Series -5-1.3 Series (2) all slide sape all slide Model Sape/installation metod ig-load type ype Super-ig-load type 1 1 (1) eatures 1. ig self-aligning capability (rolling direction) Same as te D combination in angular contact bearings, self-aligning capability is ig because te cross point of te contact lines of balls and grooves comes inside, reducing moment rigidity. is increases te capacity to absorb errors in installation. 2. ig load carrying capacity to vertical direction e contact angle is set at 50 degrees, increasing load carrying capacity as well as rigidity in vertical direction. 3. ig resistance against impact load e bottom ball groove is formed in otic arc and te center of te top and bottom grooves are offset as sown in ig. 2. e vertical load is generally carried by te top rows, were balls are contacting at two points. ecause of tis design, te bottom rows will carry load wen a large impact load is applied vertically as sown in ig. 3. is assures ig resistance to te impact load. 4. ig accuracy s sowing in ig. 4, fixing te master rollers is easy tanks to te otic arc groove. is makes easy and accurate measuring of ball grooves. 5. asy to andle, and designed wit safety in mind. alls are retained in te retainer, terefore tey do not fall out wen te ball slide is witdrawn from te rail. (10 to 65) 6. bundant models and sizes ac series as various models of ball slides, rendering te linear guide available for numerous uses. 7. ast delivery ineup of random-matcing rails and ball slides supports and facilitates fast delivery. (15 to 65) M ig. 1 Series Q Contact stress ig. 2 nlarged illustration of te offset otic arc groove ormal load Supported by 2 rows Impact load ig. 3 en load is applied rinding weel rinding of datum surface and ball grooves Supported by 4 rows Master roller Measuring of ball grooves ig. 4 Rail grinding and measuring M M M 1 1 1 1 M 1 1 1 1 162 161 162
Series (3) ccuracy and preload 1. Running parallelism of ball slide able 1 Unit: µm Preloaded assembly (not random matcing) Randommatcing type Rail over all lengt (mm) ormal grade over or less 50 2 2 2 4.5 6 6 50 80 2 2 3 5 6 6 80 125 2 2 3.5 5.5 6.5 6.5 125 200 2 2 4 6 7 7 200 250 2 2.5 5 7 8 8 250 315 2 2.5 5 8 9 9 315 400 2 3 6 9 11 11 400 500 2 3 6 10 12 12 500 630 2 3.5 7 12 14 14 630 800 2 4.5 8 14 16 16 800 1000 2.5 5 9 16 18 18 1000 1250 3 6 10 17 20 20 1250 1600 4 7 11 19 23 23 1600 2000 4.5 8 13 21 26 26 2000 2500 5 10 15 22 29 29 2500 3150 6 11 17 25 32 32 3150 4000 9 16 23 30 34 34 ote: 08, 10, and 12 are not available in random matcing. or 08,10, and 12, P4, P5, P6, and P grades are available. 2. ccuracy standard e preloaded assembly as five accuracy grades; Ultra precision P3, Super precision P4, ig precision P5, Precision P6 and ormal P grades, wile te random-matcing type as ormal PC grade. olerance of preloaded assembly able 2 Unit: µm ccuracy grade Ultra precision Super precision ig precision Precision grade ormal glade Caracteristics P3 P4 P5 P6 P Mounting eigt ±10 08,10,12 15 08,10,12 15 08,10,12 15 08,10,12 15 Variation of 3 ±10 ±10 ±20 ±20 ±40 ±40 ±80 ±80 (ll ball slides on a set of rails) 3 5 5 7 7 15 15 25 Mounting widt 2 or 3 ±15 08,10,12 15 08,10,12 15 08,10,12 15 08,10,12 15 Variation of 2 or 3 3 ±10 ±15 ±15 ±25 ±25 ±50 ±50 ±100 (ll ball slides on reference rail) 5 7 7 10 10 20 20 30 Running parallelism of face C to face Sown in able 1, ig. 5, and ig. 6 Running parallelism of face D to face ote: or 08, 10, and 12, accuracy of P4, P5, P6, and P grades are available. olerance of random-matcing type: ormal grade PC able 3 Unit: µm 163 Ultra precision P3 Super precision P4 ig precision P5 Precision grade P6 P ormal grade PC Model o. 15, 20, 25, 30, 35 45, 55, 65 Caracteristics Mounting eigt ±20 ±30 Variation of mounting eigt 151 201 302 352 Mounting widt 2 or 3 ±30 ±35 Variation of mounting widt 2 or 3 25 30 Running parallelism of face C to face Running parallelism of face D to face See able 1, ig. 5 and ig. 6 ote: 1) 08, 10, 12 are not available in random matcing. 