catálogo general 2008

General CatalogueCatalogue Général Año 2008 Catálogo General La Empresa Un referente mundial en tornillería ÁMBITO TORNILLERÍA INDUSTRIAL nace de la voluntad de ofrecer soluciones a la complejidad de la demanda en los distintos sectores industriales en los que cada proyecto constructivo conlleva, tanto el conocimiento exhaustivo de todas las posibilidades técnicas cómo de los requisitos normativos adecuados a cada obra. OBJETIVOS En TORNILLERÍA INDUSTRIAL, trabajamos con rigor y eficacia para convertirnos en un referente mundial como proveedor de tornillos, tuercas, arandelas y fijaciones especiales de alta resistencia. Con ello y el eficaz marco de cooperación creado entre nuestro equipo humano, nuestros colaboradores y nuestro mercado, estamos en condiciones de ofrecer un servicio fiable y eficaz para garantizar la plena satisfacción del cliente. PERFIL CORPORATIVO Fundada en 1979, en TORNILLERÍA INDUSTRIAL S.A., nos hemos especializado en atender las necesidades de los más diversos sectores industriales, tanto en el mercado nacional como en los internacionales ofreciendo, desde hace más de 30 años, una extensa gama de tornillería tanto especial como normalizada. SERVICIO Nuestros modernos almacenes automáticos permiten administrar un stock medio muy cercano a las 6.000 tn de producto con más de 7.000 palets. Todo ello con el apoyo de un potente sistema informático, que hace posible la rápida expedición de los pedidos a nuestros clientes. SPHERE OF ACTIVITY TORNILLERIA INDUSTRIAL exists to offer solutions in response to the complexity of demand from diverse industrial sectors through exhaustive analysis of all technical possibilities whilst meeting the required specifications of each project. OBJECTIVES In TORNILLERIA INDUSTRIAL, we are working rigorously and efficiently to become a global reference point as a supplier of nuts, bolts, washers and high resistance special fasteners. The quality of our products and the very high degree of collaboration established between our workforce, our associates and our market, allow us to offer a reliable and efficient service that guarantees client satisfaction. CORPORATE PROFILE Founded in 1979, TORNILLERIA INDUSTRIAL S.A. has, over the last 30 years, specialised in meeting the needs of a very diverse range of industrial sectors in both the Spanish and international markets, offering an extensive range of general and specialist nut and bolt products. SERVICE Our modern warehouse with an automatic retrieval racking system for close to 7.000 pallets allow us to co-ordinate a stock averaging some 6.000 tons of products. Our powerful computerised stock control system guarantees rapid response and dispatch of all customer orders. The Company A global benchmark L’Entreprise Un modèle en visserie LE CADRE TORNILLERÍA INDUSTRIAL est naît de la volonté d’offrir des solutions à la complexité de la demande dans les différents secteurs industriels; chaque projet constructif requiert la connaissance exhaustive de toutes les possibilités techniques, et aussi des conditions normatives adaptées à chaques actions. OBJECTIFS TORNILLERÍA INDUSTRIAL privilégie la rigueur et l’efficacité dans son travail, afin de devenir une référence mondiale dans la boulonnerie générale et la fixation spéciale à haute résistance. Dans le cadre d’un équilibre recherché entre notre équipe humaine, nos collaborateurs et notre marché, nous regroupons toutes les meilleures conditions pour offrir un service efficace et fiable, garantissant la satisfaction de nos clients. PROFIL CORPORATIF TORNILLERÍA INDUSTRIAL se spécialise dès 1979, à répondre aux besoins des secteurs industriels les plus diverses, autant sur le marché national, qu’international. En offrant ainsi depuis plus de 30 ans, une large gamme de Boulonnerie, spéciale ou normalisée. SERVICES Les performances de nos locaux modernisés et robotisés, nous permettent la gestion d’un stock d’environ 6000 tonnes de matériel, soit presque 7000 palettes. L’innovation de notre système informatique offre une réponse rapide pour les expéditions des commandes. Índice por categorías Categ. 1 Tornillos con cabeza hexagonal Hexagonal head bolts/Boulons à tête hexagonale 6 2 Tornillos con hexágono interior Hexagonal socket head cap screws/Vis à six pans creux 7 3 Tornillos para metales Screws for metals/Vis pour métaux 8 4 Otros tornillos métricos Other metric screws/Autres vis métriques 9 5 Tuercas Nuts/Ecrous 10 6 Arandelas Washers/Rondelles 11 7 Tornillos para chapa y madera Self-tapping and chipboard screws/Vis à tôle et vis à bois 12 8 Anclajes Anchors/Chevilles 13 9 Pernos y abarcones Studbolts and U-bolts/Goujons et étriers 14 10 Pasadores y remaches Pins and rivets/Goupilles et rivets 15 11 Varios Other items/Divers 16 12 Especificaciones técnicas Technical specifications/Espécifications téchniques 200 13 Condiciones de ventas General terms of sale/Conditions de ventes 222 14 Índice Index/Index 225 15 238 Certification UNE-EN ISO 9001:2000 16 Homologación de productos Products homologation/Homologation des produits 239 . Descripción/Description Pg. 160 EN 14399-4 .pg.pg. 154 EN 14399-3 . 122 DIN 6921 .pg.pg. 128 DIN 7990 .pg.pg. 162 . 72 DIN 933 . 83 DIN 961 . 