Split spherical roller bearings. Costs savings through rapid bearing replacement at difficult to access bearing locations

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1 Split spheical olle beaings Costs savings though apid beaing eplacement at difficult to access beaing locations

2 Contents Rapid beaing eplacement 2 Cost savings 2 Application examples 2 Replacement fo beaings with adapte sleeve 4 Fitting in split plumme block housings 4 Poduct ange 5 Beaing design 5 Load caying capacity 6 Speed suitability 6 Minimum load 6 Fits 6 Lubication 6 Assembly 7 Dimension tables 8 Split spheical olle beaings in metic sizes 8 Split spheical olle beaings in inch sizes 14 Split spheical olle beaings in metic sizes with sepaate locking ings 20

Rapid beaing eplacement Cost savings Application examples Rapid beaing eplacement at difficult to access locations Split spheical olle beaings ae pincipally used whee the eplacement of unsplit

The use of split spheical olle beaings educes the downtime of machiney and plant.

3 Rapid beaing eplacement Cost savings Application examples Rapid beaing eplacement at difficult to access locations Split spheical olle beaings ae pincipally used whee the eplacement of unsplit spheical olle beaings would equie costly additional wok, involving the emoval of geas o couplings, the dismounting of dives o the dismantling of shaft powe tains. The use of split spheical olle beaings educes the downtime of machiney and plant. Cost savings Due in paticula to the educed downtime, the fitting of split spheical olle beaings gives a significant eduction in fitting costs, as shown in the diagam. In new designs too, split spheical olle beaings can give cost savings in many cases since the plant can be simplified and the assembly wok equied is educed. Application examples Split spheical olle beaings ae essentially used on shafts suppoted at seveal points and locations that ae difficult to access. Typical aeas of application include conveying equipment, mateials pocessing plant, ventilation plant, olling mills, ships and pape machiney. Application examples in mining and mateials pocessing: Bucket wheel excavatos and eclaimes Winches and sheaves Wom conveyos Bucket conveyos and belt conveyos Mixing and stiing plant Mills and cushes Sinteing plant, dum type kilns Fans and ventilatos Dust extaction plant Dive and tansmission shafts 100% 80% 60% 40% 20% Beaing aangements in comminution and pocessing plant Dive beaing aangements in conveying and tanspot equipment Split beaings give benefits Costs fo: tools failue fitting sleeve beaing 0% Unsplit Split 2

Application examples Application examples in the

Mixing and stiing plant Dye olls Dive and

Comminution machiney Shaft beaing aangements in

in conveying and tanspot equipment Beaing

4 Application examples Application examples in the pulp and pape industy: Fans and ventilatos Mixing and stiing plant Dye olls Dive and tansmission shafts Conveying equipment Comminution machiney Shaft beaing aangements in mixing and stiing plant Dive beaing aangements in conveying and tanspot equipment Beaing aangements in fans and ventilatos Fitting of a lage split spheical olle beaing 3

Replacement fo beaings with adapte sleeve Fitting in split plumme block housings Replacement fo beaings with adapte sleeve Split spheical olle beaings can geneally be fitted instead of unsplit

5 Replacement fo beaings with adapte sleeve Fitting in split plumme block housings Replacement fo beaings with adapte sleeve Split spheical olle beaings can geneally be fitted instead of unsplit spheical olle beaings with adapte sleeves. The pecondition fo eplacement is that the outside diamete, oute ing width and diamete of the shaft seat ae identical, see Poduct ange, page 5. Fitting in split plumme block housings Split spheical olle beaings can be fitted in ou split plumme block housings without additional machining of the housings. This also applies to housings fom othe manufactues if the intenal dimensions ae identical. 1: Easy beaing eplacement since the mounting space of split spheical olle beaings (top) is identical to that of unsplit spheical olle beaings with adapte sleeves (bottom). 4 2: Simple inspection, apid and simple fitting the split spheical olle beaing to be fitted in an SNV housing

Poduct ange Beaing design Poduct ange Ou compehensive ange contains split spheical olle beaings fo metic shaft diametes fom 55 mm to 630 mm and inch shaft diametes fom 2 D/bg inch to 16 inch.

sleeves. The beaing tables show which standad beaing with a sleeve can be eplaced by the elevant split beaing. Beaing design Split spheical olle beaings have a cylindical boe.