2) 1 Variation on te same rail 2 Variation on multiple rails 3. Combinations of accuracy and preload able 4 ccuracy grade Ultra precision Super precision ig precision Precision grade ormal grade ormal grade itout S 1 lubrication unit P3 P4 P5 P6 P PC it S 1 lubrication unit 3 4 5 6 C it S 1 for food and medical equipment 3 4 5 6 C ine clearance Z0 a a a a a Sligt preload Z1 a a a a a Medium preload Z3 a a a a Random-matcing type wit fine clearance Z a Random-matcing type wit sligt preload ZZ a Preload 4. ssembled accuracy C D roove mark for datum face (Marked on eiter lateral or bottom surface for a rail) C roove mark for datum face Datum face mark D 2 Mounting widt 2 2 Mounting widt 2 mark Reference rail of preloaded assembly type only mark Reference rail of preloaded assembly type only D roove mark for datum face mark Reference rail of preloaded assembly type only ig. 5 Special ig carbon steel D roove mark for datum face mark Reference rail of preloaded assembly type only ig. 6 Stainless steel 3 3 Mounting widt 3 Mounting widt 3 C roove mark for datum face (Marked on eiter lateral or bottom surface for a rail) C Datum face mark 164 164
Series 5. Preload and rigidity e offer five levels of preload: sligt preload Z1, medium preload Z3 and fine clearance Z0, along wit random-matcing type of fine clearance Z and sligt preload ZZ. Values for preload and rigidity of te preloaded assembly are sown in able 5. Rigidities are for te median of te preload range. Preload and rigidity of preloaded assembly able 5 Rigidity (/µm) Preload () Vertical direction ateral direction Model o. Sligt preload Medium preload Sligt preload Medium preload Sligt preload Medium preload Z1 Z3 Z1 Z3 Z1 Z3 08 5 33 23 10 9 44 31 12 22 68 47 15,,, M 78 490 137 226 98 186 20,,, M 147 835 186 335 137 245 25,,,, M 196 1270 206 380 147 284 30, 245 1570 216 400 157 294 30,, M 294 1770 265 480 186 355 35,,,, M 390 2350 305 560 216 390 45,,,,, M 635 3900 400 745 284 540 55,,,, M 980 5900 490 910 345 645 65,,, M 1470 8900 580 1070 400 755 15,,, M 98 685 196 345 137 284 20,,, M 196 1080 265 480 196 355 25,,,, M 245 1570 294 560 216 400 30,,,, M 390 2260 360 665 265 480 35,,,, M 490 2940 430 795 305 570 45,,,, M 785 4800 520 960 370 695 55,,,, M 1180 7050 635 1170 440 835 65,,, M 1860 11300 805 1480 550 1040 ote: Clearance for fine clearance Z0 is 0 to 3µm. erefore, preload is zero. owever, Z0 of P grade is 0 to 15µm. Super-ig-load type ig-load type Clearance and preload of random-matcing type able 6 Unit: µm Model o. ine clearance Sligt preload Z ZZ 15 4 15 4 0 20 5 0 25 5 0 30 7 0 35 5 15 7 0 45 7 0 55 9 0 65 9 0 ote: 1) Minus sign denotes tat a value is an amount of preload (elastic deformation of balls). 2) 08, 10, and 12 are not available in random matcing. (4) vailable lengt of rail able 7 sows te limitations of rail lengt (maximum lengt). owever, te limitations vary by accuracy grade. Series (5) Installation 1. Permissible values of mounting error ig. 7 2. Soulder eigt of te mounting face and corner radius r r a r a ' ig. 9 Soulder for te rail datum face able 7 engt limitations of rails Material 08 10 12 15 20 25 30 35 45 55 65 Special ig carbon steel 2000 3960 3960 4000 4000 3990 3960 3900 Stainless steel 375 600 800 1800 3500 3500 3500 r b r b e1 '' ig. 10 Soulder for te ball slide datum face e2 ig. 8 able 8 Unit: µm Value Preload Model o. 08 10 12 15 20 25 30 35 45 55 65 Z0, Z 9 12 19 22 30 40 45 55 65 80 110 Permissible values of Z1, ZZ 8 11 18 18 20 25 30 35 45 55 70 parallelism in two rails e 1 Z3 13 15 20 25 30 40 45 60 Permissible values of Z0, Z 375 µm/500 mm parallelism (eigt) in two rails e 2 Z1, ZZ, Z3 330 µm/500 mm 500 ote: Rails can be butted if user requirement exceeds te rail lengt sown in te able. Please consult S. able 9 Model o. Corner radius (maximum) Soulder eigt r a r b ' " 08 0.3 0.5 1.8 3 10 0.3 0.5 2.1 4 12 0.5 0.5 2.7 4 15 0.5 0.5 4 4 20 0.5 0.5 4.5 5 25 0.5 0.5 5 5 30 0.5 0.5 6 6 35 0.5 0.5 6 6 45 0.7 0.7 8 8 55 0.7 0.7 10 10 65 1 1 11 11 166 165 166
Series (6) ubrication components Refer to page 38 and D13 for te lubrication of linear guides. 1. ypes of lubrication accessories igure 11 and able 10 sow grease fittings and tube fittings. e provide lubrication accessories wit extended tread body lengt () for te addition of dust proof accessories suc as S 1 lubrication unit, double seal and protector. e provide a suitable lubrication accessory for te special requirement on dust proof accessories. Consult S for a lubrication accessory wit extended lengt of tread body for your convenience of replenising lubricant. Please ask S for stainless lubrication accessories. 