HAS ÇELİK ve HALAT SAN. TİC. A.Ş.

HAS ÇELİK ve HALAT SAN. TİC. A.Ş. Hacılar Yolu 8. km 38210 Hacılar - Kayseri / TÜRKİYE Tel: 0352 442 16 40 (8 Hat) Fax: 0352 442 16 44 İstanbul İrtibat Bürosu / Branch Office Halil Rifat Paşa Mah. Perpa Ticaret Merkezi A Blok Kat. 11 No. 1349 Şişli / İSTANBUL Tel: 0212 320 96 13 Fax: 0212 320 96 20 hascelik@hascelik.com.tr www.hascelik.com.tr

GROUP COMPANIES WIRE ROPES Hacılar Plant with production capability of, Steel Wire, AAC-ACSR-AAAC Conductors, 0,6-1 kv Aluminium Cables Hacılar Fabrika Çelik Halat, Çelik Tel, AAC-ACSR-AAAC iletken, 0,6-1kV Alüminyum kablo üretim tesisi CABLES Kayseri Organize Plant with production capability of Aluminium rods, AAC-ACSR-AAAC conductors, 0,6-1kV Aluminium Cables Kayseri Organize Fabrika Alüminyum filmaşin, AAC-ACSR-AAAC iletken, 0,6-1kV Alüminyum kablo üretim tesisi Kayseri Free Zone Plant with production capability of Aluminium rods, AAC-ACSR-AAAC conductors, 0,6-1kV Aluminium Cables Kayseri serbest Bölge Fabrika Alüminyum filmaşin, AAC-ACSR-AAAC iletken, 0,6-1kV Alüminyum kablo üretim tesisi Kayseri Hacılar Organize Plant with production capability of Steel Wire Springs, Steel Wire for spring production, Pocket system spring Kayseri Hacılar Organize Fabrika Çelik yay, yaylık kargas, yaylık çelik tel, Torbalı sistem yay üretim tesisi 33 4

ADRESLER / ADDRESSES Hasçelik Halat / Hasçelik Wire Rope Hacılar Yolu, 8. Km 38210 Hacılar / Kayseri / TÜRKİYE Hasçelik Kablo / Hasçelik Cables Organize San. Böl. 18. Cad. No. 20 Kayseri / TÜRKİYE İstanbul İrtibat Bürosu / Branch Office Halit Rifat Paşa Mah. Perpa Ticaret Merkezi A Blok Kat: 11 No. 1349 Şişli / İSTANBUL Tel : 00 90 352 442 16 40 (8 hat) Fax : 00 90 352 442 16 44 Tel : +90 352 321 15 55 (4 hat) Fax : +90 352 321 18 29 Tel : +90 212 320 96 13 Fax : +90 212 320 96 20

1989 Yılında Kayseri de, Kablo sektörüne Monotoron Halat Üretmek İçin Kurulan HAS ÇELİK ve HALAT SAN. TİC. A.Ş, Sürekli Gelişen Teknolojilere ve Pazarlara Uyum Sağlamak İçin, Ürün Portföyünü Kısa Sürede Genişletmiştir. İlk Aşamada Çok Telli Halat ve Yaylık Çelik Tel Üretimiyle Büyümeye Başlamış; Sonrasında, Alüminyum İletken ve Kablo Üretimiyle Gelişmesini Sürdürmüştür. 23 Yıllık Süreçte Üretim Tesisi Sayısını 4 e Çıkararak; METAL MATRİS A.Ş ile Yaylık Çelik Tel, Alüminyum Kablo Üretimi İçin Coreal A.Ş yi Hizmete Açmış, Son Olarak ta Bakır ve Alüminyum Kablo Üretimi İçin HAS ÇELİK KABLO Tesisini Faaliyete Geçirmiştir. HAS ÇELİK ve HALAT San. Tic. A.Ş, Ana Üretimi Olan Çok Telli Halatın Yanı Sıra Monotoron Halat, Alüminyum Çelik Öz ve Endüstriyel Çelik Tel Üretimi ile Hem Yurtiçi Hem de Yurtdışında Müşterilerine Hizmet Vermektedir. Büyüyen Fabrika Sahası ve Makine Parkuru Sayesinde Dünya Standartlarına (EN/ASTM/API vb.) Uygun Üretim Yaparak, Müşterilerinin İhtiyacı Olan ürünleri zamanın da Üreten HAS ÇELİK ve HALAT SAN. TİC. AŞ. Mevcut Üretimi Olan, Genel Amaçlı Halatlar, Asansör Halatları, Balıkçı Halatları, Dönmez Halatlar ve Bariyer Halatlarının Yanı Sıra, Kompakt, Swage, Özü Plastik Kaplamalı Yüksek Mukavemetli Halatlar, Yüksek Performanslı, Ağır Galvanizli Halatlar ve Enerji İletim Hatlarında Kullanılan Topraklama Halatları ve OPWG Gibi Özel Ürünlerle de Müşterilerine Hizmet Vermektedir. Kaliteye Önem veren, Çevreye Duyarlı HAS ÇELİK ve HALAT SAN. TİC. AŞ, TSE, ISO 9000 Kalite Belgelerine, Asansör Halatları İçin TÜV-SÜD Kalite Belgesine, TSE-ISO-14000 Çevre Belgesine ve Ayrıca Yerli ve Yabancı Bağımsız Kuruluşlar Tarafından Ürünlere Özel Çok Sayıda Kalite-Proses Belgesine Sahiptir. Müşterilerine, Çalışanlarına ve Ülkesine En Yüksek Faydayı Sağlamak Vizyonunu Benimsemiş Olan HAS ÇELİK ve HALAT SAN. TİC. AŞ Çevreye Duyarlı, Sosyal ve Toplumsal Sorumluluğunun Bilincinde Olan Yapısı İle Büyümeye Devam Edecek, Kalitelisi İle Sektörde Dünya Markası Olma Yolundaki Hedefini Sürdürecektir. HAS CELIK ve HALAT SAN. TIC. A.S. was established in Kayseri, TURKEY in 1989. We have started production activity to produce steel strand for cable sector, and we enhanced expeditiously our product varieties day by day. At the preliminary stage, we carried out producing steel wire ropes and spring wires, after than we started producing aluminium conductors and aluminium cables. In the duration of 23 years, we established our first sister company Metal Matris producing spring systems and spring wires. Following we contributed to Turkish industry with our second sister company COREAL to produce aluminium cables and at the end of 2009 we established our third company Has Celik Cable to enlarge our aluminium capacity. Now as we are Has Celik, we have strongly concentrated on producing steel wire ropes, steel strands, aluminium steel cores and industrial spring wires. We will continue to serve both our foreign and domestic customers with new products in accordance with our mission to supply our goods by following the latest technology Along with the modernizing of our machines and thanks to new additional investments, we expanded our product range according to World Standarts EN, ASTM, API etc. In addition to general purposes ropes, elevator ropes, fishing ropes, nonrotating ropes and barrier ropes, we have added swaged, compacted and plastic impregnated core ropes with the high tensile strengths into our production range. Besides these special ropes, we produce heavy galvanized steel wire ropes with high performance, earth wire used for energy transmission lines and OPGW. Our high service quality has been proved by those certificates TSE ISO 9000 Quality Certificate, TUV SUD certificate for elevator ropes, TSE-ISO-14000 verifying our sensitivity to environment, and many international quality- process certificates special for some products showing our proved service quality by domestic and foreign foundations. We are obviously willing to be a world brand in our sector and to carry on our planned growth. We have been in acivites in the framework of our vision To provide the highest benefit for our customers, employees and our country Saygılarımızla HAS ÇELİK ve HALAT SAN. TİC. A.Ş. Best Regards HAS ÇELİK ve HALAT SAN. TİC. A.Ş.

