Linear Busin LBLBLBBLMLMLMB Linear Busin is a i precision linear motion rollin uide wic travels alon a saft to acieve endless linear motion. In te external cylinder, a retainer, steel balls, etc. are compactly incorporated. Wide variations in size are available for selections suitable for eac application. Low frictional linear motion Steel balls are accurately uided by a retainer, so low frictional resistance and stable linear motion can be acieved. Simple replacement of conventional plain busins It is easy to use Linear Busins instead of conventional plain busins, because bot types are used wit a round saft, and no major redesin is necessary. Wide variations For eac dimensional series, standard, adjustable clearance and open types are available wit and witout seals, so te best linear busin for te application may be selected. Stainless steel type Linear Busins made of stainless steel are also available. Tis type is suitable for applications were corrosion resistance is important. xternal cylinder Retainer Steel ball Structure of Linear Busin -
Linear Busin series imension series xternal cylinder sape Sealin Model code Witout end seals LB LB LM LM F LM LM F Wit two end seals LB UU LB UU LM UU LM F UU LM UU LM F UU Metric series Witout end seals Wit two end seals LB AJ LB AJ LM AJ LM F AJ LM AJ LM F AJ LB UU AJ LB UU AJ LM UU AJ LM F UU AJ LM UU AJ LM F UU AJ Linear Busin Witout end seals Wit two end seals Witout end seals Wit two end seals LB OP LB OP LM OP LM F OP LM OP LM F OP LB UU OP LB UU OP LM UU OP LM F UU OP LM UU OP LM F UU OP LBB LMB LBB UU LB, LB, LBB, LM, LM, LMB Witout end seals LBB AJ LMB AJ Inc series Wit two end seals LBB UU AJ Witout end seals LBB OP LMB OP Wit two end seals LBB UU OP Remark : "F" in te model code indicates tat it is stainless steel type. =.kf=.lbs. =.97inc -
Identification number and specification Te specification of Linear Busin is indicated by te identification number, consistin of a model code, a size, a material symbol, a part code, a sape code and a classification symbol. LB series LB UU OP LM series LM 9 9 F UU AJ P Series Model code Inscribed circle Outside of external cylinder Size Lent of external cylinder Retainer material Material Material symbol Sealin 7 Part code xternal cylinder sape Sape code Accuracy 9 class lassification symbol Series Metric series LB, LB, LM, LM Inc series LBB, LMB Inscribed circle For te metric series, indicate te inscribed circle in. For te inc series, indicate te inscribed circle in te unit of / inc. Outside of external cylinder For te metric series, indicate te outside of external cylinder in. For te inc series, indicate te outside of external cylinder in te unit of / inc. -
Lent of external cylinder For te metric series, indicate te lent of te external cylinder in. For te inc series, indicate te lent of external cylinder in te unit of / inc. Retainer material arbon steel made o symbol Syntetic resin made In case of LM series, specify te retainer material. For applicable models and sizes, see te "Model number" column in te table of dimensions on paes - to -. Te maximum operatin temperature for te syntetic resin type is. ontinuous operation is possible at temperatures up to. In all of LB series, te retainer is made of syntetic resin. Material Hi carbon steel made o symbol Stainless steel made F Specify te component part material. For applicable models and sizes, see te "" column in te table of dimensions on paes - to -. 