2. Mounting position of lubrication accessories e standard position of grease fittings is te end face of ball slide. e mount tem on a side of end cap for an option. (ig. 12) Please consult S for installation of grease or tube fittings to te ball slide body or side of end cap. en using a piping unit wit tread of M6 1, you require a connector to connect to a grease fitting mounting ole wit M6 0.75. e connector is available from S. nd cap Standard position all slide body Optional position ig. 12 Mounting position of lubrication accessories 167 rease fitting able 10 Dust proof rease fitting ube fitting Model o. specification read body lengt read body lengt Standard 5 12 it S 1 10 Double seal * Protector * Standard 5 15 it S 1 10 Double seal * Protector * Standard 5 20 it S 1 12 Double seal 10 Protector 10 Standard 5 6** 25 it S 1 12 11** Double seal 10 9** Protector 10 9** Standard 5 6 30 it S 1 14 13 Double seal 12 11 Protector 12 11 Standard 5 6 35 it S 1 14 13 Double seal 12 11 Protector 12 11 Standard 8 17 45 it S 1 18 21.5 Double seal 14 17 Protector 14 17 Standard 8 17 55 it S 1 18 21.5 Double seal 14 17 Protector 14 17 Standard 8 17 65 it S 1 20 25.5 Double seal 16 19 Protector 16 17 *) Please contact S as a connector is required. **) Only available for and type ball slides. Drive-in type (j3) type type C type ube fitting S type Rc1/8 Rc1/8 type ig. 11 rease fitting and tube fitting (7) Dust proof components 1. Standard specification o keep foreign matters from entering inside te ball slide, Series as an end seal on bot ends, and bottom seals at te bottom. owever, te bottom seals are not used to 08 and 10. nd seal ig. 13 able 11 Seal friction per ball slide (maximum value) ottom seal Unit : Series 08 10 12 15 20 25 30 35 45 55 65 0.5 1 1.5 8 9 10 10 12 17 22 29 2. S 1 M able 12 sows te dimension of linear guides equipped wit te S 1. Model o. all slide lengt V1 all slide model V2 able 12 Standard ball slide lengt all slide lengt installed wit two S 1 Per S 1 tickness V 1 Protective cover tickness V 2 Protruding area of te grease fitting 08 Standard 24 31 3 0.5 10 Standard 31 40 4 0.5 12 Standard 45 54 4 0.5 (4) 15 Standard,,, M 55 65.6 ong,,, M 74 84.6 4.5 0.8 (5) 20 Standard,,, M 69.8 80.4 ong,,, M 91.8 102.4 4.5 0.8 (14) 25 Standard,,,, M 79.0 90.6 ong,,,, M 107 118.6 5.0 0.8 (14) Standard, 85.6 97.6 30 lange type,, M 98.6 110.6 5.0 1.0 (14) ong,,,, M 124.6 136.6 35 Standard,,,, M 109 122 ong,,,, M 143 156 5.5 1.0 (14) 45 Standard,,,, M 139 154 ong,,,, M 171 186 6.5 1.0 (15) 55 Standard,,,, M 163 178 ong,,,, M 201 216 6.5 1.0 (15) 65 Standard,,, M 193 211 ong,,, M 253 271 8.0 1.0 (16) Protective cover Unit : mm ote: 1) S 1 for food and medical equipments are available for 12 to 35. 2) all slide lengt equipped wit S 1 = (Standard ball slide lengt) + (ickness of S 1, V 1 umber of S 1) + (ickness of te protective cover, V 2 2) V2 V1 nd seal S 1 168 168
Series 3. Double seal Use a double seal set as sowing in able 13, wen installing an extra seal to completed standard products. (ig. 14) en installing a grease fitting after te installation of double seals, a connector is required. 4. Protector Use a protector set as sowing able 14, wen installing a protector to completed standard products. (ig.15) en installing a grease fitting after te installation of protectors, a connector is required. 5. Cap to cover te bolt ole for rail mounting able 15 Caps to cover rail bolt ole Model o. olt to Cap Quantity secure rail reference o. /case 10, 12 M3 -CP/M3 20 15 M4 -CP/M4 20 20 M5 -CP/M5 20 6. Inner seal Inner seal can be manufactured for models sown below. Series able 16 Model o. 20, 25, 30, 35, 45, 55, 65 Connector all slide nd cap nd seal Connector waser Collar nd seal Connector all slide nd cap nd seal Connector waser Collar Protector 25 M6 -CP/M6 20 30, 35 M8 -CP/M8 20 45 M12 -CP/M12 20 55 M14 -CP/M14 20 65 M16 -CP/M16 20 170 rease fitting Rail ig. 14 Double seal able 13 Double-seal set Reference o. Increased Model o. itout connector it connector tickness V 1 15 15S-01 * 2.5 20 20S-01 20SC-01 2.5 25 25S-01 25SC-01 2.8 30 30S-01 30SC-01 3.6 35 35S-01 35SC-01 3.6 45 45S-01 45SC-01 4.3 55 55S-01 55SC-01 4.3 65 65S-01 65SC-01 4.9 rease fitting Rail ig. 15 Protector able 14 Protector set Reference o. Increased Model o. itout connector it connector tickness V 2 15 15P-01 * 2.7 20 20P-01 20PC-01 2.9 25 25P-01 25PC-01 3.2 30 30P-01 30PC-01 4.2 35 35P-01 35PC-01 4.2 45 45P-01 45PC-01 