Double-Row Ball Bearings, 5000 Series

Transcription

1 Double-Row Ball Beargs, 5000 Series C M MRC double-row ball beargs are manufactured two ma types: C-type conrad construction and M-type maximum capacity with fillg notches. Each row has a 0 contact angle. C-type Conrad construction, C-type, double-row ball beargs have contact angles that converge outside the bearg, thereby creasg resistance to misalignment. This type does not have fillg notches. These beargs are recoended f applications where sgle-row beargs are adequate, but radial loads are not so great as to suggest a fillg-notch bearg. They will take heavy radial loads, and axial loads equally either direction. The C-type design fully meets the requirements of American Petroleum Institute Specification. Both the ner and the outer rgs have closure grooves. These beargs are available with seals, shields, and snap-rgs. M-type This type has fillg notches on one side to permit assemblg the maximum number of balls to the bearg. Contact angles converge outside the bearg. All ner and outer rgs have closure grooves. These beargs may be equipped with seals, shields, snap-rgs; a combation of these. The M-type bearg has very heavy radial capacity. It also has thrust capacity one direction, with the ability to accoodate light thrust load the reversg direction. Part numbers on M-type double-row beargs are nmally located on either the side face the O.D. The side face markg is always on the side opposite the fillg notch and the O.D. markg is offset from the center away from the fillg notch. Therefe, double sealed shielded beargs with the fillg notch covered from view can be iented crectly. Ball Cages and Types The cage supplied with C-type and M-type beargs is one-piece, heat-treated steel f maximum retention. It is snapped to place after the full quota of balls has been troduced between the ner and outer rg. Size Series Page 5200C Light, Non-Fillg Notch C1 Light, Extra Width, Non-Fillg Notch C Medium, Non-Fillg Notch C1 Medium, Extra Width, Non-Fillg Notch C Heavy, Non-Fillg Notch M Light, Fillg Notch M1 Light, Extra Width, Fillg Notch M Medium, Fillg Notch M1 Medium, Extra Width, Fillg Notch 152 Equivalent Load and Life 154 Life Calculation Examples 155 Width Suary and Interchange to New C & M from Old Series 141 Fillg Notch Location on Closured Beargs 144 Internal Clearance 145 Thrust Ratg 14 Extra Wide Retrofit Kit and Mountg Instructions 147

2 5000 Series Beargs Suffix, Width Suary MRC Bearg Services MRC 5000 type double-row beargs are made three series 5200 Light, 500 Medium, and 5400 Heavy each with progressively larger sections. The old-style 5000 type double-rows are available the SB Conrad and maximum capacity configurations. The SB Conrad version has contact angles which diverge wardly, thereby creasg resistance to misalignment. The maximum capacity version has contact angles which converge wardly, givg it the capability of handlg moderate misalignment. It also has fillg notches on both sides, f the troduction of a maximum complement of balls. Our new-style double-row beargs are available the C-type Conrad construction and M type with fillg notches on one side only. Both types feature wardly divergg contact angles, which provide greater rigidity than found previous double-row fillg-notch type beargs. A unique manufacturg system utilizg coon parts is employed the manufacture of the newstyle beargs. Usg a mimum number of components, the system provides greater flexibility f producg either conrad maximum-capacity types as open beargs with a variety of closures. Twenty-two variations of a sgle bearg size can be made, f a total of 1185 double-row bearg variations to solve your application problems. This chart outles the suffixes and widths of MRC 5000 type beargs. The data on this chart do not represent actual availability of double-row products. These data are tended to be used as references f terchangg. New style double-rows appear next to their old-style counterparts that are the same width. MRC Double-Row Suffix Identification Suary Suffix Description Suffix Description B BK C C1 F FF G K M Rigid construction, maximum capacity Rigid construction, maximum capacity, standard width Conrad, rigid construction, standard width ¹ ₈ additional width from standard; 5205C1 & 5212C1 are ¹ ₁₆ wider than standard One shield Two shields One snap-rg Standard width Maximum capacity, rigid construction, standard width Suffix Description M1 ¹ ₈ additional width from standard; 5205M1 & 5212M1 are ¹ ₁₆ wider than standard Maximum capacity, nonrigid construction, narrow width 5200 series, extra width is required with closures S Conrad construction note: always combed with additional suffix letters SB Conrad, rigid construction, narrow width, extra width is required with closures SBK Conrad, rigid construction, standard width Z One seal ZZ Two seals