7 Sealin Witout end seal Wit two end seals o symbol UU Te two seal types incorporate seals wit superior dust protection performance at bot ends of te external cylinder for preventin intrusion of forein matter. Te maximum allowable temperature for seals is. xternal cylinder sape AJ See "xternal cylinder sape" sown below. OP xternal cylinder sape Tis type is widely used as a eneral purpose linear uide. Hi and precision classes are available. A slot in a lonitudinal direction is made on te external cylinder in order to adjust te clearance. Wen tis type is used wit a ousin wic can adjust te bore, te radial internal clearance can be adjusted witout fit selection between te linear busin and saft. It is possible to ive a preload. o symbol Tis type as one or two fewer ball circuits tan te standard type, creatin an open section to allow clearance for a saft support. Te open type busin is coonly used wit lon safts wen one or more support blocks are needed to reduce saft deflection or sa. Te widt of te support blocks can be determined to matc te () dimension of fan saped open section sown in te table of dimensions. Te radial internal clearance can also be adjusted. LB, LB, LBB, LM, LM, LMB 9 Accuracy class Hi o symbol P For details of accuracy, see te table of dimensions on paes - to -. Hi class and precision class are available for te LB, LBB, LM and LMB standard type series. For te adjustable clearance type and te open type, only i class is available, and te accuracy values are applicable only before cuttin te external cylinders. =.kf=.lbs. =.97inc -
Ratin Suarized descriptions of load ratins of Linear Busin are iven below. For details of load ratin definitions and load calculations, see "General description". load ratin Te basic dynamic load ratin is defined as te constant load bot in direction and manitude under wic a roup of identical Linear Busins are individually operated and 9% of te units in te roup can travel x meters free from material damae due to rollin contact fatiue. load ratin Te basic static load ratin is defined as te static load tat ives a prescribed constant contact stress at te center of te contact area between te rollin element and raceway receivin te maximum load. Relationsips between load ratins and te position of ball circuits ratins of Linear Busin are affected by te position of te ball circuits. In te table of dimensions, two types of load ratins are sown correspondin to te load directions and steel ball circuit positions as sown in Fi. and Fi.. In Fi. te load direction is in line wit te steel ball circuit position and tis direction is referred to as load in te table of dimensions. In eneral, te load ratins for tis direction are also used, wen te load direction is indeterminate or te steel ball circuit position in relation to te load direction cannot be determined. In Fi., te load direction is pointed at te center of two ball circuits and tis direction is referred to as load in te table of dimensions. In eneral, a larer load can be received in tis case compared wit load. Fi. Fi. -
Precautions for Use learance Adjustable clearance and open type Linear Busins can be adjusted for radial internal clearance if tey are used wit a ousin wic can adjust te bore. However, if te deree of te adjustment is excessive, deformation at te contact points between steel balls and saft or external cylinder becomes lare, resultin in sort life. Terefore, it is recoended to prepare a saft wit a specified fit tolerance and adjust te radial internal clearance to zero or minimal preload by matcin te individual components. Te clearance is adjusted wile ceckin wit a dial ae. Te adjustment is enerally completed wen te saft is rotated in an unloaded condition and lit resistance is caused by te rotation of