Sizes : cp 19 ~ <t>300

Shaft tolerance : h8

Hub bore tolerance : H8

Surface roughness : Below 12S

Parts

ua..-

'BWBF

RoHS compliant.

Features 1 High Capacity

Capable of transmitting 1.5 to 3 times the rated torque of the AS Series.

2 Same Inner and Outer Diameters as the AS Series Designed with the same inner and outer diameters as an AS Series Power-Lock.

3 Self-Centering These uni ts provide accurate shaft -hub alignment and concentricity, allowing straight bore mounting.

4 New Electroless Nickel­Plated Models Electroless nickel-plated models also available in ¢

50 to ¢ 100 mm. Ideal for driving heavy transmission loads in clean rooms.

<Caution> T he tap e r angl es of " Power-Lock" AD-N Series shaft-hu b locking

devices are smaller than those of other simi la r devices. To install or

remove a "Power-Lock" AD-N Series shaft -hub locking device, you must

tighten the bolts gradually. Rapid tightening wi ll damage the bol ts and

screw holes. Even tightening may be best accomplished by turn ing each

bolt in increments of approximately 30° .

T hese products come in a complete on e -piec e uni t , so the on ly

removable parts are the locking bo lts. The holes that do not contain

bol ts when del ivered are the tap holes prepared fo r removal.

Reference Number System

PL 045 X 075 AD-N

T I [ Outer rnameter mm

_ '-· --------- Shaft Diameter mm

Power-Lock

L Series

AD-N: Standard

AD-N-KP: Electroless nickel-plated

23

AD-N Series

Model Numbers and Specifications

/ Tap Holes for Removal

·Note) 3

M ode l N o . Di mensions Transmissib le

[ l mm Torq ue

d X D Shaft Diameter X Mt Outer Diameter e L Lt

N · m :1 kgf · ml mm PL019X047 AD-N 30 35 41 382 I 39 PL 020 X 047 AD-N 30 35 41 402 I

I 41

PL 022 X 047 AD-N 30 35 41 441 I 45 PL 024 X 050 AD-N 35 40 46 647 : 66 PL 025 X 050 AD-N 35 40 46 676 I 69 PL 028 X 055 AD-N 35 40 46 755 I 77

I

PL 030 X 055 AD-N 35 40 46 784 I 80 PL 032 X 060 AD-N 45 50 56 1270 : 130 PL 035 X 060 AD-N 45 50 56 1370 I 140

I

PL 038 X 065 AD-N 52 57 63 1670 I 170 PL 040 X 065 AD-N 52 57 63 1760 I 180 PL 042 X 075 AD-N 56 64 72 3530 : 360 PL 045 X 075 AD-N 56 64 72 3820 I 390 PL 048 X 080 AD-N 56 64

I 72 4070 I 415

PL 050 X 080 AD-N 56 64 72 4210 : 430 PL 055 X 085 AD-N 56 64 72 4610 I 470

I

PL 060 X 090 AD-N 56 64 72 6170 I 630 PL 065 X 095 AD-N 56 64 72 6760 : 690 PL 070X 110 AD-N 70 78 B8 11600 : 1180 PL 075X 115 AD-N 70 78 88 12300 I 1260 PL 080 X 120 AD-N 70 78 88 14400 I 1470 PL 085 X 125 AD-N 70 78 88 15300 : 1560 PL 090 X 130 AD-N 70 78 88 17500 I 1790

I

PL 095 X 135 AD-N 70 78 88 18500 I 1890 PL l OOX 145AD-N 90 100 112 26500 : 2700 PL 110 X 155 AD-N 90 100 112 31700 : 3230 PL 120X 165AD-N 90 100 112 39900 I 4070 PL 130X 180AD-N 104 116

I 130 50700 I 5 170

PL 140X 190AD-N 104 116 130 62900 : 6420 PL 150 X 200 AD-N 104 116 130 71900 I 7340 PL 160X210AD-N 104 116 130 81500 I 8320 PL 170 X 225 AD-N 134 146 162 106000 : 10800 PL 180 X 235 AD-N 134 146 162 120000 : 12200 PL 190 X 250 AD-N 134 146 162 134000 I 13700 PL 200 X 260 AD-N 134 146 162 141000 : 14400 PL 220 X 285 AD-N 134 146 162 183000 I 18700 PL 240 X 305 AD-N 134 146 162 220000 I 22400

I

PL 260 X 325 AD-N 134 146 162 23BOOO I 24300 PL 280 X 355 A D-N 165 177 197 364000 : 37 100 PL 300 X 375 AD-N 165 177 197 429000 I 43800

Notes) 1. Stocked models a re in bo ld.