6 Poduct ange Beaing design Poduct ange Ou compehensive ange contains split spheical olle beaings fo metic shaft diametes fom 55 mm to 630 mm and inch shaft diametes fom 2 D/bg inch to 16 inch. In most cases, the outside diamete, oute ing width and diamete of the shaft seat ae identical to those of standad spheical olle beaings of seies 222, 230, 231, 239, 240 and 241 with appopiate adapte sleeves. The beaing tables show which standad beaing with a sleeve can be eplaced by the elevant split beaing. Beaing design Split spheical olle beaings have a cylindical boe. The inne ing, oute ing and cage with the olle set ae split in half. The split beaing ings ae held togethe by scews. The intenal design of most split spheical olle beaings was caied ove fom ou poven spheical olle beaing E1, Figue 3. The only diffeence is that some lage beaings have a igid cental ib on the inne ing. The beaings have a split solid cage made fom glass fibe einfoced polyamide o bass (fo high tempeatue suitability, see Catalogue HR 1, Rolling Beaings). Split spheical olle beaings have the nomal toleances of unsplit adial beaings and the nomal intenal cleaance of unsplit spheical olle beaings with a cylindical boe (DIN 620). In most split spheical olle beaings, the locking ings ae integated in the inne ings, Figue 4. 4: Split spheical olle beaing with split solid cage made fom glass fibe einfoced polyamide o bass, with integal locking ings Dowel scews Oute ing halves Inne ing halves Locking scews Dowel scews If thee ae lage diffeences in tempeatue between the shaft and inne ing halves, which can occu fo example in dye olls fo pape machiney, beaings with sepaate locking ings ae moe suitable, Figue 5. Locking scew Dowel scew Cage halves with olle and cage assemblies Polyamide cage Bass cage 3: The intenal design of the beaings with integal locking ings matches that of the poven E1 design. 5: Split spheical olle beaing fo special applications with sepaate, split locking ings 5

Load caying capacity Speed suitability Fits Lubication Load caying capacity The load caying capacity of split spheical olle beaings is lowe than that of unsplit spheical olle beaings, since the pitch

7 Load caying capacity Speed suitability Fits Lubication Load caying capacity The load caying capacity of split spheical olle beaings is lowe than that of unsplit spheical olle beaings, since the pitch cicle fo the olling element set is smalle due to the scew connection in the oute ing. Nevetheless, they can achieve a high load caying capacity since they have the maximum numbe of olles with the lagest possible dimensions (E1 design). The oveolling of the joints is taken into consideation in calculation of the equivalent dynamic load by applying the shock facto 1,1. Dimensioning is caied out accoding to the nomal calculation method fom Catalogue HR 1, Rolling Beaings. Speed suitability The limiting speeds ae stated in the beaing tables. The values take account of the cage stength and the vibations geneated though oveolling of the joints. If the limiting speeds ae exceeded, consultation with Application Engineeing is equied. Minimum load Fo beaings unning at high speeds in paticula, a minimum load is equied in ode to ensue poblem-fee opeation. Fo these beaings, this is: P = 0,02 C P [kn] Minimum adial load C [kn] Basic adial load ating fom dimension tables Fits In ode that the inne ings have the necessay fim fit once the scews have been tightened, the shaft must be machined to between h6 and h9. These shaft toleances ae the same as those nomally used with unsplit beaings located by means of adapte sleeves. The housing boe is nomally machined to H7 o H8. Lubication Split spheical olle beaings ae nomally lubicated using lithium soap gease of consistency class 2 with EP additives. The lubication intevals coespond to those of unsplit beaings. Split spheical olle beaings can also be elubicated via a goove and holes in the oute ing. Automatic lubicatos It is paticulaly advantageous to use split spheical olle beaings in conjunction with a Motion Guad automatic lubicato. Though contolled elubication, this continuously supplies a sufficient quantity of fesh gease to the contact points of the olling beaing. This esults in a significant incease in beaing life. These eliable, economical devices give extended lubication and maintenance intevals and also pevent undesupply o ovesupply of gease. Plant downtime and maintenance costs ae educed as a esult. The spaing and envionmentally fiendly use of lubicants contibute to highe cost-efficiency. Compehensive infomation on the Motion Guad lubicatos Champion, Compact and Concept6 is given in publication WL

Fitting Fitting of split spheical olle beaings

opeations in the fitting of split spheical olle

Each beaing is supplied with a compehensive

1 Suppot the weight of the oto 2 Remove the

beaings with adapte sleeve should be caefully cut

ing half in the lowe section of the housing and

then scew togethe the inne ing halves 5 Fit the

8 Fitting Fitting of split spheical olle beaings The following pictues give a summay of the opeations in the fitting of split spheical olle beaings. Each beaing is supplied with a compehensive fitting manual. 1 Suppot the weight of the oto 2 Remove the housing cove 3 Dismount the old beaing (unsplit beaings with adapte sleeve should be caefully cut though using a pating-off ginde) 4 Place the oute ing half in the lowe section of the housing and align it with the inne ing mounted on the shaft, then scew togethe the inne ing halves 5 Fit the emaining pats, finishing with the uppe oute ing half 6 Lowe the shaft in ode to subject the beaing to load 7 Fit the uppe section of the housing 7

