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RESTON SPHERICAL (RSL) EN 1337-7 ETA-8/0115 ROBO SLIDE KF KE KA 0672-CPD-001 EN 1337-7 - Structural design and certification in accordance with EN 1337-7 - Certified with CE mark of conformity www.mageba.co.kr

2 2,, 3 4 5 ROBO SLIDE 6, 7 KF - 8 KE 10 KA 12 14 15 16 ROBO SLIDE RESTON SPHERICAL,.,.,,,. KF () 40 RESTON SPHERICAL 50,000. RESTON SPHERICAL. : 8mm ROBO SLIDE, CM1,. (ISO9001 & EN ISO3834-2 ) MPA Stuttgart ROBO SLIDE RESTON SPHERICAL CE,. KE ( ) TF. KA ( )

,, 3, RESTON SPHERICAL. Upper anchor bolts - optional Upper shear connector - optional Top anchor plate - optional Shim - optional Sliding plate (structural steel S355 J2+N) Stainless steel sliding plate (X2CrNiMo 17 12 2) Sliding element (ROBO SLIDE, chambered) Convex upper steel element, polished hard chrome finish Concave lower steel element Sliding element (ROBO SLIDE, chambered) Lateral guide bar (with CM1 / ROBO SLIDE) Bottom anchor plate - optional Bottom shear connector - optional Bottom anchor bolts - optional ROBO SLIDE,.., ROBO SLIDE.. S355 S235 ROBO SLIDE,. (C4 in accordance with ISO12944 ) SA3 ( SA2.5) ( ) 2K 3

4 EN 1337-7/2 Actions loads EC 1 8 13 Eurocode 1(EN 1991-2:, ) new design concept. Eurocode, DIN, AASHTO, BS, SIA. EN 1337 CE RESTON SPHERICAL EN 1337. EN 1337. (1) EN 1337-2 :... (2) EN 1337-2 : EN 1337-11,. 1%.. 3 (MPA Stuttgart system) 2,. 3- : RESTON SPHERICAL EN 1337-7. ( ): 3- (Faltenbalgen) : 8 13. KE : 100 mm : 0 mm KA : 100 mm : 40 mm. : 0.010 EN 1337-1.,. : ROBO O SLIDE.( 6 ) MPA Stuttgart. MPA Stuttgart. EN 1337,.

5 RESTON SPHERICAL.. :.... CE RESTON SPHERICAL EN 1337-7. ROBO SLIDE RESTON SPHERICAL ETA- 08/0115. CE.. : CE U ISO 9001 EN 3834-2. W W 2 e vx W 2 e vx = 5 10 5 0 5 10 1 W + e 2 vx = W 2 -e vx = W -evx 2 5 x 10 mm W + e 2 vx : e vx = +75 mm

6 ROBO SLIDE ROBO SLIDE? ROBO SLIDE.. ROBO SLIDE ROBO SLIDE. ROBO SLIDE ( 50 ). ( ). ROBO SLIDE... ROBO SLIDE : (f k = 180 N/mm 2 ) ETA-08/0115 (-50 C) ROBO SLIDE skid number (when T > -35 ): 1,6 µ= where0.02<µ<0.08 σ RSL2 +15 σ RSL2 =averagerobo SLIDE stress Horizontal friction force: KA bearing: VxSd = NSd µrsl KE bearing: VxSd = NSd µrsl + Vy µ V xsd : N Sd : V y : Horizontal friction force Normal force on bearing Shear force on bearing Deutsches Institut für Bautechnik (DIBt) (German Institute for Constructional Engineering) Stuttgart(MPA). EN 1337.. (μ < 0.02). 02) 50,000m, ROBO SLIDE,. (ROBO SLIDE vs ) ROBO SLIDE Slidi ing gap [mm] Compre ession h [mm] Press sure p [N/mm 2 ] Total slide path [m] Time t [h]

7 new design concept Eurocode 1 (EN 1991-2). ROBO SLIDE ETA PTFE, EN 1337-7. EN 1337-1.,.. EN 1337-7. Bearable stresses (char. values, T < 35 C) ( ): 180 N/mm² ( ): 180 N/mm² (,,, ): 60 N/mm² γ M = 1.4 in accordance with EN 1990 ROBO SLIDE. ETA,. The Deutsches Institut für Bautechnik (German Institute for Constructional Engineering) EOTA (European Organisation for Technical Approvals) ROBO SLIDE. ROBO SLIDE 50. ROBO SLIDE RESTON SPHERICAL. ( 50 ) (8 13 ). : EN 1337-1, ( 35 ) 4%