3 5000 Series Beargs Suffix, Width Suary Basic Old New Bearg Style Style Width Number Suffix Suffix ches 5200 Series 5 SBZZ ²⁹ ₃₂ 5200 SB ⁹ ₁₆ SBKF ⁹ ₁₆ SBKFF ⁹ ₁₆ SBKZ ⁹ ₁₆ SBKZZ ⁹ ₁₆ 5201 SB SBFG SBKF SBKFF SBKFFG SBKFG SBKZ SBKZZ 5202 SB SBFG ¹¹ ₁₆ SBKF SBKFF SBKFG SBKZZ 520 SB ¹¹ ₁₆ SBKF ¹¹ ₁₆ SBKFF ¹¹ ₁₆ SBKFFG ¹¹ ₁₆ SBKFG ¹¹ ₁₆ SBKZ ¹¹ ₁₆ SBKZZ ¹¹ ₁₆ 5204 ³ ₄ K M ¹³ ₁₆ KF MF ¹³ ₁₆ SB ³ ₄ SBK C ¹³ ₁₆ SBKF CF ¹³ ₁₆ SBKFF CFF ¹³ ₁₆ SBKFFG CFFG ¹³ ₁₆ SBKFG CFG ¹³ ₁₆ SBKG CG ¹³ ₁₆ SBKZ CZ ¹³ ₁₆ 5205 F MF1 K M ¹³ ₁₆ KG MG ¹³ ₁₆ ³ ₄ SB ³ ₄ SBF CF1 SBK C ¹³ ₁₆ SBKF CF ¹³ ₁₆ SBKFF CFF ¹³ ₁₆ SBKFG CFG ¹³ ₁₆ SBKG CG ¹³ ₁₆ C1, M1 Basic Old New Bearg Style Style Width Number Suffix Suffix ches 520 F MF1 1¹ ₁₆ K M ¹⁵ ₁₆ KF MF ¹⁵ ₁₆ KFF MFF ¹⁵ ₁₆ KG MG ¹⁵ ₁₆ ³ ₄ SBF CF1 1¹ ₁₆ SBK C ¹⁵ ₁₆ SBKF CF ¹⁵ ₁₆ SBKFF CFF ¹⁵ ₁₆ SBKFFG CFFG ¹⁵ ₁₆ SBKFG CFG ¹⁵ ₁₆ SBKG CG ¹⁵ ₁₆ SBZZ CZZ1 1¹ ₁₆ SBKZZG CZZG1 1¹ ₁₆ C1, M1 1¹ ₁₆ 5207 F MF1 1³ ₁₆ K M 1¹ ₁₆ KF MF 1¹ ₁₆ KFF MFF 1¹ ₁₆ KFG MFG 1¹ ₁₆ KG MG 1¹ ₁₆ SBK C 1¹ ₁₆ SBKF CF 1¹ ₁₆ SBKFF CFF 1¹ ₁₆ SBKFG CFG 1¹ ₁₆ SBKFFG CFFG 1¹ ₁₆ SBKG CG 1¹ ₁₆ C1, M1 1³ ₁₆ 5208 BKF MF 1³ ₁₆ BKFF MFF 1³ ₁₆ K M 1³ ₁₆ KF MF 1³ ₁₆ KFF MFF 1³ ₁₆ KFG MFG 1³ ₁₆ KG MG 1³ ₁₆ 1 SBK C 1³ ₁₆ SBKF CF 1³ ₁₆ SBKFF CFF 1³ ₁₆ SBKFG CFG 1³ ₁₆ SBKG CG 1³ ₁₆ 5209 K M 1³ ₁₆ KF MF 1³ ₁₆ KG MG 1³ ₁₆ 1 SBK C 1³ ₁₆ SBKF CF 1³ ₁₆ SBKFF CFF 1³ ₁₆ 52 K M 1³ ₁₆ KF MF 1³ ₁₆ KFF MFF 1³ ₁₆ KG MG 1³ ₁₆ 1 C 1³ ₁₆ Basic Old New Bearg Style Style Width Number Suffix Suffix ches 5211 BK M 1⁵ ₁₆ BKG MG 1⁵ ₁₆ K M 1⁵ ₁₆ KF MF 1⁵ ₁₆ KFG MFG 1⁵ ₁₆ KG MG 1⁵ ₁₆ 1³ ₁₆ C 1⁵ ₁₆ 5212 F MF1 1¹ ₂ FG MFG1 1¹ ₂ K M 1⁷ ₁₆ KF MF 1⁷ ₁₆ KFG MFG 1⁷ ₁₆ KG MG 1⁷ ₁₆ 1³ ₈ C1, M1 1¹ ₂ C 1⁷ ₁₆ 521 K M 1¹ ₂ KF MF 1¹ ₂ KFG MFG 1¹ ₂ KG MG 1¹ ₂ 1³ ₈ C 1¹ ₂ 5214 K M 1⁹ ₁₆ KF MF 1⁹ ₁₆ KFG MFG 1⁹ ₁₆ KG MG 1⁹ ₁₆ 1⁷ ₁₆ C 1⁹ ₁₆ 5215 K M 1 KF MF 1 KFF MFF 1 KFG MFG 1 KG MG 1 1⁷ ₁₆ C BFF 1 K M 1³ ₄ KF MF 1³ ₄ KFG MFG 1³ ₄ KG MG 1³ ₄ 1 C 1³ ₄ 5217 K M 1¹⁵ ₁₆ KF MF 1¹⁵ ₁₆ KG MG 1¹⁵ ₁₆ 1³ ₄ C 1¹⁵ ₁₆ 5218 K M 2¹ ₁₆ KF MF 2¹ ₁₆ KG MG 2¹ ₁₆ 2 C 2¹ ₁₆