saft. In tis condition, te radial internal clearance becomes zero or minimal preload. For open type Linear Busins avin tree rows of ball circuits, clearance adjustment can not be made. Fi. xample of clearance adjustment Raceway surface Since Linear Busins operate wit a saft as a raceway surface, te saft sould be eat-treated and round. Recoended surface ardness and rouness of te saft are sown in Table, and also recoended minimum effective ardenin dept of te raceway is sown in Table. LB, LB, LBB, LM, LM, LMB Table Surface ardness and rouness of raceway Table Minimum effective ardenin dept unit : Item Recoended value Remarks Surface ardness Surface rouness HR.mRa or better (.mry or better) Wen te raceway ardness is less tan te necessary ardness, multiply load ratins by te ardness factor. Wen te required accuracy is not severe, a surface rouness of about.mra (.mry) is adequate. over incl. Recoended minimum effective ardenin dept.... =.kf=.lbs. =.97inc -7
Lubrication Linear Busins can be used wit oil or rease lubrication. A ood quality litium-soap base rease is recoended for rease lubrication. Wen rotational motion is present Linear Busins can only be operated in linear motion and can not be rotated. Wen linear motion in sort stroke lent and rotation are bot required, Stroke Rotary Busin (See pae -7.) is recoended. If linear motion in lon stroke lent and rotation are bot required, a combination of Linear Busin and eedle Roller Bearin as sown in Fi. is recoended. Spacer Sell type eedle Roller Bearin Stop rin Fi. xample of confiuration for lon stroke linear motion and rotation Precaution for use of Linear Busin avin tree rows of ball circuits Linear Busins avin tree rows of ball circuits can be used only for te load direction sown in Fi.. If two Linear Busins are used in parallel, by considerin te load distribution, te arranement sown in Fi. is recoended. Tis type can not be adjusted for radial internal clearance. Fi. Fi. -
Precautions for Mountin Fit Table sows te recoended fit tolerances for Linear Busin. Te fit between Linear Busin and ousin is usually clearance fit. For some special applications, an interference fit may be required. For adjustable clearance or open type Linear Busins, te followin recoendations apply. Te saft is finised smaller tan te lower limit of te tolerance rane of te inscribed circle of te Linear Busin, wile te ousin is finised larer tan te upper limit of te tolerance rane of te outside of te external cylinder of te Linear Busin. Table Recoended fit tolerance Item Housin Type ormal clearance loser clearance learance fit Interference fit LB, LBB LM, LMB LB, LM Hi class class f, f, j H7 H H7 J7 J J7 Mountin Wen press-fittin te Linear Busin into te ousin, do not it te end plate. Te correct metod is to radually pus te external cylinder wit a ji for assemblin. (See Fi. 7.) Ten te external cylinder is fixed in te axial direction wit a stop rin or a stopper plate. Wen insertin te saft into te Linear Busin assembled into a ousin, radually and ently insert a saft avoidin to ive impact on te steel balls and retainers. If two safts are used in parallel, fix one saft accurately as a datum saft and locate te second saft to te datum saft keepin te parallelism. Fi. sows an example of eneral assemblin. -. -. LB, LB, LBB, LM, LM, LMB Fi. 7 Fi. xample of assemblin =.kf=.lbs. =.97inc -9