Çok Telli Çelik Halatlar

1770 N/ 2 1960 N/ 2 1770 N/ 2 1960 N/ 2 8.00 0.221 37.6 41.6 8.00 0.246 40.7 45.0 9.00 0.279 47.6 52.7 9.00 0.311 51.5 57.0 10.00 0.345 58.8 65.1 10.00 0.384 63.5 70.4 6x7 = 6x(1+6) 11.00 0.417 71.1 78.7 12.00 0.497 84.6 93.7 13.00 0.583 99.3 110 14.00 0.676 115 128 11.00 0.465 76.9 85.1 12.00 0.553 91.5 101 13.00 0.649 107 119 14.00 0.753 125 138 6x7 = 6x(1+6) 15.00 0.776 132 146 15.00 0.864 143 158 16.00 0.883 150 167 16.00 0.983 163 180 17.00 0.997 170 188 17.00 1.110 184 203 18.00 1.118 190 211 18.00 1.244 206 228 19.00 1.245 212 235 19.00 1.386 229 254 20.00 1.380 235 260 20.00 1.536 254 281 13 14

1770 N/ 2 1960 N/ 2 1770 N/ 2 1960 N/ 2 8.00 0.230 37.4 41.4 8.00 0.256 40.3 44.7 9.00 0.291 47.3 52.4 9.00 0.324 51.0 56.5 10.00 0.359 58.4 64.7 10.00 0.400 63.0 69.8 11.00 0.434 70.7 78.3 11.00 0.484 76.2 84.4 12.00 0.517 84.1 93.1 12.00 0.576 90.7 100.5 13.00 0.607 98.7 109.3 13.00 0.676 106.5 117.9 14.00 0.704 114 127 14.00 0.784 124 137 15.00 0.808 131 146 15.00 0.900 142 157 16.00 0.919 150 166 16.00 1.024 161 179 17.00 1.038 169 187 17.00 1.156 182 202 6x19 Seale = 6x(1+9+9) 18.00 1.163 189 210 19.00 1.296 211 233 20.00 1.436 234 259 21.00 1.583 258 285 18.00 1.296 204 226 19.00 1.444 227 252 20.00 1.600 252 279 21.00 1.764 278 308 6x19 Seale = 6x(1+9+9) 22.00 1.738 283 313 22.00 1.936 305 338 23.00 1.899 309 342 23.00 2.116 333 369 24.00 2.068 336 373 24.00 2.304 363 402 25.00 2.244 365 404 25.00 2.500 394 436 26.00 2.427 395 437 26.00 2.704 426 472 27.00 2.617 426 472 27.00 2.916 459 509 28.00 2.815 458 507 28.00 3.136 494 547 29.00 3.019 491 544 29.00 3.364 530 587 30.00 3.231 526 582 30.00 3.600 567 628 31.00 3.450 561 31.00 3.844 606 671 32.00 3.676 598 32.00 4.096 645 715 33.00 3.910 636 33.00 4.356 686 760 34.00 4.150 675 34.00 4.624 728 807 35.00 4.398 716 35.00 4.900 772 855 15 16

1770 N/ 2 1960 N/ 2 1770 N/ 2 1960 N/ 2 6x19 W = 6x[1+6+(6+6)] 8.00 0.230 37.4 41.4 9.00 0.291 47.3 52.4 10.00 0.359 58.4 64.7 11.00 0.434 70.7 78.3 12.00 0.517 84.1 93.1 13.00 0.607 98.7 109.3 14.00 0.704 114 127 15.00 0.808 131 146 16.00 0.919 150 166 17.00 1.038 169 187 18.00 1.163 189 210 19.00 1.296 211 233 20.00 1.436 234 259 21.00 1.583 258 285 22.00 1.738 283 313 23.00 1.899 309 342 24.00 2.068 336 373 25.00 2.244 365 404 26.00 2.427 395 437 27.00 2.617 426 472 28.00 2.815 458 507 29.00 3.019 491 544 30.00 3.231 526 582 31.00 3.450 561 622 32.00 3.676 598 662 33.00 3.910 636 704 34.00 4.150 675 748 35.00 4.398 716 792 36.00 4.653 757 838 37.00 4.915 800 885 38.00 5.184 843 934 39.00 5.460 888 40.00 5.744 935 41.00 6.035 982 42.00 6.333 1030 43.00 6.638 1080 44.00 6.950 1131 8.00 0.256 40.3 44.7 9.00 0.324 51.0 56.5 10.00 0.400 63.0 69.8 11.00 0.484 76.2 84.4 12.00 0.576 90.7 100.5 13.00 0.676 106.5 117.9 14.00 0.784 124 137 15.00 0.900 142 157 16.00 1.024 161 179 17.00 1.156 182 202 18.00 1.296 204 226 19.00 1.444 227 252 20.00 1.600 252 279 21.00 1.764 278 308 22.00 1.936 305 338 23.00 2.116 333 369 24.00 2.304 363 402 25.00 2.500 394 436 26.00 2.704 426 472 27.00 2.916 459 509 28.00 3.136 494 547 29.00 3.364 530 587 30.00 3.600 567 628 31.00 3.844 606 671 32.00 4.096 645 715 33.00 4.356 686 760 34.00 4.624 728 807 35.00 4.900 772 855 36.00 5.184 817 904 37.00 5.476 863 955 38.00 5.776 910 1008 39.00 6.084 958 40.00 6.400 1008 41.00 6.724 1059 42.00 7.056 1112 43.00 7.396 1165 44.00 7.744 1220 6x19 W = 6x[1+6+(6+6)] 17 18