4 5000 Series Beargs Suffix, Width Suary MRC Bearg Services Basic Old New Bearg Style Style Width Number Suffix Suffix ches 5219 G 2³ ₁₆ 2³ ₁₆ 5220 G 2³ ₈ 2³ ₈ ⁹ ₁₆ 5222 KF 2³ ₄ 2³ ₄ 500 Series 500 SB ³ ₄ 501 SB ³ ₄ 502 ³ ₄ SB ³ ₄ 50 G KF KFG SB SBG SBKF SBKFF SBKFG 504 F MF1 1 M SB C SBF CF1 1 SBG CG SBKF CF SBKFF CFF SBKFFG CFFG SBKFG CFG C1, M F 1¹ ₈ FG 1¹ ₈ G MG 1 KFF MFF 1 M 1 SB C 1 SBF 1¹ ₈ SBFG 1¹ ₈ SBG CG 1 SBKF CF 1 SBKFF CFF 1 SBKFG CFG 1 50 B M 1³ ₁₆ BKFF MFF 1³ ₁₆ F MF1 1⁵ ₁₆ FG MFG1 1⁵ ₁₆ G MG 1³ ₁₆ KF MF 1³ ₁₆ KFF MFF 1³ ₁₆ KFG MFG 1³ ₁₆ M 1³ ₁₆ C1, M1 1⁵ ₁₆ C 1³ ₁₆ 507 BKFF MFF 1³ ₈ F MF1 1¹ ₂ Basic Old New Bearg Style Style Width Number Suffix Suffix ches FG MFG1 1¹ ₂ G MG 1³ ₈ KF MF 1³ ₈ KFG MFG 1³ ₈ M 1³ ₈ C1, M1 1¹ ₂ C 1³ ₈ 508 BG MG 1⁷ ₁₆ F MF1 1⁹ ₁₆ FG MFG1 1⁹ ₁₆ G MG 1⁷ ₁₆ M 1⁷ ₁₆ C 1⁷ ₁₆ C1, M1 1⁹ ₁₆ 509 B M 1⁹ ₁₆ F MF1 1¹¹ ₁₆ FG MFG1 1¹¹ ₁₆ G MG 1⁹ ₁₆ M 1⁹ ₁₆ C 1⁹ ₁₆ C1, M1 1¹¹ ₁₆ 5 F MF1 1 FG MFG1 1 G MG 1³ ₄ KF MF 1³ ₄ KFG MFG 1³ ₄ M 1³ ₄ C 1³ ₄ C1, M F MF1 2¹ ₁₆ FG MFG1 2¹ ₁₆ G MG 1¹⁵ ₁₆ M 1¹⁵ ₁₆ C 1¹⁵ ₁₆ C1, M1 2¹ ₁₆ 512 F MF1 2¹ ₄ FG MFG1 2¹ ₄ G MG 2¹ ₈ M 2¹ ₈ C 2¹ ₈ C1, M1 2¹ ₄ 51 F MF1 2⁷ ₁₆ FG MFG1 2⁷ ₁₆ G MG 2⁵ ₁₆ M 2⁵ ₁₆ C 2⁵ ₁₆ C1, M1 2⁷ ₁₆ 514 F MF1 2 G MG 2¹ ₂ KF MF 2¹ ₂ KFG MFG 2¹ ₂ M 2¹ ₂ C 2¹ ₂ C1, M F MF1 2¹³ ₁₆ G MG 2¹¹ ₁₆ Basic Old New Bearg Style Style Width Number Suffix Suffix ches M 2¹¹ ₁₆ C 2¹¹ ₁₆ C1, M1 2¹³ ₁₆ 51 G MG 2¹¹ ₁₆ M 2¹¹ ₁₆ C 2¹¹ ₁₆ C C ¹ ₁₆ C ¹ ₁₆ 520 ¹ ₄ 521 ⁷ ₁₆ Series 540 1³ ₁₆ ³ ₈ ³ ₈ 540 1⁹ ₁₆ C 1⁹ ₁₆ 5407 G 1³ ₄ 1³ ₄ C 1³ ₄ ¹⁵ ₁₆ C 1¹⁵ ₁₆ 5409 G 2¹ ₈ 2¹ ₈ C 2¹ ₈ 54 F 2⁷ ₁₆ 2⁵ ₁₆ C 2⁵ ₁₆ 5411 F 2 G 2¹ ₂ 2¹ ₂ C 2¹ ₂ C ¹³ ₁₆ C 2¹³ ₁₆ 5414 ¹ ₈ C ¹ ₈ 5415 ¹ ₄ C ¹ ₄ 541 ⁷ ₁₆ C ⁷ ₁₆ 5417 C 5418 C ³ ₁₆