Accessories Steel saft for Linear Busin In order to acieve full performance of Linear Busin, eat-treated and round steel safts wit i accuracy are available. oercial safts can also be delivered upon request. For details, consult. support block Support blocks are prepared for supportin te ends of saft for Linear Busin. For details, consult. Felt seals for Linear Busin Felt seals are available for Linear Busin witout end seal. If dust protection and minimal frictional resistance in linear motion are bot required, felt seals are recoended. imensions of felt seals are sown in Table. -
Table imensions of felt seals for Linear Busin B d d B FLM FLM FLM 9 FLM FLM FLM FLM FLM FLM FLM FLM FLM 9 FLM FLM unit : Remark : Tese felt seals are used wit LM or LB models. For oter models and types, consult for details. LB, LB, LBB, LM, LM, LMB =.kf=.lbs. =.97inc -
Linear Busin : Metric series : LB LBAJ : LBOP LB LBAJ LBOP LB LB..9 Adjustable clearance type LB LB AJ AJ.. m m ominal dimensions and tolerances m m eree 7.. ccentricity m load ratin 9. 7. 9. load ratin Preferable circlip 7 LB LB LB LB LB LB LB. 7. 9 LB AJ LB AJ LB AJ LB AJ LB AJ LB AJ LB AJ.. 9 9 LB OP LB OP LB OP LB OP LB OP LB OP LB OP 9. 7. 7 9 7 7 9 7 9....... 7.... 7 7 7 7 7 7 9 7 7 7 7 7 7 7 9 7 9 9 9....7.7 7. LB, LB, LBB, LM, LM, LMB =.kf=.lbs. - =.97inc -
Linear Busin wit Seals : Metric series : LBUU LBUU AJ : LBUU OP LBUU LBUU AJ LBUU OP LB UU LB UU 7. Adjustable clearance type LB LB UU AJ UU AJ..7 m m ominal dimensions and tolerances m m eree 7.. ccentricity m load ratin 9. 7. 9. load ratin Preferable circlip 7 LB UU LB UU LB UU LB UU LB UU LB UU LB UU. 7. 9 LB UU AJ LB UU AJ LB UU AJ LB UU AJ LB UU AJ LB UU AJ LB UU AJ 7. 9 LB UU OP LB UU OP LB UU OP LB UU OP LB UU OP LB UU OP LB UU OP 9. 7. 9 7 7 9 7 9....... 7.... 7 7 7 7 7 7 9 7 7 7 7 7 7 7 9 7 9 9 9....7.7 7. LB, LB, LBB, LM, LM, LMB =.kf=.lbs. - =.97inc -
Linear Busin : Metric series : LB LBAJ : LBOP LB LBAJ LBOP LB. Adjustable clearance type LB AJ. m Hi m 9 ominal dimensions and tolerances m ( ) m eree.... ccentricity m Hi load ratin 7.. load ratin LB S LB LB LB LB LB LB LB LB LB LB.... 9 LB S AJ LB AJ LB LB LB LB LB LB LB LB LB AJ AJ AJ AJ AJ AJ AJ AJ AJ... 7 79 LB OP LB OP LB OP LB OP LB OP LB OP LB OP LB OP LB OP. 7 9 9 9 9 7 9 9 7 9 7 9 7. 7.... 9.. 7............. 7. 9 7 7............ 7 9 7 7.7 97 9 7 7 7 9.7 9. 9 7 7 7 7 7 7 7 9 7 7 9 9 9 LB, LB, LBB, LM, LM, LMB ote( ) : Wen circlips are used for mountin, te dimension minus twice te widt of circlip becomes te widt of ub. Remark : In te tolerance and eccentricity columns, "" refers to precision class and "Hi" refers to i class. =.kf=.lbs. - =.97inc -7
Linear Busin wit Seals : Metric series : LBUU LBUU AJ : LBUU OP LBUU LBUU AJ LBUU OP LB UU. Adjustable clearance type LB UU AJ. m Hi m 9 ominal dimensions and tolerances m ( ) m eree.... ccentricity m Hi load ratin 7.. load ratin LB S UU LB UU LB UU LB UU LB UU LB UU LB UU LB UU LB UU LB UU LB UU..... LB S UU AJ LB UU AJ LB LB LB LB LB LB LB LB LB UU AJ UU AJ UU AJ UU AJ UU AJ UU AJ UU AJ UU AJ UU AJ.... 7 79. 9 LB UU OP LB UU OP LB UU OP LB UU OP LB UU OP LB UU OP LB UU OP LB UU OP LB UU OP.. 7. 9. 97 9 9 7 9 9 7 9 7 9 7. 7.... 9.. 7............. 7. 9 7 7............ 7 9 7 7.7 97 9 7 7 7 9.7 9. 9 7 7 7 7 7 7 7 9 7 7 9 9 9 LB, LB, LBB, LM, LM, LMB ote( ) : Wen circlips are used for mountin, te dimension minus twice te widt of circlip becomes te widt of ub. Remark : In te tolerance and eccentricity columns, "" refers to precision class and "Hi" refers to i class. =.kf=.lbs. - =.97inc -9
