Dimensions Abutment and fillet dimensions Calculation factors
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- Regina McCormick
- 7 years ago
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1 C a C a r a r a Da da d a D a r a Dimensions Abutment and fillet dimensions Calculation factors d d 2 D 1 r 1,2 1) s 1 1) s 2 d a d a D a D a 2) C a r a k 1 k 2 ~ ~ min ~ ~ min max min max min max mm mm ,7 2 0,102 0, ,4 5, ,115 0, ,1 12 5, ,111 0, , ,3 2,5 0,109 0, ,1 2, ,3 2 0, ,1 17,4 10, ,107 0, ,1 13, ,3 2 0,12 0, , , ,103 0, , ,5 2,5 0,119 0, , ,1 2 0,115 0, ,1 18, ,2 2 0,109 0, ,1 18,1 8, ,109 0, , ,5 2 0,099 0, , , ,101 0, , ,6 2,5 0,112 0, ,1 12, ,8 2 0,105 0, ,1 17,1 7, ,108 0, , ,6 2 0,101 0, , , ,101 0, , ,114 0, ,1 15, ,112 0, ,1 20,1 10, ,107 0, , ,2 2,5 0,102 0, , ,5 0,095 0, , ,2 3 0,107 0, ,1 16, ,9 2 0,113 0, , , ,103 0, ,1 2,5 0,096 0, , ,5 0,094 0, , ,6 3 0,108 0,108 1) Permissible axial displacement from normal position of one bearing ring in relation to the other ( page 783) 2) Minimum width of free space for bearings with cage in normal position ( page 788) 801
2 CARB toroidal roller bearings d mm r1 r2 B r2 r1 s 1 D D1 d d2 d Cylindrical bore Tapered bore Principal Basic load ratings Fatigue Speed ratings Mass Designations dimensions dynamic static load Refer- Limiting Bearing with limit ence speed cylindrical tapered d D B C C 0 P u speed bore bore mm kn kn r/min kg ,0 C C 4040 V1) ,0 C ,0 * C 4140 V1) * ,0 C ,0 C 4044 V1) ,0 C ,5 * C 2244 * , ,0 * C 3048 * , ,0 * C 3052 * , ,0 * C 3056 * ,0 C 3060 M ,0 C 4060 M * C 3160 * , * C 3064 M * * C 3068 M * ,0 C 3972 M C 3072 M * C 3172 M * ,5 C 3976 MB1) C 3076 M * C 3176 MB1) * C 3040 K2) C 4040 K30V1) C 3140 K2) C 4140 K30V1) C 3044 K2) C 4044 K30V1) C 3144 K2) C 2244 K2) C 3048 K2) C 3148 K2) C 3052 K2) C 3152 K2) C 3056 K2) C 3156 K2) C 3060 KM C 4060 K30M C 3160 K2) C 3064 KM C 3164 KM C 3068 KM C 3168 KM2) C 3972 KM C 3072 KM2) C 3172 KM2) C 3976 KMB1) C 3076 KM C 3176 KMB1) * SKF Explorer bearing 1) Please check availability of the bearing before incorporating it in a bearing arrangement design 2) Also available in designs K/HA3C4 or KM/HA3C4 802
3 C a C a r a r a Da da d a D a r a Dimensions Abutment and fillet dimensions Calculation factors d d 2 D 1 r 1,2 1) s 1 1) s 2 d a d a D a D a 2) C a r a k 1 k 2 ~ ~ min ~ ~ min max min max min max mm mm ,1 15, ,9 2 0,123 0, , , ,101 0, , ,6 2,5 0,108 0, , ,5 0,092 0, , ,1 2,5 0,114 0, , ,5 0,095 0, , ,5 3 0,114 0, , ,7 3 0,113 0, , ,3 2,5 0,113 0, , ,7 3 0,116 0, , ,4 3 0,122 0, , ,1 3 0,115 0, , ,8 3 0,121 0, , ,1 4 0,115 0, ,7 3 0,123 0, , ,8 3 0,105 0, , ,9 4 0,106 0, , ,8 3 0,121 0, , ,9 4 0,114 0, , ,9 4 0,12 0, , ,2 4 0,118 0, , ,6 2,5 0,127 0, , ,12 0, , ,9 4 0,117 0, ,7 3 0, ,12 0, ,4 4 0,106 1) Permissible axial displacement from normal position of one bearing ring in relation to the other ( page 783) 2) Minimum width of free space for bearings with cage in normal position ( page 788) 803