5 Interchange to New C- and M- Types Double-Row Ball Beargs Bearg numbers of MRC double-row ball beargs produced befe 198 differ from the new C- and M- types listed this catalog. Shown below is the terchange of pre-198 bearg numbers with the new C- and M-types Series double-row beargs not listed here mata the igal bearg number and must be specified by that number when derg. MRC Bearg Numbers Pri to 198 Superseded by 5200SB 5200C* 5200SBKF 5200CF* 5200SBKFF 5200CFF* 5200SBKZ 5200CZ* 5200SBKZZ 5200CZZ* 5201SB 5201C* 5201SBKF 5201CF* 5201SBKFF 5201CFF* 5201SBKZ 5201CZ* 5201SBKZZ 5201CZZ* 5202SB 5202C* 5202SBKFF 5202CFF* 5202SBFG 5202CFG-1* 5202SBKFG 5202CFG* 5202SBKZ 5202CZ* 5202SBKZZ 5202CZZ* 520SB 520C* 520SBKF 520CF* 520SBKFF 520CFF* 520SBKFG 520CFG* 520SBKZ 520CZ* 520SBKZZ 520CZZ* 5204SBK 5204C 5204SBKF 5204CF 5204SBKFF 5204CFF 5204SBKFG 5204CFG 5204SBKFFG 5204CFFG 5204SBKG 5204CG 5204SBKZ 5204CZ 5205SBK 5205C 5205SBF 5205CF SBKF 5205CF 5205SBKFF 5205CFF 5205SBKG 5205CG 520SBK 520C 520SBF 520CF-1 520SBKF 520CF 520SBKFF 520CFF 520SBKFG 520CFG 520SBKG 520CG 520SBZZ 520CZZ F 5207MF SBK 5207C 5207SBKF 5207CF 5207SBKFF 5207CFF 5207SBKFG 5207CFG 5207SBKG 5207CG 5208SBK 5208C 5208SBKF 5208CF 5208SBKFF 5208CFF 5208SBKFG 5208CFG 5208SBKG 5208CG 5209K 5209M 5209KF 5209MF 5209SBFF 5209CFF 5209KG 5209MG 52K 52M 52KF 52MF 52KFF 52MFF 52KG 52MG MRC Bearg Numbers Pri to 198 Superseded by 5211K 5211M 5211KF 5211MF 5211KFG 5211MFG 5211KG 5211MG 5212F 5212MF FG 5212MFG K 5212M 5212KF 5212MF 5212KFG 5212MFG 5212KG 5212MG 521K 521M 521KF 521MF 521KFG 521MFG 521KG 521MG 5214K 5214M 5214KF 5214MF 5214KG 5214MG 5215K 5215M 5215KF 5215MF 5215KFF 5215MFF 5215KFG 5215MFG 5215KG 5215MG 521K 521M 521KF 521MF 521KFG 521MFG 521KG 521MG 5217K 5217M 5217KF 5217MF 5217KG 5217MG 5218K 5218M 5218KF 5218MF 5218KG 5218MG G 5219G G 5220G KF 5222KF 500SB 500C* 501SB 501C* 502SB 502C* 50SB 50C* 50SBG 50CG* 50SBKF 50CF* 50SBKFF 50CFF* 50SBKFG 50CFG* 504SB 504C 504SBF 504CF-1 504SBKF 504CF 504SBKFF 504CFF 505SB 505C 505SBG 505CG 505SBKF 505CF 505SBKFF 505CFF 505SBKFG 505CFG MRC Bearg Numbers Pri to 198 Superseded by 50 50M 50F 50MF-1 50FG 50MFG-1 50G 50MG 50KF 50MF 50KFF 50MFF 50KFG 50MFG M 507F 507MF-1 507FG 507MFG-1 507G 507MG 507KF 507MF 507KFG 507MFG M 508F 508MF-1 508FG 508MFG-1 508G 508MG M 509B 509M 509F 509MF-1 509FG 509MFG-1 509G 509MG 5 5 5F 5MF-1 5FG 5MFG-1 5G 5MG 5KF 5MF 5KFG 5MFG M 511F 511MF-1 511FG 511MFG-1 511G 511MG M 512F 512MF-1 512FG 512MFG-1 512G 512MG 51 51M 51F 51MF-1 51FG 51MFG1 51G 51MG M 514F 514MF-1 514G 514MG 514KF 514MF M 515F 515MF1 515G 515MG 51 51M 51G 51MG *Listed f fmation only. Not currently production. Use SB types.