Hub

P'

Shaft

P and P' represent the ave rage contact pressu re applied to the shaft and hub respectively. These values may vary fro m -20% to ." Trans mi ss ible torqu e Mt an d t ra nsm iss ib le t h rust Pax are +40%, depend ing on the amount of friction applied to the bolts. m calculated from the minimum allowable contact pressure.

Tra nsmissi b le Con tact Pressu re Loc k ing Bo lts M oss Thrust

Pax Shaft Hub ~ightening Torque

p P' Quantity Size MA

kN I

{kgfl MPa :1kgt/mm'1 MP a :1kgttmm'I N · m: [kgf ·ml kg I

40.6 I 4140 237 I 24.I 96 I 9.8 6 M6 x 28 16.7 I 1.7 0.36 40.6 I

I 4140 225 : 22.9 96 I

I 9.8 6 M6 x 28 16.7 I

I 1.7 0.35

40.6 I 4140 204 I 20.8 96 I 9.8 6 M6 x 28 16.7 I 1.7 0 .33 I

54.2 I 5530 2 14 : 21.8 103 : 10.5 8 M6 x 30 16.7 : 1.7 0.42 54.2 I 5530 205 I 21.0 103 I 10.5 8 M6 x 30 16.7 I 1.7 0.4 1 54.2 I 5530 183 I 18 .7 93 I 9.5 8 M6 x 30 16.7 I 1.7 0.49

I I I I

54.2 I 5530 171 I 17.5 93 I 9.5 8 M6 x 30 16.7 I 1.7 0 .46 8 1

I 8300 189 : 19.2 101 : 10.3 10 M6 x 35 16.7 : 1.7 0.72 I

81 I 8300 172 I 17.6 101 I 10.3 10 M6 x 35 16.7 I 1.7 0 .66 I I I I

89 I 9100 151 I 15.4 BB I 9.0 11 M6 x 40 16.7 I 1.7 0.8B 89 I 9100 144 I 14. 7 88 I 9.0 11 M6 x 40 16.7 I 1.7 0.83

170 I I

17300 192 : 19.6 108 : 11.0 9 MB x 50 40.2 : 4. 1 1.36 170 I 17300 179 I 18.3 108 I 11.0 9 M8 x 50 40.2 I 4 .1 1.27

I I I I 170 I 17300 168 I 17.1 101 I 10.3 9 MB x 50 40.2 I 4 .1 1.43 170 I 17300 162 : 16.5 101 : 10.3 9 M8 x 50 40.2 : 4.1 l .3B I

170 I 17300 147 I 15 .0 95 I 9.7 9 MB x 50 40.2 I 4. 1 1.49 I I I I

20B I 21200 165 I 16 .B 110 I 11.2 11 MB x 50 40.2 I 4 .1 1.59 I

208 I 21200 130 : 13.3 B9 : 9.1 11 MB x 50 40.2 : 4. 1 1.71 330 I 33700 179 : 18.3 114 : 11.6 11 MlO x 70 81.3 : 8.3 3.lB

I

330 I 33700 167 I 17.0 109 I 11.l 11 MlO x 70 81.3 I 8.3 3.36 360 I 36700 171 I 17.4 114 I 11.6 12 MIO x 70 81.3 I 8.3 3.52 360

I 36700 161 : 16.4 109 : 11.l 12 MlO x 70 81.3 : 8.3 3.70 I

390 I 39800 165 I 16 .8 114 I 11.6 13 MIO x 70 81.3 I 8.3 3.88 I I I I

390 I 39800 156 I 15 .9 llQ I 11.2 13 MlO x 70 81.3 I 8.3 4.06 53 1

I 54200 157 : 16.0 108 : 11.0 12 M l 2 x 90 142 : 14.5 6.13 I

576 I 58800 155 : 15.8 110 : 11.2 13 M12 x 90 142 : 14.5 6.65 I

664 I 67800 164 I 16 .7 119 1 12. l 15 M l 2 x 90 142 I 14.5 7.13 I I I I

779 I 79500 153 I 15.6 111 I 11.3 13 Ml4 x 90 225 I 23.0 8.32 900 I 9 1BOO 164 : 16.7 121 : 12.3 15 M l 4 x 90 225 : 23 .0 B.67 I