9 FAG Spheical olle beaings Split, in metic sizes C C B B d D d D Dimension table Dimensions in mm Solid polyamide cage TVPA Solid bass cage MA Designation Mass Dimensions Basic load Calculation factos atings Fatigue limit load m d D C B dyn. stat. e Y 1 Y 2 Y 0 C u C Wkg min. kn kn kn C 0 222SM55-TVPA 1, , ,23 2,92 4,35 2,86 13,2 222SM60-TVPA 1, , ,24 2,84 4,23 2,78 15,4 222SM65-TVPA 2, , ,24 2,81 4,19 2,75 19,4 222SM70-TVPA 2, ,23 2,95 4,4 2,89 21,1 222SM75-TVPA 3, ,22 3,1 4,62 3,03 22,5 222SM80-TVPA 4, ,22 3,14 4,67 3,07 25,5 222SM85-TVPA 5, ,22 3,04 4,53 2, SM90-TVPA 6, , ,23 2,9 4,31 2,83 32,5 231SM100-MA 6, ,28 2,37 3,53 2, SM100-TVPA 8, , ,24 2,84 4,23 2,78 39,5 230SM110-MA 5, ,23 2,9 4,31 2,83 29,5 231SM110-MA 9, ,28 2,41 3,59 2, SM110-TVPA 10, , ,25 2,71 4,04 2, SM115-MA 9, ,22 3,04 4,53 2, SM115-MA 11, ,28 2,39 3,56 2,34 49,5 222SM115-TVPA 14, ,25 2,71 4,04 2, SM125-MA ,23 2,95 4,4 2, SM125-MA 13, , ,28 2,45 3,64 2, SM125-TVPA 17, ,26 2,62 3,9 2, SM135-MA , ,22 3,07 4, SM135-MA 19, , ,27 2,49 3,71 2, SM135-TVPA 24, ,25 2,67 3,97 2, SM140-MA 15, , ,22 3,1 4,62 3, SM140-MA 25, , ,29 2,32 3,45 2, SM140-TVPA 28, ,25 2,69 4 2,63 83 Othe designs ae also available; please contact us. Equivalent dynamic load Equivalent static load P = 1,1 (F + Y 1 F a ) [kn] F a /F e P 0 = F 0 + Y 0 F 0a [kn] P = 1,1 (0,67 F + Y 2 F a ) [kn] F a /F e In ode to pevent ceep of the inne ings in a cicumfeential diection on the shaft, P/C must be 0,2. Highe values ae pemissible if the actual speed is significantly lowe than the limiting speed. In such cases, please contact us. 8

10 Examples of beaing eplacement in plumme block housings Split beaings Unsplit beaings Housings Non-locating beaings S30 Locating beaings S30 Non-locating beaings SNV Designation Pemissible axial load *) Limiting speed Scew tightening toque Replacement fo unsplit spheical olle beaings with adapte sleeve F a n G M i M a Beaing Adapte sleeve max. kn min 1 N m N m FAG Suitable plumme block housings **) 222SM55-TVPA 5, ,5 1, K H312 SNV110 1) 222SM60-TVPA 5, , K H313 SNV120 1) 222SM65-TVPA 5, , K H315 SNV130 1) 222SM70-TVPA 5, ,5 4, K H316 SNV140 1) 222SM75-TVPA 7, , K H317 SNV150 1) 222SM80-TVPA 7, , K H318 SNV160 1) 222SM85-TVPA 7, , K H319 SNV170 1) 222SM90-TVPA 7, K H320 SNV180 1) 231SM100-MA 7, K H SM100-TVPA 13, K H322 SNV200 1) 230SM110-MA 7, K H3024 S3024-H-N-FZ 1) 231SM110-MA K H SM110-TVPA 13, K H3124 SNV SM115-MA 7, , K H3026 S3026-H-N-FZ 1) 231SM115-MA 7, K H SM115-TVPA 13, K H3126 SNV SM125-MA 7, K H3028 S3028-H-N-FZ 1) 231SM125-MA 13, , K H SM125-TVPA 13, K H3128 SNV SM135-MA 13, , K H3030 S3030-H-N-FZ 1) 231SM135-MA 22, K H SM135-TVPA 22, K H3130 SNV SM140-MA 13, , K H3032 S3032-H-N-FZ 1) 231SM140-MA 21, , K H SM140-TVPA 22, K H3132 SNV290 *) Fo inne ings without axial suppot **) The beaings will also fit in housings fom othe manufactues if the intenal dimensions ae identical. Seals, coves and locating ings fo SNV housings: see Catalogue HR 1, Rolling Beaings. 1) Housing without eye bolt 9