Linear Busin : Inc series : LBB LBBAJ : LBBOP LBB LBBAJ LBBOP (inc). ( / ) 9. ( / ).7 ( /).7 ( / ) 9. ( /). ().7 ( /). ( / ). () LBB LBB LBB LBB LBB LBB LBB LBB LBB Bal circuits 7.. 79. 7 Adjustable clearance type LBB AJ LBB AJ LBB AJ LBB AJ LBB AJ LBB AJ LBB AJ. 7. LBB OP LBB OP LBB OP LBB OP LBB OP LBB OP LBB OP ote( ) : Wen circlips are used for mountin, te dimension minus twice te widt of circlip becomes te widt of ub. Remark : In te tolerance and eccentricity columns, "" refers to precision class and "Hi" refers to i class. / m Hi. / 9. /.7 /.7 /. 9. 7. /.7 7 /. 9. /.7 /.7 7/. /.7 /.7 9 / 9.. /. 7. ccentricity m m / 9. 7/. /.7 /. /.7 / 7. /.7 7.. ominal dimensions and tolerances m ( ) m eree.9... 9...99.99.7...7.9.7...7... / /.. 7.9 / / 7.. 9. /. 7/.. / 9/ 7... / /...7 / 7. /.7 9. / 7..7. 9 Hi 7 load ratin. 7 9 7 9 9.9 7 9 load ratin 7 77 7 7 7 9 7 9 LB, LB, LBB, LM, LM, LMB =.kf=.lbs. - =.97inc -
Linear Busin wit Seals : Inc series : LBBUU LBBUU AJ : LBBUU OP LBBUU LBBUU AJ LBBUU OP (inc). ( / ) 9. ( / ).7 ( /).7 ( / ) 9. ( /). ().7 ( /). ( / ). () LBB LBB LBB UU UU UU LBB UU LBB UU LBB UU LBB UU LBB UU LBB UU 7.. Adjustable clearance type LBB UU AJ LBB UU AJ LBB UU AJ LBB UU AJ LBB UU AJ LBB UU AJ LBB UU AJ. LBB 79 UU OP LBB UU OP LBB UU OP LBB UU OP LBB UU OP LBB UU OP LBB UU OP ote( ) : Wen circlips are used for mountin, te dimension minus twice te widt of circlip becomes te widt of ub. Remark : In te tolerance and eccentricity columns, "" refers to precision class and "Hi" refers to i class. 9 9 7 9 /. / 9. / m Hi.7 /.7 / 9.. /.7 /.. /.7 /.7 7/. /.7 /.7 9 / 9.. /. 7. ccentricity m m / 9. 7/. /.7 /. /.7 / 7. /.7 7.. ominal dimensions and tolerances m ( ) m eree.9... 9...99.99.7...7.9.7...7... / /.. 7.9 / / 7.. 9. /. 7/.. / 9/ 7... / /...7 / 7. /.7 9. / 7..7. 9 Hi 7 load ratin. 7 9 7 9 9.9 7 9 load ratin 7 77 7 7 7 9 7 9 LB, LB, LBB, LM, LM, LMB =.kf=.lbs. - =.97inc -
Linear Busin : Metric series : LM LM(Syntetic resin retainer) LMAJ LMAJ(Syntetic resin retainer) : LMOP LM OP(Syntetic resin retainer) LM LMAJ LMOP ominal dimensions and tolerances m Tolerancancance Toler- ( ) Toler- Hi m m m ccentricity m erecision Pre- Hi load ratin load ratin LM 9 LM 9. 7. LM 9 AJ 7. 9....7 9.7 7 7 LM 7 LM 7 LM LM LM 99 LM 99 LM LM LM LM LM 7 LM 7. 7 9.. 9 7 9. LM 7 AJ LM AJ LM 99 AJ LM AJ LM AJ LM AJ LM AJ LM 7 AJ LM 7 AJ.7 9 77 LM 99 OP LM OP LM OP LM OP LM OP LM 7 OP LM 7 OP 7. 9 9 9 7 7. 7.......... 7.... 9 7. 79 9 9 9 9 7 7 7 LB, LB, LBB, LM, LM, LMB LM LM 9 LM AJ LM AJ 9 9 LM OP LM OP 9.... 7 LM 9 LM 9 LM LM 9 LM 9 AJ LM 9 AJ LM AJ LM AJ LM 9 OP LM 9 OP LM OP LM OP 7 9.... 9 97 7 LM 7 LM 7 9 LM 7 AJ LM 7 AJ LM 7 OP LM 7 OP 7 9.. 9. 7 7 9 LM LM 7 LM AJ LM AJ 79 LM OP LM OP 7 9.. 7 LM LM 7 LM AJ LM AJ 7 LM OP LM OP 7. 7. 9 7 9 ote( ) : Wen circlips are used for mountin, te dimension minus twice te widt of circlip becomes te widt of ub. Remark : In te tolerance and eccentricity columns, "" refers to precision class and "Hi" refers to i class. : Te end plate for te standard type and te adjustable clearance type wit a saft of or less is fixed usin a stop rin for ole. =.kf=.lbs. - =.97inc -
Linear Busin : Metric series : LM LM(Syntetic resin retainer) LMAJ LM AJ(Syntetic resin retainer) : LMOP LM OP(Syntetic resin retainer) LM LMAJ LMOP m Hi ominal dimensions and tolerances ccentricity load ratin m Hi eree ( ) m m m load ratin LM 9 LM 9 LM LM 9 AJ LM 9 AJ LM AJ 9 LM 9 OP LM 9 OP LM OP 7 9 9.... 7 7 7 9 LM 7 LM LM 9 LM 7 LM LM AJ AJ AJ 9 9 LM 7 LM LM ote( ) : Wen circlips are used for mountin, te dimension minus twice te widt of circlip becomes te widt of ub. Remark : In te tolerance and eccentricity columns, "" refers to precision class and "Hi" refers to i class. OP OP OP 7 9 7.. 7.... 7 9 9 LB, LB, LBB, LM, LM, LMB =.kf=.lbs. - =.97inc -7