959 I 97900 164 I 16.7 123 I 12.5 16 Ml4 x 90 225 I 23.0 9.15 1020 I 104000 163 I 16 .6 123 I 12.6 17 Ml4 x 90 225 I 23 .0 9 .69

I 1240 I 127000 146 : 14.9 110 : 11.2 15 Ml6 x 120 34B : 35.5 17.7 1330 I 136000 147 I 15 .0 113 : 11.5 16 Ml6 x 120 348 : 35.5 18.5

I I

1410 I 144000 148 I 15.1 113 I 11.5 17 M16 x 120 348 I 35.5 21.4 I

1410 I 144000 I

140 I 14.3 I

108 I 11.0 17 Ml6 x 120 I

348 I 35.5 22.5 1670 I 170000 150 I 15.3 118 I 12.0 20 M16 x 120 348 I 35.5 26.6 1830 I 187000 151 I 15 .4 120 I 12.2 22 M l 6 x 120 348 I 35.5 28.7

I I I I

1830 I 187000 114 I 11.6 91 I 9.3 22 Ml6 x 120 348 I 35.5 30.9 2600

I 265000 150 : 15.3 118 : 12.0 20 M20 x 150 676 : 69.0 46.8 I

2860 I 292000 154 : 15.7 123 I 12.5 22 M20 x 150 676 I 69.0 49.7

2 . Mt ind icates torque at 0 trans miss ib le th rust , wh ile Pax indicates tra nsmiss ible thrust at 0 torque. If t ra nsm iss ib le to rque and th rust apply si m ul taneously calculate and com pare the combined va lue w ith the transmiss ib le to rque provided in the t able .

3. Dimensions when th is product is attached to the shaft and h ub .

24

AD-N Series

Model Numbers and Specifications Electroless nickel-plated (AD-N-KP) • Special notes

1. D imensions and transfer to rq u e are t he same as the

stand ard AD-N series.

No d rop in rated to rque capacity.

2 . T he units a re p lated with peel-p roof e lectro less nickel.

3. The Locking B olts are DIS GO R t reated so that assembly

lubr ication is not necessary.

T he e lectroless nickel -plated m odels a re chrome-free and

e nv ironm entally frie ndly.

e Appl ication

M os t su itable fo r clean-room opera t ion requ ir ing min imum

rust.

·Note) 3

Model No. D imensions Transm issib le Tronsm is$ib le

[ mm Torque Thrust

d X D l Shaft Diameter X Mt Pax Outer Diameter e L Lt

I I mm N· m ii kgf · ml k N I !kgf)

PL 050 X 080 AD·N·KP 56 64 72 4210 I 430 170 : 17300 PL 055 X 085 AD·N·KP 56 64 72 4610 : 470 170 I

I 17300

PL 060 X 090 AD·N·KP 56 64 72 6 170 I 630 208 I 21200 PL 065 X 095 AD·N·KP 56 64 72 6760 : 690 208

I 21200 I

PL 070 X 110 AD·N·KP 70 78 88 11 600 I 11 80 330 I 33700 PL 075 X 115 AD·N·KP 70 78 88 12300 I 1260 330 I 33700 PL 080 X 120 AD·N·KP

I I 70 78 88 14400 I 1470 360 I 36700

PL 085 X 125 AD·N·KP 70 78 88 15300 : 1560 360 I 36700 I

PL 090 X 130 AD·N·KP 70 78 88 17500 I 1790 390 I 39800 PL 095 X 135 AD·N·KP 70 78 88

I I 18500 I 1890 390 I 39800

PL 100 X 145 AD·N·KP 90 100 112 26500 : 2700 531 I 54200

Notes) 1. Stocked models are in bold.