8 KF RESTON SPHERICAL KF. KF., 0., 1mm. KF. 30%. V xy 10%.. KF EC 2(). ROBO SLIDE L2, (C50/60). C 30/37 [kn] Horizontal [mm] [mm] N [kg] Rd, max N Rd, min V xyrd, max A B H A B APU_x APU_y APO_x APO_y H KF 1.0 1'000 300 100 182 228 76 32 177 223 316 316 316 316 141 69 KF 2.0 2'000 600 200 236 292 80 48 236 292 330 330 350 350 137 90 KF 3.0 3'000 900 300 289 340 89 66 289 338 370 370 380 380 147 120 KF 4.0 4'000 1'200 400 332 375 90 80 327 375 390 390 410 410 143 139 KF 5.0 5'000 1'500 500 364 415 98 100 363 401 405 405 425 425 151 161 KF 6.0 6'000 1'800 600 396 441 102 117 385 432 446 430 455 455 151 185 KF 7.0 7'000 2'100 700 434 487 105 145 417 472 476 460 495 495 148 215 KF 8.0 8'000 2'400 800 461 523 104 163 446 514 509 485 535 535 138 232 KF 9.0 9'000 2'700 900 496 581 99 186 456 530 519 500 550 550 137 245 KF 10.0 10'000 3'000 1'000 514 570 108 200 489 561 580 526 585 585 138 278 KF 12.0 12'000 3'600 1'200 556 602 125 257 509 580 586 562 600 600 146 314 KF 15.0 15'000 4'500 1'500 620 671 147 375 595 667 684 637 690 690 160 454 KF 20.0 20'000 6'000 2'000 715 761 165 538 655 769 748 732 790 790 168 624 KF 25.0 25'000 7'500 2'500 802 884 172 750 787 876 848 810 900 900 189 881 KF 30.0 30'000 9'000 3'000 880 1'027 167 944 812 988 912 897 1'010 1'010 191 1'140 KF 40.0 40'000 12'000 4'000 1'031 1'237 168 1'389 951 1'173 1'054 1'029 1'195 1'195 215 1'776 KF 50.0 50'000 15'000 5'000 1'155 1'403 181 1'920 1'133 1'374 1'193 1'155 1'402 1'401 241 2'657 N Rd,max : () N Rd,min : V xyrd, max V xyrd,max :. SLS w, EN 1337-1, f d,rsl =180/1.4 N/mm² Note:, H 10mm. [kg]

KF - 9 x x y / / y C 50/60 [kn] Horizontal [mm] [mm] N Rd, max N Rd, min V xyrd, max A B H [kg] A B APU_x APU_y APO_x APO_y H [kg] KF 1.0 1'000 300 100 182 228 76 32 177 219 316 316 316 316 131 66 KF 2.0 2'000 600 200 236 292 80 48 225 279 325 325 340 340 139 86 KF 3.0 3'000 900 300 274 340 89 65 263 327 355 355 375 375 148 112 KF 4.0 4'000 1'200 400 307 375 85 74 307 373 390 390 405 405 143 136 KF 5.0 5'000 1'500 500 339 413 89 90 328 404 410 410 430 430 151 161 KF 6.0 6'000 1'800 600 366 446 89 103 350 432 435 435 455 455 151 182 KF 7.0 7'000 2'100 700 382 472 96 122 377 463 450 450 485 485 150 204 KF 8.0 8'000 2'400 800 409 503 95 135 409 497 475 475 520 520 149 230 KF 9.0 9'000 2'700 900 447 541 89 144 436 526 500 500 550 550 144 251 KF 10.0 10'000 3'000 1'000 469 563 95 166 458 556 515 515 580 580 142 273 KF 12.0 12'000 3'600 1'200 491 593 94 184 496 600 550 550 620 620 147 324 KF 15.0 15'000 4'500 1'500 545 667 96 233 528 646 580 580 670 670 164 405 KF 20.0 20'000 6'000 2'000 615 771 99 320 599 747 650 650 770 770 162 527 KF 25.0 25'000 7'500 2'500 680 868 117 468 653 821 705 705 845 845 188 710 KF 30.0 30'000 9'000 3'000 756 972 120 599 718 926 780 780 950 950 184 894 KF 40.0 40'000 12'000 4'000 896 1'184 136 1'012 821 1'101 905 905 1'125 1'125 207 1'417 KF 50.0 50'000 15'000 5'000 1'032 1'366 153 1'500 940 1'274 1'025 1'025 1'305 1'304 219 2'036 N Rd,max : () N Rd,min : V xyrd, max V xyrd,max :. SLS w, EN 1337-1, f d,rsl =180/1.4 N/mm² Note:, H 10mm.