1770 N/ 2 1960 N/ 2 1770 N/ 2 1960 N/ 2 6x19 Filler = 6x(1+6+6F+12) 10.00 0.359 58.4 64.7 11.00 0.434 70.7 78.3 12.00 0.517 84.1 93.1 13.00 0.607 98.7 109.3 14.00 0.704 114 127 15.00 0.808 131 146 16.00 0.919 150 166 17.00 1.038 169 187 18.00 1.163 189 210 19.00 1.296 211 233 20.00 1.436 234 259 21.00 1.583 258 285 22.00 1.738 283 313 23.00 1.899 309 342 24.00 2.068 336 373 25.00 2.244 365 404 26.00 2.427 395 437 27.00 2.617 426 472 28.00 2.815 458 507 29.00 3.019 491 544 30.00 3.231 526 582 31.00 3.450 561 622 32.00 3.676 598 662 33.00 3.910 636 704 34.00 4.150 675 748 35.00 4.398 716 792 36.00 4.653 757 838 37.00 4.915 800 885 38.00 5.184 843 934 39.00 5.460 888 984 40.00 5.744 935 1035 41.00 6.035 982 1087 42.00 6.333 1030 43.00 6.638 1080 44.00 6.950 1131 45.00 7.270 1183 46.00 7.596 1236 10.00 0.400 63.0 69.8 11.00 0.484 76.2 84.4 12.00 0.576 90.7 100.5 13.00 0.676 106.5 117.9 14.00 0.784 124 137 15.00 0.900 142 157 16.00 1.024 161 179 17.00 1.156 182 202 18.00 1.296 204 226 19.00 1.444 227 252 20.00 1.600 252 279 21.00 1.764 278 308 22.00 1.936 305 338 23.00 2.116 333 369 24.00 2.304 363 402 25.00 2.500 394 436 26.00 2.704 426 472 27.00 2.916 459 509 28.00 3.136 494 547 29.00 3.364 530 587 30.00 3.600 567 628 31.00 3.844 606 671 32.00 4.096 645 715 33.00 4.356 686 760 34.00 4.624 728 807 35.00 4.900 772 855 36.00 5.184 817 904 37.00 5.476 863 955 38.00 5.776 910 1008 39.00 6.084 958 1061 40.00 6.400 1008 1116 41.00 6.724 1059 1173 42.00 7.056 1112 43.00 7.396 1165 44.00 7.744 1220 45.00 8.100 1276 46.00 8.464 1333 6x19 Filler = 6x(1+6+6F+12) 19 20

1770 N/ 2 1960 N/ 2 1770 N/ 2 1960 N/ 2 6x19M = 6x(1+6+12) 8.00 0.221 34.8 38.5 9.00 0.280 44.0 48.7 10.00 0.346 54.3 60.2 11.00 0.419 65.8 72.8 12.00 0.498 78.2 86.6 13.00 0.585 91.8 101.7 14.00 0.678 107 118 15.00 0.779 122 135 16.00 0.886 139 154 17.00 1.000 157 174 18.00 1.121 176 195 19.00 1.249 196 217 20.00 1.384 217 241 21.00 1.526 240 265 22.00 1.675 263 291 23.00 1.830 287 318 24.00 1.993 313 347 25.00 2.163 340 376 26.00 2.339 367 407 27.00 2.522 396 439 28.00 2.713 426 472 29.00 2.910 457 506 30.00 3.114 489 542 31.00 3.325 522 578 32.00 3.543 556 616 33.00 3.768 592 655 34.00 4.000 628 696 35.00 4.239 666 737 36.00 4.484 704 780 37.00 4.737 744 824 38.00 4.996 785 869 39.00 5.263 826 915 40.00 5.536 869 963 41.00 5.816 913 42.00 6.103 959 43.00 6.398 1005 44.00 6.699 1052 8.00 0.244 37.6 41.6 9.00 0.309 47.6 52.7 10.00 0.381 58.8 65.1 11.00 0.461 71.1 78.7 12.00 0.549 84.6 93.7 13.00 0.644 99.3 110.0 14.00 0.747 115 128 15.00 0.857 132 146 16.00 0.975 150 167 17.00 1.101 170 188 18.00 1.234 190 211 19.00 1.375 212 235 20.00 1.524 235 260 21.00 1.680 259 287 22.00 1.844 284 315 23.00 2.015 311 344 24.00 2.195 338 375 25.00 2.381 367 407 26.00 2.576 397 440 27.00 2.777 428 474 28.00 2.987 461 510 29.00 3.204 494 547 30.00 3.429 529 586 31.00 3.661 565 625 32.00 3.901 602 666 33.00 4.149 640 709 34.00 4.404 679 752 35.00 4.667 720 797 36.00 4.938 762 843 37.00 5.216 804 891 38.00 5.502 849 940 39.00 5.795 894 990 40.00 6.096 940 1041 41.00 6.405 988 42.00 6.721 1037 43.00 7.045 1087 44.00 7.376 1138 6x19M = 6x(1+6+12) 21 22

