COOPER BEARING 02 C 10 EX Mounted Units & Inserts

d:80; Unit Body Material:Cast Iron; Unit Body Material:Cast Iron; Surface Treatment:No; Bearing Inner Dia. Shape:Tapered hole adapter; Fit:J7; Accessory:With steel plate cov; Grease Type:Standard Grease; Rolling Element Material:Bearing Steel; Stroke:No;

d:7; D:11; Rolling Element Material:Steel; Inner/Outer Ring Material:Steel; Outer Ring Type:Flat; Revolution Frequency(rpm):23000; B:9; Outer Ring:With Outer Ring; Post-assembly heat treatment (pre-bent type):No; Lubricant:No;

Bolt Size:2 x M20; Dimension M:100 mm; Dimension H:100 mm; Dimension L:345 mm; Maximum Speed:2790 rpm; Cr - Dynamic Load Rating:42039 lbf; Pillow/Plummer Block Style:Split Cylindrical Ho; Housing Width:5.3 in; Support Type:Two-Bolt Plummer Blo; Dimension H2:230 mm;

R - Cone Backface To Clear Radius1:1.520 mm; r - Cup Backface To Clear Radius2:1.52 mm; Ab - Cage-Cone Frontface Clearance:3.05 mm; Design Units:METRIC; Cg - Geometry Factor:0.133; C - Cup Width:23.000 mm; G2 - Heat Generation Factor (Rib-Roller End):114.7; Cage Type:Stamped Steel; C1 - Dynamic Radi

Cup Part Number:JP6010; C0 - Static Radial Rating:101000 N; Series:JP6000; G2 - Heat Generation Factor (Rib-Roller End):22.5; G1 - Heat Generation Factor (Roller-Raceway):39.5; C1 - Dynamic Radial Rating (1 million revolutions)5:82500 N; Design Units:METRIC; Bearing Weight:0.6 Kg; Da - Cup Frontface

Symbol of contact angle:No; Basic Load Rating, Static Rating(N):76500; Rolling Element Material:Steel; Rotational Speed(rpm):6300; Low Torque Specification:No; Raceway Ring Shape:Cylindrical Roller; Seal, Shield Symbols:No; Precision Grade Symbol:No; Load Direction:Radial; Bearing Ring Type:Type NU;

d:1.2500 in; Manufacturing Plant Location:Crossville, TN - DC; Retainer Type:Std Retainer; Bearing Insert Material:Steel; Brand:Baldor-Dodge; Expansion Type:Non-Expansion; Ball Material:Steel; Ship Weight:2.78 LB; Ring Size:Standard; Seal Type:Single Lip;

d:100; Bearing Unit, Type:Diamond Flange Shape; Fit:J7; Unit Body Material:Cast Iron; Stroke:No; Basic Load Rating, Static Rating(N):180000; Bearing Inner Dia. Shape:Tapered hole adapter; Fit:J7; Unit, Type:Insert Bearing Unit; Surface Treatment:No;

Bearing Used:Deep Groove Ball Bea; Type:Bearings with Housin; Number of Bearings:Double; Type:Bearings with Housin; Bearing Retained:No; Shape:Flanged Pilot Type; Flange O.D. H(φ):72; Shape:Flanged Pilot Type; Flange Shape:Compact Type; Holder Surface Treatment:Not Provided;

Shape:T-Shaped; Shape:T-Shaped; Type:Bearings with Housin; Bearing Retained:No; Type:Bearings with Housin; Thickness T(mm):25 ～ 35; Thickness, Height Indication:T Selection, h Confi; Bearing Used:Deep Groove Ball Bea; Bearing Part Number:626; Bearing Material:[Steel] Steel;

B:25.400 mm; C90 - Dynamic Radial Rating (90 million revolutions)4:4880 lbf; G1 - Heat Generation Factor (Roller-Raceway):23.6; da - Cone Frontface Backing Diameter:36.07 mm; d:30 mm; K - Factor7:2.14; Cg - Geometry Factor:0.0656; B - Cone Width:25.357 mm; Aa - Cage-Cone Backface Clearance:0.5 mm; e

Days to Ship:9 Days; Basic Load Rating Cr(KN):143; Grease Type:Standard Grease; Type of Insert Bearing:Cylindrical Bore Sha; Flange dimensions L(mm):280; Lubrication method:Oil-Free Type; Type of Insert Bearing:Cylindrical Bore Sha; Surface Treatment:No; Unit, Type:Bearing unit; Basic Load Rating, S

Precision:Grade 0; Bearing Style:Rubber Sealed; RoHS:6; Types:16**/6*** series; Retainer Type:Punching; Type:Ball; Rolling Element Material:Steel; Specifications/Environment:Standard / Dust Proo; Basic Dynamic Load Rating(N):1830; Max. Allowed rpm(rpm):24000;

Type:Bearings with Housin; Days to Ship:7 Days; Holder Surface Treatment:Black Oxide Coating; Bearing Retained:No; Shape:Flange Type; Volume Discount:Available; Bearing I.D. d(mm):10; Type:Bearings with Housin; Bearing Retained:No; Bearing Used:Deep Groove Ball Bea;

C:20.669 in; Threads No. per Inch:5; E:18.701 in; D:2.3620 in; Major Diameter B:15.745 in; A:0.4330 in; E1:15.827 in; Piston Length of Travel:0.669 in; Assembly Weight:101.2 lb; Piston Area:56.9 in²;