10 KE RESTON SPHERICAL KE. 0. 2mm. CM1 ROBO SLIDE. KE. 30%. V xy 10%.. KE EC 2(). ROBO SLIDE L2, (C50/60). C 30/37 [kn] Horizontal [mm] [mm] N [kg] Rd, max N Rd, min V xyrd, max Ax Ay B L H Ax Ay B L APU_x APU_y APO_x APO_y H KE 1.0 1'000 300 100 224 200 310 320 95 53 178 170 265 310 410 316 405 330 150 85 KE 2.0 2'000 600 200 231 231 330 351 110 76 205 175 310 345 405 316 450 365 168 113 KE 3.0 3'000 900 300 286 286 390 406 117 112 259 215 375 385 470 316 515 405 170 158 KE 4.0 4'000 1'200 400 333 333 445 453 117 141 270 235 400 410 490 329 540 430 192 200 KE 5.0 5'000 1'500 500 369 369 495 489 127 184 297 260 435 435 530 364 575 455 195 239 KE 6.0 6'000 1'800 600 402 402 530 522 132 217 315 280 455 455 545 391 595 475 205 271 KE 7.0 7'000 2'100 700 440 470 565 590 127 257 360 310 505 480 590 438 645 500 201 328 KE 8.0 8'000 2'400 800 463 463 600 583 148 313 375 480 505 600 595 500 645 620 181 370 KE 9.0 9'000 2'700 900 490 505 630 625 143 345 402 500 540 620 635 520 680 640 181 410 KE 10.0 10'000 3'000 1'000 515 520 655 640 148 379 428 520 570 640 660 540 710 660 181 445 KE 12.0 12'000 3'600 1'200 561 600 705 720 153 475 476 555 640 675 730 575 780 695 192 563 KE 15.0 15'000 4'500 1'500 622 622 790 742 179 644 518 605 685 725 770 629 825 745 205 700 KE 20.0 20'000 6'000 2'000 716 716 890 836 203 944 583 665 765 785 845 728 905 805 237 1'009 KE 25.0 25'000 7'500 2'500 814 814 1'000 934 206 1'221 623 710 820 830 895 803 960 850 269 1'312 KE 30.0 30'000 9'000 3'000 869 869 1'075 989 248 1'675 670 765 885 885 950 878 1'025 905 292 1'657 KE 40.0 40'000 12'000 4'000 1'010 1'010 1'235 1'130 258 2'348 799 1'015 1'010 1'135 1'080 1'035 1'150 1'155 296 2'444 KE 50.0 50'000 15'000 5'000 1'128 1'155 1'370 1'275 289 3'348 930 1'125 1'170 1'245 1'235 1'152 1'310 1'265 327 3'461 L (W) 100mm., L. ( : W= 350 mm, L 250 mm ). N Rd,max : () N Rd,min : V xyrd, max V xyrd,max :. SLS w, EN 1337-1, f d,rsl =180/1.4 N/mm² Note:, H 10mm. [kg]