1770 N/ 2 1960 N/ 2 1770 N/ 2 1960 N/ 2 6x31WS = 6x[1+6+(6+6)+12] 8.00 0.235 37.4 41.4 9.00 0.297 47.3 52.4 10.00 0.367 58.4 64.7 11.00 0.444 70.7 78.3 12.00 0.528 84.1 93.1 13.00 0.620 98.7 109.3 14.00 0.719 114 127 15.00 0.826 131 146 16.00 0.940 150 166 17.00 1.061 169 187 18.00 1.189 189 210 19.00 1.325 211 233 20.00 1.468 234 259 21.00 1.618 258 285 22.00 1.776 283 313 23.00 1.941 309 342 24.00 2.114 336 373 25.00 2.294 365 404 26.00 2.481 395 437 27.00 2.675 426 472 28.00 2.877 458 507 29.00 3.086 491 544 30.00 3.303 526 582 31.00 3.527 561 622 32.00 3.758 598 662 33.00 3.997 636 704 34.00 4.243 675 748 35.00 4.496 716 792 36.00 4.756 757 838 37.00 5.024 800 885 38.00 5.299 843 934 39.00 5.582 888 984 40.00 5.872 935 1035 41.00 6.169 982 1087 42.00 6.474 1030 1141 43.00 6.786 1080 1196 44.00 7.105 1131 1252 46.00 7.766 1236 1369 48.00 8.456 1346 50.00 9.175 1460 8.00 0.262 40.3 44.7 9.00 0.331 51.0 56.5 10.00 0.409 63.0 69.8 11.00 0.495 76.2 84.4 12.00 0.589 90.7 100.5 13.00 0.691 106.5 117.9 14.00 0.802 124 137 15.00 0.920 142 157 16.00 1.047 161 179 17.00 1.182 182 202 18.00 1.325 204 226 19.00 1.476 227 252 20.00 1.636 252 279 21.00 1.804 278 308 22.00 1.980 305 338 23.00 2.164 333 369 24.00 2.356 363 402 25.00 2.556 394 436 26.00 2.765 426 472 27.00 2.982 459 509 28.00 3.207 494 547 29.00 3.440 530 587 30.00 3.681 567 628 31.00 3.930 606 671 32.00 4.188 645 715 33.00 4.454 686 760 34.00 4.728 728 807 35.00 5.010 772 855 36.00 5.301 817 904 37.00 5.599 863 955 38.00 5.906 910 1008 39.00 6.221 958 1061 40.00 6.544 1008 1116 41.00 6.875 1059 1173 42.00 7.215 1112 1231 43.00 7.562 1165 1290 44.00 7.918 1220 1351 46.00 8.654 1333 1476 48.00 9.423 1452 50.00 10.225 1575 6x31WS = 6x[1+6+(6+6)+12] 52.00 9.924 1579 52.00 11.059 1704 23 24

1770 N/ 2 1960 N/ 2 1770 N/ 2 1960 N/ 2 6x26WS = 6x[1+5+(5+5)+10] 8.00 0.235 37.4 41.4 9.00 0.297 47.3 52.4 10.00 0.367 58.4 64.7 11.00 0.444 70.7 78.3 12.00 0.528 84.1 93.1 13.00 0.620 98.7 109.3 14.00 0.719 114 127 15.00 0.826 131 146 16.00 0.940 150 166 17.00 1.061 169 187 18.00 1.189 189 210 19.00 1.325 211 233 20.00 1.468 234 259 21.00 1.618 258 285 22.00 1.776 283 313 23.00 1.941 309 342 24.00 2.114 336 373 25.00 2.294 365 404 26.00 2.481 395 437 27.00 2.675 426 472 28.00 2.877 458 507 29.00 3.086 491 544 30.00 3.303 526 582 31.00 3.527 561 622 32.00 3.758 598 662 33.00 3.997 636 704 34.00 4.243 675 748 35.00 4.496 716 792 36.00 4.756 757 838 37.00 5.024 800 885 38.00 5.299 843 934 39.00 5.582 888 984 40.00 5.872 935 1035 41.00 6.169 982 42.00 6.474 1030 43.00 6.786 1080 44.00 7.105 1131 8.00 0.262 40.3 44.7 9.00 0.331 51.0 56.5 10.00 0.409 63.0 69.8 11.00 0.495 76.2 84.4 12.00 0.589 90.7 100.5 13.00 0.691 106.5 117.9 14.00 0.802 124 137 15.00 0.920 142 157 16.00 1.047 161 179 17.00 1.182 182 202 18.00 1.325 204 226 19.00 1.476 227 252 20.00 1.636 252 279 21.00 1.804 278 308 22.00 1.980 305 338 23.00 2.164 333 369 24.00 2.356 363 402 25.00 2.556 394 436 26.00 2.765 426 472 27.00 2.982 459 509 28.00 3.207 494 547 29.00 3.440 530 587 30.00 3.681 567 628 31.00 3.930 606 671 32.00 4.188 645 715 33.00 4.454 686 760 34.00 4.728 728 807 35.00 5.010 772 855 36.00 5.301 817 904 37.00 5.599 863 955 38.00 5.906 910 1008 39.00 6.221 958 1061 40.00 6.544 1008 1116 41.00 6.875 1059 42.00 7.215 1112 43.00 7.562 1165 44.00 7.918 1220 6x26WS = 6x[1+5+(5+5)+10] 25 26

