a rule, the bushing supports the rotating shaft of the hardened shaft journal using soft metal or plastic and oil film. Plain bearings are mainly
What are Bearings? What is a Plain Bearing? | GGB
Plain bearings, also referred to as bushes, bushings or sleeve bearings, are usually cylindrical in shape and contain no moving parts. Standard configurations
Plain Bearings - RBC Bearings
one of RBC's main producers of plain bearings, manufacturing journal bearings (bushings), spherical plain, and rod end product with a focus on engine and
Plain bearing - Wikipedia
Plain bearings, in general, are the least expensive type of bearing. They are also compact and lightweight, and they have a high load-carrying capacity
The plain bearing - function, types and applications
May 25, 2019 - Solid plain bearings: This is the classic plain bearing with oil or grease lubrication. It normally consists of a single bearing material. The plain
All about Plain Bearings - Design World
Jan 22, 2015 - Plain bearings are the simplest form of bearing available as they have no moving parts. They are, quite often, simply a cylinder, though the
What are plain bearings and how do they work? – Blog CLR
Mar 29, 2018 - Plain bearings are mechanical components charged with bearing a load and allowing a sliding or rotational motion between two parts of a machine. Their main purpose is preventing wear of the points of support of the machine, which would take place if the shafts were to roll directly on the structure