84 DIN 6914 .pg.pg. 75 DIN 960 .pg.Tornillos con cabeza hexagonal 1 6 Hexagonal head bolts Boulons à tête hexagonale DIN 931 . 66 DIN 914 .pg.pg. 155 Tornillos con hexágono interior DIN 911 . 151 DIN 7991 .pg. 68 DIN 916 .pg.pg.Hexagonal socket head cap screws Vis à six pans creux DIN 912 . 69 DIN 6912 . 64 DIN 913 .pg.pg.pg.pg. 67 DIN 915 . 137 DIN 7984 . 63 2 7 . 120 ISO 7380 .pg. 86 DIN 965 . 152 .pg.Tornillos para metales 3 8 Screws for metals Vis pour métaux DIN 84 .pg. 87 DIN 966 .pg. 21 DIN 85 . 85 DIN 964 .pg.pg. 22 DIN 963 . 88 DIN 7985 .pg.pg. Other metric screws Autres vis métriques DIN 316 .pg. 33 4 9 . 57 Otros tornillos métricos DIN 186-B . 56 DIN 608 .pg. 35 DIN 444-B . 40 DIN 603 .pg. 54 DIN 604 .pg.pg.pg.pg. 55 DIN 605 . pg. 164 Tuercas clavables Drive-in nuts for wood Tcas. cab.pg. Blind riv. 171 10 pg.cab. 93 DIN 1587 .pg.nuts cilindr. 124 DIN 6923 .pg. remach. 161 EN 14399-4 . 70 DIN 929 .pg.nuts counter.pg. 78 DIN 935 . 92 DIN 985 . cilín.pg.pg.pg.pg. 158 EN 14399-3 .head pg.pg. 79 DIN 936 . 50 DIN 928 .pg.pg. 49 DIN 557 . 80 DIN 980V . 39 DIN 555 .pg. 129 DIN 7967 . 143 ASTM A194 . 107 DIN 6330B . remach.head pg.pg.pg. 173 .pg. 172 Tcas.avellad.pg. 113 DIN 6915 . 71 DIN 934 . Blind riv. 112 DIN 6334 . 34 DIN 439B .pg.Tuercas 5 Nuts Ecrous DIN 315 .pg.pg. 91 DIN 982 . pg. 30 DIN 137A . 168 Aran.pg. 108 DIN 2093B . 175 Arandelas DIN 93 .pg.pg.pg. 109 DIN 6797A .pg. 166 NFE25-511M . 117 DIN 6798V . estanqueidad Sealing rings . 36 DIN 434 . 37 DIN 435 .pg.pg. 32 DIN 433 . 156 IDT F959M . 94 DIN 1441 .pg. 167 NFE25-511Z .pg.pg. 116 DIN 6798J .pg. 31 DIN 137B . 165 NFE25-511L .pg.pg.pg. 95 DIN 2093A .pg.pg. 114 DIN 6797J . 159 EN14399-6 .pg.pg.pg.pg. 126 DIN 6918 .pg. 23 6 11 .pg. 29 DIN 127B .Washers Rondelles DIN 125A .pg.pg. 42 DIN 1440 . 115 DIN 6798A . 118 DIN 6916 . 127 DIN 7349 .pg.pg. 136 DIN 7980 .pg.pg. 38 DIN 463 .pg.pg. 125 DIN 6917 . 153 DIN 9021 . 28 DIN 126 . 147 DIN 7989 .pg. /Cross reces.pg. 140 DIN 7505A . 138 DIN 7504MH .pg. 148 DIN 7982C . autorosc.pg. arand. cab. 51 DIN 6928C .Tornillos para chapa y madera 7 Self-tapping and chipboard screws Vis à tôle et vis à bois DIN 96 . screws flange .pg. 26 DIN 97 . 150 Torn. 139 DIN 7504OH .pg. 149 DIN 7983C . 169 12 . abom.pg. 130 DIN 7504K . 144 DIN 7972C . bja.pg. 27 DIN 571 .pg.pg.pg. 141 DIN 7505B . 145 DIN 7973C .pg.pg.pg. mushr.pg.pg. 146 DIN 7981C . prens.pg. head tapp. 142 DIN 7971C . 188 Anclajes expansión con gancho Expanding shells whith open eye bolt . 187 Anclajes expansión tipo espárrago Expanding shells rod type .Zamak pg. color gris Wall plugs. 184 Anclajes grandes cargas tipo tornillo Highload anchors bolt type pg. 180 Tacos anclaje espárrago Sleeve anchors . 182 Tacos anclaje gancho Sleeve anchors . 190 Anclajes expansión tipo camisa Expanding shells .Anchors Chevilles Tacos anclaje tornillo Sleeve anchors .eye bolt pg. 194 Anclajes Anclajes anillo expansión Wedge anchors pg 176 8 13 . Nylon grey colour pg.stud pg. 186 Anclajes expansión tipo tornillo Expanding shells bolt type .bolt pg.open eye bolt pg.Zamak pg. 185 Anclajes grandes cargas tipo espárrago Highload anchors stud type pg. 183 Tacos anclaje argolla Sleeve anchors .Zamak pg.192 Anclajes químicos Chemical anchors pg. 193 Tacos Nylon.Zamak pg. 189 Anclajes expansión con argolla Expanding shells whith eye bolt Zamak pg. 191 Anclajes de rosca hembra Drop-in anchors pg . 199 .“L” L-Bolts pg.pg. 89 DIN 976A .both sides pg.one side pg.“J” J-Bolts pg.pg. 157 Varilla rosca 1 extremo Threaded rods . 196 Abarcones U-bolts pg. 195 Varilla rosca 2 extremos Threaded rods .pg. 90 ASTM A193 . 197 Pernos anclaje .Pernos y abarcones 9 14 Studbolts and U-bolts Goujons et étriers DIN 975 . 198 Pernos aclaje . pg.pg. 59 DIN 1470 . 97 DIN 1472 .pg.pg. 17 10 15 . 131 DIN 7337B . 133 Pasadores y remaches DIN 1 .Pins and rivets Goupilles et rivets DIN 7 . 98 DIN 1473 . 99 DIN 1474 .pg.pg. 102 DIN 1476 . 101 DIN 1475 .pg. 24 DIN 660 . 58 DIN 661 .pg. 96 DIN 1471 .pg. 105 DIN 6325 .pg.pg.pg. 110 DIN 7337A .pg. 19 DIN 94 . 103 DIN 1481 .pg.pg. 132 DIN 7346 .pg.pg. 170 Manguitos unión Round connection nuts pg. 52 DIN 582 . 174 .pg.pg.pg.pg. 43 DIN 472 . 119 Tornillo doble rosca Dowel screws pg.pg. 60 DIN 908 . 46 DIN 580 .pg.Varios 11 16 Other items Divers DIN 471 .pg.pg. 104 DIN 6799 .pg. 62 DIN 1478 . 53 DIN 906 . 61 DIN 910 . 280 4.200 2.468 0.120 7.940 ST2(HRC:60±2) templado/heat treahed 3.230 2.450 10. kg 8 10 12 14 16 18 20 24 28 32 36 40 45 50 55 60 70 80 90 0.15 1.830 1.130 1.526 0.300 28.114 0.200 6.500 10.300 8.339 0.4 3 0.590 1.350 3.580 1.350 9.157 CALIDADES/GRADES: ST FST Q 0.020 1.9 L\d: Peso/Weight 1000 ud.135 0.470 4.485 0.310 7.930 5.560 6.058 0.170 8.400 A2 Q 17 .880 3.300 11.400 14.095 0.600 11.020 7.075 0.550 2.5 0.880 2.75 6 0.290 1.DIN 1 ISO 2339 10 Taper pins .350 1.220 3.700 13.3 2.510 7.712 0.384 0.700 16.800 14.534 0.880 1.5 0.23 2 0.Turned Goupilles coniques .295 0.752 0.206 0.300 19.840 5.404 0.620 0.700 6.700 24.720 3.45 4 0.350 9.180 4.150 1.260 0.080 1.730 4.Torneados d1 (h10) c (max) 1 0.6 5 0.914 1.341 0.000 2.100 0.811 0.160 0.909 1.Décolletées Pasadores cónicos .840 2.240 0.605 0.780 2. 