1770 N/ 2 1960 N/ 2 1770 N/ 2 1960 N/ 2 6x36WS = 6x[1+7+(7+7)+14] 8.00 0.235 37.4 41.4 9.00 0.297 47.3 52.4 10.00 0.367 58.4 64.7 11.00 0.444 70.7 78.3 12.00 0.528 84.1 93.1 13.00 0.620 98.7 109.3 14.00 0.719 114 127 15.00 0.826 131 146 16.00 0.940 150 166 17.00 1.061 169 187 18.00 1.189 189 210 19.00 1.325 211 233 20.00 1.468 234 259 21.00 1.618 258 285 22.00 1.776 283 313 23.00 1.941 309 342 24.00 2.114 336 373 25.00 2.294 365 404 26.00 2.481 395 437 27.00 2.675 426 472 28.00 2.877 458 507 29.00 3.086 491 544 30.00 3.303 526 582 31.00 3.527 561 622 32.00 3.758 598 662 33.00 3.997 636 704 34.00 4.243 675 748 35.00 4.496 716 792 36.00 4.756 757 838 37.00 5.024 800 885 38.00 5.299 843 934 39.00 5.582 888 984 40.00 5.872 935 1035 41.00 6.169 982 1087 42.00 6.474 1030 1141 43.00 6.786 1080 1196 44.00 7.105 1131 1252 46.00 7.766 1236 1369 48.00 8.456 1346 1490 50.00 9.175 1460 1617 52.00 9.924 1579 1749 54.00 10.702 1703 56.00 11.509 1832 58.00 12.346 1965 8.00 0.262 40.3 44.7 9.00 0.331 51.0 56.5 10.00 0.409 63.0 69.8 11.00 0.495 76.2 84.4 12.00 0.589 90.7 100.5 13.00 0.691 106.5 117.9 14.00 0.802 124 137 15.00 0.920 142 157 16.00 1.047 161 179 17.00 1.182 182 202 18.00 1.325 204 226 19.00 1.476 227 252 20.00 1.636 252 279 21.00 1.804 278 308 22.00 1.980 305 338 23.00 2.164 333 369 24.00 2.356 363 402 25.00 2.556 394 436 26.00 2.765 426 472 27.00 2.982 459 509 28.00 3.207 494 547 29.00 3.440 530 587 30.00 3.681 567 628 31.00 3.930 606 671 32.00 4.188 645 715 33.00 4.454 686 760 34.00 4.728 728 807 35.00 5.010 772 855 36.00 5.301 817 904 37.00 5.599 863 955 38.00 5.906 910 1008 39.00 6.221 958 1061 40.00 6.544 1008 1116 41.00 6.875 1059 1173 42.00 7.215 1112 1231 43.00 7.562 1165 1290 44.00 7.918 1220 1351 46.00 8.654 1333 1476 48.00 9.423 1452 1608 50.00 10.225 1575 1744 52.00 11.059 1704 1887 54.00 11.926 1837 56.00 12.826 1976 58.00 13.759 2120 6x36WS = 6x[1+7+(7+7)+14] 27 28

1770 N/ 2 1960 N/ 2 8.00 0.221 33.4 37.0 8.00 0.244 36.1 40.0 9.00 0.280 42.3 46.8 9.00 0.309 45.7 50.6 10.00 0.346 52.2 57.8 10.00 0.381 56.5 62.5 11.00 0.419 63.2 70.0 11.00 0.461 68.3 75.7 12.00 0.498 75.2 83.3 12.00 0.549 81.3 90.0 13.00 0.585 88.2 97.7 13.00 0.644 95.4 105.7 14.00 0.678 102.3 113.3 14.00 0.747 110.7 122.5 15.00 0.779 117 130 15.00 0.857 127.0 140.7 16.00 0.886 134 148 16.00 0.975 144.5 160.1 17.00 1.000 151 167 17.00 1.101 163.2 180.7 18.00 1.121 169 187 18.00 1.234 182.9 202.6 19.00 1.249 188 209 19.00 1.375 203.8 225.7 20.00 1.384 209 231 20.00 1.524 225.9 250.1 21.00 1.526 230 255 21.00 1.680 249.0 275.7 22.00 1.675 253 280 22.00 1.844 273.3 302.6 23.00 1.830 276 306 23.00 2.015 298.7 330.8 24.00 1.993 301 333 24.00 2.195 325.2 360.1 25.00 2.163 326 361 25.00 2.381 352.9 390.8 26.00 2.339 353 391 26.00 2.576 381.7 422.7 27.00 2.522 381 422 27.00 2.777 411.6 455.8 28.00 2.713 409 453 28.00 2.987 442.7 490.2 29.00 2.910 439 486 29.00 3.204 474.9 525.8 30.00 3.114 470 520 30.00 3.429 508.2 562.7 31.00 3.325 502 556 31.00 3.661 542.6 600.9 32.00 3.543 535 592 32.00 3.901 578.2 640.2 33.00 3.768 569 630 33.00 4.149 614.9 680.9 34.00 4.000 604 668 34.00 4.404 652.7 722.8 35.00 4.239 640 708 35.00 4.667 691.7 765.9 6x37M = 6x[(1+6+12)+18] 36.00 4.484 677 749 36.00 4.938 731.8 810.3 6x37M = 6x[(1+6+12)+18] 37.00 4.737 715 792 37.00 5.216 773.0 856.0 38.00 4.996 754 835 38.00 5.502 815.3 902.8 39.00 5.263 794 879 39.00 5.795 858.8 951.0 40.00 5.536 835 925 40.00 6.096 903.4 1000.4 41.00 5.816 878 972 41.00 6.405 949.1 1051.0 42.00 6.103 921 1020 42.00 6.721 996.0 1102.9 43.00 6.398 965 1069 43.00 7.045 1044.0 1156.1 44.00 6.699 1011 1119 44.00 7.376 1093.1 1210.5 45.00 7.007 1057 1171 45.00 7.715 1143.4 1266.1 46.00 7.321 1105 1223 46.00 8.062 1194.8 1323.0 47.00 7.643 1153 1277 47.00 8.416 1247.3 1381.2 48.00 7.972 1203 1332 48.00 8.778 1300.9 1440.6 49.00 8.307 1254 1388 49.00 9.148 1355.7 1501.2 50.00 8.650 1305 1446 50.00 9.525 1411.6 1563.1 51.00 8.999 1358 1504 51.00 9.910 1468.6 1626.2 52.00 9.356 1412 1563 52.00 10.302 1526.8 1690.6 53.00 9.719 1467 1624 53.00 10.702 1586.0 1756.3 54.00 10.089 1523 1686 54.00 11.110 1646.5 1823.2 55.00 10.467 1580 1749 55.00 11.525 1708.0 1891.4 56.00 10.851 1637 1813 56.00 11.948 1770.7 1960.8 57.00 11.242 1696 1879 57.00 12.379 1834.5 2031.4 58.00 11.639 1757 1945 58.00 12.817 1899.4 2103.3 59.00 12.044 1818 2013 59.00 13.263 1965.5 2176.5 60.00 12.456 1880 2082 60.00 13.716 2032.7 2250.9 61.00 12.875 1943 61.00 14.177 2101.0 62.00 13.300 2007 62.00 14.646 2170.4 63.00 13.733 2072 63.00 15.122 2241.0 64.00 14.172 2139 64.00 15.606 2312.7 65.00 14.619 2206 65.00 16.097 2385.6 29 66.00 15.072 2274 66.00 16.596 2459.5 30 1770 N/ 2 1960 N/ 2