/ Tap Holes for Removal

Contact Pressu re Loc king Bolts Mass

Shaft Hub Tightening Torque p P' Quantity Size MA

MPa ' kgfimm'I MPa :{kgf/mm~ N · m : {kgf ·ml k g

162 16 .5 10 1 I 10.3 9 M8 X 50 402 I 4 .1 l.38 147 15.0 95 I

I 9.7 9 M8 x 50 40.2 : 4.1 l.49

165 16.8 110 I 11.2 11 M8 x 50 40. 2 I 4 .1 1.59 130 13.3 89 : 9.1 11 M8 x 50 40.2 : 4. 1 1.71 179 18.3 114 I 11 .6 11 Ml Ox 70 81.3 I 8.3 3. 18 167 17 .0 109 I 11. 1 1 1 Ml Ox 70 81.3 I 8 .3 3.36

I I

171 17 .4 114 I 11 .6 12 Ml Ox 70 81.3 I 8 .3 3 .52 161 16 .4 109 : 11.1 12 Ml Ox 70 81.3 : 8.3 3.70 165 16 .8 11 4 I 11 .6 13 Ml OX 70 81 .3 I 8.3 3.88

I I

156 15.9 110 I 11 .2 13 Ml Ox 70 81.3 I 8.3 4 .06 157 16.0 108 I 11 .0 12 Ml2 x 90 142 : 14.5 6. 13

2. Mt indicates torque at 0 transm iss ib le thrust, whi le Pax indicates transm issible thrus1 at 0 torque. If transmissib le torque and th ru st apply sim ultaneously ca lculate and compare the combined value w ith the transm iss ib le torque provided in the table.

3. Dimensions when th is product is attached to the shaft and hub.

25

AD-N Series

Hub Diameters ( l ) • Standard (AD-N) Series • Electroless nickel-plated (AD-N-KP) Series

( 1) Installing to hubs with a guide portion

w hen B ;;:;2 Q

(See Installation Example A)

D N is the minimum hub diameter required to to lerate P' or the

pressure exerted from w ithin the hub.

B

b Lt

I n u

II I 2 I _ _J z

Cl

----- -&.

Insta llation Example{A) When insta lling to hubs w ith a gu ide portion

the hub configura tion coefficient is as follows: K3 = 0 .6

Hub Configuration Coefficient K3 = 0.6

~ Yie ld Poin t o f Hub M a te ri a l

206 225 245 274 294

[ Modd No. l • 21 23 25 28 30 d X D Hub Contact FC350 FCD400 FCD450

Shaft Diameter X SS400 SS490 Outer Diameter Pressure

SC410 SC450 SC480 P' Sl5C SZOC S30C S35C

mm MPa : fkgf/mm2l FCMB360 SF440 SF490 SF540 SF590 PL019X047 AD-N 96 I 9.8 63 61 60 59 58 PL 020 X 047 AD-N 96 I 9.8 63 61 60 59 58 I

PL 022 X 047 AD-N 96 I 9.8 63 61 60 59 58 I

PL 024 X 050 AD-N 103 I 10.5 69 67 65 63 62 PL 025 X 050 AD-N 103

I I 10.5 69 67 65 63 62

PL 028 X 055 AD-N 94 I 9.5 73 71 70 68 67 I

PL 030 X 055 AD-N 94 I I

9.5 73 71 70 68 67 PL 032 X 060 AD-N 101 I 10.3 82 79 78 76 74 PL 035 X 060 AD-N

I

101 I 10.3 82 79 78 76 74 PL 038 X 065 AD-N 89 I 9.0 85 83 81 80 79 I

PL 040 X 065 AD-N 89 I I

9 .0 85 83 81 80 79 PL 042 X 075 AD-N 108 I 11.0 104 101 99 96 94 PL 045 X 075 AD-N 108

I I 11.0 104 101 99 96 94

PL 048 X 080 AD-N 101 I

10.3 109 106 103 101 99 I

Pl 050 x 080 AD-N (-!IP) 101 I 10.3 109 106 103 101 99 Pl055X085AD-N l-llPJ 95 I 9.7 113 111 108 105 104 PL060X090AD-N (-!IP) I

1 10 I 11.2 126 122 119 115 113 PL 065 X 095 AD-N (-!IP) 89

I 9 .1 125 122 119 116 115 I

Pl070X 110AD-N (-!IP) 114 I 11.6 156 15 1 147 142 140 I

PL075X 115AD-N (-!IP) 109 I 11.1 160 155 152 147 145 PL 080 X 120 AD-N (-!IP) l 14 I 11 .6 170 165 160 155 153 Pl085X 125AD-N (-!IP) 109

I 11.1 174 169 165 160 157 I

Pl090X 130AD-N (-!IP) 1 14 I 11.6 184 178 174 168 165 I

PL 095 X 135 AD-N (-!IP) 110 I 11 .2 188 183 178 173 170 PL 100 X 145 AD-N (-!IP)