70 94.5 12 1.Décolletées Pasadores cónicos .00 123.50 50.00 162.00 143.00 118.50 67.30 13.90 38.80 78.8 14 2 31.00 244.20 71.00 170.Torneados d1 (h10) c (max) 8 1.60 35.80 33.00 47.60 87.00 75.60 52.60 73.90 24.00 130.00 157.00 202.00 208.00 287.10 DIN 1 ISO 2339 Taper pins .00 406.80 81.30 27.Turned Goupilles coniques .80 44.20 38.80 42.80 83.20 22.50 57.00 321.00 252.00 357.40 96.00 16 2.00 181.00 63.20 34.2 10 1.00 126.00 143.10 14.20 60.80 20.50 50.00 66.00 104.00 188.00 222.00 ST2(HRC:60±2) templado/heat treahed 69.40 44.80 55.40 58.00 141.00 157.70 25.60 49.60 31.00 192.00 265.00 225.40 60.5 L\d: Peso/Weight 1000 ud.20 95.00 17.50 106.00 94.40 105.50 CALIDADES/GRADES: ST FST Q 18 21.90 110. kg 28 30 32 36 40 45 50 55 60 70 80 90 100 110 120 130 140 150 165 180 200 12.00 173.00 A2 Q .00 16.00 114.80 27.70 84. 441 0.850 3.730 4.910 1.00 32.790 4 0.410 2.970 2.820 3.000 0.530 1.204 0.10 22.370 5.310 9.203 0.630 1.355 0.500 CALIDADES/GRADES: ST FST Q ST2(HRC:60±2) templado/heat treahed 1.230 1.879 1.75 0.420 5.300 0.030 7.577 0.451 0.705 0.270 7.830 2.440 1.600 4.474 0.253 0.950 2.466 0.20 11.50 13.799 0.350 1.580 4.190 9.130 1.00 28. kg 4 5 6 8 10 12 14 16 18 20 24 28 32 36 40 45 50 55 60 70 80 0.160 5.030 5.740 7.155 0.397 0.400 7.640 0.00 A2 Q 19 .00 14.300 8.40 13.3 2.550 0.245 0.10 24.782 0.4 3 0.640 1.950 6.880 3.30 12.688 0.890 11.20 18.530 8.290 3.800 6 0.570 1.2 L\d: Peso/Weight 1000 ud.610 5.170 4.570 2.020 1.243 0.040 1.190 3.45 0.6 5 0.320 0.302 0.800 4.130 0.260 2.105 0.165 0.401 0.627 0.9 8 1.020 1.080 10.430 2.650 6.330 1.60 16.10 20.030 2.500 6.937 0.351 0.5 0.50 3.DIN 7 ISO 2338 10 Parallel pins (dowel pins) Goupilles cylindriques Pasadores cilíndricos d (m6) c (max) 2 0.840 1.210 3. 8 14 2 16 2.20 12.20 22.00 151.00 130.00 195.10 DIN 7 ISO 2338 Parallel pins (dowel pins) Goupilles cylindriques Pasadores cilíndricos d (m6) c (max) 10 1.00 224.50 34.10 73.80 40.00 118.00 302.00 256.00 220.00 466.00 105.20 64.00 109.00 21.00 498.30 66.00 522.00 225.00 360.00 784.00 354.20 31.00 179.00 228.030.10 50.70 34.90 44.00 476.40 50.40 30.30 74.60 23.00 198.10 25.20 62.30 31.00 802.40 23.00 35.00 630.40 86.00 147.00 400.80 95.00 410.00 155.00 186.00 85.00 13.80 15.10 47.140.00 120. kg 10 12 14 16 18 20 24 28 32 36 40 45 50 55 60 70 80 90 100 120 140 160 180 200 7.60 37.00 1.00 707.80 37.5 20 3 25 4 30 4.470 10.00 123.60 17.60 105.90 13.00 142.60 18.5 56.40 66.00 192.00 253.30 68.70 41.00 914.40 114.40 19.00 20.00 578.90 60.00 136.00 242.70 11.00 326.70 46.10 91.00 449.00 82.70 CALIDADES/GRADES: ST FST Q 20 10.50 28.00 321.20 15.60 31.40 98.00 270.50 82.20 56.00 19.00 161.50 53.00 553.70 55.00 167.00 398.00 1.00 298.50 98.00 680.00 171.00 244.20 41.00 351.00 288.00 205.00 283.60 111.00 146.00 130.60 74.5 12 1.00 ST2(HRC:60±2) templado/heat treahed A2 Q .30 56.80 26.60 45.80 26.00 28.240 9.20 76.50 62.00 L\d: Peso/Weight 1000 ud.20 50.00 204.00 33.010 8.50 90. 8 8.500 8.2 M6 1 10 3.515 0.410 3.630 1.9 12.60 23.5 5.800 3.060 2.560 7.00 10.660 CALIDADES/GRADES: 4.400 5.300 2.6 1.440 1.70 10.020 3.780 4.950 2.692 0.6 Q 1.170 1.800 5.200 10. kg 4 5 6 8 10 12 16 20 25 30 35 40 45 50 60 70 80 0.8 3.7 7 2.250 6.6 M8 1.8 2.550 2.60 14.8 6.70 26.604 0.560 0.490 9.00 12.80 A2 A4 Q Q 21 .3 1.470 1.2 M5 0.5 3.640 3.270 4.20 15.450 8.300 3.25 13 5 2 L\d: Peso/Weight 1000 ud.80 29.920 4.250 9.020 5.980 5.40 18.330 1.8 5.9 1.5 2 0.80 17.8 M4 0.220 1.850 8.90 12.040 1.880 7.560 3.6 4.780 0.250 2.90 20.770 11.868 1.690 6.090 1.9 7.620 6.DIN 84 3 ISO 1207 Slotted chesse head screws Vis à tête cylindrique fendue Tornillos de cabeza cilíndrica ranurada d P dk k n M3 0. 30 26.650 CALIDADES/GRADES: 4.710 2.10 23.25 16 4.720 8.30 18.760 3.480 2.520 2.70 17.100 7.70 A2 A4 Q Q .90 12.6 4.680 0.90 28.2 M5 0.760 9.450 5.40 12.20 14.90 20.430 1.50 30.8 2.3 DIN 85 ISO 1580 Slotted pan head screws Vis à tête cylindrique fendue Tornillos de cabeza cilíndrica redondeada y ranurada d P dk k n M3 0.000 5.60 13.591 0.870 5.530 7.020 4.000 3.250 3.160 1.503 0.6 Q 22 1.5 6 1.170 2.50 22.8 5.856 0.490 7.548 0. kg 4 5 6 8 10 12 14 16 18 20 22 25 28 30 35 40 45 50 55 60 65 70 75 80 0.8 10 3 1.210 1.00 15.30 13.20 10.240 5.120 1.50 11.500 3.6 M8 1.00 10.2 M6 1 12 3.270 2.70 25.100 5.100 3.10 15.720 5.10 31.768 0.620 5.6 1.8 6.300 1.010 7.940 3.7 8 2.010 2.945 1.480 3.860 2.8 M4 0.320 2.560 1.790 6.250 4.660 10.380 10.8 0.8 4.700 1.240 1.000 4.390 1.60 11.20 11.370 4.9 9.480 7.550 1.9 12.030 1.860 6.900 8.8 2 L\d: Peso/Weight 1000 ud.750 4.4 1.140 6. 5 26 0.5 7 18 M8 8.6 35 70 Peso/Weight 1000 ud.30 42.80 14.6 32 64 M42 43 88 1.30 59.500 M36 37 75 1. kg d nom.4 22 0.6 23 48 14.75 10 22 M12 13 30 1 12 28 M14 15 33 1 12 28 M16 17 36 1 15 32 M18 19 40 1 18 36 M20 21 42 1 18 36 Peso/Weight 1000 ud.6 26 52 7.000 M30 31 63 1.6 30 60 11.00 11.70 69.20 31.4 19 0. d1 d2 s b L M22 23 50 1 20 42 2.20 CALIDADES/GRADES: ST/HV100 HV140 Q FST C45 A2 A4 Q 23 .210 d nom.00 6.DIN 93 6 Tab washers with long tab Rondelles de sécurité avec reverse Arandelas de seguridad con solapa d nom.6 38 75 M48 50 100 1.6 40 80 M52 54 105 1.6 44 85 89. d1 d2 s b L 36.000 M33 34 68 1. d1 d2 s b L M6 6.75 8 20 M10 10.50 Peso/Weight 1000 ud.00 M45 46 95 1.00 98.320 3.6 28 56 8.00 51. kg 81. kg 1.130 M24 25 50 1 20 42 M27 28 58 1.00 M39 40 82 1. 