1770 N/ 2 1960 N/ 2 1770 N/ 2 1960 N/ 2 6x41WS = 6x[1+8+(8+8)+16] 18.00 1.189 189 210 19.00 1.325 211 233 20.00 1.468 234 259 21.00 1.618 258 285 22.00 1.776 283 313 23.00 1.941 309 342 24.00 2.114 336 373 25.00 2.294 365 404 26.00 2.481 395 437 27.00 2.675 426 472 28.00 2.877 458 507 29.00 3.086 491 544 30.00 3.303 526 582 31.00 3.527 561 622 32.00 3.758 598 662 33.00 3.997 636 704 34.00 4.243 675 748 35.00 4.496 716 792 36.00 4.756 757 838 37.00 5.024 800 885 38.00 5.299 843 934 39.00 5.582 888 984 40.00 5.872 935 1035 41.00 6.169 982 1087 42.00 6.474 1030 1141 43.00 6.786 1080 1196 44.00 7.105 1131 1252 46.00 7.766 1236 1369 48.00 8.456 1346 1490 50.00 9.175 1460 1617 52.00 9.924 1579 1749 54.00 10.702 1703 1886 56.00 11.509 1832 2028 58.00 12.346 1965 60.00 13.212 2103 62.00 14.107 2245 18.00 1.325 204 226 19.00 1.476 227 252 20.00 1.636 252 279 21.00 1.804 278 308 22.00 1.980 305 338 23.00 2.164 333 369 24.00 2.356 363 402 25.00 2.556 394 436 26.00 2.765 426 472 27.00 2.982 459 509 28.00 3.207 494 547 29.00 3.440 530 587 30.00 3.681 567 628 31.00 3.930 606 671 32.00 4.188 645 715 33.00 4.454 686 760 34.00 4.728 728 807 35.00 5.010 772 855 36.00 5.301 817 904 37.00 5.599 863 955 38.00 5.906 910 1008 39.00 6.221 958 1061 40.00 6.544 1008 1116 41.00 6.875 1059 1173 42.00 7.215 1112 1231 43.00 7.562 1165 1290 44.00 7.918 1220 1351 46.00 8.654 1333 1476 48.00 9.423 1452 1608 50.00 10.225 1575 1744 52.00 11.059 1704 1887 54.00 11.926 1837 2035 56.00 12.826 1976 2188 58.00 13.759 2120 60.00 14.724 2268 62.00 15.722 2422 6x41WS = 6x[1+8+(8+8)+16] 31 32

1770 N/ 2 1960 N/ 2 1770 N/ 2 1960 N/ 2 8x19 Seale = 8x(1+9+9) 8.00 0.218 33.2 36.8 9.00 0.275 42.0 46.5 10.00 0.340 51.9 57.4 11.00 0.411 62.8 69.5 12.00 0.490 74.7 82.7 13.00 0.575 87.6 97.1 14.00 0.666 101.6 112.6 15.00 0.765 117 129 16.00 0.870 133 147 17.00 0.983 150 166 18.00 1.102 168 186 19.00 1.227 187 207 20.00 1.360 207 230 21.00 1.499 229 253 22.00 1.646 251 278 23.00 1.799 274 304 24.00 1.958 299 331 25.00 2.125 324 359 26.00 2.298 351 388 27.00 2.479 378 419 28.00 2.666 407 450 29.00 2.859 436 483 30.00 3.060 467 517 31.00 3.267 498 552 32.00 3.482 531 588 33.00 3.703 565 625 34.00 3.930 600 664 35.00 4.165 635 703 36.00 4.406 672 744 37.00 4.655 710 786 38.00 4.910 749 829 39.00 5.171 789 873 40.00 5.440 830 919 41.00 5.715 872 965 42.00 5.998 915 1013 43.00 6.287 959 1062 44.00 6.582 1004 1112 45.00 6.885 1050 46.00 7.194 1097 47.00 7.511 1146 48.00 7.834 1195 49.00 8.163 1245 50.00 8.500 1297 8.00 0.260 40.3 44.7 9.00 0.330 51.0 56.5 10.00 0.407 63.0 69.8 11.00 0.492 76.2 84.4 12.00 0.586 90.7 100.5 13.00 0.688 106 118 14.00 0.798 124 137 15.00 0.916 142 157 16.00 1.042 161 179 17.00 1.176 182 202 18.00 1.319 204 226 19.00 1.469 227 252 20.00 1.628 252 279 21.00 1.795 278 308 22.00 1.970 305 338 23.00 2.153 333 369 24.00 2.344 363 402 25.00 2.544 394 436 26.00 2.751 426 472 27.00 2.967 459 509 28.00 3.191 494 547 29.00 3.423 530 587 30.00 3.663 567 628 31.00 3.911 606 671 32.00 4.168 645 715 33.00 4.432 686 760 34.00 4.705 728 807 35.00 4.986 772 855 36.00 5.275 817 904 37.00 5.572 863 955 38.00 5.877 910 1008 39.00 6.190 958 1061 40.00 6.512 1008 1116 41.00 6.842 1059 1173 42.00 7.179 1112 1231 43.00 7.525 1165 1290 44.00 7.880 1220 1351 45.00 8.242 1276 46.00 8.612 1333 47.00 8.991 1392 48.00 9.377 1452 49.00 9.772 1513 50.00 10.175 1575 8x19 Seale = 8x(1+9+9) 33 34