I

108 I 11.0 201 196 191 185 182 PL llOX 155AD-N 1 10 I 11.2 216 210 205 198 195 PL 120X 165AD-N l 19 I 12 . l 237 229 223 216 2 12 I

PL 130 X 180 AD-N 11 1 I 11 .3 252 244 238 231 227 I

PL 140X 190AD-N 12 1 I 12.3 275 266 258 250 245 PL 150 X 200 AD-N 123

I I 12 .5 291 281 273 264 259

PL 160 X 210 AD-N 123 I 12 .6 307 296 288 278 272 I

PL 170 X 225 AD-N 1 10 I I

11 .2 314 305 297 288 283 PL 180 X 235 AD-N 113 I 11.5 331 320 312 303 297

I

PL 190 X 250 AD-N l 13 I 11.5 352 341 332 322 3 16 PL 200 X 260 AD-N 108

I 11 .0 361 350 341 331 326 I

PL 220 X 285 AD-N 1 18 I 12 .0 40 1 388 377 365 358 I

PL 240 X 305 AD-N 12 0 I 12 .2 439 424 412 399 391 I

PL 260 X 325 AD-N 91 I 9.3 427 416 408 398 392 PL 280 X 355 AD-N 1 18

I 12 .0 508 492 478 463 454 I

PL 300 X 375 AD-N 123 I 12.5 546 527 512 494 485

Notes) 1. The above fig ures do not take safety rates into account. Consider them prior to operatio n. 2. Calculate hub diameters using the formu la KJ=0.6 as discussed in Select ion Procedure.

26

Min imum hub diameter ¢DNlmml

ao.2

343 392 441 Hub 35 40 45 boring

FCD500 FCD600 FCD700 depth

b

S45C S55C (mm)

56 55 54 43 56 55 54 43 56 55 54 43 60 59 58 48 60 59 5 8 48 65 64 63 48 65 64 63 48 72 7 1 69 58 72 7 1 69 58 76 75 74 65 76 75 74 65 9 1 89 87 74 9 1 89 87 74 96 94 92 74 96 94 92 74

10 1 99 97 74 110 107 105 74 112 110 108 74 135 132 129 90 140 137 134 90 147 144 14 1 90 152 148 146 90 160 156 152 90 164 160 157 90 176 172 169 11 4 189 184 18 1 11 4 204 199 195 11 4 2 19 2 14 210 132 236 230 225 132 249 242 237 132 262 255 249 132 274 267 262 164 287 280 275 164 306 298 292 164 3 15 308 302 164 346 337 330 164 377 367 360 164 382 374 368 164 438 427 4 18 199 467 454 444 199

AD-N Series

Hub Diameters (2) • Standard (AD-N) Series • Electroless nickel-plated (AD-N-KP) Series

(2) Installing to hubs with a guide portion

when Lt < B < 2 R.

(See Installation Example B)

(3) Installing to hubs without a guide portion

(See Installation Example C)

DN is the m inimum hub diameter requi red to tolerate

P' o r the pressure exerted from w ithin the hub.