4.9 55 55P-01 55PC-01 4.9 65 65P-01 65PC-01 5.5 7. ellows Use a bellows fastener kit as sowing able 17, wen installing bellows to completed standard products. bellows fastener kit is supplied wit one of bellows fastener, two of M1 set screws, two of M2 set screws, and two collars for M2 set screw. e bellows for 08, 10, 12, and 15, please consult S. able 17 ellows fastner kit reference o. Model o. it reference o. 20 20S-01 25 25S-01 30 30S-01 35 35S-01 45 45S-01 55 55S-01 65 65S-01 *) or installation of a connector to a drive-in type grease fitting, contact S. ote: Double seal and protector for 08, 10, and 12, please consult S. V1 V2 Double seal (2 end seals) nd seal Protector (Steel) ig. 16 169 170
Series Dimension tables of bellows Series 1 P a M1 b max min M2 all slide ellows reference number 2 0 0 8 ellows : ellows for te ends : Middle bellows ellows for series umber of (fold number) : ig type : ow type number of linear guide ig. 17 Dimensions of bellows able 18 Dimensions of bellows Model o. 1 P a b minimum lengt M 1 ap x dept M 2 ap x dept 20 29.5 24.5 5 48 10 13 22 17 M3 5 M2.5 16 25 35 28 51 10 7 25 39 32 61 15 16 26 17 M3 5 M3 18 30 41 32 60 12 9 30 44 35 66 15 18 31 17 M4 6 M4 22 35 47 37.5 72 15 9.5 35 54 44.5 82 20 24 34 17 M4 6 M4 23 45 59 45 83 15 14 45 69 55 103 25 32 44.5 17 M5 8 M5 28 55 69 54 101 20 15 55 79 64 121 30 40 50.5 17 M5 8 M5 30 65 89 73 16 131 30 48 61 17 M6 8 M6 35 172 able 19 umbers of folds () and lengts of bellows Model o. umber of 2 4 6 8 10 12 14 16 18 20 min 34 68 102 136 170 204 238 272 306 340 20 Stroke max 106 140 212 280 318 420 424 560 530 700 636 840 742 980 848 1120 954 1260 1060 1400 25 max 140 280 420 560 700 840 980 1120 1260 1400 Stroke 106 212 318 424 530 636 742 848 954 1060 25 max 210 420 630 840 1050 1260 1470 1680 1890 2100 Stroke 176 352 528 704 880 1056 1232 1408 1584 1760 30 Stroke max 134 168 268 336 402 504 536 672 670 840 804 1008 938 1176 1072 1344 1206 1512 1340 1680 30 max 210 420 630 840 1050 1260 1470 1680 1890 2100 Stroke 176 352 528 704 880 1056 1232 1408 1584 1760 35 Stroke 176 352 528 704 880 1056 1232 1408 1584 1760 max 210 420 630 840 1050 1260 1470 1680 1890 2100 35 Stroke max 246 280 492 560 738 840 984 1120 1230 1400 1476 1680 1722 1960 1968 2240 2214 2520 2460 2800 45 Stroke 176 352 528 704 880 1058 1232 1408 1584 1760 max 210 420 630 840 1050 1260 1470 1680 1890 2100 45 Stroke max 316 350 632 700 948 1050 1264 1400 1580 1750 1896 2100 2212 2450 2528 2800 2844 3150 3160 3500 55 max 280 560 840 1120 1400 1680 1960 2240 2520 2800 Stroke 246 492 738 984 1230 1476 1722 1968 2214 2460 55 Stroke max 386 420 772 840 1158 1260 1544 1680 1930 2100 2316 2520 2702 2940 3088 3360 3474 3780 3860 4200 65 Stroke 386 772 1158 1544 1930 2316 2702 3088 3474 3860 max 420 840 1260 1680 2100 2520 2940 3360 3780 4200 Remarks: Values of odd numbers (3, 5, 7,...) can be obtained by adding two values of even number s on bot sides, ten dividing te sum by two. 171 172
Series (8) Reference number Reference numbers sall be set to individual S linear guide wen its specifications are finalized, and it is indicated on its specification drawing. Please specify te reference number, except design serial number, to identify te product wen ordering, requiring estimates, or inquiring about specifications from S. 1. Reference number for preloaded assembly Series name 30 1000 C 2 -** P5 3 all slide sape code (See page 162) 2. Reference number for random-matcing type all slide Random-matcing ball slide series code : Series random-matcing ball slide all slide sape code (See page 162) 30 C -**PC Z (See page 164) ccuracy code (See able 21) dded to te reference number. umber of ball slides per rail : ine clearance. Z: Sligt preload (See page 164) ccuracy code : PC PC: ormal grade is only available dded to te reference number. able 20 Material/surface treatment code Code Description C Special ig carbon steel (S standard) Stainless steel (08 to 30 only) D Special ig carbon steel wit surface treatment Stainless steel wit surface treatment Z Oter, special able 21 ccuracy code ccuracy Standard (itout S 1) it S 1 it S 1 for food and medical equipment Ultra precision grade P3 3 3 Super precision grade P4 4 4 ig precision grade P5 5 5 Precision grade P6 6 6 ormal grade P ormal grade (random-matcing type) PC C C ote: Refer to Page 38 and 61 for S 1 lubrication unit. 174 Rail Random-matcing rail series code 1 : Series random-matcing rail 1 30 1200 C -** PC Z Rail sape code: : Standard : ine clearance. Z: Sligt preload (See page 164) ccuracy code : PC PC: ormal grade is only available dded to te reference number. *utting rail specification : on-butting. : utting specification *Please consult wit S for butting rail specification. Reference number for assembly of random-matcing ball slide and rail is te same as te coding of preloaded assembly. owever, preload code is fine clearance "" or sligt preload "Z" (Refer to page 164). 173 174