4 CARB toroidal roller bearings d mm r1 r2 B r2 r1 s 1 D D1 d d2 d Cylindrical bore Tapered bore Principal Basic load ratings Fatigue Speed ratings Mass Designations dimensions dynamic static load Refer- Limiting Bearing with limit ence speed cylindrical tapered d D B C C 0 P u speed bore bore mm kn kn r/min kg ,0 C 3980 MB1) C 3080 M * C 3180 MB * ,0 C 3984 M C 3084 M * C 3184 M * ,0 C 3988 MB1) C 3088 MB * C 3188 MB1) * C 3992 MB1) C 3092 M C 3192 M * C 4192 M * C 3996 M C 3096 M * C 3196 MB1) * C 39/500 M C 30/500 M C 31/500 M * C 41/500 MB * C 39/530 M C 30/530 M * C 31/530 M * C 39/560 M C 30/560 M * C 31/560 MB1) * C 39/600 M C 30/600 M * C 31/600 MB1) * C 3980 KMB1) C 3080 KM C 3180 KMB C 3984 KM C 3084 KM C 3184 KM2) C 3988 KMB1) C 3088 KMB C 3188 KMB1) C 3992 KMB1) C 3092 KM2) C 3192 KM C 4192 K30M C 3996 KM C 3096 KM C 3196 KMB1) C 39/500 KM C 30/500 KM2) C 31/500 KM2) C 41/500 K30MB C 39/530 KM C 30/530 KM2) C 31/530 KM2) C 39/560 KM C 30/560 KM2) C 31/560 KMB1) C 39/600 KM C 30/600 KM2) C 31/600 KMB1) * SKF Explorer bearing 1) Please check availability of the bearing before incorporating it in a bearing arrangement design 2) Also available in design KM/HA3C4 804
5 C a C a r a r a Da da d a D a r a Dimensions Abutment and fillet dimensions Calculation factors d d 2 D 1 r 1,2 1) s 1 d a d a D a D a 2) C a r a k 1 k 2 ~ ~ min ~ min max min max min max max max mm mm ,7 3 0, , ,1 4 0,121 0, , ,4 5 0, , ,8 3 0,132 0, , ,2 4 0,12 0, , ,8 5 0,113 0, ,5 3 0, , ,7 5 0, ,1 5 0, ,4 3 0, , ,3 5 0,114 0, , ,2 6 0,108 0, ,5 46, ,6 6 0,111 0, , ,133 0, , ,3 5 0,113 0, , ,6 6 0, , ,135 0, , ,3 5 0,113 0, ,5 75, ,099 0, ,5 16, ,9 6 0, , ,2 4 0,129 0, , ,5 5 0,12 0, ,5 44, ,8 6 0,115 0, , ,3 4 0,128 0, , ,7 5 0,116 0, , ,8 6 0, , ,4 4 0,131 0, , ,7 5 0,125 0, , ,4 6 0,105 1) Permissible axial displacement from normal position of one bearing ring in relation to the other ( page 783) 2) Minimum width of free space for bearings with cage in normal position ( page 788) 805
6 CARB toroidal roller bearings d mm r1 r2 B r2 r1 s 1 D D1 d d2 d Cylindrical bore Tapered bore Principal Basic load ratings Fatigue Speed ratings Mass Designations dimensions dynamic static load Refer- Limiting Bearing with limit ence speed cylindrical tapered d D B C C 0 P u speed bore bore mm kn kn r/min kg C 39/630 M C 39/630 KM C 30/630 M C 30/630 KM2) * C 31/630 MB1) C 31/630 KMB1) * C 39/670 M C 39/670 KM C 30/670 M C 30/670 KM2) * C 31/670 MB1) C 31/670 KMB1) * C 39/710 M C 39/710 KM C 30/710 M C 30/710 KM C 40/710 M C 40/710 K30M * C 31/710 MB1) C 31/710 KMB1) * C 39/750 M C 39/750 KM C 30/750 MB1) C 30/750 KMB1) * C 31/750 MB1) C 31/750 KMB1) * C 39/800 M C 39/800 KM C 30/800 MB1) C 30/800 KMB1) * C 31/800 MB1) C 31/800 KMB1) * C 39/850 M C 39/850 KM C 30/850 MB1) C 30/850 KMB1) * C 31/850 MB1) C 31/850 KMB1) * * C 39/900 MB1) C 39/900 KMB1) C 30/900 KM * * C 39/950 M C 39/950 KM C 30/950 KMB1) * C 30/1000 MB1) C 30/1000 KMB1) * C 31/1000 MB1) C 31/1000 KMB1) * * C 39/1060 MB1) C 39/1060 KMB1) * * C 39/1180 M C 39/1180 KM * * C 30/1250 MB1) C 30/1250 KMB1) * * SKF Explorer bearing 1) Please check availability of the bearing before incorporating it in a bearing arrangement design 2) Also available in design KM/HA3C4 806