6 Fillg Notch Location on 5000-MFF and 5000-MZZ Series MRC Bearg Services Sce the fillg notch row is not visible on 5000MFF and 5000MZZ beargs, it is necessary to identify which row has the notch those cases where the bearg subject to axial load. Axial load should be carried on the non-fillg notch row. A moderate reversg axial load is permissible on the fillg notch row. A typical application of a 5000MFF 5000MZZ bearg is shown above which it is subjected to an axial load an upward direction. The bearg should be mounted with the fillg notch up so that the axial load is taken by the bottom, non-fillg notch row. The fillg notch is iented relation to the bearg identification markg on the bearg which will be found one of the followg locations: Face of the outer rg Face of the ner rg OD surface of the outer rg Face of the closure In each case the markg will occur on the side of the bearg opposite the fillg notch as illustrated above. When the O.D. surface markg is right side up the fillg notch is the uppermost row and it is located closest to the non-fillg notch row.

7 5000 Series Axial and Radial Internal Clearance 5200 and 500 Series Over Be Diameter d Axial Internal Clearance Includg C2 Nmal C0 C C M Max M Max M Max M Max M Max M Max M Max M Max Over Be Diameter d Radial Internal Clearance Includg C2 Nmal C0 C C M Max M Max M Max M Max M Max M Max M Max M Max Series Over Be Diameter d Axial Internal Clearance Includg C2 Nmal C0 C C M Max M Max M Max M Max M Max M Max M Max M Max Over Be Diameter d Radial Internal Clearance Includg C2 Nmal C0 C C M Max M Max M Max M Max M Max M Max M Max M Max

8 Thrust Ratg Of Double-Row Ball Beargs-5000 Series Dynamic Ratg To obta dynamic thrust ratg multiply dynamic radial ratg C by the fact shown below. MRC Bearg Services Static Ratg To obta static thrust ratg multiply static radial ratg C 0 by the fact shown below. Size Fact Size Fact 5200SB-520SB 500SB-50SB C-5414C 5204C&M-5218C&M C&M-519C&M Example: Bearg size: 507C Basic dynamic radial load ratg C =110 lbf Thrust ratg fact = 0.81 Thrust ratg = = SB-520SB 500SB-50SB C&M-520C&M 540C-5414C 5207C&M-5218C&M C&M-519C&M Sizes 5415C-5419C have 0 contact angles and are not cluded the above tables. When thrust load is present, the equivalent radial load should be used to determe life. Example: Bearg size: 5214M Basic static radial load ratg C 0 = 280 lbf Thrust ratg fact = 0. Thrust ratg = = 18550

9 MRC Extra-Wide 5000 Series Double-Row Ball Bearg Retrofit Kit Double-row ball beargs with non-standard extra wide width are currently available as a retrofit kit. These replacement units consist of a standard width doublerow ball bearg and two specially designed spacers packaged together a sgle carton. Spacers The Extra-Width Double-Row Ball Bearg Retrofit Kit is simple to use. When used with beargs without snap rgs, place both spacers on the same side, as shown Figure 1. With snap rg beargs, the ner rg spacer must be stalled on the side opposite the snap rg, as shown Figure 2. The outer spacer is not needed applications where the bearg s snap rg controls the axial location of the outer rg the housg. The spacers accoodate slight variations the shaft and housg seat width. The ner rg and spacer can be secured to the shaft with a retag rg threaded locknut. If a locknut is used, the amount of clampg fce can be regulated to make slight adjustments the shaft s axial location. The spacer rgs yield slightly when an axial clampg fce is applied. The spacer rgs also exert a reaction fce, which helps mata the itial clampg fce and helps prevent the ner rg from becomg loose on the shaft. The same circumstances apply to the outer rg spacers when an end cap is used to clamp the bearg s outer rg agast a housg shoulder. Because the spacer rgs are designed to yield slightly when axial clampg fces are applied, the spacer rgs should always be replaced with new spacer rgs anytime the bearg is removed, replaced restalled. Materials f Rgs, Balls and Spacers High-carbon chromium vacuum-processed steel SAE 520 is used f all balls and rgs. Mached and roll fmed spacer rgs are fabricated from 18 carbon steel and 04 staless steel. Mountg Instructions Figure 1 Figure 2 Without Snap Rg 1. Install ner and outer rg spacers onto the shaft and to the housg be respectively. 2. Install bearg accdance with nmal mountg structions.. If any lockg devices such as snap rgs locknuts are nmally used to secure the bearg on the shaft the housg be sure they are properly stalled. 4. These ner and outer rg spacers are adjusted to proper width pri to stallation. Durg bearg stallation their width may be slightly altered to accoodate variations shaft and housg shoulder distances. As a consequence, when a new extra width retrofit bearg kit is stalled the new spacer rgs supplied with the kit should always be used and the old spacers discarded. With Snap Rg 1. Install the ner rg spacer onto the shaft. The outer rg spacer is not used with a snap rg bearg and may be discarded. 2. Install bearg accdance with nmal mountg structions.. If any lockg devices such as snap rgs, locknuts end caps are nmally used to secure the bearg on the shaft the housg be sure they are properly stalled. 4. These ner and outer rg spacers are adjusted to proper width pri to stallation. Durg bearg stallation their width may be slightly altered to accoodate variations shaft and housg shoulder distances. As a consequence, when a new extra width retrofit bearg kit is stalled the new spacer rgs supplied with the kit should always be used and the old spacers discarded.