KE 11 x y x / y C 50/60 [kn] NRd,max NRd,min Horizontal VyRd,max Ax Ay [mm] B L H [kg] Ax Ay B L [mm] APU_x APU_yAPO_xAPO_y H KE 1.0 1'000 300 100 177 170 265 310 107 52 176 170 265 310 410 316 405 330 150 85 KE 2.0 2'000 600 200 221 200 320 350 110 71 205 175 310 345 405 316 450 365 168 113 KE 3.0 3'000 900 300 248 230 360 380 123 97 257 215 370 385 470 316 510 405 161 147 KE 4.0 4'000 1'200 400 277 255 400 410 128 124 270 235 400 410 490 316 540 430 183 188 KE 5.0 5'000 1'500 500 324 325 450 445 128 155 297 260 435 435 530 322 575 455 183 217 KE 6.0 6'000 1'800 600 329 310 470 455 138 181 320 280 460 455 550 342 600 475 184 241 KE 7.0 7'000 2'100 700 356 340 500 480 138 203 360 310 505 480 595 372 645 500 182 284 KE 8.0 8'000 2'400 800 384 370 525 505 138 227 384 330 545 505 635 392 685 525 182 324 KE 9.0 9'000 2'700 900 418 400 565 525 143 266 383 340 550 515 635 402 690 535 199 360 KE 10.0 10'000 3'000 1'000 409 515 550 635 139 301 426 365 595 540 680 427 735 560 192 401 KE 12.0 12'000 3'600 1'200 460 445 630 570 153 352 442 390 615 565 695 452 755 585 208 471 KE 15.0 15'000 4'500 1'500 493 590 660 710 154 460 485 435 675 610 750 497 815 630 220 596 KE 20.0 20'000 6'000 2'000 577 580 775 700 179 636 558 500 770 675 840 562 910 695 240 839 KE 25.0 25'000 7'500 2'500 662 775 845 895 172 856 612 710 810 830 885 730 950 850 241 1'124 KE 30.0 30'000 9'000 3'000 697 820 900 940 191 1'072 670 765 885 885 950 785 1'025 905 255 1'396 KE 40.0 40'000 12'000 4'000 816 1'015 1'030 1'135 196 1'543 750 905 990 1'025 1'055 925 1'130 1'045 288 2'071 KE 50.0 50'000 15'000 5'000 917 1'015 1'170 1'135 232 2'122 831 985 1'090 1'105 1'145 1'005 1'230 1'125 314 2'684 L (W) 100mm., L. ( : W= 350 mm, L 250 mm ). N Rd,max : () N Rd,min : V xyrd, max V xyrd,max :. SLS w, EN 1337-1, f d,rsl =180/1.4 N/mm² Note:, H 10mm. [kg]

12 KA KA RESTON SPHERICAL KA. KA 20 mm,. 50mm.. EC 2(). ROBO SLIDE ROBO SLIDE L2, (C50/60). C 30/37 [kn] [mm] [mm] NRd,max NRd,min A B L H [kg] A B L APU_x APU_y APO_x APO_y H KA 1.0 1'000 300 183 243 303 67 30 126 215 290 316 316 345 316 102 46 KA 2.0 2'000 600 236 296 356 70 43 171 260 320 316 316 390 340 114 63 KA 3.0 3'000 900 278 338 398 77 60 205 295 355 340 316 425 375 124 84 KA 4.0 4'000 1'200 320 380 440 81 76 235 325 385 365 321 455 405 124 98 KA 5.0 5'000 1'500 364 424 484 83 95 257 350 410 390 354 480 430 135 120 KA 6.0 6'000 1'800 397 457 517 86 115 285 375 435 420 389 505 455 137 141 KA 7.0 7'000 2'100 417 477 537 104 152 301 395 455 435 422 525 475 148 168 KA 8.0 8'000 2'400 456 516 576 93 158 331 425 485 465 452 555 505 146 191 KA 9.0 9'000 2'700 479 539 599 104 193 339 430 490 478 478 560 510 158 224 KA 10.0 10'000 3'000 507 567 627 103 214 368 460 520 506 506 590 540 158 254 KA 12.0 12'000 3'600 548 608 668 120 284 386 480 540 560 560 610 560 186 341 KA 15.0 15'000 4'500 616 676 736 129 390 452 545 605 625 625 675 625 191 447 KA 20.0 20'000 6'000 708 768 828 138 539 536 630 690 709 709 760 710 206 638 KA 25.0 25'000 7'500 797 857 917 142 688 574 665 725 799 799 800 798 236 919 KA 30.0 30'000 9'000 881 941 1'001 141 835 637 740 800 862 862 870 856 268 1'189 KA 40.0 40'000 12'000 1'022 1'082 1'142 157 1'246 837 945 1'005 1'028 1'028 1'080 1'030 237 1'619 KA 50.0 50'000 15'000 1'147 1'207 1'267 178 1'785 914 1'017 1'077 1'139 1'139 1'150 1'133 283 2'310 B L 100mm (W) 40mm (W ).. (. W=350 mm and W =100 mm L 250mm B 60mm.) N Rd,max : (). SLS w, EN 1337-1, f d,rsl =180/1.4 N/mm² Note:, H 10mm. [kg]