7 C a C a r a r a Da da d a D a r a Dimensions Abutment and fillet dimensions Calculation factors d d 2 D 1 r 1,2 1) s 1 d a d a D a D a 2) C a r a k 1 k 2 ~ ~ min ~ min max min max min max mm mm , ,4 5 0,121 0, ,5 48, ,9 6 0,118 0, , ,8 6 0, , ,5 5 0,121 0, ,5 41, ,9 6 0,121 0, , , , ,7 5 0,131 0, ,5 47, ,2 6 0,119 0, ,5 51, ,4 6 0,113 0, , ,6 8 0, , ,7 5 0,131 0, , ,8 6 0, , ,5 8 0, , ,9 5 0,126 0, , ,3 6 0, , ,1 8 0, , ,9 5 0,135 0, , ,1 6 0, ,5 10 0, ,4 5 0, ,5 45, ,4 6 0,124 0, , ,1 6 0,134 0, , ,2 6 0, , ,7 6 0, ,6 10 0, , ,4 6 0, ,5 44, ,1 6 0,137 0, , ,9 8 0,126 1) Permissible axial displacement from normal position of one bearing ring in relation to the other ( page 783) 2) Minimum width of free space for bearings with cage in normal position ( page 788) 807
8 Sealed CARB toroidal roller bearings d mm B r2 r1 r1 r 2 s 1 D D1 d d2 Principal Basic load ratings Fatigue Limiting Mass Designation dimensions dynamic static load speed limit d D B C C 0 P u mm kn kn r/min kg , ,56 * C CS5V1) , ,83 * C CS5V1) , ,10 * C CS5V , ,40 * C CS5V ,40 * C CS5V1) ,75 * C CS5V , ,5 90 5,20 * C CS5V1) , ,60 * C CS5V1) , ,70 * C CS5V , ,5 * C CS5V , ,5 * C CS5V1) , ,5 * C CS5V ,0 * C CS5V1) ,0 * C CS5V1) ,0 * C CS5V1) ,0 * C CS5V1) ,5 * C CS5V1) ,0 * C CS5V1) SKF Explorer bearing * 1) Please check availability of the bearing before incorporating it in a bearing arrangement design 808
9 r a r a Da da Dimensions Abutment and fillet Calculation dimensions factors d d 2 D 1 r 1,2 1) s 1 d a d a D a r a k 1 k 2 ~ ~ min ~ min max max max mm mm 50 57,6 64,9 0,6 2,8 53, ,8 0,6 0,113 0, ,3 1 5,4 64, ,4 1 0,128 0, ,6 87,5 1,1 5, ,071 0, ,6 95,5 1 7,1 79, ,073 0,154 88, ,1 7, ,210 0, ,1 4, ,089 0, ,5 6, ,5 0,145 0, , ,09 0, , ,142 0, , ,086 0, , ,085 0, , ,126 0, , ,089 0, , ,09 0, , ,133 0, ,1 8, ,086 0, ,1 10, ,084 0, ,1 6, ,103 0, ,1 11, ,154 0, ,1 6, ,101 0, , , ,1 6, ,101 0, ,1 6, ,103 0, , ,5 0,095 0,11 1) Permissible axial displacement ( page 783) 809
10 Sealed CARB toroidal roller bearings d mm B r2 r1 r1 r 2 s 1 D D1 d d2 Principal Basic load ratings Fatigue Limiting Mass Designation dimensions dynamic static load speed limit d D B C C 0 P u mm kn kn r/min kg ,5 * C CS5V1) ,5 * C CS5V1) ,0 * C CS5V1) ,5 * C CS5V1) SKF Explorer bearing * 1) Please check availability of the bearing before incorporating it in a bearing arrangement design 810
11 r a r a Da da Dimensions Abutment and fillet Calculation dimensions factors d d 2 D 1 r 1,2 1) s 1 d a d a D a r a k 1 k 2 ~ ~ min ~ min max max max mm mm ,1 6, ,103 0, , ,5 0,094 0, ,1 6, ,101 0, ,5 0,092 0,112 1) Permissible axial displacement ( page 783) 811