11 FAG Spheical olle beaings Split, in metic sizes C C B B d D d D Dimension table Dimensions in mm Solid polyamide cage TVPA Solid bass cage MA Designation Mass Dimensions Basic load Calculation factos atings Fatigue limit load m d D C B dyn. stat. e Y 1 Y 2 Y 0 C u C Wkg min. kn kn kn C 0 230SM150-MA 17, , ,22 3,1 4,62 3, SM150-MA , ,29 2,32 3,45 2, SM150-TVPA 35, ,26 2,64 3,93 2, SM160-MA 24, , ,23 2,98 4,44 2, SM160-MA 32, , ,29 2,32 3,45 2, SM160-TVPA 37, ,26 2,64 3,93 2, SM170-MA 23, , ,23 2,9 4,31 2, SM170-MA 40, , ,28 2,37 3,53 2, SM170-TVPA 43, ,25 2,71 4,04 2, SM180-MA , ,23 2,98 4,44 2, SM180-MA 56, ,29 2,32 3,45 2, SM180-MA 52, ,25 2,71 4,04 2, SM200-MA ,23 2,9 4,31 2, SM200-MA 61, ,31 2,21 3,29 2, SM200-MA 69, ,25 2,69 4 2, SM220-MA 42, ,23 2,9 4,31 2, SM220-MA ,3 2,25 3,34 2, SM220-MA 90, ,25 2,71 4,04 2, SM240-MA 57, ,22 3,04 4,53 2, SM240-MA ,3 2,28 3,39 2, SM240-MA ,26 2,64 3,93 2, SM260-MA 63, ,23 2,95 4,4 2, SM260-MA ,3 2,23 3,32 2, SM260-MA ,25 2,67 3,97 2, SM280-MA ,22 3,04 4,53 2, SM280-MA ,29 2,32 3,45 2, SM280-MA ,24 2,79 4,15 2, SM300-MA ,23 2,9 4,31 2, SM300-MA ,29 2,3 3,42 2, SM300-MA ,24 2,84 4,23 2, Othe designs ae also available; please contact us. Equivalent dynamic load Equivalent static load P = 1,1 (F + Y 1 F a ) [kn] F a /F e P 0 = F 0 + Y 0 F 0a [kn] P = 1,1 (0,67 F + Y 2 F a ) [kn] F a /F e In ode to pevent ceep of the inne ings in a cicumfeential diection on the shaft, P/C must be 0,2. Highe values ae pemissible if the actual speed is significantly lowe than the limiting speed. In such cases, please contact us. 10

12 Examples of beaing eplacement in plumme block housings Split beaings Unsplit beaings Housings Non-locating beaings SD Locating beaings S30 Non-locating beaings S30 Designation Pemissible axial load *) Limiting speed Scew tightening toque Replacement fo unsplit spheical olle beaings with adapte sleeve F a n G M i M a Beaing Adapte sleeve max. kn min 1 N m N m FAG Suitable plumme block housings **) 230SM150-MA 13, , K H3034 S3034-H-N-FZ 231SM150-MA K H3134 SD3134-H-TS 222SM150-TVPA 22, K H3134 SD534-N-FZ 230SM160-MA 22, K H3036 S3036-H-N-FZ 231SM160-MA K H3136 SD3136-H-TS 222SM160-TVPA 22, K H3136 SD536-N-FZ 230SM170-MA 22, K H3038 S3038-H-N-FZ 231SM170-MA K H3138 SD3138-H-TS 222SM170-TVPA 22, K H3138 SD538-N-FZ 230SM180-MA K H3040 S3040-H-N-FZ 231SM180-MA K H3140 SD3140-H-TS 222SM180-MA 22, K H3140 SD540-N-FZ 230SM200-MA K H3044X S3044-H-N-FZ 231SM200-MA K H3144X SD3144-H-TS 222SM200-MA K H3144X SD544-N-FZ 230SM220-MA K H3048 S3048-H-N-FZ 231SM220-MA K H3148X SD3148-H-TS 222SM220-MA K H3148X SD548-N-FZ 230SM240-MA K H3052 S3052-H-N-FZ 231SM240-MA K H3152X SD3152-H-TS 222SM240-MA K H3152X SD552-N-FZ 230SM260-MA K H3056 S3056-H-N-FZ 231SM260-MA K H3156X SD3156-H-TS 222SM260-MA K H3156X SD556-N-FZ 230SM280-MA K H3060 S3060-H-N-FZ 231SM280-MA K H3160HG SD3160-H-TS 222SM280-MA K H3160HG SD560-N-FZ 230SM300-MA K H3064HG S3064-H-N-FZ 231SM300-MA K H3164HG SD3164-H-TS 222SM300-MA K H3164HG SD564-N-FZ *) Fo inne ings without axial suppot **) The beaings will also fit in housings fom othe manufactues if the intenal dimensions ae identical. 11