10 Part Numbers MRC Bearg Services A listg of available part numbers appears below. This listg may change with sizes beg added deleted based on demand. MRC Part Number Width cludg Spacers Inches 5205CF MF1* CF1 1¹ ₁₆ MF1 1¹ ₁₆ SBZZ 1¹ ₁₆ MF1 1¹ ₂ CF MF CF1 1¹ ₈ MFG1 1¹ ₈ MFG1 1⁵ ₁₆ MF1 1⁵ ₁₆ MF1 1¹ ₂ MFG1 1¹ ₂ MFG1 1⁹ ₁₆ MF1 1⁹ ₁₆ MFG1 1¹¹ ₁₆ MF1 1¹¹ ₁₆ MFG MF MFG1 2¹ ₁₆ MF1 2¹ ₁₆ MFG1 2¹ ₄ MF1 2¹ ₄ MFG1 2⁷ ₁₆ MF1 2⁷ ₁₆ MF1 2¹³ ₁₆ *Currently stocked. No spacer needed. Nomenclature Double-row type ball bearg Series 200, 00, etc. Be diameter code M C Max Conrad type Shield Snap rg Extra width 5 09 M F G 1

11 5200-C, 5200-SB Light Series 5200-C beargs are used with moderate to heavy radial loads, two-directional thrust loads, a combation of both. CF/SBKF CZ/SBKZ CFF/SBKFF CZZ/SBKZZ CFZ/SBKFZ One Shield One Seal Two Shields Two Seals Shield & Seal CFG/SBKFG CG/SBKG CFFG/ CFZG CZZG CZG One Shield Snap-Rg SBKFFG Shield, Seal Two Seals One Seal & Snap-Rg Two Shields & Snap-Rg & Snap-Rg & Snap-Rg & Snap-Rg Basic Radial Load Ratg Speed Ratg 2 MRC Bearg Number Be d Outside Diameter D Width B Fillet Radius 1 r a N Dynamic C lbf N Static C 0 lbf Open and Shielded Grease Oil RPM RPM Sgle and Double Sealed Grease RPM 5200-SB SB SB SB C C C C C C C C C C C C C C C C C C C C C C C Fillet radius dicates maximum fillet radius on shaft housg which bearg cner will clear. 2 Listed values are f pressed steel cage, ABEC-1. The values have been determed through histical application and practice. F a me complete explanation, see page 27. Ratg f one million revolutions 500 hours at ¹ ₃ RPM. Note: Extra width beargs identified by the suffix C1 are supplied with a retrofit kit described on pages 147, 148.

12 500-C, 500-SB Medium Series MRC Bearg Services 500-C beargs are used with heavy radial loads, twodirectional thrust loads, a combation of both. CF/SBKF CZ/SBKZ CFF/SBKFF CZZ/SBKZZ CFZ/SBKFZ One Shield One Seal Two Shields Two Seals Shield & Seal CFG/SBKFG CG/SBKG CFFG/ CFZG CZZG CZG One Shield Snap-Rg SBKFFG Shield, Seal Two Seals One Seal & Snap-Rg Two Shields & Snap-Rg & Snap-Rg & Snap-Rg & Snap-Rg Basic Radial Load Ratg Speed Ratg 2 MRC Bearg Number Be d Outside Diameter D Width B Fillet Radius 1 r a N Dynamic C lbf N Static C 0 lbf Open and Shielded Grease Oil RPM RPM Sgle and Double Sealed Grease RPM 500-SB SB SB SB C C C C C C C C C C C C C C C C C C C C C C C C C C C C C Fillet radius dicates maximum fillet radius on shaft housg which bearg cner will clear. 2 Listed values are f pressed steel cage, ABEC-1. The values have been determed through histical application and practice. F a me complete explanation, see page 27. Ratg f one million revolutions 500 hours at ¹ ₃ RPM. Note: Extra width beargs identified by the suffix C1 are supplied with a retrofit kit described on pages 147, 148.