12 CARB toroidal roller bearings on adapter sleeve d mm B B2 r2 r1 s s 1 2 D B 1 D1 d 2 d 1 d 3 Bearing on E-design adapter sleeve Full complement bearing on standard adapter sleeve Principal Basic load Fatigue Speed ratings Mass Designations dimensions ratings load Refer- Limiting Bearing Bearing Adapter dynamic static limit ence speed + sleeve d 1 D B C C 0 P u speed sleeve mm kn kn r/min kg , ,24 * C 2205 KTN91) H 305 E ,5 48 5, ,25 * C 2205 KV1) H ,5 62 7, ,37 C 2206 KTN9 H 306 E , ,39 C 2206 KV H 306 * , ,59 C 2207 KTN9 H 307 E , ,59 C 2207 KV H 307 * ,5 10, ,69 C 2208 KTN9 H 308 E ,70 C 2208 KV H 308 * , ,76 C 2209 KTN9 H 309 E , ,79 C 2209 KV H 309 * , ,85 C 2210 KTN9 H 310 E , ,89 C 2210 KV H 310 * , ,10 C 2211 KTN9 H 311 E , ,15 C 2211 KV H 311 * , ,45 C 2212 KTN9 H 312 E , ,50 C 2212 KV H 312 * , ,80 C 2213 KTN9 H 313 E , ,90 C 2213 KV H 313 * , ,10 C 2214 KTN9 H 314 E , ,20 C 2214 KV H ,10 C 2314 K H 2314 * ,30 C 2215 K H 315 E ,40 C 2215 KV H ,20 C 2315 K H 2315 * , ,90 C 2216 K H 316 E , ,00 C 2216 KV H ,40 C 2316 K H 2316 * SKF Explorer bearing * 1) Please check availability of the bearing before incorporating it in a bearing arrangement design 812
13 C a r a d a d b B a D a d a d b B a D a r a Dimensions Abutment and fillet dimensions Calculation factors d 1 d 2 d 3 D 1 B 1 B 2 r 1,2 1) s 1 1) s 2 d a d b D a D a B a 2) C a r a k 1 k 2 ~ ~ min ~ ~ max min min max min min max mm mm 20 32, , ,5 1 5, ,4 5 0,3 1 0,09 0,126 32, , ,8 2, , ,09 0, , , ,5 1 4, ,4 5 0,3 1 0,101 0,111 37, , ,5 1, , ,101 0, , , ,5 1,1 5,7 44, ,1 1 0,094 0,121 44, , ,1 5,7 2, ,094 0, , , ,1 7, ,3 1 0,093 0,128 52, , ,1 7,1 4, ,093 0, , , ,1 7,1 55, ,3 1 0,095 0,128 55, , ,1 7,1 4, ,095 0, , , ,1 7,1 61, ,8 1 0,097 0,128 61, , ,1 7,1 3, ,097 0, , , ,5 8,6 65, ,3 1,5 0,094 0,133 65, , ,5 1,5 8,6 5, ,5 0,094 0, , , ,5 8, ,3 1,5 0,1 0,123 77, , ,5 8,5 5, ,5 0,1 0, ,5 9, ,2 1,5 0,097 0, ,5 9,6 5, ,5 0,097 0,127 83, ,5 9,6 83, ,4 1, ,127 83, ,5 9,6 5, ,5 0,098 0,127 91, ,1 9, ,2 2 0,11 0, , ,5 9, ,2 1,5 0,099 0,127 88, ,5 9,6 5, ,5 0,099 0,127 98, ,1 13, ,2 2 0,103 0, , , ,2 2 0,104 0,121 98, ,1 4, ,104 0, ,1 10, ,4 2 0,107 0,101 1) Permissible axial displacement from normal position of one bearing ring in relation to the other ( page 783) 2) Minimum width of free space for bearings with cage in normal position ( page 788) 813
14 CARB toroidal roller bearings on adapter sleeve d mm B B2 r2 r1 s s 1 2 D B 1 D1 d 2 d 1 d 3 Bearing on E-design adapter sleeve Bearing on L-design or standard adapter sleeve Full complement bearing on standard adapter sleeve Principal Basic load Fatigue Speed ratings Mass Designations dimensions ratings load Refer- Limiting Bearing Bearing Adapter dynamic static limit ence speed + sleeve d 1 D B C C 0 P u speed sleeve mm kn kn r/min kg , ,70 C 2217 K H 317 E ,85 C 2217 KV H ,50 C 2317 K H 2317 * , ,50 C 2218 K H 318 E ,60 C 2218 KV H , ,0 C 2318 K H 2318 * ,30 C 2219 K1) H 319 E , ,5 C 2319 K H 2319 * , ,10 C 3120 K1) H 3120 E , ,10 C 3120 KV H 3120 E ,30 C 2220 K H 320 E ,5 C 2320 K H 2320 * ,50 C 3022 K H 322 E ,80 C 2222 K H 322 E * ,70 C 3024 K H 3024 E , ,85 C 3024 KV H ,60 C 2224 K1) H 3124 L ,2 C 3224 K H 2324 L * , ,70 C 3026 K1) H , ,0 C 2226 K H 3126 L * ,30 C 3028 K1) H ,5 C 2228 K H 3128 L * ,0 C 3030 KMB H 3030 E ,0 C 3130 K H 3130 L ,0 C 2230 K H 3130 L * , ,5 C 3032 K1) H ,0 C 3132 K1) H 3132 L ,5 C 3232 K H 2332 L * SKF Explorer bearing * 1) Please check availability of the bearing before incorporating it in a bearing arrangement design 814