1770 N/ 2 1960 N/ 2 1770 N/ 2 1960 N/ 2 8x19 W = 8x[1+6+(6+6)] 8.00 0.218 33.2 36.8 9.00 0.275 42.0 46.5 10.00 0.340 51.9 57.4 11.00 0.411 62.8 69.5 12.00 0.490 74.7 82.7 13.00 0.575 87.6 97.1 14.00 0.666 101.6 112.6 15.00 0.765 117 129 16.00 0.870 133 147 17.00 0.983 150 166 18.00 1.102 168 186 19.00 1.227 187 207 20.00 1.360 207 230 21.00 1.499 229 253 22.00 1.646 251 278 23.00 1.799 274 304 24.00 1.958 299 331 25.00 2.125 324 359 26.00 2.298 351 388 27.00 2.479 378 419 28.00 2.666 407 450 29.00 2.859 436 483 30.00 3.060 467 517 31.00 3.267 498 552 32.00 3.482 531 588 33.00 3.703 565 625 34.00 3.930 600 664 35.00 4.165 635 703 36.00 4.406 672 744 37.00 4.655 710 786 38.00 4.910 749 829 39.00 5.171 789 873 40.00 5.440 830 919 41.00 5.715 872 965 42.00 5.998 915 1013 43.00 6.287 959 1062 44.00 6.582 1004 1112 45.00 6.885 1050 1163 46.00 7.194 1097 1215 47.00 7.511 1146 48.00 7.834 1195 49.00 8.163 1245 50.00 8.500 1297 51.00 8.843 1349 8.00 0.260 40.3 44.7 9.00 0.330 51.0 56.5 10.00 0.407 63.0 69.8 11.00 0.492 76.2 84.4 12.00 0.586 90.7 100.5 13.00 0.688 106 118 14.00 0.798 124 137 15.00 0.916 142 157 16.00 1.042 161 179 17.00 1.176 182 202 18.00 1.319 204 226 19.00 1.469 227 252 20.00 1.628 252 279 21.00 1.795 278 308 22.00 1.970 305 338 23.00 2.153 333 369 24.00 2.344 363 402 25.00 2.544 394 436 26.00 2.751 426 472 27.00 2.967 459 509 28.00 3.191 494 547 29.00 3.423 530 587 30.00 3.663 567 628 31.00 3.911 606 671 32.00 4.168 645 715 33.00 4.432 686 760 34.00 4.705 728 807 35.00 4.986 772 855 36.00 5.275 817 904 37.00 5.572 863 955 38.00 5.877 910 1008 39.00 6.190 958 1061 40.00 6.512 1008 1116 41.00 6.842 1059 1173 42.00 7.179 1112 1231 43.00 7.525 1165 1290 44.00 7.880 1220 1351 45.00 8.242 1276 1413 46.00 8.612 1333 1476 47.00 8.991 1392 48.00 9.377 1452 49.00 9.772 1513 50.00 10.175 1575 51.00 10.586 1639 8x19 W = 8x[1+6+(6+6)] 52.00 9.194 1402 52.00 11.005 1704 35 36

1770 N/ 2 1960 N/ 2 1770 N/ 2 1960 N/ 2 8x19 Filler = 8x(1+6+6F+12) 8.00 0.218 33.2 36.8 9.00 0.275 42.0 46.5 10.00 0.340 51.9 57.4 11.00 0.411 62.8 69.5 12.00 0.490 74.7 82.7 13.00 0.575 87.6 97.1 14.00 0.666 102 113 15.00 0.765 117 129 16.00 0.870 133 147 17.00 0.983 150 166 18.00 1.102 168 186 19.00 1.227 187 207 20.00 1.360 207 230 21.00 1.499 229 253 22.00 1.646 251 278 23.00 1.799 274 304 24.00 1.958 299 331 25.00 2.125 324 359 26.00 2.298 351 388 27.00 2.479 378 419 28.00 2.666 407 450 29.00 2.859 436 483 30.00 3.060 467 517 31.00 3.267 498 552 32.00 3.482 531 588 33.00 3.703 565 625 34.00 3.930 600 664 35.00 4.165 635 703 36.00 4.406 672 744 37.00 4.655 710 786 38.00 4.910 749 829 39.00 5.171 789 873 40.00 5.440 830 919 41.00 5.715 872 965 42.00 5.998 915 1013 43.00 6.287 959 1062 44.00 6.582 1004 1112 45.00 6.885 1050 1163 46.00 7.194 1097 1215 47.00 7.511 1146 1269 48.00 7.834 1195 1323 8.00 0.260 40.3 44.7 9.00 0.330 51.0 56.5 10.00 0.407 63.0 69.8 11.00 0.492 76.2 84.4 12.00 0.586 90.7 100.5 13.00 0.688 106.5 117.9 14.00 0.798 124 137 15.00 0.916 142 157 16.00 1.042 161 179 17.00 1.176 182 202 18.00 1.319 204 226 19.00 1.469 227 252 20.00 1.628 252 279 21.00 1.795 278 308 22.00 1.970 305 338 23.00 2.153 333 369 24.00 2.344 363 402 25.00 2.544 394 436 26.00 2.751 426 472 27.00 2.967 459 509 28.00 3.191 494 547 29.00 3.423 530 587 30.00 3.663 567 628 31.00 3.911 606 671 32.00 4.168 645 715 33.00 4.432 686 760 34.00 4.705 728 807 35.00 4.986 772 855 36.00 5.275 817 904 37.00 5.572 863 955 38.00 5.877 910 1008 39.00 6.190 958 1061 40.00 6.512 1008 1116 41.00 6.842 1059 1173 42.00 7.179 1112 1231 43.00 7.525 1165 1290 44.00 7.880 1220 1351 45.00 8.242 1276 1413 46.00 8.612 1333 1476 47.00 8.991 1392 1541 48.00 9.377 1452 1608 8x19 Filler = 8x(1+6+6F+12) 37 38