Series (9) Dimensions - (ig-load type) - (Super-ig-load type) 30 1000 C 2 -** P5 3 Series name all slide sape code (See page 162) ront view of and types (See page 164) ccuracy code (See able 21) dded to te reference number. umber of ball slides per rail Side view of type Reference number for ball slide of random-matcing type all slide 30 C -**PC Z Random-matcing ball slide series code : Series random-matcing ball slide all slide sape code (See page 162) and types 1 type 1 1 : ine clearance. Z: Sligt preload (See page 164) ccuracy code : PC PC: ormal grade is only available dded to te reference number. type 1 1 176 1 2 3 4-M l 1 Side view of type 1 n 0 1 1 2 Reference number for rail of random-matcing type Rail 1 30 1200 C -** PC Z Random-matcing rail series code 1 : Series random-matcing rail Rail sape code: : Standard : ine clearance. Z: Sligt preload (See page 164) ccuracy code : PC PC: ormal grade is only available dded to te reference number. *utting rail specification : on-butting. : utting specification *Please consult wit S for butting rail specification. 1 1 3 n eigt Model o. ssembly 2 idt engt all slide Rail asic load rating all dia. eigt Mounting ole rease fitting idt eigt Pitc Mounting Max. Dynamic Static Static moment bolt ole lengt 0max. C C 0 M RO M PO M YO D all slide Rail M pitc l 1 1 1 ole size 1 1 1 d D 3 ( ) for (reference) stainless () () ( m) ( m) ( m) (kg) (kg/m) 08 11 2.1 4 16 24 10 10 M2 0.4 2.5 3 15 2.5 8.9 10 13 2.4 5 20 31 13 12 M2.6 0.45 3 3.5 20.2 4.1 10.6 6 12 20 3.2 7.5 27 45 15 15 M4 0.7 5 6 31 8 16.8 6 j3 5 4 15 55 39 6.5 28 4.6 9.5 34 26 26 M4 0.7 6 4 23.4 15 74 58 16 8 j3 8.5 3.3 20 69.8 36 50 7 30 5 12 44 32 M5 0.8 6 6 20 91.8 50 72 11 25 12 M6 0.75 5 11 25 79 35 40 7 12.5 48 35 M6 1 9 6.5 58 11.5 33 25 107 50 86 18 12 M6 0.75 10 11 30 85.6 40 59 9.5 45 9 16 60 40 M8 1.25 10 10 36 30 124.6 60 98 19 14 M6 0.75 10 11 35 55 9.5 18 70 109 50 80 15 50 M8 1.25 12 10 35 143 72 114 21 45.5 15 M6 0.75 15 11 45 70 14 20.5 86 139 60 105 22.5 60 M10 1.5 17 13 56 45 171 80 137 28.5 17 Rc1/8 20 13 55 80 15 23.5 100 163 75 75 M12 1.75 18 12.5 126 25.5 65 55 201 95 164 34.5 18 Rc1/8 21 13 65 90 16 31.5 126 193 70 147 38.5 76 M16 2 20 25 74 65 253 120 207 43.5 23 Rc1/8 19 13 Remarks : 1) 08 does not ave a ball retainer. e aware tat balls fall out wen te ball slide is witdrawn from te rail. 2) e external appearance of stainless steel ball slides differs from tose of standard material ball slide. 175 3) Only stainless steel models are available for 08 to 12. 8 5.5 20 2.4 4.2 2.3 4 7.5 (375) 1240 2630 7.25 4.55 3.8 1.2000 0.013 0.31 10 6.5 25 3.5 6 3.5 5 10 (600) 2250 4500 16.2 10.5 8.8 1.5875 0.026 0.44 12 10.5 40 3.5 6 4.5 6 15 (800) 5650 11300 47.5 41.5 35 2.3812 0.082 0.88 15 15 60 4.5 7.5 5.3 7.5 20 2000 10800 20700 108 94.5 79.5 0.18 3.175 (1800) 14600 32000 166 216 181 0.26 1.6 20 18 60 6 9.5 8.5 10 20 3960 17400 32500 219 185 155 0.33 3.968 (3500) 23500 50500 340 420 355 0.48 2.6 23 22 60 7 11 9 11.5 20 3960 25600 46000 360 320 267 0.55 4.762 (3500) 34500 71000 555 725 610 0.82 3.6 28 26 80 9 14 12 14 20 4000 31000 51500 490 350 292 0.77 5.556 (3500) 46000 91500 870 1030 865 1.3 5.2 34 29 80 9 14 12 17 20 4000 47500 80500 950 755 630 1.5 6.350 61500 117000 1380 1530 1280 2.1 7.2 45 38 105 14 20 17 22.5 22.5 3990 81000 140000 2140 1740 1460 3.0 7.937 99000 187000 2860 3000 2520 3.9 12.3 53 44 120 16 23 20 26.5 30 3960 119000 198000 3600 3000 2510 4.7 9.525 146000 264000 4850 5150 4350 6.1 16.9 63 53 150 18 26 22 31.5 35 3900 181000 281000 6150 4950 4150 7.7 11.906 235000 410000 8950 10100 8450 10.8 24.3 4) e basic dynamic load rating is a load tat furnises 50 km rating fatigue life; it is a vertical and constant load to te ball slide mounting surface. en converting te basic dynamic load rating C to te dynamic load rating C 100 for 100 km rating fatigue life, divide te C by 1.26. 5) Random matcing is available for 15 to 65. 176 0