KA 13 x x y y C 50/60 [kn] [mm] [mm] NRd,max NRd,min A B L H [kg] A B L APU_x APU_y APO_x APO_y H KA 1.0 1'000 300 126 215 290 67 25 126 215 290 316 316 345 316 102 46 KA 2.0 2'000 600 175 265 325 72 33 171 260 320 316 316 390 340 114 63 KA 3.0 3'000 900 276 336 396 77 60 205 295 355 340 316 425 375 117 78 KA 4.0 4'000 1'200 309 369 429 77 71 235 325 385 365 316 455 405 117 91 KA 5.0 5'000 1'500 344 404 464 77 83 259 350 410 390 322 480 430 119 104 KA 6.0 6'000 1'800 369 429 489 80 96 287 375 435 420 316 505 455 119 118 KA 7.0 7'000 2'100 395 455 515 83 112 303 395 455 435 365 525 475 125 137 KA 8.0 8'000 2'400 417 477 537 83 123 322 415 475 455 385 545 495 123 148 KA 9.0 9'000 2'700 438 498 558 86 137 339 430 490 470 401 560 510 129 164 KA 10.0 10'000 3'000 459 519 579 88 153 358 450 510 490 420 580 530 129 179 KA 12.0 12'000 3'600 497 557 617 98 198 391 480 540 525 453 610 560 131 209 KA 15.0 15'000 4'500 551 611 671 98 237 431 525 585 565 494 655 605 147 274 KA 20.0 20'000 6'000 628 688 748 109 336 497 590 650 630 560 720 670 154 371 KA 25.0 25'000 7'500 699 759 819 122 473 564 655 715 695 630 785 735 157 472 KA 30.0 30'000 9'000 758 818 878 132 596 627 722 782 760 699 855 805 171 636 KA 40.0 40'000 12'000 890 950 1'010 151 924 696 790 850 830 800 925 875 193 867 KA 50.00 50'000 15'000 879 990 1'050 206 1'291 800 909 969 930 904 1'040 990 194 1'153 B L 100mm (W) 40mm (W ).. (. W=350 mm and W =100 mm L 250mm B 60mm.) N Rd,max : (). SLS w, EN 1337-1, f d,rsl =180/1.4 N/mm² Note:, H 10mm. [kg]

14 KF KE Anchor bolts Recess Screw D LD ØAD TD M 12 30 180 150 250 M 16 40 200 150 250 M 20 50 250 150 300 M 24 60 300 150 350 M 27 70 300 150 350 Note:,. KA Recess:. Recess(øA, T). Screw Threaded sleeve anchor Recess ØG LG ØAG TG M 12 17 100 150 150 M 16 22 150 150 200 M 20 26 150 150 200 Shear connector Recess Ø ØK LK ØAK TK 22 35 150 150 200

15 RESTON SPHERICAL ILM RESTON SPHERICAL CONTROL ILM (uplift ) (uplift )

16,... (,,, ) (N Sd,max, N Sd,min, NG d and NQ d ) (F yd,f xd ) (,, ) EN 1337, 1, 25-27. KF FE-,.. RESTON SPHERICAL RSL M3 Bridge. www.mageba.ch. Version 2011.03 engineering connections 2 707-34 24 701-2 Tel.: +82-2-2183-2020 Fax: +82-2-2183-2022 tschurch@mageba.co.kr mageba sa Bülach, Switzerland Tel.: +41-44-872 40 50 Fax: +41-44-872 40 59 info@mageba.ch mageba sa Cugy VD, Switzerland Tel.: +41-21-731-0710 Fax: +41-21-731-0711 suisse@mageba.ch mageba gmbh Fussach, Austria Tel.: +43-5578-75593 5593 Fax: +43-5578-73348 oesterreich@mageba.ch mageba gmbh Esslingen a.n., Germany Tel.: +49-711-758844-0 Fax: +49-711-758844-56 stuttgart@mageba.ch mageba gmbh Uslar, Germany Tel.: +49-5571-9256-0 Fax: +49-5571-9256-56 uslar@mageba.ch mageba Bridge Products Pvt. Ltd. Shanghai, China Tel.: +86-21-5740 7635 Fax: +86-21-5740 7636 info@mageba.cn