750 0.630 0.690 0.2 6.510 5.520 2.500 6.470 0.6 1.9 0. kg 6 8 10 12 14 16 18 20 22 25 28 32 36 40 45 50 56 63 71 80 90 100 112 125 0.250 0.800 2.7 3.400 0.5 5 4 4.4 L\d: Peso/Weight 1000 ud.610 0.280 2.8 1.050 0.980 1.220 1.9 2.450 1.8 1.510 0.280 0.7 2.460 10.070 3.430 2.6 3 1.50 A4 ST .710 8.000 5.180 1.090 1.180 0.160 0.340 1.1 5.390 3.100 CALIDADES/GRADES: ST/HV100 HV140 Q 24 0.8 1.100 0.380 3.430 0.310 0.810 0.5 2.10 DIN 94 ISO 1234 Split pins (cotter pins) Goupilles cylindriques fendues Pasadores abiertos d (nom) d1 (min) (max) a (max) b≈ c (min) (max) 1 0.3 2.2 3.570 0.080 0.200 0.300 0.560 0.030 0.070 0.000 2.490 1.340 0.760 3.060 0.5 4 3.020 3.780 A2 Q 2.4 1.6 3.900 0.700 3.6 2.110 4.120 0.6 1.8 2 1.240 0.5 3.510 9.640 C45 1.2 2.710 4.2 2.310 1.5 7.8 4 3.140 0.170 2.160 2.910 7.4 5.4 2.640 1.100 1.200 6.270 0.000 1.660 FST 0.1 2.3 2.370 0.510 0.340 0.220 0.7 3.5 4 8 6.040 0. 60 11.00 A4 ST Q 25 .00 349.900 9.1 15 10 9.00 206.740 4.40 91.3 6.8 L\d: Peso/Weight 1000 ud.1 6.80 14.7 24.00 134.7 4 12.DIN 94 10 ISO 1234 Split pins (cotter pins) Goupilles cylindriques fendues Pasadores abiertos d (nom) d1 (min) (max) a (max) b≈ c (min) (max) 5 4.00 75.00 228.9 5.5 7.50 41.3 26 21.860 11.240 8.90 17.6 19 13 12.60 17.90 84.6 10.00 16 15.30 23.20 13.00 285.50 15.00 41.490 5.3 32 27 30.80 101.20 66.60 CALIDADES/GRADES: ST/HV100 HV140 Q FST C45 A2 171.4 12.3 5.00 188.00 111.00 15.3 4 16 13.040 8.50 26.20 56.3 20 16.00 314.610 7.10 37.00 148.670 9.000 5.60 25.000 6. kg 20 22 25 28 32 36 40 45 50 56 63 71 80 90 100 112 125 140 160 180 200 224 250 3.00 27.70 62.5 9.1 6.8 8.00 385.000 8.490 3.20 18.10 15.8 8 7.00 122.00 83.90 20.20 51.3 11.2 6.50 45.50 76.90 51.70 34.4 4 10 8 9.00 256.00 16.20 21.80 46.00 38.30 19.70 12.70 30.490 6.4 15.20 69.60 22.90 32.000 4.10 28.760 10.6 4.00 12. 540 9.2 1.4 0.310 5.7 0.8 8.5 9 3.170 10.00 10.856 1.5 2.5 1.630 1.8 1 4.260 CALIDADES/GRADES: ACERO CEMENTADO/CASE HARDENED 4.9 3.8 5.80 12.914 1.410 1.532 0.2 6 12 4.763 0.290 2.600 2.240 2.6 3 6 2.400 0.060 0.330 9.20 16.370 5.5 7 2.320 8.340 4.730 7.770 4.470 1.830 5.9 Q 26 2.390 3.530 4.620 3.660 7.370 3.910 3.780 4.7 DIN 96 ≥ Slotted round head wood screws Vis à bois à tête ronde avec rainure Tornillos para madera con cabeza redonda ranurada ds dk k (max) n 2 4 1.8 3.1 1 5 10 3.830 6.940 2.6 4.520 0.770 7.800 12.311 0.4 0.6 5.500 5.140 6.500 8.220 3.642 0.50 14.510 2. kg 8 10 12 16 20 25 30 35 40 45 50 60 70 80 0.120 4.550 6.267 0.8 4 8 2.160 1.930 2.763 0.00 A2 A4 Q Q .460 0.355 0.444 0.310 3.680 1.880 3.5 5 1.000 5.800 6.030 1.6 L\d: Peso/Weight 1000 ud.040 1.1 0.850 4.8 10.8 6.980 2.180 1.460 1.230 1.720 5.700 1.010 3. 8 8.710 3.2 6 11 3 1.630 7.372 0.5 6.35 1 5 9.550 2.914 1.430 1.8 10.432 0.790 2.650 5.730 6.972 0.9 Q 1.5 0.170 4.302 0.6 3 5.789 0.6 5.190 3.000 4.5 1.65 0.900 4.220 2.5 8.3 2.310 2.8 1.550 5.6 4.140 6.180 1.940 3.216 0.320 7.8 6.552 0.060 1.604 0.980 3.672 0.696 0.370 4.5 2.8 3.8 5.170 2.540 1.110 12.910 1.320 3.290 9.660 4.5 2.484 0.810 CALIDADES/GRADES: ACERO CEMENTADO/CASE HARDENED 4.660 2.2 2.680 4.490 1.93 0.800 12.260 0.DIN 97 7 ≥ Slotted countersunk (flat) head wood screws Vis à bois à tête fraisée avec rainure Tornillos para madera con cabeza avellanada ranurada ds dk k (max) n 2 3.120 4.500 14.822 0.780 3.960 5.881 1.8 4 7.6 L\d: Peso/Weight 1000 ud.300 16.050 4.290 3.540 8.6 1. kg 8 10 12 16 20 25 30 35 40 45 50 60 70 80 90 0.300 1.770 2.460 8.9 2.140 5.259 0.720 9.120 10.2 1 4.170 1.5 4.800 6.010 2.312 0.7 1.730 2.850 2.350 2.040 2.5 1.2 0.387 0.300 A2 A4 Q Q 27 . 390 1.5 20 2 M12 13 24 2. d1 d2 s M3 3.6 M7 7.020 1.3 9 0. d1 d2 s M16 17 30 3 0.10 M39 40 72 6 M42 43 78 7 M45 46 85 7 M48 50 92 8 M52 54 98 8 M56 58 105 9 M60 62 110 9 M64 66 115 9 183 220 294 330 425 458 492 Peso/Weight 1000 ud.6 M10 10. kg 133 CALIDADES/GRADES: ST/HV100 HV140 Q 28 Q HV300 Q FST A2 A4 Q Q .570 6.30 14. kg 0.4 14 1.40 32.4 12 1.60 75.5 M4 4.443 1.70 17.20 18.30 92.3 10 1 M6 6.830 3.8 M5 5.70 53.119 d nom.4 16 1. kg d nom.5 M14 15 28 2.308 0.2 7 0.5 Peso/Weight 1000 ud.30 43.6 DIN 125-A ISO 7089 Plain washers without chamfer Rondelles plates Arandelas planas d nom.6 M8 8.270 8. d1 d2 s Peso/Weight 1000 ud.600 M18 19 34 3 M20 21 37 3 M22 23 39 3 M24 25 44 4 M27 28 50 4 M30 31 56 4 M33 34 60 5 M36 37 66 5 11. d1 d2 s M18 20 34 3 0.6 12 1.00 CALIDADES/GRADES: ST/HV100 HV140 Q 16.5 28 2.430 d nom.50 50. d1 d2 s M5 5.5 M14 15.070 8.5 30 3 Peso/Weight 1000 ud.40 HV300 FST A2 A4 Q Q 29 .10 39.730 3.991 M20 22 37 3 1.50 31.440 6.5 24 2.00 Peso/Weight 1000 ud. kg 0. kg 14.6 M10 11 20 2 M12 13.50 11.6 M8 9 16 1.DIN 126 6 ISO 7091 Plain washers Rondelles plates Arandelas planas d nom.5 10 1 M6 6.5 M16 17.380 M22 24 39 3 M24 26 44 4 M27 30 50 4 M30 33 56 4 17. 1 2.1 2.2 27.2 M12 12. d1 (min) d2 (max) s M3 3.00 Peso/Weight 1000 ud.70 111.4 3.2 1.600 2.5 58.2 18.820 M27 27.1 14.1 9.6 0.910 9.5 43 5 M30 30. d1 (min) d2 (max) s M14 14.5 Peso/Weight 1000 ud.8 M4 4.830 0.180 M16 16.00 123.30 Peso/Weight 1000 ud.5 0. kg 6.9 4 15.1 12.5 35.2 6 M42 42.00 182.930 M20 20.6 M7 7.360 M18 18.2 6 28.8 1.5 48.6 4 M22 22.4 3.50 1.1 7.110 d nom.5 0. kg 67.6 M8 8.1 3 0.2 0. d1 (min) d2 (max) s M36 36.2 24. kg 0.2 7 M45 45.2 33.5 40 5 3.9 M5 5.530 M24 24.2 6 8.8 1.00 117.2 21.2 29.2 M6 6.20 M39 39.730 26.5 68.20 16.6 DIN 127-B Spring lock washers Rondelles élastiques Arandelas grower d nom.30 CALIDADES/GRADES: ST/HV100 HV140 FST Q 30 C45 A2 A4 Q Q .70 44.1 6.5 71.5 61.010 d nom.1 11.8 2 M10 10.2 7 M48 49 75 7 M52 53 83 8 71. kg 0.3 1 M2.3 M3.476 C45 1.8 4 Peso/Weight 1000 ud.4 11 0.247 0.3 1.7 7 0.4 0.2 6 0.041 M6 6.4 1.3 8 0.4 1.3 2.5 18 0.8 0. d1 d2 s h (max) M2 2.5 2.5 5 0.050 A2 A4 Q Q 31 .8 5.4 15 0.2 0.5 3.088 M8 8.6 Peso/Weight 1000 ud.3 1 M2.028 d nom.5 0.5 3.5 2.5 2.4 0.2 4.DIN 137-A 6 Curved spring washers Rondelles élastiques cintrées Arandelas elásticas abombadas d nom.265 FST Q 0.5 1.5 1.5 0. kg 0.035 0.3 10 0.140 M10 10.1 M3 3.222 CALIDADES/GRADES: ST/HV100 HV140 0. d1 d2 s h (max) M5 5.4 M4 4.063 M7 7.4 12 0. 