II

B

b Lt

I £ I -~-

----------

Instal lation Example(B) When installing to hubs

with a gu ide portion,

z 0 -s

the hub configuration coefficient is as fo llows: Ko = 1 .0

Hub Configuration Coefficient K3 = l .0

~ Yield Point of Hub Material

206 225 245 274 294

[ Modol No. l • 21 23 25 28 30 d X D Hub Contact FC350 FCD400 FCD450

Sha~ Diameter X SS400 SS490 Outer Diameter Pressure

SC410 SC450 SC480 P' Sl5C SZOC S30C S35C

mm MPa : {kgf/mm2} FCMB360 SF440 SF490 SF540 SF590

PL 019 X 047 AD-N 96 I 9.8 78 74 71 68 66 PL 020 X 047 AD-N 96 I 9.8 78 74 71 68 66 I

PL 022 X 047 AD-N 96 I 9.8 78 74 7 1 68 66 I

PL 02A X 050 AD-N l 03 I 10.5 87 82 79 75 73 PL 025 X 050 AD-N l 03

I 10.5 87 82 79 75 73 I

PL 028 X 055 AD-N 9 4 I 9.5 90 86 83 79 77 I

PL 030 X 055 AD-N 9 4 I

I 9.5 90 86 83 79 77

PL 032 X 060 AD-N l 01 I 10_3 103 97 93 89 86 PL 035 X 060 AD-N

I

86 10 1 I 10.3 103 97 93 89 PL 038 X 065 AD-N 89 I 9.0 103 99 95 9 1 86 I

PL 040 X 065 AD-N 89 I I

9.0 103 99 95 9 1 89 PL 042 X 075 AD-N l 08 I 11.0 134 127 12 1 114 11 1 PL 045 X 075 AD-N

I

l 08 I 11.0 134 127 12 1 114 11 1 PL 048 X 080 AD-N 101

I 10.3 137 130 124 118 11 5 I

PL 050 X 080 AD-N (.j(p) 101 I 10.3 137 130 124 118 11 5 PL 055 X 085 AD-N l-f.I'/ 95 I 9.7 140 134 128 122 11 9 PL 060 X 090 AD-N (.j(p) I

110 I 11.2 163 154 146 138 134 PL065X095AD-N (.j(p) 89

I 9.1 152 145 140 134 13 1 I

PL 070 X 110 AD-N (.j(p) 11 4 I l l.6 206 192 182 172 166 I

PL075X l l5AD-N (.j(p) l 09 I l l. l 208 195 186 175 170 PL080X 120AD-N (.j(p) 114 I 11.6 224 2 10 199 187 18 1 PL085X 125AD-N (.j(p) l 09

I I l l. l 226 2 13 202 19 1 185

PL090X 130 AD-N (.j(p) 114 I l l.6 243 227 2 16 203 196 I

PL095X 135AD-N (.j(p) 11 0 I l l.2 245 230 2 19 207 200 PL lOOX 145AD-N (.j(p) I

l 08 I l l.O 261 245 233 220 2 14 PL llOX 155AD-N 110 I l l.2 281 264 25 1 237 230 PL 120X 165AD-N 119 I 12 . l 319 297 28 1 263 254 I

PL 130X 180AD-N 11 1 I I

11.3 328 308 293 276 268 PL 140X 190AD-N l 21 I 12.3 373 346 327 305 295 PL 150 X 200 AD-N

I 368 347 324 3 12 123 I 12.5 397

PL 160X210AD-N 123 I 12.6 422 390 367 342 330 I

PL 170 X 225 AD-N 11 0 I I

11.2 409 384 365 345 334 PL 180 X 235 AD-N l l 3 I 11.5 434 407 386 364 352 PL 190 X 250 AD-N

I

374 113 I 1 l.5 461 432 4 11 387 PL 200 X 260 AD-N 108

I 11.0 465 438 4 18 395 383 I

PL 220 X 285 AD-N 11 8 I I

12 .0 538 501 474 444 429 PL 240 X 305 AD-N l 20 I 12.2 591 549 519 486 469 PL 260 X 325 AD-N

I

9 1 I 9.3 522 499 480 459 448 PL 280 X 355 AD-N 11 8

I 12 .0 682 635 600 563 543 I

PL 300 X 375 AD-N l 23 I 12 .5 747 691 65 1 607 586

Notes ) 1. The above f igures do not take safety rates in to account. Consider them prio r to operation . 2. Calculate hub diameters us ing the formu la KJ= 1.0 as discussed in Selection Procedure.

27

II I

B

Lt

I

£ I _\ ----------

Installat ion Example(C) When install ing to hubs without a guide port ion,

z 0 -s

the hub configurat ion coeffic ient is as fo llows: Ka = 1 .0

Minimum hub diameter ¢DNjmm)

U o2

343 392 441 Hub

35 40 45 bori ng

FCD500 FCD600 FCD700 depth

b

S45C S55C [mm)

63 6 1 59 43 63 6 1 59 43 63 6 1 59 43 69 66 64 48 69 66 64 48 73 7 1 69 48 73 7 1 69 48 82 79 76 58 82 79 76 58 85 82 80 65 85 82 80 65

104 100 97 74 104 100 97 74 109 105 10 1 74 109 105 101 74 l 13 109 106 74 126 120 116 74 125 120 11 7 74 156 149 144 90 160 153 148 90 170 162 157 90 174 167 16 1 90 184 176 170 90 188 180 175 90 20 1 193 187 114 2 16 207 200 114 237 226 218 114 252 24 1 233 132 275 262 252 132 29 1 277 266 132 307 292 28 1 132 3 14 30 1 29 1 164 33 1 3 16 305 164 352 336 325 164 36 1 345 334 164 40 1 382 369 164 439 4 18 403 164 427 4 12 40 1 164 508 485 467 199 546 5 19 500 199