15 C a r a d a d b B a D a d a d b B a D a r a Dimensions Abutment and fillet dimensions Calculation factors d 1 d 2 d 3 D 1 B 1 B 2 r 1,2 1) s 1 1) s 2 d a d b D a D a B a 2) C a r a k 1 k 2 ~ ~ min ~ ~ max min min max min min max mm mm , ,3 2 0,114 0, ,1 1, ,114 0, , ,4 2,5 0,105 0, , ,4 2 0,104 0, ,5 5, ,104 0, , ,5 0,108 0, ,1 10, ,2 2 0,114 0, , ,1 2,5 0,103 0, ,5 2 0,1 0, , ,1 0, ,1 10, ,108 0, ,2 2,5 0,113 0, ,5 2 9, ,107 0, ,5 2,1 11, ,9 2 0,113 0, , ,9 2 0,111 0, ,6 3, ,111 0, , ,4 2 0,113 0, ,1 17, ,4 2 0,103 0, , ,4 2 0,123 0, , ,1 2,5 0,113 0, ,7 2 0,102 0, , ,3 2,5 0,109 0, ,1 2, ,3 2 0, ,1 13, ,3 2 0,12 0, , ,5 2,5 0,119 0, ,5 2, ,1 2 0,115 0, ,5 2, ,5 2 0,099 0, ,5 3 19, ,6 2,5 0,112 0,096 1) Permissible axial displacement from normal position of one bearing ring in relation to the other ( page 783) 2) Minimum width of free space for bearings with cage in normal position ( page 788) 815
16 CARB toroidal roller bearings on adapter sleeve d mm B B2 r2 r1 s 1 B 3 D B 1 D1 d 2 d 1 d 3 Bearing on L-design or standard adapter sleeve Bearing on OH-design adapter sleeve Principal Basic load Fatigue Speed ratings Mass Designations dimensions ratings load Refer- Limiting Bearing Bearing Adapter dynamic static limit ence speed + sleeve d 1 D B C C 0 P u speed sleeve mm kn kn r/min kg ,0 C 3034 K1) H ,0 C 3134 K1) H 3134 L ,0 C 2234 K H 3134 L * ,0 C 3036 K H ,0 C 3136 K H 3136 L ,0 C 3236 K H 2336 * ,0 C 3038 K H ,0 C 3138 K1) H 3138 L ,0 C 2238 K H 3138 * ,0 C 3040 K H ,5 C 3140 K H 3140 * ,0 C 3044 K OH 3044 H ,0 C 3144 K OH 3144 HTL ,0 C 2244 K OH 3144 H * ,5 C 3048 K OH 3048 H ,0 C 3148 K OH 3148 HTL * ,0 C 3052 K OH 3052 H C 3152 K OH 3152 HTL * ,0 C 3056 K OH 3056 H C 3156 K OH 3156 HTL * ,0 C 3060 KMOH 3060 H C 3160 K OH 3160 H * ,0 C 3064 KMOH 3064 H C 3164 KMOH 3164 H * C 3068 KMOH 3068 H C 3168 KMOH 3168 H * SKF Explorer bearing * 1) Please check availability of the bearing before incorporating it in a bearing arrangement design 816
17 C a d a d b B a D a r a Dimensions Abutment and fillet dimensions Calculation factors d 1 d 2 d 3 D 1 B 1 B 2 B 3 r 1,2 1) s 1 d a d b D a D a B a 2) C a r a k 1 k 2 ~ ~ min ~ max min min max min min max mm mm ,5 2,1 12, ,8 2 0,105 0, ,5 2, ,6 2 0,101 0, ,5 4 16, ,114 0, ,5 2,1 15, ,112 0, ,5 3 23, ,2 2,5 0,102 0, , ,2 3 0,107 0, ,5 2,1 16, ,9 2 0,113 0, , ,1 2,5 0,096 0, , ,6 3 0,108 0, ,5 2,1 15, ,9 2 0,123 0, , ,6 2,5 0,108 0, , ,1 2,5 0,114 0, , ,5 3 0,114 0, , ,7 3 0,113 0, , ,3 2,5 0,113 0, , ,7 3 0,116 0, , ,4 3 0,122 0, , ,1 3 0,115 0, , ,8 3 0,121 0, , ,1 4 0,115 0, ,7 3 0,123 0, , ,9 4 0,106 0, , ,8 3 0,121 0, , ,9 4 0,114 0, , ,9 4 0,12 0, , ,2 4 0,118 0,093 1) Permissible axial displacement from normal position of one bearing ring in relation to the other ( page 783) 2) Minimum width of free space for bearings with cage in normal position ( page 788) 817