2 0.8 M10 10.8 M8 8. d1 d2 s M12 13 24 1.6 0.4 12 0.6 0.6 M16 17 30 1.6 DIN 137-B Wave spring washers Rondelles élastiques ondulées Arandelas elásticas alabeadas d nom. kg 3.430 C45 11.50 A2 A4 Q Q .319 M20 21 36 1.3 11 0.510 6.3 9 0.286 M14 15 28 1.2 8 0. d1 d2 s M3 3.4 15 0.90 14.030 FST Q 32 8.193 0. kg 0.166 d nom.4 14 0.040 M24 25 44 1.5 21 1 Peso/Weight 1000 ud.010 CALIDADES/GRADES: ST/HV100 HV140 5.762 M22 23 40 1.5 M7 7.8 Peso/Weight 1000 ud.5 M4 4.700 0.5 M6 6.8 2.5 M5 5. 00 240.8 8.850.0 1.60 106.20 24.70 97.00 550.010.30 71.5 6 16 M8 1.0 2.00 262.00 40.00 351.60 5.20 65.200.00 117.50 18.20 36.0 1.00 760.80 53.75 19 8 12 26 M16 2 25 10.00 130.310.0 1.00 287.00 831.10 14.420.20 CALIDADES/GRADES: 4.00 289.90 88.0 1.900 12.20 20.00 377.5 31 13 20 36 M24 3 37 15 24 43 M30 3.00 193.530.860.30 16.5 60 26 42 80 220.540.00 437.00 225.0 2.DIN 186-B 4 T-head bolts with square neck Vis à tête rectangulaire à collet carré Tornillos con cabeza de martillo y cuello cuadrado d P Lg (max) k n m M6 1 4.00 450.25 13 5.5 43 19 30 54 M36 4 55 20 36 66 M42 4.00 874.10 78.8 Q 10.0 3.00 618.00 500.0 2.9 12.00 6.40 71.5 16 30 M20 2.8 55.00 124.00 302.640.8 5.20 28.00 538.380. kg 30 40 50 60 70 80 90 100 120 140 160 180 200 9.00 35.0 A4 Q 33 .60 46.090.5 8 18 M10 1.00 161.00 177.00 401.300.690.0 2.00 467.820.00 1.00 59.00 257.00 985.20 32.00 773.0 1.10 62.00 145.0 M48 5 72 30 48 88 L\d: Peso/Weight 1000 ud.9 A2 3.220.0 1.0 3.00 689.00 407.00 727.5 16 7 10 21 M12 1.6 4.0 2.6 Q 30. 00 180.5 DIN 315 Wins nuts .8 4 26 13 M6 1 5 33 17 M8 1.5 17.2 65 33.00 35.Rounded wings Ecrous à oreilles arrondies Tuercas de mariposa d P m (min) e (max) h (max) M4 0.5 M16 2 13 73 37.75 10 65 33.00 260.00 60.000 *Pesos aproximados / Approximate weights CALIDADES/GRADES: 5 8 Q 34 10 A2 Q A4 ST .2 20 10.5 39 20 M10 1.7 3.5 M20 2.5 16 90 46. kg* 2.000 8.00 90.00 75.25 6.5 M5 0.5 M14 2 11.000 4.00 Peso/Weight 1000 ud.5 M24 3 20 110 56.5 8 51 25 M12 1. 6 4.6 Q 5.7 20 10.8 8.5 51 25 M12 1.9 12.75 65 33.5 X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X L\d: 6 8 10 12 14 16 18 20 25 30 35 40 50 60 X X X X X X X X CALIDADES/GRADES: 4.50 M24 3 110 56.8 10.5 M5 0.5 M20 2.8 6.8 5.DIN 316 4 Wings screws Vis à oreilles Tornillos de mariposa d P e (max) h (max) M4 0.25 39 20 M10 1.8 26 13 M6 1 33 17 X X X X X X X X X X X X X X X X X X X X M8 1.9 A2 A4 Q 35 .5 90 46.5 M16 2 73 37. d1 d2 s M2 2.4 15 1. d1 d2 s M18 19.520 2.850 M30 31. kg 0.7 7 0.5 M4 4.3 9 1 Peso/Weight 1000 ud.630 M36 37.50 A2 Q A4 .0 50 4 5.5 0.6 M10 10.7 5 0.0 24 2.310 CALIDADES/GRADES: ST/HV100 HV140 Q 36 13.20 22.5 M5 5.2 6 0.5 1.5 Peso/Weight 1000 ud. kg 0.3 8 0.00 C45 61.079 M8 8.5 0.029 d nom.5 18 1.0 58 5 Peso/Weight 1000 ud.0 28 2.10 FST 38.5 2.0 34 3 M24 25.0 30 2.410 7.790 d nom.6 0.4 11 1.326 M16 17.3 M2.5 M3. kg 8.0 39 4 2.5 M3 3.140 M14 15. d1 d2 s M6 6.055 0.109 M12 13.0 20 2 0.6 0.6 DIN 433 ISO 7092 Plain washers for chesse head screws Rondelles plates pour vis à tête cylindrique Arandelas planas para tornillos de cabeza cilíndrica d nom.5 3.110 M20 21.2 4. 5 M27 28 56 56 8.00 182.00 156.9 M20 21 40 44 7 M22 23 44 50 8 18.9 M16 17 32 36 5.DIN 434 6 Square taper washers 8% for u-sections Plaquettes obliques (HV) 8% pour profiles en u Arandelas cuadradas 8% en cuña para perfiles U d d a b h M12 13 26 30 4.10 82.70 57. kg d d a b h Peso/Weight 1000 ud.5 M30 31 62 62 9 M36 37 68 68 9.00 CALIDADES/GRADES: ST/HV100 HV140 FST C45 A2 A4 Q 37 . kg 129.00 Peso/Weight 1000 ud.30 31.4 122.80 M24 25 56 56 8. 5 M20 21 40 44 9.00 CALIDADES/GRADES: ST/HV100 HV140 Q 38 FST C45 A2 A4 .2 M16 17 32 36 7.7 M36 37 68 68 12.00 174.5 134.00 210. kg d d a b h Peso/Weight 1000 ud.8 M30 31 62 62 11.80 M24 25 56 56 10.50 89.6 DIN 435 Square taper washers 14% for I-sections Plaquettes obliques (HV) 14% pour profiles en I Arandelas cuadradas 14% en cuña para perfiles “I” d d a b h M12 13 26 30 6.70 66.2 M22 23 44 50 10 20.8 M27 28 56 56 10. kg 142.40 35.00 Peso/Weight 1000 ud. 5 60 M42 4.8 5.25 4 13 M10 1.2 10 M8 1.40 15.7 2.200 M12 1.75 6 19/18* M14 2 7 22/21* 10.5 50 20.570 0.830 M6 1 3.30 69.0 403. kg 0.5 41 M30 3.600 M18 2.0 500.00 183.50 101.2 7 M5 0.7 8 0.0 617.00 139.5 15 46 M33 3.50 29.5 5 17/16* 3.5 70 M48 5 24 75 M52 5 26 80 316.5 M4 0.00 *Tamaño según norma ISO/Size as per ISO standard CALIDADES/GRADES: 5 8 Q Q 10 A2 Q Q A4 39 .5 21 65 M45 4.0 755.20 48. kg d P m s Peso/Weight 1000 ud.8 2.0 Peso/Weight 1000 ud.5 10 30 M22 2.DIN 439-B 5 ISO 4035 Hexagon thin nuts Ecrous hexagonaux bas Tuercas hexagonales bajas d P m s M3 0.200 7.5 22.90 Peso/Weight 1000 ud.60 40.5 16.5 9 27 M20 2.00 M36 4 18 55 M39 4 19.290 d P m s M16 2 8 24 1.5 1. kg 244.5 11 32/34* M24 3 12 36 M27 3 13. 