Series - (ig-load type) - (Super-ig-load type) 30 1000 C 2 -** P5 3 Series name all slide sape code (See page 162) ront view of and types Side view of type (See page 164) ccuracy code (See able 21) dded to te reference number. umber of ball slides per rail Reference number for ball slide of random-matcing type all slide 30 C -**PC Z Random-matcing ball slide series code : Series random-matcing ball slide all slide sape code (See page 162) and types type 1 2 1 : ine clearance. Z: Sligt preload (See page 164) ccuracy code : PC PC: ormal grade is only available dded to te reference number. 1 type 1 1 178 1 2 3 1 1 n 0 1 Reference number for rail of random-matcing type Rail 1 30 1200 C -** PC Z Random-matcing rail series code 1 : Series random-matcing rail Rail sape code: : Standard : ine clearance. Z: Sligt preload (See page 164) ccuracy code : PC PC: ormal grade is only available dded to te reference number. *utting rail specification : on-butting. : utting specification *Please consult wit S for butting rail specification. Side view of type 1 1 1 3 n 0 eigt Model o. ssembly 2 idt engt all slide Rail asic load rating all dia. eigt Mounting ole rease fitting idt eigt Pitc Mounting Max. Dynamic Static Static moment bolt ole lengt 0max. C C 0 M RO M PO M YO D all slide Rail M pitc l 1 1 1 ole size 1 1 d D 3 ( ) for (reference) stainless () () ( m) ( m) ( m) (kg) (kg/m) 25 79 35 36 7 12.5 48 35 M6 1 6 6.5 58 11.5 29 25 107 50 86 18 12 M6 0.75 6 11 30 85.6 40 59 9.5 42 9 16 60 40 M8 1.25 8 10 33 30 124.6 60 98 19 14 M6 0.75 7 11 35 48 9.5 18 70 109 50 80 15 50 M8 1.25 8 10 35 143 72 114 21 38.5 15 M6 0.75 8 11 45 60 14 20.5 86 139 60 105 22.5 60 M10 1.5 10 13 46 45 171 80 137 28.5 17 Rc1/8 10 13 55 70 15 23.5 100 163 75 75 M12 1.75 13 12.5 126 25.5 55 55 201 95 164 34.5 15 Rc1/8 11 13 Remarks : 1) e external appearance of stainless steel ball slides differs from tose of standard material ball slide. 3960 25600 46000 360 320 267 0.46 23 22 60 7 11 9 11.5 20 4.762 (3500) 34500 71000 555 725 610 0.69 4000 31000 51500 490 350 292 0.69 28 26 80 9 14 12 14 20 5.556 (3500) 46000 91500 870 1030 865 1.16 34 29 80 9 14 12 17 20 4000 47500 80500 950 755 630 1.2 6.350 61500 117000 1380 1530 1280 1.7 45 38 105 14 20 17 22.5 22.5 3990 81000 140000 2140 1740 1460 2.2 7.937 99000 187000 2860 3000 2520 2.9 53 44 120 16 23 20 26.5 30 3960 119000 198000 3600 3000 2510 3.7 9.525 146000 264000 4850 5150 4350 4.7 2) e basic dynamic load rating is a load tat furnises 50 km rating fatigue life; it is a vertical and constant load to te ball slide mounting surface. en converting te basic dynamic load rating C to te dynamic load rating C 100 for 100 km rating fatigue life, divide te C by 1.26. 3.6 5.2 7.2 12.3 16.9 177 178
Series - (ig-load type) - (Super-ig-load type) 30 1000 C 2 -** P5 3 Series name all slide sape code (See page 162) ront view of and types 1 (See page 164) ccuracy code (See able 21) dded to te reference number. umber of ball slides per rail Side view of type 1 1 Reference number for ball slide of random-matcing type all slide 30 C -**PC Z Random-matcing ball slide series code : Series random-matcing ball slide all slide sape code (See page 162) and types type 1 2 1 : ine clearance. Z: Sligt preload (See page 164) ccuracy code : PC PC: ormal grade is only available dded to te reference number. 1 type 1 1 180 2 3 1 Side view of type 1 n 0 1 Reference number for rail of random-matcing type Rail 1 30 1200 C -** PC Z Random-matcing rail series code 1 : Series random-matcing rail Rail sape code: : Standard : ine clearance. Z: Sligt preload (See page 164) ccuracy code : PC PC: ormal grade is only available dded to te reference number. *utting rail specification : on-butting. : utting specification *Please consult wit S for butting rail specification. 