| full complement cylindrical roller bearings NNC4976V | Brand:NTN; D:40 mm; B:12 mm; Characteristic outer ring frequency, BPF0:2.63 Hz; Da max:36 mm; Characteristic inner ring frequency, BPFI:4.37 Hz; Static load, C0:4.6 kN; Dynamic load, C:9.6 kN; Min operating temperature, Tmin:-60 °C; f0:12.8; |
| full complement cylindrical roller bearings NNC4860V | Bearing Used:Deep Groove Ball Bea; Type:Bearings with Housin; Bearing Material:Stainless Steel; Shape:T-Shaped; Bearing I.D. d(mm):6; Days to Ship:8 Days; T(mm):25 ～ 35; RoHS:6; Housing Material:[Aluminum Alloy] 201; |
| full complement cylindrical roller bearings NNCF4848V | Brand:NTN; D:40 mm; B:12 mm; Characteristic outer ring frequency, BPF0:2.63 Hz; Da max:36 mm; Characteristic inner ring frequency, BPFI:4.37 Hz; Static load, C0:4.6 kN; Dynamic load, C:9.6 kN; Min operating temperature, Tmin:-60 °C; f0:12.8; |
| full complement cylindrical roller bearings NNC4940V | Bearing Used:Deep Groove Ball Bea; Type:Bearings with Housin; Height Indication:Height Configurable; Bearing Material:[Steel] Steel; Height H(mm):15 ～ 30; Bearing Retained:Yes (with retaining; Number of Bearings:Single; Days to Ship:8 Days; C Chamfered:Provided; |
| full complement cylindrical roller bearings NNCL4830V | Brand:NTN; D:40 mm; B:12 mm; Characteristic outer ring frequency, BPF0:2.63 Hz; Da max:36 mm; Characteristic inner ring frequency, BPFI:4.37 Hz; Static load, C0:4.6 kN; Dynamic load, C:9.6 kN; Min operating temperature, Tmin:-60 °C; f0:12.8; |
| full complement cylindrical roller bearings NNC4876V | Bearing Used:Deep Groove Ball Bea; Type:Bearings with Housin; Bearing Material:Stainless Steel; Shape:T-Shaped; Bearing I.D. d(mm):6; Days to Ship:8 Days; T(mm):25 ～ 35; RoHS:6; Housing Material:[Aluminum Alloy] 201; |
| full complement cylindrical roller bearings NNC4926V | Inner/Outer Ring Material:Steel; Specifications/Environment:Standard; Combination of Angular Contact Ball Bearings:Back Combination; Type:Angular Contact Ball; Outer Ring Shape:Flat; Rolling Element Material:Steel; Days to Ship:6 Days or more; Max. Allowed rpm(rpm):8900; |
| full complement cylindrical roller bearings NNCF4860V | H1:21 mm; s1:33.4 mm; C0:23.2 kN; Dz:100 mm; Recommended tightening torque for set screw:11.5 Nm; L:135 mm; A1:35 mm; d1:67.2 mm; T max.:100 °C; Z:91.5 mm; |
| full complement cylindrical roller bearings NNCF5038V | Number of Bearings:Single; Shape:T-Shaped; Bearing Retained:Yes (with retaining; Height H(mm):20 ～ 50; Bearing Part Number:6902; C Chamfered:Not Provided; Bearing Used:Deep Groove Ball Bea; Lateral Width L(mm):60; Type:Bearings with Housin; Bearing Material:[Steel] Steel; |
| full complement cylindrical roller bearings NNCL4944V | Number of Bearings:Double; Bearing Used:Deep Groove Ball Bea; Shape:Flange Type; Housing Material:1045 Carbon Steel; Bearing I.D. d(mm):10; Flange O.D. H(φ):50; Bearing Retained:No; |
Full complement cylindrical roller bearings
In case of the double row cylindrical roller bearing series 48 and 49 the dimension specifications according to. DIN 5412-9 are met. However, NNF type bearings
Double row full complement cylindrical roller bearings | SKF
SKF double row full complement cylindrical roller bearings incorporate a maximum number of rollers, as they are not equipped with a cage. The basic SKF
NKE double row full complement cylindrical roller bearings
Consult NKE AUSTRIA GmbH's entire NKE double row full complement cylindrical roller bearings catalogue on DirectIndustry. Page: 1/4
NKE Double Row Full Complement Cylindrical Roller Bearings
Oct 5, 2009 - Steyr, Austria -- Bearing manufacturer NKE AUSTRIA GmbH introduces the NNF series of double row full complement cylindrical roller bearings
Double Row Full Complement Bearings | The Timken Company
Double Row Full Complement. Two-row or double row cylindrical roller bearings are used in gear drives, rolling mills, and machine tools. The bearings are
SKF Double row full complement cylindrical roller bearing
Product description Full complement bearings (without a cage) incorporate a maximum number of rollers and are therefore suitable