00 212. kg 30 40 50 60 70 80 90 100 110 120 130 140 150 160 180 200 220 240 260 7.00 383.40 80.00 275.00 180.5 46 52 65 18 40 22 71.80 40.00 28.6 5 12 6 d1 P 1 b(1) 2 3 d2 d3 s (H9) (max) (max) M6 1 18 6 14 7 M8 1.00 229. (3) L>200 mm CALIDADES/GRADES: 4.40 M10 1.70 25.00 124.00 115.10 45.00 433.00 133.00 723.9 Q Q 12.10 20.00 259.00 414.80 36.90 18.60 56.470 11.930 9.00 151.30 51.00 624.00 195.75 30 36 49 12 25 14 M16 2 38 44 57 16 32 17 M20 2.30 88.60 63.00 247.4 DIN 444-B Eye bolts Corps de boulon à oeil Tornillos de ojo M5 0.00 L\d: Peso/Weight 1000 ud.25 22 28 8 18 9 13.50 60.6 Q 40 5.50 101.00 334.00 446.10 15.60 14.60 23.10 82.30 22.00 354.00 359.00 196.00 581.00 244.00 160.5 26 32 10 20 12 M12 1.20 98.00 674.9 A2 A4 Q Q .00 142.8 5.00 149.6 4.90 32.80 70.50 64.10 106.00 408.8 6.00 12.50 57.00 531.00 291.8 10.00 457.70 39.00 482.00 228.00 178.00 383.00 211.60 52.70 48.30 89.40 94.8 1.70 44.00 322.00 76.70 15.00 164.00 (1) L≤125 mm.8 8. (2) 125 mm<L≤200 mm. 00 631.0 2.0 2.100.500.0 1.960.0 2.00 596.00 939.0 (1) L≤125 mm.00 798.0 M33 3.0 1.0 2.790.250.0 3.9 A2 A4 Q Q 41 .0 1.00 868. kg 100 110 120 130 140 150 160 180 200 220 240 260 280 300 454.0 1.0 1.0 2.0 2.00 738.8 6.9 Q Q 12.590.00 888.00 1.0 1.0 2.350.240.690.0 1.970.0 2.140.050.5 66 72 85 28 55 30 618.010.700.570.6 4.890.0 1.0 1.050.810.00 667.0 2.00 524.0 1.060.0 2.200.0 1.0 1.0 1.00 560.440.070.0 1.880.8 10.270. (2) 125 mm<L≤200 mm.DIN 444-B 4 Eye bolts Corps de boulon à oeil Tornillos de ojo M24 3 54 60 73 22 45 25 d1 P 1 b(1) 2 3 d2 d3 s (H9) (max) (max) M27 3 60 66 79 25 50 27 M30 3.570.610.370.100.0 1.0 1.00 1.00 663.00 489.00 753.0 997.0 2.0 1.00 708.00 978.0 1.8 5.310.650.240.320.480.0 2.160.0 1. (3) L>200 mm CALIDADES/GRADES: 4.230.00 1.400.0 2.730.6 Q 5.420.0 1.0 1.820.00 809.5 78 91 30 60 34 M36 4 84 97 32 65 38 M39 4 90 103 35 70 41 L\d: Peso/Weight 1000 ud.8 8.0 1. 6 DIN 463 Tab washers with long tab and wing Rondelles de sécurité avec deux revers Arandelas de seguridad con doble solapa d nom.75 8 20 11 M10 10.30 31.20 Peso/Weight 1000 ud.6 26 52 32 M33 34 60 1.00 25.40 35.6 23 48 29 M30 31 56 1.300 8.6 35 70 44 12.6 28 56 34 M36 37 66 1.4 17 0.410 5.5 7 18 9 M8 8.75 10 22 13 M12 13 24 1 12 28 15 M14 15 28 1 12 28 16 M16 17 30 1 15 32 18 M18 19 34 1 18 36 20 M20 21 37 1 18 36 21 Peso/Weight 1000 ud. d1 d2 s b L1 L2 M22 23 39 1 20 42 23 1. kg 10.090 6.6 32 64 41 M42 43 78 1.800 d nom. d1 d2 s b L1 L2 M6 6.000 M24 25 44 1 20 42 25 M27 28 50 1.510 4.00 CALIDADES/GRADES: ST/HV100 HV140 Q 42 FST C45 A2 Q A4 . kg 0.70 59.710 2.4 12.5 21 0.50 49.60 42.6 30 60 38 M39 40 72 1.5 0.240 9. 5 Medida nominal eje/nom.2 24.2 24.75 43.5 23 1.5 41 1.5 31.5 35 1.DIN 471 11 Retaining rings for shaft Circlips pour arbres Anillos exteriores de seguridad Medida nominal eje/nom.75 40.5 27.5 20 1.75 33.2 25 1.75 42.0 40 1.9 14 1 12.5 28.2 Medida nominal eje/nom.5 34 1.2 26 1.5 47 1. shaft size d1 s anillo/ring d3 8 0. shaft size d1 s anillo/ring d3 44 1.7 18 1.75 37.4 10 1 9.9 Medida nominal eje/nom.2 17.2 12 1 11 13 1 11. shaft size d1 s anillo/ring d3 36 1.2 39 1.4 9 1 8.2 27 1.2 25.2 23.3 11 1 10.9 30 1.9 Medida nominal eje/nom.2 38 1.2 22.2 37 1.5 21 1.5 19 1.2 19.6 33 1.5 32.8 52 2 47.8 CALIDADES/GRADES: ST/HV100 HV140 FST Q C45 A2 A4 Q 43 .75 35.5 42 1.7 17 1 15.5 46 1.2 16.9 28 1.75 41.6 32 1.8 16 1 14.5 Medida nominal eje/nom.5 45 1. shaft size d1 s anillo/ring d3 22 1.5 29.5 50 2 45.5 48 1. shaft size d1 s anillo/ring d3 29 1.2 18.5 24 1.75 36.75 44.5 30.75 34.2 21.75 36. shaft size d1 s anillo/ring d3 15 1 13.8 7.5 26.9 31 1.2 20.75 38. 5 102 4 95 Medida nominal eje/nom. shaft size d1 s anillo/ring d3 90 3 84.5 67.5 98 3 92. shaft size d1 s anillo/ring d3 105 4 98 107 4 100 108 4 101 110 4 103 112 4 105 115 4 108 117 4 110 Medida nominal eje/nom.5 85 3 79.5 65. shaft size d1 s anillo/ring d3 118 4 111 120 4 113 122 4 115 125 4 118 127 4 120 128 4 121 130 4 123 CALIDADES/GRADES: ST/HV100 HV140 FST Q 44 C45 A2 Q A4 .5 70 2.5 76.8 65 2.5 74.8 60 2 55.8 58 2 53.5 95 3 89.5 73.5 82 2.5 75 2. shaft size d1 s anillo/ring d3 63 2 58.8 57 2 52.5 60.5 Medida nominal eje/nom.5 72.5 68 2.8 62 2 57.8 55 2 50.5 63. shaft size d1 s anillo/ring d3 77 2.8 56 2 51.5 26.5 87 3 81.5 78 2.5 80 2.5 70. shaft size d1 s anillo/ring d3 54 2 49.8 Medida nominal eje/nom.5 97 3 91.11 DIN 471 Retaining rings for shaft Circlips pour arbres Anillos exteriores de seguridad Medida nominal eje/nom.5 72 2.5 88 3 82.5 Medida nominal eje/nom.5 100 3 94.8 67 2.5 92 3 86. 5 170 4 160.5 182 4 172.5 192 4 182. shaft size d1 s anillo/ring d3 175 4 165.5 198 4 188.5 178 4 168.5 200 4 190.5 187 4 177.5 180 4 170.DIN 471 11 Retaining rings for shaft Circlips pour arbres Anillos exteriores de seguridad Medida nominal eje/nom. shaft size d1 s anillo/ring d3 132 4 125 135 4 128 137 4 130 138 4 131 140 4 133 142 4 135 145 4 138 Medida nominal eje/nom.5 Medida nominal eje/nom.5 190 4 180.5 197 4 187.5 165 4 155.5 CALIDADES/GRADES: ST/HV100 HV140 FST Q C45 A2 A4 Q 45 .5 Medida nominal eje/nom.5 177 4 167. shaft size d1 s anillo/ring d3 147 4 140 148 4 141 150 4 142 152 4 143 155 4 146 157 4 148 158 4 149 Medida nominal eje/nom.5 167 4 157.5 168 4 158.5 185 4 175.5 195 4 185. shaft size d1 s anillo/ring d3 188 4 178. shaft size d1 s anillo/ring d3 160 4 151 162 4 152.5 172 4 162. 