Linear Busin wit Seals : Metric series : LMUU LM UU(Syntetic resin retainer) LMUUAJ LM UUAJ(Syntetic resin retainer) : LMUUOP LM UUOP(Syntetic resin retainer) LMUU LMUU AJ LMUU OP m Hi ominal dimensions and tolerances ( ) m m m ccentricity m eree Hi load ratin load ratin LM 9 UU LM 9 UU. 7. LM 9 UU AJ 7. 9....7 9.7 7 7 LM 7 UU LM 7 UU LM UU LM UU LM 99 UU LM 99 UU LM UU LM UU LM UU LM UU LM 7 UU LM 7 UU. 7 9.. 9 7 9. LM 7 UU AJ LM UU AJ LM 99 UU AJ LM UU AJ LM UU AJ LM UU AJ LM UU AJ LM 7 UU AJ LM 7 UU AJ.7 9 77 LM 99 UU OP LM UU OP LM UU OP LM UU OP LM UU OP LM 7 UU OP LM 7 UU OP 7. 9 9 9 7 7. 7.......... 7.... 9 7. 79 9 9 9 9 7 7 7 LB, LB, LBB, LM, LM, LMB LM UU LM UU 9 LM UU AJ LM UU AJ 9 9 LM UU OP LM UU OP 9.... 7 LM 9 UU LM 9 UU LM UU LM UU 9 LM 9 UU AJ LM 9 UU AJ LM UU AJ LM UU AJ LM 9 UU OP LM 9 UU OP LM UU OP LM UU OP 7 9.... 9 97 7 LM 7 UU LM 7 UU 9 LM 7 UU AJ LM 7 UU AJ LM 7 UU OP LM 7 UU OP 7 9.. 9. 7 7 9 LM UU LM UU 7 LM UU AJ LM UU AJ 79 LM UU OP LM UU OP 7 9.. 7 LM UU LM UU 7 LM UU AJ LM UU AJ 7 LM UU OP LM UU OP 7. 7. 9 7 9 ote( ) : Wen circlips are used for mountin, te dimension minus twice te widt of circlip becomes te widt of ub. Remark : In te tolerance and eccentricity columns, "" refers to precision class and "Hi" refers to i class. : Te end plate for te standard type and te adjustable clearance type wit a saft of or less is fixed usin a stop rin for ole. =.kf=.lbs. - =.97inc -9
Linear Busin wit Seals : Metric series : LMUU LM UU(Syntetic resin retainer) LMUU AJ LM UUAJ(Syntetic resin retainer) : LMUUOP LM UUOP(Syntetic resin retainer) LMUU LMUU AJ LMUU OP LM 9 UU LM 9 UU LM UU LM 9 UU AJ LM 9 UU AJ LM UU AJ 9 LM 9 UU OP LM 9 UU OP LM UU OP 7 ominal dimensions and tolerances m ( ) Hi m m m eree 9 9.... ccentricity load ratin m Hi 7 7 7 9 load ratin LM 7 UU LM UU LM UU 9 7 9 9 LM 7 UU AJ LM UU AJ LM UU AJ 9 9 LM 7 UU OP LM UU OP LM UU OP ote( ) : Wen circlips are used for mountin, te dimension minus twice te widt of circlip becomes te widt of ub. Remark : In te tolerance and eccentricity columns, "" refers to precision class and "Hi" refers to i class. 9 7.. 7.... 7 9 9 LB, LB, LBB, LM, LM, LMB =.kf=.lbs. - =.97inc -
Linear Busin : Metric series : LM LM(Syntetic resin retainer) LMAJ LM AJ(Syntetic resin retainer) : LMOP LM OP(Syntetic resin retainer) LM LMAJ LMOP LM LM LM LM LM LM LM LM LM LM LM LM 7 LM 7 LM LM LM 7 LM 7.. 9. 9 7 LM AJ LM AJ LM AJ LM AJ LM AJ LM AJ LM AJ LM AJ LM AJ LM AJ LM 7 AJ LM 7 AJ LM AJ LM AJ LM 7 AJ LM 7 AJ 9. 9.. 9 79 9 LM OP LM OP LM OP LM OP LM OP LM OP LM OP LM OP LM 7 OP LM 7 OP LM OP LM OP LM 7 OP LM 7 OP + + 9 7 + 7 7 + 97 m ( ) m m m 7 7 9 ominal dimensions and tolerances...9.9.... 77.............9. 7.. 9 7.. 7.... eree 7 7 ccentricity m 7 load ratin 9. 9 9 9 9 9 97 load ratin 9 7 7 7 7 7 9 LB, LB, LBB, LM, LM, LMB LM 9 LM 9 LM 7 LM 9 AJ LM 9 AJ LM AJ LM 9 OP LM 9 OP LM OP 9 + 9.7.7... 7.. 7 7 9 ote( ) : Wen circlips are used for mountin, te dimension minus twice te widt of circlip becomes te widt of ub. =.kf=.lbs. - =.97inc -
Linear Busin wit Seals : Metric series : : LMUU LMUU AJ LMUUOP LM UU(Syntetic resin retainer) LM UUAJ(Syntetic resin retainer) LM UUOP(Syntetic resin retainer) LMUU LMUU AJ LMUU OP LM UU LM UU LM UU LM UU LM UU LM UU LM UU LM UU LM UU LM UU LM UU LM 7 UU LM 7 UU LM UU LM UU LM 7 UU LM 7 UU LM 9 UU LM 9 UU LM UU. 9. 9 7 7 LM UU AJ LM UU AJ LM UU AJ LM UU AJ LM UU AJ LM UU AJ LM UU AJ LM UU AJ LM UU AJ LM UU AJ LM 7 UU AJ LM 7 UU AJ LM UU AJ LM UU AJ LM 7 UU AJ LM 7 UU AJ LM 9 UU AJ LM 9 UU AJ LM UU AJ 9. 9.. 9 79 9 LM UU OP LM UU OP LM UU OP LM UU OP LM UU OP LM UU OP LM UU OP LM UU OP LM 7 UU OP LM 7 UU OP LM UU OP LM UU OP LM 7 UU OP LM 7 UU OP LM 9 UU OP LM 9 UU OP LM UU OP ote( ) : Wen circlips are used for mountin, te dimension minus twice te widt of circlip becomes te widt of ub. Remark : Seals of te Linear Busins marked wit an asterisk (*) protrude a little from te end face of external cylinder. 7 7 7 97 9 + m + 9 + + + ( ) m m m 7 7 9 9 ominal dimensions and tolerances...9.9.... 77..7.7..............9. 7.. 9 7... 7.... 7.. eree 7 7 ccentricity m 7 load ratin 9. 9 9 9 7 7 9 9 97 9 load ratin 9 7 7 7 7 7 9 LB, LB, LBB, LM, LM, LMB =.kf=.lbs. - =.97inc -