18 CARB toroidal roller bearings on adapter sleeve d mm B B3 B r 2 2 r1 s 1 D B 1 D1 d 2 d 1 d3 Principal Basic load Fatigue Speed ratings Mass Designations dimensions ratings load Refer- Limiting Bearing Bearing Adapter dynamic static limit ence speed + sleeve d 1 D B C C 0 P u speed sleeve mm kn kn r/min kg ,0 C 3972 KMOH 3972 HE C 3072 KMOH 3072 H C 3172 KMOH 3172 H * ,0 C 3976 KMB1) OH 3976 HE C 3076 KMOH 3076 H * C 3176 KMB1) OH 3176 HE C 3980 KMB1) OH 3980 HE C 3080 KMOH 3080 H C 3180 KMB OH 3180 HE * C 3984 KMOH 3984 HE C 3084 KMOH 3084 H C 3184 KMOH 3184 H * C 3988 KMB1) OH 3988 HE C 3088 KMB OH 3088 HE * C 3188 KMB1) OH 3188 HE C 3992 KMB1) OH 3992 HE C 3092 KM OH 3092 H C 3192 KMOH 3192 H * C 3996 KMOH 3996 H C 3096 KMOH 3096 H * C 3196 KMB1) OH 3196 HE C 39/500 KMOH 39/500 HE C 30/500 KMOH 30/500 H C 31/500 KMOH 31/500 H * C 39/530 KMOH 39/530 HE C 30/530 KMOH 30/530 H C 31/530 KMOH 31/530 H * C 39/560 KMOH 39/560 HE C 30/560 KMOH 30/560 H * C 31/560 KMB1) OH 31/560 HE SKF Explorer bearing * 1) Please check availability of the bearing before incorporating it in a bearing arrangement design 818
19 C a d a d b B a D a r a Dimensions Abutment and fillet dimensions Calculation factors d 1 d 2 d 3 D 1 B 1 B 2 B 3 r 1,2 1) s 1 d a d b D a D a B a 2) C a r a k 1 k 2 ~ ~ min ~ max min min max min min max mm mm , ,6 2,5 0,127 0, , ,12 0, , ,9 4 0,117 0, ,7 3 0, ,12 0, ,4 4 0, ,7 3 0, , ,1 4 0,121 0, , ,4 5 0, , ,8 3 0,132 0, , ,2 4 0,12 0, , ,8 5 0,113 0, ,5 3 0, , ,7 5 0, ,1 5 0, ,4 3 0, , ,3 5 0,114 0, , ,2 6 0,108 0, , ,133 0, , ,3 5 0,113 0, , ,6 6 0, , ,135 0, , ,3 5 0,113 0, ,5 75, ,099 0, , ,2 4 0,129 0, , ,5 5 0,12 0, ,5 44, ,8 6 0,115 0, , ,3 4 0,128 0, , ,7 5 0,116 0, , ,8 6 0,111 1) Permissible axial displacement from normal position of one bearing ring in relation to the other ( page 783) 2) Minimum width of free space for bearings with cage in normal position ( page 788) 819
20 CARB toroidal roller bearings on adapter sleeve d mm B B3 B r 2 2 r1 s 1 D B 1 D1 d 2 d 1 d3 Principal Basic load Fatigue Speed ratings Mass Designations dimensions ratings load Refer- Limiting Bearing Bearing Adapter dynamic static limit ence speed + sleeve d 1 D B C C 0 P u speed sleeve mm kn kn r/min kg C 39/600 KMOH 39/600 HE C 30/600 KMOH 30/600 H * C 31/600 KMB1) OH 31/600 HE C 39/630 KMOH 39/630 HE C 30/630 KMOH 30/630 H * C 31/630 KMB1) OH 31/630 HE C 39/670 KMOH 39/670 H C 30/670 KMOH 30/670 H * C 31/670 KMB1) OH 31/670 HE C 39/710 KMOH 39/710 HE C 30/710 KMOH 30/710 H * C 31/710 KMB1) OH 31/710 HE C 39/750 KMOH 39/750 HE C 30/750 KMB1) OH 30/750 HE * C 31/750 KMB1) OH 31/750 HE C 39/800 KMOH 39/800 HE C 30/800 KMB1) OH 30/800 HE * C 31/800 KMB1) OH 31/800 HE C 39/850 KMOH 39/850 HE C 30/850 KMB1) OH 30/850 HE * C 31/850 KMB1) OH 31/850 HE C 39/900 KMB1) OH 39/900 HE C 30/900 KMOH 30/900 H * C 39/950 KMOH 39/950 HE * C 30/950 KMB1) OH 30/950 HE * C 30/1000 KMB1) OH 30/1000 HE * C 31/1000 KMB1) OH 31/1000 HE * C 39/1060 KMB1) OH 39/1060 HE SKF Explorer bearing * 1) Please check availability of the bearing before incorporating it in a bearing arrangement design 820