13 FAG Spheical olle beaings Split, in metic sizes C d B D Dimension table Dimensions in mm Solid bass cage MA Designation Mass Dimensions Basic load Calculation factos atings Fatigue limit load m d D C B dyn. stat. e Y 1 Y 2 Y 0 C u C Wkg min. kn kn kn C 0 230SM320-MA ,22 3,04 4,53 2, SM320-MA ,3 2,26 3,37 2, SM320-MA ,24 2,76 4,11 2, SM340-MA ,22 3,01 4,48 2, SM340-MA ,3 2,25 3,34 2, SM340-MA ,25 2,69 4 2, SM360-MA ,22 3,1 4,62 3, SM360-MA ,3 2,28 3,39 2, SM380-MA ,21 3,2 4,77 3, SM380-MA ,28 2,39 3,56 2, SM400-MA ,22 3,1 4,62 3, SM400-MA ,28 2,39 3,56 2, SM410-MA ,21 3,2 4,77 3, SM420-MA ,21 3,2 4,77 3, Othe designs ae also available; please contact us. Equivalent dynamic load Equivalent static load P = 1,1 (F + Y 1 F a ) [kn] F a /F e P 0 = F 0 + Y 0 F 0a [kn] P = 1,1 (0,67 F + Y 2 F a ) [kn] F a /F e In ode to pevent ceep of the inne ings in a cicumfeential diection on the shaft, P/C must be 0,2. Highe values ae pemissible if the actual speed is significantly lowe than the limiting speed. In such cases, please contact us. 12

14 Examples of beaing eplacement in plumme block housings Split beaings Unsplit beaings Housings Non-locating beaings SD Locating beaings S30 Non-locating beaings S30 Designation Pemissible axial load *) Limiting speed Scew tightening toque Replacement fo unsplit spheical olle beaings with adapte sleeve F a n G M i M a Beaing Adapte sleeve max. kn min 1 N m N m FAG Suitable plumme block housings **) 230SM320-MA K H3068HG S3068-H-N-FZ 231SM320-MA K H3168HG SD3168-H-TSTS 222SM320-MA K H3168HG 230SM340-MA K H3072HG S3072-H-N-FZ 231SM340-MA K H3172HG SD3172-H-TS 222SM340-MA K H3172HG 230SM360-MA K H3076HG S3076-H-N-FZ 231SM360-MA K H3176HG SD3176-H-TS 230SM380-MA K H3080HG S3080-H-N-FZ 231SM380-MA K H3180HG SD3180-H-TS 230SM400-MA K H3084XHG S3084-H-N-FZ 231SM400-MA K H3184HG SD3184-H-TS 230SM410-MA K H3088HG S3088-H-N-FZ 230SM420-MA 60, K AHX3088GH 1) *) Fo inne ings without axial suppot **) The beaings will also fit in housings fom othe manufactues if the intenal dimensions ae identical. 1) Extaction sleeve 13