Linear Busin : Inc series : LMB LMB(Syntetic resin retainer) LMBAJ LMB AJ(Syntetic resin retainer) : LMBOP LMB OP(Syntetic resin retainer) LMB LMBAJ LMBOP inc. ( /) LMB LMB 9.. LMB AJ. /. ( ) m m m m Hi /.7 ominal dimensions and tolerances / 9..9.99.9 eree ccentricity m Hi load ratin ( ). ( ) 7. load ratin ( ) ( ) 9. ( /).7 ( /).7 ( /) 9. ( /). ().7 ( /). ( /) LMB LMB LMB LMB LMB LMB LMB LMB LMB LMB LMB LMB LMB LMB 7.. 7 9 9 9 7 7 LMB AJ LMB AJ LMB AJ LMB AJ LMB AJ LMB AJ LMB AJ LMB AJ LMB AJ LMB AJ LMB AJ LMB AJ LMB AJ 7 9 9 9 7 LMB OP LMB OP LMB OP LMB OP LMB OP LMB OP LMB OP LMB OP LMB OP LMB OP LMB OP LMB OP. 7 7 9 7 7 7 / /.7 /.7 / 9. 9.. /.7 /. 7 9 /.7 7 / / /..7.7 9 / 9.. /. 9 7 / / / / / /..7..7 7..7 7.... 9...9..99....77.77..9..99 9.7 7. 7.9.7......7 9..7..7 7.7 9. 9 7 9 9 97 7 7 7 7 7 LB, LB, LBB, LM, LM, LMB. (). ( /) 7. (). () LMB LMB LMB LMB 79 LMB 9 LMB AJ LMB AJ LMB AJ LMB 79 AJ LMB 9 AJ 9 LMB OP LMB OP LMB OP LMB 79 OP LMB 9 OP ote( ) : Wen circlips are used for mountin, te dimension minus twice te widt of circlip becomes te widt of ub. ( ) : Te load ratin for tree rows of ball circuits is sown as a representative value. Remark : In te tolerance and eccentricity columns, "" refers to precision class and "Hi" refers to i class. 9 7 9. /. 7.. 9 7. / / 9.... 7....7.99..9.... 7. 9. 9.7.9.7 9. 9. 9. 7 9 9 7 9 9 9 7 9 9 9 =.kf=.lbs. - =.97inc -7
Stainless Steel Linear Busin : Metric series : LMF LM F(Syntetic resin retainer) LMF AJ LM F AJ(Syntetic resin retainer) : LMF OP LM F OP(Syntetic resin retainer) LMF LMFAJ LMFOP LM 9 F LM 9 F LM 7 F LM 7 F LM F LM F LM 99 F LM 99 F LM F LM F LM F LM F LM 7 F LM 7 F LM F LM F LM 9 F LM 9 F LM F LM F LM 7 F LM 7 F LM F LM F LM F LM F LM 9 F LM 9 F. 7.. 7 9.. 9 7 9. 9 9 9 7 LM 9 F AJ LM 7 F AJ LM F AJ LM 99 F AJ LM F AJ LM F AJ LM F AJ LM F AJ LM 7 F AJ LM 7 F AJ LM F AJ LM F AJ LM 9 F AJ LM 9 F AJ LM F AJ LM F AJ LM 7 F AJ LM 7 F AJ LM F AJ LM F AJ LM F AJ LM F AJ LM 9 F AJ LM 9 F AJ 7..7 9 77 9 9 79 9 LM 99 F OP LM F OP LM F OP LM F OP LM F OP LM 7 F OP LM 7 F OP LM F OP LM F OP LM 9 F OP LM 9 F OP LM F OP LM F OP LM 7 F OP LM 7 F OP LM F OP LM F OP LM F OP LM F OP LM 9 F OP LM 9 F OP ote( ) : Wen circlips are used for mountin, te dimension minus twice te widt of circlip becomes te widt of ub. 7. 9 m Hi ( ) m m m =.kf=.lbs. - =.97inc -9 9 9 9 7 9 9 ominal dimensions and tolerances 9 7 7 9 7 9.. 7.... 9.. 7................. 7. 9 7 7........ 9 7 ccentricity m erecision Pre- Hi 7 load ratin.7 7. 79 9 9 9 7 9.7 9 9 9 97 7 load ratin 7 7 7 7 7 7 7 7 9 9 Remark : In te tolerance and eccentricity columns, "" refers to precision class and "Hi" refers to i class. : Te end plate for te standard type and te adjustable clearance type wit a saft of or less is fixed usin a stop rin for ole. LB, LB, LBB, LM, LM, LMB