21 C a d a d b B a D a r a Dimensions Abutment and fillet dimensions Calculation factors d 1 d 2 d 3 D 1 B 1 B 2 B 3 r 1,2 1) s 1 d a d b D a D a B a 2) C a r a k 1 k 2 ~ ~ min ~ max min min max min min max mm mm , ,4 4 0,131 0, , ,7 5 0,125 0, , ,4 6 0, , ,4 5 0,121 0, ,5 48, ,9 6 0,118 0, , ,8 6 0, , ,5 5 0,121 0, ,5 41, ,9 6 0,121 0, , , , ,7 5 0,131 0, ,5 47, ,2 6 0,119 0, , ,6 8 0, , ,7 5 0,131 0, , ,8 6 0, , ,5 8 0, , ,9 5 0,126 0, , ,3 6 0, , ,1 8 0, , ,9 5 0,135 0, , ,1 6 0, ,5 10 0, ,4 5 0, ,5 45, ,4 6 0,124 0, , ,1 6 0,134 0, , ,2 6 0, , ,7 6 0, ,6 10 0, , ,4 6 0,142 1) Permissible axial displacement from normal position of one bearing ring in relation to the other ( page 783) 2) Minimum width of free space for bearings with cage in normal position ( page 788) 821
22 CARB toroidal roller bearings on withdrawal sleeve d mm B r2 r1 s 1 s2 B 1 D D 1 G B 2 G1 d1 d2 Principal Basic load Fatigue Speed ratings Mass Designations dimensions ratings load Refer- Limiting Bearing Bearing Withdrawal dynamic static limit ence speed + sleeve d 1 D B C C 0 P u speed sleeve mm kn kn r/min kg ,5 10, ,59 C 2208 KTN9 AH ,62 C 2208 KV AH 308 * , ,67 C 2209 KTN9 AH , ,70 C 2209 KV AH 309 * , ,72 C 2210 KTN9 AHX , ,75 C 2210 KV AHX 310 * , ,95 C 2211 KTN9 AHX , ,97 C 2211 KV AHX 311 * , ,30 C 2212 KTN9 AHX , ,35 C 2212 KV AHX 312 * , ,60 C 2213 KTN9 AH 313 G , ,70 C 2213 KV AH 313 G * , ,70 C 2214 KTN9 AH 314 G , ,75 C 2214 KV AH 314 G ,65 C 2314 K AHX 2314 G * ,90 C 2215 K AH 315 G ,95 C 2215 KV AH 315 G ,65 C 2315 K AHX 2315 G * , ,35 C 2216 K AH , ,45 C 2216 KV AH ,75 C 2316 K AHX 2316 * , ,00 C 2217 K AHX ,20 C 2217 KV AHX ,90 C 2317 K AHX 2317 * , ,75 C 2218 K AHX ,85 C 2218 KV AHX , ,00 C 2318 K AHX 2318 * SKF Explorer bearing * 822
23 C a Da da r a Dimensions Abutment and fillet dimensions Calculation factors d 1 d 2 D 1 B 1 1) B 2 G G 1 r 1,2 2) s 1 2) s 2 d a d a D a D a 3) C a r a k 1 k 2 ~ ~ ~ min ~ ~ min max min max min max mm mm 35 52,4 69, M 45 1,5 6 1,1 7, ,3 1 0,093 0,128 52,4 69, M 45 1,5 6 1,1 7,1 4, ,093 0, ,6 73, M 50 1,5 6 1,1 7, ,3 1 0,095 0,128 55,6 73, M 50 1,5 6 1,1 7,1 4, ,095 0, ,9 79, M ,1 7, ,8 1 0,097 0,128 61,9 79, M ,1 7,1 3, ,097 0, ,8 86, M ,5 8, ,3 1,5 0,094 0,133 65,8 86, M ,5 8,6 5, ,5 0,094 0, ,1 97, M ,5 8, ,3 1,5 0,1 0,123 77,1 97, M ,5 8,5 5, ,5 0,1 0, M ,5 9, ,2 1,5 0,097 0, M ,5 9,6 5, ,5 0,097 0, , M ,5 9, ,4 1, ,127 83, M ,5 9,6 5, ,5 0,098 0,127 91, M ,1 9, ,2 2 0,11 0, , M ,5 9, ,2 1,5 0,099 0,127 88, M ,5 9,6 5, ,5 0,099 0,127 98, M ,1 13, ,2 2 0,103 0, , M , ,2 2 0,104 0,121 98, M ,1 4, ,104 0, M ,1 10, ,4 2 0,107 0, M , ,3 2 0,114 0, M ,1 1, ,114 0, M , ,4 2,5 0,105 0, M , ,4 2 0,104 0, M ,5 5, ,104 0, M , ,5 0,108 0,101 1) Width before sleeve is driven into bearing bore 2) Permissible axial displacement from normal position of one bearing ring in relation to the other ( page 783) 3) Minimum width of free space for bearings with cage in normal position ( page 788) 823