15 FAG Spheical olle beaings Split, in inch sizes C C B B d D d D Dimension table Dimensions in mm Solid polyamide cage Solid bass cage MA Designation Mass Dimensions Basic load Calculation factos atings Fatigue limit load m d D C B dyn. stat. e Y 1 Y 2 Y 0 C u Wkg inch mm min. kn kn kn C C 0 222S.203 1,99 2, , , ,23 2,98 4,44 2,92 15,4 222S.204 1,98 2, , , ,23 2,98 4,44 2,92 15,4 222S.207 2,45 2, , , ,24 2,81 4,19 2,75 19,4 222S.208 2,41 2, , , ,24 2,81 4,19 2,75 19,4 222S , , ,23 2,95 4,4 2,89 21,1 222S.215 3,58 2, , ,22 3,1 4,62 3,03 22,5 222S.300 3,53 3, , ,22 3,1 4,62 3,03 22,5 222S.303 4,22 3, , ,22 3,14 4,67 3,07 25,5 222S.304 4,1 3, , ,22 3,14 4,67 3,07 25,5 222S.307 6,86 3, , , ,23 2,9 4,31 2,83 32,5 222S.307-MA 6,98 3, , , ,23 2,9 4,31 2,83 28,5 222S.308 6,77 3, , , ,23 2,9 4,31 2,83 32,5 222S.308-MA 6,86 3, , , ,23 2,9 4,31 2,83 28,5 222S.315 8,88 3, , , ,24 2,84 4,23 2,78 39,5 222S.400 8,83 4, , , ,24 2,84 4,23 2,78 39,5 222S , , , ,25 2,71 4,04 2, S ,7 4, , ,25 2,71 4,04 2, S ,4 4, , ,25 2,71 4,04 2, S ,8 4, , ,26 2,62 3,9 2, S.415-MA 17,9 4, , ,26 2,62 3,9 2, S ,5 5, ,26 2,62 3,9 2, S ,2 5, , ,25 2,67 3,97 2, S ,9 5, , ,25 2,69 4 2, S.507-MA 31,3 5, , ,25 2,69 4 2, S.508-MA 13,7 5, , , ,22 3,1 4,62 3, S ,6 5, , ,25 2,69 4 2,63 83 Othe designs ae also available; please contact us. Equivalent dynamic load Equivalent static load P = 1,1 (F + Y 1 F a ) [kn] F a /F e P 0 = F 0 + Y 0 F 0a [kn] P = 1,1 (0,67 F + Y 2 F a ) [kn] F a /F e In ode to pevent ceep of the inne ings in a cicumfeential diection on the shaft, P/C must be 0,2. Highe values ae pemissible if the actual speed is significantly lowe than the limiting speed. In such cases, please contact us. 14

16 Examples of beaing eplacement in plumme block housings Split beaings Unsplit beaings Housings Non-locating beaings SAF Locating beaings SAF Non-locating beaings SNV Designation Pemissible axial load *) Limiting speed Scew tightening toque Replacement fo unsplit spheical olle beaings with adapte sleeve Suitable plumme block housings **) F a n G M i M a Beaing Adapte Adapte max. sleeve sleeve kn min 1 N m N m FAG FAG 222S.203 5, ,5 1, K SNW H SAF513 SNV120 1) 222S.204 5, ,5 1, K SNW H SAF513/2.1/4 SNV120 1) 222S.207 5, , K SNW H SAF515 SNV130 1) 222S.208 5, , K SNW H SAF515/2.1/2 SNV130 1) 222S.211 5, , K SNW H SAF516 SNV140 1) 222S.215 7, , K SNW H SAF517 SNV150 1) 222S.300 7, , K SNW H SAF517/3 SNV150 1) 222S.303 7, , K SNW H SAF518 SNV160 1) 222S.304 7, , K SNW H SAF518/3.1/4 SNV160 1) 222S.307 7, K SNW H SAF520 SNV180 1) 222S.307-MA 7, K SNW H SAF520 SNV180 1) 222S.308 7, K SNW H SAF520/3.1/2 SNV180 1) 222S.308-MA 7, K SNW H SAF520/3.1/2 SNV180 1) 222S , K SNW H SAF522 SNV200 1) 222S , K SNW H SAF522/4 SNV200 1) 222S , K SNW H SAF524 SNV S , K SNW H SAF526 SNV S , K SNW H SAF526/4.1/2 SNV S , K SNW H SAF528 SNV S.415-MA 13, K SNW H SAF528 SNV S , K SNW H SAF528/5 SNV S , K SNW H SAF530 SNV S , K SNW H SAF532 SNV S.507-MA 22, K SNW H SAF532 SNV S.508-MA 13, , K SNP H SAF032K/5.1/2 222S , K SNW H SAF532/5.1/2 SNV290 *) Fo inne ings without axial suppot **) The beaings will also fit in housings fom othe manufactues if the intenal dimensions ae identical. Seals, coves and locating ings fo SNV housings: see Catalogue HR 1, Rolling Beaings. 1) Housing without eye bolt 15