Stainless Steel Linear Busin wit Seals : Metric series : : LM F UU LM F UU AJ LM F UU OP LM F UU(Syntetic resin retainer) LM F UU AJ(Syntetic resin retainer) LM F UU OP(Syntetic resin retainer) LMFUU LMFUU AJ LMFUU OP ominal dimensions and tolerances m eree Hi m Hi ccentricity ( ) m m m load ratin load ratin LM 9 F UU LM 9 F UU. 7. LM 9 F UU AJ 7. 9....7 9.7 7 7 LM 7 F UU LM 7 F UU LM F UU LM F UU LM 99 F UU LM 99 F UU LM F UU LM F UU LM F UU LM F UU LM 7 F UU LM 7 F UU. 7 9.. 9 7 9. LM 7 F UU AJ LM F UU AJ LM 99 F UU AJ LM F UU AJ LM F UU AJ LM F UU AJ LM F UU AJ LM 7 F UU AJ LM 7 F UU AJ.7 9 77 LM 99 F UU OP LM F UU OP LM F UU OP LM F UU OP LM F UU OP LM 7 F UU OP LM 7 F UU OP 7. 9 9 7 9 7. 7.......... 7... 9 7. 79 9 9 9 9 7 7 7 LB, LB, LBB, LM, LM, LMB LM F UU LM F UU 9 LM F UU AJ LM F UU AJ 9 9 LM F UU OP LM F UU OP 9.... 7 LM 9 F UU LM 9 F UU LM F UU LM F UU 9 LM 9 F UU AJ LM 9 F UU AJ LM F UU AJ LM F UU AJ LM 9 F UU OP LM 9 F UU OP LM F UU OP LM F UU OP 7 9.... 9 97 7 LM 7 F UU LM 7 F UU LM F UU LM F UU 9 LM 7 F UU AJ LM 7 F UU AJ LM F UU AJ LM F UU AJ 79 LM 7 F UU OP LM 7 F UU OP LM F UU OP LM F UU OP 9 7 9.... 9 7. 7 7 9 LM F UU LM F UU 7 LM F UU AJ LM F UU AJ LM F UU OP LM F UU OP 7. 7. 9 7 9 LM 9 F UU LM 9 F UU 9 LM 9 F UU AJ LM 9 F UU AJ 9 LM 9 F UU OP LM 9 F UU OP 9 9.. 7 7 ote( ) : Wen circlips are used for mountin, te dimension minus twice te widt of circlip becomes te widt of ub. Remark : In te tolerance and eccentricity columns, "" refers to precision class and "Hi" refers to i class. : Te end plate for te standard type and te adjustable clearance type wit a saft of or less is fixed usin a stop rin for ole. =.kf=.lbs. - =.97inc -
Stainless Steel Linear Busin : Metric series : LMF LM F(Syntetic resin retainer) LMF AJ LM F AJ(Syntetic resin retainer) : LMF OP LM F OP(Syntetic resin retainer) LMF LMFAJ LMFOP LM F LM F LM F LM F LM F LM F LM F LM F LM F LM F LM F LM 7 F LM 7 F LM F LM F LM 7 F LM 7 F. 9. 9 77 7 LM F AJ LM F AJ LM F AJ LM F AJ LM F AJ LM F AJ LM F AJ LM F AJ LM F AJ LM F AJ LM 7 F AJ LM 7 F AJ LM F AJ LM F AJ LM 7 F AJ LM 7 F AJ 9. 9.. 9 7 9 LM F OP LM F OP LM F OP LM F OP LM F OP LM F OP LM F OP LM F OP LM 7 F OP LM 7 F OP LM F OP LM F OP LM 7 F OP LM 7 F OP 7 7 97 m + + 9 + + ( ) m m m 7 7 9 ominal dimensions and tolerances...9.9.... 77.............9. 7.. 9 7 eree m.. 7.... 7 7 ccentricity 7 load ratin 9. 9 9 9 9 9 97 load ratin 9 7 7 7 7 7 9 LB, LB, LBB, LM, LM, LMB LM 9 F LM 9 F LM 9 F AJ LM 9 F AJ 7 LM 9 F OP LM 9 F OP ote( ) : Wen circlips are used for mountin, te dimension minus twice te widt of circlip becomes te widt of ub. 9 9.7.. 7. 7 =.kf=.lbs. - =.97inc -
Stainless Steel Linear Busin wit Seals : Metric series : : LMF UU LM UU AJ LMF UU OP LM F UU(Syntetic resin retainer) LM UU AJ(Syntetic resin retainer) LM F UU OP(Syntetic resin retainer) LMFUU LMFUU AJ LMFUU OP LM F UU LM F UU LM F UU LM F UU LM F UU LM F UU LM F UU LM F UU LM F UU LM F UU LM F UU LM 7 F UU LM 7 F UU LM F UU LM F UU LM 7 F UU LM 7 F UU. 9. 9 7 7 LM F UU AJ LM F UU AJ LM F UU AJ LM F UU AJ LM F UU AJ LM F UU AJ LM F UU AJ LM F UU AJ LM F UU AJ LM F UU AJ LM 7 F UU AJ LM 7 F UU AJ LM F UU AJ LM F UU AJ LM 7 F UU AJ LM 7 F UU AJ 9. 9.. 9 7 9 9 LM F UU OP LM F UU OP LM F UU OP LM F UU OP LM F UU OP LM F UU OP LM F UU OP LM F UU OP LM 7 F UU OP LM 7 F UU OP LM F UU OP LM F UU OP LM 7 F UU OP LM 7 F UU OP 7 7 97 m + + 9 + + ( ) m m m 7 7 9 ominal dimensions and tolerances...9.9.... 77.............9. 7.. 9 7.. 7.... 7 7 ccentricity eree m 7 load ratin 9. 9 9 9 9 9 97 load ratin 9 7 7 7 7 7 9 LB, LB, LBB, LM, LM, LMB LM 9 F UU LM 9 F UU LM 9 F UU AJ LM 9 F UU AJ LM 9 F UU OP LM 9 F UU OP ote( ) : Wen circlips are used for mountin, te dimension minus twice te widt of circlip becomes te widt of ub. Remark : Seals of te Linear Busins marked wit an asterisk (*) protrude a little from te end face of external cylinder. 9.7.. 7. 7 =.kf=.lbs. - =.97inc -