24 CARB toroidal roller bearings on withdrawal sleeve d mm B r2 r1 s 1 s2 B 1 D D 1 G B 2 G1 d1 d2 Principal Basic load Fatigue Speed ratings Mass Designations dimensions ratings load Refer- Limiting Bearing Bearing Withdrawal dynamic static limit ence speed + sleeve d 1 D B C C 0 P u speed sleeve mm kn kn r/min kg ,50 C 2219 K1) AHX , ,0 C 2319 K AHX 2319 * , ,00 C 3120 K1) AHX , ,00 C 3120 KV AHX ,30 C 2220 K AHX ,5 C 2320 K AHX 2320 * ,25 C 3022 K1) AHX ,75 C 4122 K30V AH ,65 C 2222 K AHX 3122 * ,60 C 3024 K AHX , ,75 C 3024 KV AHX , ,20 C 4024 K30V AH ,5 C 4124 K30V1) AH ,50 C 2224 K1) AHX ,0 C 3224 K AHX 3224 G * , ,80 C 3026 K1) AHX , ,70 C 4026 K30 AH ,90 C 4026 K30V AH ,5 C 4126 K30V/VE240 AH , ,0 C 2226 K AHX 3126 * ,30 C 3028 K1) AHX ,50 C 4028 K30V AH ,5 C 4128 K30V AH ,5 C 2228 K AHX 3128 * ,40 C 3030 KMB AHX ,5 C 4030 K30V AH ,5 C 3130 K AHX 3130 G ,0 C 4130 K30V1) AH ,0 C 2230 K AHX 3130 G * SKF Explorer bearing * 1) Please check availability of the bearing before incorporating it in a bearing arrangement design 824
25 C a Da da r a Dimensions Abutment and fillet dimensions Calculation factors d 1 d 2 D 1 B 1 1) B 2 G G 1 r 1,2 2) s 1 2) s 2 d a d a D a D a 3) C a r a k 1 k 2 ~ ~ ~ min ~ ~ min max min max min max mm mm M ,1 10, ,2 2 0,114 0, M , ,1 2,5 0,103 0, M ,5 2 0,1 0, M , ,1 0, M ,1 10, ,108 0, M ,2 2,5 0,113 0, M , ,107 0, M ,4 4, ,111 0, M ,1 11, ,9 2 0,113 0, M , ,9 2 0,111 0, M ,6 3, ,111 0, M , ,109 0, , ,103 0, M , ,4 2 0,113 0, M ,1 17, ,4 2 0,103 0, M , ,4 2 0,123 0, M , ,9 2 0,113 0, M ,4 4, ,113 0, M ,7 9, ,09 0, M , ,1 2,5 0,113 0, M ,7 2 0,102 0, M ,4 5, ,115 0, M ,1 12 5, ,111 0, M , ,3 2,5 0,109 0, M ,1 2, ,3 2 0, M ,1 17,4 10, ,107 0, M ,1 13, ,3 2 0,12 0, M , , ,103 0, M , ,5 2,5 0,119 0,096 1) Width before sleeve is driven into bearing bore 2) Permissible axial displacement from normal position of one bearing ring in relation to the other ( page 783) 3) Minimum width of free space for bearings with cage in normal position ( page 788) 825
26 CARB toroidal roller bearings on withdrawal sleeve d mm B r2 r1 s 1 s2 B 1 D D 1 G B 2 G1 d1 d2 Bearing on withdrawal sleeve of AH design Bearing on withdrawal sleeve of AOH design for oil injection Principal Basic load Fatigue Speed ratings Mass Designations dimensions ratings load Refer- Limiting Bearing Bearing Withdrawal dynamic static limit ence speed + sleeve d 1 D B C C 0 P u speed sleeve mm kn kn r/min kg , ,5 C 3032 K1) AH ,7 C 4032 K30 AH ,0 C 4032 K30V AH ,0 C 3132 K1) AH 3132 G ,0 C 4132 K30V1) AH ,0 C 3232 K AH 3232 G * ,0 C 3034 K1) AH ,0 C 4034 K30V AH ,0 C 3134 K1) AH 3134 G ,0 C 4134 K30V1) AH ,0 C 2234 K AH 3134 G * ,0 C 3036 K AH ,0 C 4036 K30V AH ,0 C 3136 K AH 3136 G ,0 C 4136 K30V1) AH ,5 C 3236 K AH 3236 G * ,5 C 3038 K AH 3038 G ,0 C 4038 K30V1) AH ,0 * C 3138 K1) AH 3138 G ,5 C 4138 K30V1) AH ,0 C 2238 K AH 2238 G * ,5 C 3040 K AH 3040 G ,5 C 4040 K30V1) AH ,5 C 3140 K AH ,0 * C 4140 K30V1) AH ,0 C 3044 K AOH 3044 G ,0 C 4044 K30V1) AOH ,0 C 3144 K AOH ,5 C 2244 K AOH 2244 * ,5 C 3048 K AOH ,0 C 3148 K AOH 3148 * SKF Explorer bearing * 1) Please check availability of the bearing before incorporating it in a bearing arrangement design 826
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