1770 N/ 2 1960 N/ 2 1770 N/ 2 1960 N/ 2 8x26 WS = 8x[1+5+(5+5)+10] 10.00 0.356 51.9 57.4 11.00 0.431 62.8 69.5 12.00 0.513 74.7 82.7 13.00 0.602 87.6 97.1 14.00 0.698 101.6 112.6 15.00 0.801 117 129 16.00 0.911 133 147 17.00 1.029 150 166 18.00 1.153 168 186 19.00 1.285 187 207 20.00 1.424 207 230 21.00 1.570 229 253 22.00 1.723 251 278 23.00 1.883 274 304 24.00 2.051 299 331 25.00 2.225 324 359 26.00 2.407 351 388 27.00 2.595 378 419 28.00 2.791 407 450 29.00 2.994 436 483 30.00 3.204 467 517 31.00 3.421 498 552 32.00 3.645 531 588 33.00 3.877 565 625 34.00 4.115 600 664 35.00 4.361 635 703 36.00 4.614 672 744 37.00 4.874 710 786 38.00 5.141 749 829 39.00 5.415 789 873 40.00 5.696 830 919 41.00 5.984 872 965 42.00 6.280 915 1013 43.00 6.582 959 1062 44.00 6.892 1004 1112 46.00 7.533 1097 1215 48.00 8.202 1195 1323 50.00 8.900 1297 1436 52.00 9.626 1402 1553 54.00 10.381 1512 1675 56.00 11.164 1626 1801 58.00 11.976 1745 1932 60.00 12.816 1867 2067 10.00 0.435 63.0 69.8 11.00 0.526 76.2 84.4 12.00 0.626 90.7 100.5 13.00 0.735 106.5 117.9 14.00 0.853 124 137 15.00 0.979 142 157 16.00 1.114 161 179 17.00 1.257 182 202 18.00 1.409 204 226 19.00 1.570 227 252 20.00 1.740 252 279 21.00 1.918 278 308 22.00 2.105 305 338 23.00 2.301 333 369 24.00 2.506 363 402 25.00 2.719 394 436 26.00 2.941 426 472 27.00 3.171 459 509 28.00 3.410 494 547 29.00 3.658 530 587 30.00 3.915 567 628 31.00 4.180 606 671 32.00 4.454 645 715 33.00 4.737 686 760 34.00 5.029 728 807 35.00 5.329 772 855 36.00 5.638 817 904 37.00 5.955 863 955 38.00 6.281 910 1008 39.00 6.616 958 1061 40.00 6.960 1008 1116 41.00 7.312 1059 1173 42.00 7.673 1112 1231 43.00 8.043 1165 1290 44.00 8.422 1220 1351 46.00 9.205 1333 1476 48.00 10.022 1452 1608 50.00 10.875 1575 1744 52.00 11.762 1704 1887 54.00 12.685 1837 2035 56.00 13.642 1976 2188 58.00 14.633 2120 2347 60.00 15.660 2268 2512 8x26 WS = 8x[1+5+(5+5)+10] 39 40

1770 N/ 2 1960 N/ 2 1770 N/ 2 1960 N/ 2 8x36 WS = 8x[1+7+(7+7)+14] 10.00 0.356 51.9 57.4 11.00 0.431 62.8 69.5 12.00 0.513 74.7 82.7 13.00 0.602 87.6 97.1 14.00 0.698 101.6 112.6 15.00 0.801 117 129 16.00 0.911 133 147 17.00 1.029 150 166 18.00 1.153 168 186 19.00 1.285 187 207 20.00 1.424 207 230 21.00 1.570 229 253 22.00 1.723 251 278 23.00 1.883 274 304 24.00 2.051 299 331 25.00 2.225 324 359 26.00 2.407 351 388 27.00 2.595 378 419 28.00 2.791 407 450 29.00 2.994 436 483 30.00 3.204 467 517 31.00 3.421 498 552 32.00 3.645 531 588 33.00 3.877 565 625 34.00 4.115 600 664 35.00 4.361 635 703 36.00 4.614 672 744 37.00 4.874 710 786 38.00 5.141 749 829 39.00 5.415 789 873 40.00 5.696 830 919 41.00 5.984 872 965 42.00 6.280 915 1013 43.00 6.582 959 1062 44.00 6.892 1004 1112 46.00 7.533 1097 1215 48.00 8.202 1195 1323 50.00 8.900 1297 1436 52.00 9.626 1402 1553 54.00 10.381 1512 1675 56.00 11.164 1626 58.00 11.976 1745 60.00 12.816 1867 10.00 0.435 63.0 69.8 11.00 0.526 76.2 84.4 12.00 0.626 90.7 100.5 13.00 0.735 106.5 117.9 14.00 0.853 124 137 15.00 0.979 142 157 16.00 1.114 161 179 17.00 1.257 182 202 18.00 1.409 204 226 19.00 1.570 227 252 20.00 1.740 252 279 21.00 1.918 278 308 22.00 2.105 305 338 23.00 2.301 333 369 24.00 2.506 363 402 25.00 2.719 394 436 26.00 2.941 426 472 27.00 3.171 459 509 28.00 3.410 494 547 29.00 3.658 530 587 30.00 3.915 567 628 31.00 4.180 606 671 32.00 4.454 645 715 33.00 4.737 686 760 34.00 5.029 728 807 35.00 5.329 772 855 36.00 5.638 817 904 37.00 5.955 863 955 38.00 6.281 910 1008 39.00 6.616 958 1061 40.00 6.960 1008 1116 41.00 7.312 1059 1173 42.00 7.673 1112 1231 43.00 8.043 1165 1290 44.00 8.422 1220 1351 46.00 9.205 1333 1476 48.00 10.022 1452 1608 50.00 10.875 1575 1744 52.00 11.762 1704 1887 54.00 12.685 1837 2035 56.00 13.642 1976 58.00 14.633 2120 60.00 15.660 2268 8x36 WS = 8x[1+7+(7+7)+14] 41 42