75 48.11 DIN 472 Retaining rings for bores Circlips pour alesages Anillos interiores de seguridad Medida nominal agujero/nom.75 49.2 16 1 17.5 47 1.8 8.1 Medida nominal agujero/nom.2 33.1 30 1.75 43.2 29.5 40.1 14 1 15.2 26.5 20 1 21.1 Medida nominal agujero/nom.2 25.5 42 40 1.5 44 1.2 34.2 32.5 19 1 20.6 24 1. size bore d1 s anillo/ring d3 43 1.5 Medida nominal agujero/nom.2 27.8 12 1 13 13 1 14.8 37 1.5 35 1.8 39 1.3 18 1 19.5 38.2 24. size bore d1 s anillo/ring d3 8 0.5 46 1.4 32 1.7 9 0.5 41 1.1 28 1.2 CALIDADES/GRADES: ST/HV100 HV140 FST Q 46 C45 A2 Q A4 .8 10 1 10.2 30.5 39.5 Medida nominal agujero/nom.8 11 1 11.5 37.8 Medida nominal agujero/nom.9 26 1.5 34 1.5 42 1. size bore d1 s anillo/ring d3 29 1.1 31 1.9 25 1.75 44.5 21 1 22.75 50.3 17 1 18.5 48 1.75 45. size bore d1 s anillo/ring d3 22 1 23. size bore d1 s anillo/ring d3 15 1 16.5 36.5 50 2 54. size bore d1 s anillo/ring d3 36 1.2 35.75 47.5 45 1.5 23 1.8 38 1.75 46.8 9.75 51.9 27 1.4 33 1.2 31. 5 77 2.2 55 2 59.5 88 3 93.5 74. size bore d1 s anillo/ring d3 97 3 102.2 60 2 64.5 85 3 90.DIN 472 11 Retaining rings for bores Circlips pour alesages Anillos interiores de seguridad Medida nominal agujero/nom.5 Medida nominal agujero/nom.5 79.2 56 2 60.5 81 2.5 98 3 103.5 76.5 78 2.5 75 2.5 100 3 105.2 52 2 56.5 92 3 97.5 71.2 Medida nominal agujero/nom.5 87 3 92.5 90 3 95. size bore d1 s anillo/ring d3 51 2 55.5 87.5 72 2.5 80 2.5 Medida nominal agujero/nom. size bore d1 s anillo/ring d3 110 4 117 112 4 119 115 4 122 117 4 124 118 4 125 120 4 127 122 4 129 CALIDADES/GRADES: ST/HV100 HV140 FST Q C45 A2 A4 Q 47 .2 67 2.2 53 2 57.5 82.2 54 2 58.5 69.5 95 3 100.5 86. size bore d1 s anillo/ring d3 82 2.5 81.5 68 2.2 62 2 66.2 65 2.2 57 2 61.5 102 4 108 105 4 112 107 4 114 108 4 115 Medida nominal agujero/nom.5 Medida nominal agujero/nom.5 85. size bore d1 s anillo/ring d3 70 2.2 63 2 67. size bore d1 s anillo/ring d3 58 2 62.5 72. size bore d1 s anillo/ring d3 195 4 204.5 188 4 197.5 170 4 179.5 Medida nominal agujero/nom.5 192 4 201.5 185 4 194.5 190 4 199.5 CALIDADES/GRADES: ST/HV100 HV140 FST Q 48 C45 A2 Q A4 .5 Medida nominal agujero/nom.5 175 4 184.11 DIN 472 Retaining rings for bores Circlips pour alesages Anillos interiores de seguridad Medida nominal agujero/nom.5 182 4 191.5 198 4 207. size bore d1 s anillo/ring d3 180 4 189.5 178 4 187.5 177 4 186. size bore d1 s anillo/ring d3 152 4 161 155 4 164 157 4 166 158 4 167 160 4 169 162 4 171.5 172 4 181.5 Medida nominal agujero/nom.5 187 4 196.5 197 4 206. size bore d1 s anillo/ring d3 125 4 132 127 4 134 128 4 135 130 4 137 132 4 139 135 4 142 137 4 144 Medida nominal agujero/nom.5 168 4 177.5 165 4 174. size bore d1 s anillo/ring d3 138 4 145 140 4 147 142 4 149 145 4 152 147 4 154 148 4 155 150 4 158 Medida nominal agujero/nom.5 200 4 209. size bore d1 s anillo/ring d3 167 4 176. 5 15 27 1.4 5.00 M42 4.25 6.200.0 3.5 8 17/16* M12 1.60 17.5 16 30 M22 2.00 800.00 Peso/Weight 1000 ud.930.0 8.5 18 32/34* M24 3 19 36 M27 3 22 41 M30 3.5 34 65 M45 4.00 165.420.670.5 2.5 M4 0.00 110.0 2.690.00 1.220.30 25. kg 33.00 652.300.500 3.40 M39 4 31 60 Peso/Weight 1000 ud.0 3.5 48 90 M64 6 51 95 M68 6 54 100 502.120 M20 2.200 11.00 393. kg 2.5 26 50 M36 4 29 55 64.0 4.5 13 M10 1.00 223.8 4 8 M6 1 5 10 M7 1 5.5 24 46 M33 3.0 1.DIN 555 5 ISO 4034 Hexagon nuts Ecrous hexagonaux Tuercas hexagonales d P m s M3 0.980.820.0 6.00 288.0 M110 6 88 155 Peso/Weight 1000 ud.5 11 M8 1.00 977.5 36 70 M48 5 38 75 M52 5 42 80 M56 5.5 45 85 M60 5.384 d P m s 0. kg d P m s M100 6 80 145 1.75 10 19/18* M14 2 11 22/21* 5.930.0 M72 6 58 105 M76 6 61 110 M80 6 64 115 M90 6 72 130 Peso/Weight 1000 ud.810 M16 2 13 24 M18 2.40 79.230 2.040.2 7 M5 0. kg 0.30 d P m s 49.7 3.0 1.0 *Tamaño según norma ISO/Size as per ISO standard CALIDADES/GRADES: 5 8 10 A2 A4 Q 49 . 5 8 17/16* M12 1.50 Peso/Weight 1000 ud.5 16 30 19.770 5.310 2.500 13.557 5 DIN Square nuts Ecrous carrés Tuercas cuadradas d1 P m (h15) s M5 0.00 *Tamaño según norma ISO/Size as per ISO standard CALIDADES/GRADES: 5 8 Q 50 10 A2 Q A4 .10 38.5 13 M10 1.25 6.20 73.75 10 19/18* M16 2 13 24 M20 2.8 4 8 M6 1 5 10 M8 1. kg 1. kg 19 20 25 30 35 40 45 50 55 60 65 70 75 80 90 100 110 120 130 140 150 160 170 180 190 200 2.70 94.20 19.00 12.60 25.820 6.00 175.9 84.00 187.00 26.00 77.00 32.620 5.6 4.420 8.00 421.90 54.00 275.50 12.8 5.5 8 6 4 10 8 5.00 253.10 45.00 174.00 201.80 28.00 182.50 29.90 14.940 9.70 57.60 20.40 32.50 107.420 4.50 40.430 7.00 30.90 22.50 71.00 5.00 163.70 42.030 CALIDADES/GRADES: 4.30 36.00 366.60 25.90 45.00 130.8 36.90 18.50 11.120 5.6 Q 5.50 10.00 385.00 293.00 A2 A4 Q Q 51 .8 6.20 11.640 10.20 49.20 15.00 152.20 39.020 5.00 238.00 8.220 8.00 198.40 48.90 99.10 34.40 89.00 220.9 165.60 51.00 64.10 89.20 23.20 42.00 209.50 38.00 192.00 112.80 54.020 4.5 13 10 7 17 12 8 19 16 10 24 20 13 30 L\d: Peso/Weight 1000 ud.60 16.00 317.8 23.00 404.620 7.00 118.00 141.DIN 571 7 ≥ Hexagon head wood screws Vis à bois à tête hexagonale Tornillos para madera de cabeza hexagonal d k s 5 3.00 328.920 3.80 61.10 83.820 6.00 348. 