17 FAG Spheical olle beaings Split, in inch sizes C C B B d D d D Dimension table Dimensions in mm Solid polyamide cage Solid bass cage No suffix fo d 7,0000 inch Designation Mass Dimensions Basic load Calculation factos atings Fatigue limit load m d D C B dyn. stat. e Y 1 Y 2 Y 0 C u Wkg inch mm min. kn kn kn C C 0 222S ,5 5, , ,26 2,64 3,93 2, S ,5 6, , ,26 2,64 3,93 2, S.607-MA 24,4 6, , , ,23 2,98 4,44 2, S.607-MA 34,4 6, , , ,29 2,32 3,45 2, S ,5 6, , ,26 2,64 3,93 2, S ,8 6, , ,26 2,64 3,93 2, S ,2 6, , ,25 2,71 4,04 2, S ,1 7, , , ,23 2,9 4,31 2, S , , ,25 2,71 4,04 2, S ,3 7, , ,25 2,69 4 2, S ,4 7, , ,25 2,69 4 2, S ,7 8, , ,25 2,69 4 2, S ,7 8, , ,23 2,9 4,31 2, S ,9 8, , ,23 2,9 4,31 2, S ,8 9, , ,23 2,9 4,31 2, S , , ,3 2,28 3,39 2, S ,8 9, , ,22 3,04 4,53 2, S , ,3 2,23 3,32 2, S ,2 10, ,23 2,95 4,4 2, S ,7 10, , ,23 2,95 4,4 2, S ,7 11, , ,22 3,04 4,53 2, S , , ,29 2,32 3,45 2, S ,5 12, , ,23 2,9 4,31 2, S , , ,29 2,3 3,42 2, Othe designs ae also available; please contact us. Equivalent dynamic load Equivalent static load P = 1,1 (F + Y 1 F a ) [kn] F a /F e P 0 = F 0 + Y 0 F 0a [kn] P = 1,1 (0,67 F + Y 2 F a ) [kn] F a /F e In ode to pevent ceep of the inne ings in a cicumfeential diection on the shaft, P/C must be 0,2. Highe values ae pemissible if the actual speed is significantly lowe than the limiting speed. In such cases, please contact us. 16

18 Examples of beaing eplacement in plumme block housings Split beaings Unsplit beaings Housings Non-locating beaings SAF, SDAF Locating beaings SAF, SDAF Designation Pemissible axial load *) Limiting speed Scew tightening toque Replacement fo unsplit spheical olle beaings with adapte sleeve F a n G M i M a Beaing Adapte Adapte max. sleeve sleeve kn min 1 N m N m FAG Suitable plumme block housings **) 222S , K SNW H SAF S , K SNW H SAF534/6 230S.607-MA 22, K SNP H SAF038K/6.7/16 231S.607-MA 22, K SNP H SDAF3136K/6.7/16 222S , K SNW H SAF S , K SNW H SAF536/6.1/2 222S , K SNW H SAF S , K SNP H SAF038K/7 222S , K SNW H SAF S K SNW H3144X.708 SAF544/7.1/2 222S K SNW H3144X.715 SAF S K SNW H3144X.800 SAF544/8 230S K SNP H SAF048K/8.7/16 230S K SNP H SAF048K/8.1/2 230S K SNP H SAF048K/9 231S K SNP H3152X.907 SDAF3152K/9.7/16 230S K SNP H3052X.908 SAF052K/9.1/2 231S K SNP H3156X.915 SDAF3156K/9.15/16 230S K SNP H SAF056K/10 230S K SNP H SAF056K/10.1/2 230S K SNP H SDAF060K/11 231S K SNP H3160HG.1100 SDAF3160K/11 230S K SNP H3064HG.1200 SDAF064K/12 231S K SNP H3164HG.1200 SDAF3164K/12 *) Fo inne ings without axial suppot **) The beaings will also fit in housings fom othe manufactues if the intenal dimensions ae identical. 17

19 FAG Spheical olle beaings Split, in inch sizes C d B D Solid bass cage Dimension table Dimensions in mm Designation Mass Dimensions Basic load Calculation factos atings Fatigue limit load m d D C B dyn. stat. e Y 1 Y 2 Y 0 C u Wkg inch mm min. kn kn kn C C 0 230S , , ,22 3,01 4,48 2, S , , ,3 2,25 3,34 2, S , , ,22 3,1 4,62 3, S , , ,3 2,28 3,39 2, S , ,21 3,2 4,77 3, S , ,28 2,39 3,56 2, S , , ,21 3,2 4,77 3, S ) , , ,29 2,3 3,42 2, Othe designs ae also available; please contact us. Equivalent dynamic load Equivalent static load P = 1,1 (F + Y 1 F a ) [kn] F a /F e P 0 = F 0 + Y 0 F 0a [kn] P = 1,1 (0,67 F + Y 2 F a ) [kn] F a /F e In ode to pevent ceep of the inne ings in a cicumfeential diection on the shaft, P/C must be 0,2. Highe values ae pemissible if the actual speed is significantly lowe than the limiting speed. In such cases, please contact us. 18