13 5400-C Heavy Series-Rigid Type 5400 Series beargs are used with extremely heavy radial loads, two-directional thrust loads, a combation of both have a 24 contact angle per row have a zero degree contact angle. Basic Radial Load Ratg Speed Ratg 2 MRC Bearg Number Be d Outside Diameter D Width B Fillet Radius 1 r a N Dynamic C lbf N Static C 0 lbf Grease RPM Oil RPM 540C C C C C C C C C C C C C Fillet radius dicates maximum fillet radius on shaft housg which bearg cner will clear. 2 Listed values are f pressed steel cage, ABEC-1. The values have been determed through histical application and practice. F a me complete explanation, see page 27. Ratg f one million revolutions 500 hours at ¹ ₃ RPM.

14 Double-Row Ball Beargs, 5000 Series Dynamic equivalent radial load and life calculation examples Bearg size: 52 M Speed: 2000 RPM Basic dynamic radial load ratg C = 120 lbf Case 1 Radial load F R = 1750 F A /F R = 0/1750 = 0 Equivalent load = X F R +YF A Sce F A /F R < e, equivalent load = 1.0 F R F A = = 1750 Life L = C 120 = = 1 Rev Life Lh = C 120 = 0n = 2755 Hrs Case 2 Radial load F R = 1750 Thrust load F A = 0 F A /F R = 0/1750 = 0.74 Equivalent load = X F R +YF A Sce F A /F R < e, equivalent load = 1.0 F R F A = = 274 Life L = C 120 = = 8.9 Rev. 274 Life Lh = C 120 0n = = 99 Hrs Case Radial load F R = 1750 Thrust load F A = 1500 F A /F R = 1500/1750 = 0.8 Equivalent load = X F R +YF A Sce F A /F R < e, equivalent load = 0. F R F A = = 29 Life L = C 120 = = 8.1 Rev. 29 Life Lh = C 120 0n = = 58 Hrs Case 4 Thrust load F R = 1500 F A /F R = 1500/0 = Equivalent load = X F R +YF A Sce F A /F R > e, equivalent load = 0. F R F A = = 180 Life L = C 120 = = 275 Rev. 180 Life Lh = C 120 0n = = 2294 Hrs Bearg size: 520 SB Speed: 2000 RPM Basic dynamic radial load Ratg C = 0 Case 1 Radial load F R = 500 F A /F R = 0/500 = 0 Equivalent load = X F R +YF A Sce F A /F R < e, equivalent load = 1.0 F R F A = = 500 Life L = C 0 = = 295 Rev. 500 Life Lh = C 0 = 0n = 242 Hrs Case 2 Radial load F R = 500 Thrust load F A = 25 F A /F R = 25/500 = 0.5 Equivalent load = X F R +YF A Sce F A /F R < e, equivalent load = 1.0 F R F A = = 799 Life L = C 0 = = 72.4 Rev. 799 Life Lh = C 0 0n = = 0 Hrs Case Radial load F R = 500 Thrust load F A = 75 F A /F R = 75/500 = 0.75 Equivalent load = X F R +YF A Sce F A /F R > e, equivalent load = 0.7 F R F A = = 84 Life L = C 0 = = 57. Rev. 84 Life Lh = C 0 0n = = 477 Hrs Case 4 Thrust load F R = 75 F A /F R = 75/0 = Equivalent load = X F R +YF A Sce F A /F R > e, equivalent load = 0.7 F R F A = = 529 Life L = C 0 = = 249 Rev. 529 Life Lh = C 0 0n = = 2075 Hrs