1 3 n 0 ssembly all slide Rail asic load rating all dia. eigt eigt idt engt Mounting ole rease fitting idt eigt Pitc Mounting Max. Dynamic Static Static moment Model o. bolt ole lengt 0max. C C 0 M RO M PO M YO D all slide Rail 2 M pitc l 1 1 1 ole size 1 1 d D 3 ( ) for (reference) stainless () () ( m) ( m) ( m) (kg) (kg/m) 15 55 24 4.6 16 47 38 30 M5 0.8 8 4.5 39 4.5 2000 10800 20700 108 94.5 79.5 0.17 19.4 8 j3 4.5 3.3 15 15 60 4.5 7.5 5.3 7.5 20 3.175 15 74 58 14 (1800) 14600 32000 166 216 181 0.25 1.6 20 69.8 50 5 3960 17400 32500 219 185 155 0.45 30 5 21.5 63 53 40 M6 1 10 5 25 10 M6 0.75 5 11 20 18 60 6 9.5 8.5 10 20 3.968 20 91.8 72 16 (3500) 23500 50500 340 420 355 0.65 2.6 25 79 M8 1.25 16 36 7 23.5 70 57 45 6.5 58 6.5 11 3960 25600 46000 360 320 267 0.63 29 M6 0.75 6 11 23 22 60 7 11 9 11.5 20 4.762 25 107 (M8 1.25 12) 86 20.5 (12) (3500) 34500 71000 555 725 610 0.93 3.6 30 98.6 M10 1.5 18 72 10 11 4000 35500 63000 600 505 425 1.2 42 9 31 90 72 52 9 33 M6 0.75 7 11 28 26 80 9 14 12 14 20 5.556 30 124.6 (M10 1.5 15) 98 23 (15) (3500) 46000 91500 870 1030 865 1.6 5.2 35 48 9.5 33 100 109 80 9 82 62 M10 1.5 20 9 38.5 12 M6 0.75 8 11 34 29 80 9 14 12 17 20 4000 47500 80500 950 755 630 1.7 6.350 35 143 114 26 61500 117000 1380 1530 1280 2.4 7.2 45 60 14 37.5 120 139 105 12.5 100 80 M12 1.75 24 10 46 13 Rc1/8 10 13 45 38 105 14 20 17 22.5 22.5 3990 81000 140000 2140 1740 1460 3.0 7.937 45 171 137 28.5 99000 187000 2860 3000 2520 3.9 12.3 55 70 15 43.5 140 163 126 15.5 116 95 M14 2 28 12 55 15 Rc1/8 11 13 53 44 120 16 23 20 26.5 30 3960 119000 198000 3600 3000 2510 5.0 9.525 55 201 164 34.5 146000 264000 4850 5150 4350 6.5 16.9 65 90 16 53.5 170 193 147 18.5 142 110 M16 2 24 14 74 23 Rc1/8 19 13 63 53 150 18 26 22 31.5 35 3900 181000 281000 6150 4950 4150 10.0 11.906 65 253 207 48.5 235000 410000 8950 10100 8450 14.1 24.3 Remarks: 1) Parentesized dimensions are for items made of stainless steel. 2) e external appearance of stainless steel ball slides differs from tose of standard material ball slide. 179 3) e basic dynamic load rating is a load tat furnises 50 km rating fatigue life; it is a vertical and constant load to te ball slide mounting surface. en converting te basic dynamic load rating C to te dynamic load rating C 100 for 100 km rating fatigue life, divide te C by 1.26. 180
Series - (ig-load type) - (Super-ig-load type) ront view of and types 30 1000 C 2 -** P5 3 Series name all slide sape code (See page 162) 1 2 3 4-jQ1 l 1 Side view of type (See page 164) ccuracy code (See able 21) dded to te reference number. umber of ball slides per rail Side view of type 1 1 n 0 1 1 Reference number for ball slide of random-matcing type all slide 30 C -**PC Z Random-matcing ball slide series code : Series random-matcing ball slide all slide sape code (See page 162) and types type 1 2 4-jQ1 l 1 : ine clearance. Z: Sligt preload (See page 164) ccuracy code : PC PC: ormal grade is only available dded to te reference number. Reference number for rail of random-matcing type Rail 1 30 1200 C -** PC Z Random-matcing rail series code 1 : Series random-matcing rail Rail sape code: : Standard 1 type : ine clearance. Z: Sligt preload (See page 164) ccuracy code : PC PC: ormal grade is only available dded to te reference number. *utting rail specification : on-butting. : utting specification *Please consult wit S for butting rail specification. 1 1 182 1 1 3 n 0 eigt Model o. 181 ssembly 2 idt engt Mounting ole Q 1 l 15 24 4.6 16 47 55 38 30 4.5 7 4.5 39 4.5 19.4 15 74 58 14 8 j3 4.5 3.3 20 69.8 50 5 30 5 21.5 63 53 40 6 9.5 5 20 91.8 72 16 25 10 M6 0.75 5 11 25 79 36 7 23.5 70 57 45 7 10 (7 11.5) 6.5 58 6.5 11 29 M6 0.75 25 107 86 20.5 (12) 6 11 30 98.6 72 10 11 42 9 31 90 72 52 9 12 (9 14.5) 9 33 M6 0.75 30 124.6 98 23 (15) 7 11 35 48 9.5 33 100 109 80 9 82 62 9 13 9 35 143 114 26 38.5 12 M6 0.75 8 11 45 60 14 37.5 120 139 100 80 11 15 10 105 12.5 46 45 171 137 28.5 13 Rc1/8 10 13 55 70 15 43.5 140 163 126 15.5 116 95 14 18 12 55 55 201 164 34.5 15 Rc1/8 11 13 65 90 16 53.5 170 193 147 18.5 142 110 16 24 14 74 65 253 207 48.5 23 Rc1/8 19 13 Remarks: 1) Parentesized dimensions are for items made of stainless steel. 