20 Examples of beaing eplacement in plumme block housings Split beaings Unsplit beaings Housings Non-locating beaings SDAF Locating beaings SDAF Designation Pemissible axial load *) Limiting speed Scew tightening toque Replacement fo unsplit spheical olle beaings with adapte sleeve F a n G M i M a Beaing Adapte Adapte max. sleeve sleeve kn min 1 N m N m FAG Suitable plumme block housings **) 230S K SNP H3072HG.1300 SDAF072K/13 231S K SNP H3172HG.1300 SDAF3172K/13 230S K SNP H3076HG.1400 SDAF076K/14 231S K SNP H3176HG.1400 SDAF3176K/14 230S K SNP H3080HG.1500 SDAF080K/15 231S K SNP H3180HG.1500 SDAF3180K/15 230S K SNP H3088HG.1600 SDAF088K/16 231S ) K SNP H3188HG.1600 SDAF3188K/16 *) Fo inne ings without axial suppot **) The beaings will also fit in housings fom othe manufactues if the intenal dimensions ae identical. 1) With locking collas 19

21 FAG Spheical olle beaings Split, in metic sizes With sepaate locking ings C B d D Dimension table Dimensions in mm Solid bass cage MA Designation Mass Dimensions Basic load Calculation factos atings Fatigue limit load m d D C B dyn. stat. e Y 1 Y 2 Y 0 C u C Wkg min. kn kn kn C 0 240SM400-MA ,32 2,13 3,17 2, SM410-MA ,29 2,3 3,42 2, SM430-MA ,29 2,33 3,47 2, SM450-MA ,21 3,2 4,77 3, SM470-MA ,23 2,9 4,31 2, SM470-MA , ,39 1,75 2,61 1, SM500-MA ,2 3,34 4,98 3, SM500-MA , ,39 1,73 2,58 1, SM530-MA ,18 3,85 5,73 3, SM530-MA ,23 2,95 4,4 2, SM530-MA , ,38 1,77 2,64 1, SM560-MA ,17 3,95 5,88 3, SM600-MA ,18 3,66 5,46 3, SM630-MA , ,22 3,01 4,48 2, Othe designs ae also available; please contact us. Equivalent dynamic load Equivalent static load P = 1,1 (F + Y 1 F a ) [kn] F a /F e P 0 = F 0 + Y 0 F 0a [kn] P = 1,1 (0,67 F + Y 2 F a ) [kn] F a /F e In ode to pevent ceep of the inne ings in a cicumfeential diection on the shaft, P/C must be 0,2. Highe values ae pemissible if the actual speed is significantly lowe than the limiting speed. In such cases, please contact us. 20

22 Examples of beaing eplacement in plumme block housings Split beaings Unsplit beaings Housings Locating beaings S30 Locating beaings SD Designation Pemissible axial load *) Limiting speed Scew tightening toque Replacement fo unsplit spheical olle beaings with adapte sleeve F a n G M i M a Beaing Adapte sleeve max. kn min 1 N m N m FAG Suitable plumme block housings **) 240SM400-MA K30 H24084HG 231SM410-MA K H3188HG SD3188-H-TS 231SM430-MA 94, K H3192HG 230SM450-MA K H3096HG S3096-H-N-FZ 230SM470-MA /500K H30/500HG 241SM470-MA /500K30 H240/500HG 230SM500-MA /530K H30/530HG 241SM500-MA /530K30 H240/530HG 239SM530-MA /560K H39/560HG 230SM530-MA 94, /560K H30/560HG 241SM530-MA /560K30 H240/560HG 239SM560-MA /600K H39/600HG 239SM600-MA /630K H39/630HG 230SM630-MA 94, /670K H30/670HG *) Fo inne ings without axial suppot **) The beaings will also fit in housings fom othe manufactues if the intenal dimensions ae identical. 21

23 22 Notes

24 Notes 23

25 24 Notes

26 97/04/07 Pinted in Gemany by Duckhaus WEPPERT GmbH Schaeffle KG Geog-Schäfe-Stasse Schweinfut (Gemany) Intenet In Gemany: Phone Fax Fom othe counties: Phone Fax Evey cae has been taken to ensue the coectness of the infomation contained in this publication but no liability can be accepted fo any eos o omissions. We eseve the ight to make technical modifications. Schaeffle KG 2007, Apil This publication o pats theeof may not be epoduced without ou pemission. WL /3 EA

Split spherical roller bearings. Costs savings through rapid bearing replacement at difficult to access bearing locations

Split spherical roller bearings. Costs savings through rapid bearing replacement at difficult to access bearing locations Split spheical olle beaings osts savings though api beaing eplacement at ifficult to access beaing locations Application examples Application examples in the pulp an pape inusty: Fans an ventilatos Mixing