2) e external appearance of stainless steel ball slides differs from tose of standard material ball slide. all slide Rail asic load rating all dia. eigt rease fitting idt eigt Pitc Mounting Max. Dynamic Static Static moment all bolt ole lengt 0max. C C 0 M RO M PO M YO D slide Rail 1 1 1 ole size 1 1 1 d D 3 (reference) ( ) for stainless () () ( m) ( m) ( m) (kg) (kg/m) 15 15 60 4.5 7.5 5.3 7.5 20 2000 10800 20700 108 94.5 79.5 3.175 0.17 1.6 (1800) 14600 32000 166 216 181 0.25 20 18 60 6 9.5 8.5 10 20 3960 17400 32500 219 185 155 3.968 0.45 2.6 (3500) 23500 50500 340 420 355 0.65 23 22 60 7 11 9 11.5 20 3960 25600 46000 360 320 267 4.762 0.63 3.6 (3500) 34500 71000 555 725 610 0.93 28 26 80 9 14 12 14 20 4000 35500 63000 600 505 425 5.556 1.2 (3500) 46000 91500 870 1030 865 1.6 5.2 34 29 80 9 14 12 17 20 4000 47500 80500 950 755 630 1.7 6.35 61500 117000 1380 1530 1280 2.4 7.2 45 38 105 14 20 17 22.5 22.5 3990 81000 140000 2140 1740 1460 7.937 3 99000 187000 2860 3000 2520 3.9 12.3 53 44 120 16 23 20 26.5 30 3990 119000 198000 3600 3000 2510 9.525 5 146000 264000 4850 5150 4350 6.5 16.9 63 53 150 18 26 22 31.5 35 3900 181000 281000 6150 4950 4150 11.906 10 235000 410000 8950 10100 8450 14.1 24.3 3) e basic dynamic load rating is a load tat furnises 50 km rating fatigue life; it is a vertical and constant load to te ball slide mounting surface. en converting te basic dynamic load rating C to te dynamic load rating C 100 for 100 km rating fatigue life, divide te C by 1.26. 182
Series -M (ig-load type) -M (Super-ig-load type) ront view of M and M types 30 1000 M C 2 -** P5 3 Series name all slide sape code (See page 162) 1 2 3 (jq 2 pilot drill) Side view of M type 1 1 1 n Side view of M type (See page 164) ccuracy code (See able 21) dded to te reference number. umber of ball slides per rail 0 1 1 Reference number for ball slide of random-matcing type all slide 30 M C -**PC Z Random-matcing ball slide series code : Series random-matcing ball slide all slide sape code (See page 162) M and M types M type 1 2 (jq2 pilot drill) 1 : ine clearance. Z: Sligt preload (See page 164) ccuracy code : PC PC: ormal grade is only available dded to te reference number. Reference number for rail of random-matcing type Rail 1 30 1200 C -** PC Z Random-matcing rail series code 1 : Series random-matcing rail Rail sape code: : Standard 1 : ine clearance. Z: Sligt preload (See page 164) ccuracy code : PC PC: ormal grade is only available dded to te reference number. *utting rail specification : on-butting. : utting specification *Please consult wit S for butting rail specification. M type 1 1 184 1 3 n 0 ssembly all slide Rail asic load rating all dia. eigt eigt idt engt Mounting ole rease fitting idt eigt Pitc Mounting Max. Dynamic Static Static moment all Model o. bolt ole lengt 0max. C C 0 M RO M PO M YO D slide Rail 2 M pitc l Q 2 1 1 1 ole size 1 1 1 d D 3 (reference) ( ) for stainless () () ( m) ( m) ( m) (kg) (kg/m) 15M 55 24 4.6 16 47 38 30 M5 0.8 7 4.4 4.5 39 4.5 19.4 8 j3 4.5 3.3 15 15 60 4.5 7.5 5.3 7.5 20 2000 10800 20700 108 94.5 79.5 3.175 0.17 1.6 15M 74 58 14 (1800) 14600 32000 166 216 181 0.25 20M 69.8 50 5 30 5 21.5 63 53 40 M6 1 9.5 5.3 5 25 10 M6 0.75 5 11 20 18 60 6 9.5 8.5 10 20 3960 17400 32500 219 185 155 3.968 0.45 2.6 20M 91.8 72 16 (3500) 23500 50500 340 420 355 0.65 25M 79 M8 1.25 10 36 7 23.5 70 57 45 6.8 6.5 58 6.5 11 3960 25600 46000 360 320 267 29 M6 0.75 6 11 23 22 60 7 11 9 11.5 20 4.762 0.63 3.6 25M 107 (M8 1.25 11.5) 86 20.5 (12) (3500) 34500 71000 555 725 610 0.93 30M 98.6 M10 1.5 12 72 10 11 42 9 31 90 72 52 8.6 9 33 M6 0.75 7 11 28 26 80 9 14 12 14 20 4000 35500 63000 600 505 425 5.556 1.2 30M 124.6 (M10 1.5 14.5) 98 23 (15) (3500) 46000 91500 870 1030 865 1.6 5.2 35M 48 9.5 33 100 109 80 9 47500 80500 950 755 630 1.7 82 62 M10 1.5 13 8.6 9 38.5 12 M6 0.75 8 11 34 29 80 9 14 12 17 20 4000 6.35 35M 143 114 26 61500 117000 1380 1530 1280 2.4 7.2 45M 60 14 37.5 120 139 105 12.5 100 80 M12 1.75 15 10.5 10 46 13 Rc1/8 10 13 45 38 105 14 20 17 22.5 22.5 3990 81000 140000 2140 1740 1460 7.937 3 45M 171 137 28.5 99000 187000 2860 3000 2520 3.9 12.3 55M 70 15 43.5 140 163 126 15.5 119000 198000 3600 3000 2510 116 95 M14 2 18 12.5 12 55 15 Rc1/8 11 13 53 44 120 16 23 20 26.5 30 3990 9.525 5 55M 201 164 34.5 146000 264000 4850 5150 4350 6.5 16.9 65M 90 16 53.5 170 193 147 18.5 181000 281000 6150 4950 4150 142 110 M16 2 24 14.6 14 74 23 Rc1/8 19 13 63 53 150 18 26 22 31.5 35 3900 11.906 10 65M 253 207 48.5 235000 410000 8950 10100 8450 14.1 24.3 Remarks: 1) Parentesized dimensions are for items made of stainless steel. 2) e external appearance of stainless steel ball slides differs from tose of standard material ball slide. 183 3) e basic dynamic load rating is a load tat furnises 50 km rating fatigue life; it is a vertical and constant load to te ball slide mounting surface. en converting te basic dynamic load rating C to te dynamic load rating C 100 for 100 km rating fatigue life, divide te C by 1.26. 184