800 M20 2. kg 60 d1 P d2 d3 d4 h L M36 4 75 126 70 128 54 110 M42 4.6 4.5 110 184 100 187 78 6.300 12.9 23. kg 2.5 M16 2 35 63 35 62 27 180 280 M48 5 100 166 90 168 68 M56 5.9 A2 Q A4 .660 M64 6 120 206 110 208 90 M72 6 150 260 140 260 100 Peso/Weight 1000 ud.8 12.5 85 144 80 147 63 Peso/Weight 1000 ud.Rosca macho d1 P d2 d3 d4 h L M8 1.6 4.030 5.400 C-15 Q 52 10.8 6.5 25 45 25 45 17 M12 1.5 40 72 40 71 30 M24 3 50 90 50 90 36 M30 3.650 CALIDADES/GRADES: 4.11 DIN 580 ISO 3266 Lifting eye bolts Vis à anneau Cáncamo roscado .8 5.5 65 108 60 109 45 450 740 1.380 8.75 30 54 30 53 20.25 20 36 20 36 13 M10 1. 5 85 144 80 147 Peso/Weight 1000 ud. kg 50 d1 P d2 d3 d4 h M36 4 75 126 70 128 M42 4.690 M20 2.DIN 582 11 SphericalLifting eye nuts Ecrous à anneau Cáncamo roscado .5 25 45 25 45 M12 1.300 A2 18.110 CALIDADES/GRADES: 5 8 Q 10 9.5 110 184 100 187 5.020 6.75 30 54 30 53 M16 2 35 63 35 62 90 160 240 M48 5 100 166 90 168 M56 5.25 20 36 20 36 M10 1. kg 2.5 65 108 60 109 360 720 1.500 A4 Q 53 .5 40 72 40 71 M24 3 50 90 50 90 M30 3.080 3.320 M64 6 120 206 110 208 M72 6 150 260 140 260 Peso/Weight 1000 ud.Rosca hembra d1 P d2 d3 d4 h M8 1. 00 45.80 100 25.80 150 35.58 M12 1.9 12.8 5.00 213.90 28.00 247.8 12.00 272.90 50 9. (3) L>200 m CALIDADES/GRADES: 4.75 6.8 6.500 30 5.80 56.6 4.8 15.00 322.40 130 31.70 35.00 123.60 70.20 51.90 32.00 26.25 22 28 41 20.00 107.00 150.00 25.75 30 36 49 30.00 177.00 141.30 88.900 9.70 30.9 8.00 547.00 497.6 4.00 21.00 110 27.80 22.50 17.00 19.48 (1) b(1) (2) (3) dk (max) f (max) k (max) v (max) M6 1 18 24 16.100 8.00 101.30 18.8 Q 10.80 87.600 25 5.90 42. kg 16 4.900 20 4.6 Q 54 5.55 4.00 74.70 49.80 64.50 95.20 27.00 293.100 14.00 372.00 325.4 DIN 603 ISO 8677 Mushroom head square neck bolts (cup square neck bolts) Vis à tête bombée à collet carré Tornillos de cabeza abombada y cuello cuadrado d P M5 0.9 11.6 5.10 82.900 15.7 M20 2.80 44.8 16 22 13.9 A2 A4 Q Q .20 65 11.05 20.00 357.10 56.00 96.00 397.55 4.7 M16 2 38 44 57 38.00 23.00 114.80 61.700 10.90 30.300 12.30 70 12.48 M8 1.80 15.70 16.80 60.65 8.00 55 9. (2) 125 mm<L≤200 mm.40 80 13.00 197.60 140 32.80 38.70 25.00 347.00 277.00 181.20 120 29.65 5.50 63.90 36.8 8.30 57.6 3.00 45.90 20.80 48.60 90 22.00 131.40 17.10 60 10.80 52.80 40.95 12.20 65.80 45 8.00 133.00 119.84 13.00 297.70 40 7.00 160 180 200 (1) L≤125 mm.00 195.40 53.500 11.58 M10 1.00 229.65 6.90 76.40 78.5 26 32 45 24.95 16.00 119.00 245.38 10.00 132.88 8.00 105.88 6.70 69.00 165.00 126.00 159.00 261.5 46 52 65 46.000 6.00 422.00 141.1 3.10 48.00 597.600 35 6.00 447.00 149.00 L\d: Peso/Weight 1000 ud.3 5.20 32.500 7. 00 233.00 318.00 161.8 11.00 265.80 84.10 50.55 4 2.00 249.70 16.70 48.90 20.50 28.100 9.80 65.8 10.00 147.00 197.50 62.50 94.00 138.00 340.90 17.00 128.10 93.00 221.70 44.70 26.00 364.00 543.20 73.30 56.70 34.2 90º M12 1.00 153.00 185.70 68.40 60.60 52.70 24.70 18.20 47.70 32.5 5.8 6.900 7.9 12.00 129.70 28.DIN 604 4 Flat countersunk nib bolts Boulon à tête fraisée avec ergot Tornillo de cabeza avellanada con prisionero d P M6 1 18 24 12.30 (1) L≤125 mm.00 139.00 56.9 A2 A4 Q 55 .00 507.80 43.00 241.00 173.65 5.10 12.70 56.70 60.00 121.5 90º (1) b(1) (2) (3) dk (max) k g (max) α (min) M8 1.00 111.4 60º M24 3 54 60 73 38.70 15.60 14.00 269.90 22.8 13 6.00 27.60 31.70 36.00 388.00 217.30 87.70 14.00 579.6 Q 5.6 4.2 90º M20 2.8 9 4.70 31.00 100.8 8.20 97.00 44.5 3.00 471.80 37.20 76.00 61.00 291.40 12.00 363.70 20. (2) 125 mm<L≤200 mm.00 201. kg 20 25 30 35 40 45 50 55 60 65 70 80 90 100 110 120 130 140 150 160 4.70 40.00 113.10 102.00 257.70 14.10 38.900 5.8 5.80 17.25 22 28 41 16.65 7 3.00 L\d: Peso/Weight 1000 ud.00 137.5 26 32 45 19.20 105.75 30 36 49 24.20 90.5 46 52 65 32.70 22.30 11.00 435.40 35.80 69.70 52.10 22. (3) L>200 m CALIDADES/GRADES: 4.90 75.00 245.000 8.90 41.00 120.6 90º M16 2 38 44 57 32.00 399.10 81.40 19.00 327.40 25.20 83.55 5 3 90º M10 1.50 13.6 60º 9.500 11.00 169.00 293.00 150.200 10.00 225. 30 48.00 34.90 12.60 33.8 6.5 26 24.55 10.65 11.800 10.60 36.10 59.48 M8 1.800 9.25 22 20.70 (1) La b es un valor de guia que asciende sobre la longitud mínima de rosca/Guide value that represents minimum thread length.30 21.40 19.9 A2 A4 .58 L\d: Peso/Weight 1000 ud.55 7.6 4.9 Q Q 12.8 10. kg 30 35 40 45 50 55 60 65 70 80 90 100 30.80 11.20 25.4 DIN 605 Flat countersunk square neck bolts Boulon à tête fraisée à collet carré long Tornillos de cabeza avellanada y cuello cuadrado alto d P b(1) dk (max) f (max) v (max) M6 1 18 16.90 65.40 45.58 8.45 8.6 Q 56 5.20 54.90 13.20 27.40 17.50 39.90 15.40 42. CALIDADES/GRADES: 4.90 M10 1.10 31.8 8.8 5.45 6.65 9.30 23.10 29.90 14. 65 8. kg 25 30 35 40 45 50 CALIDADES/GRADES: 4.8 5.75 30 24.7 18.80 31.6 Q 5.02 25.DIN 608 4 Flat countersunk square neck bolts Boulons à tête fraisée à collet carré court Tornillos de cabeza avellanada y cuello cuadrado bajo d P b dk (max) f (max) v (max) M10 1.05 12.6 4.65 11.5 26 19.70 23.60 40.70 28.00 36.8 8.9 12.20 L\d: Peso/Weight 1000 ud.20 43.45 10.58 M12 1.9 A2 A4 Q 57 .20 20.90 33.8 10.8 6.80 48. 210 4.440 1.87 2 2.4 5 8.161 0.309 0.5 1.360 4.250 1.150 10.10 10.660 1.490 1.690 7.420 6.000 4.456 0.70 15.930 6.010 6.860 2.5 5.640 0.050 1.60 13.8 4.060 2.290 4.60 16.2 2.753 0.70 12.850 1.8 4 7 3.330 1.111 0.670 2.860 3.70 19.5 1.410 3.460 2.136 0.980 1.260 0.82 2.500 1.110 5.510 8.310 8.505 0.160 7.320 9.780 1.990 3.407 0.82 3 3.40 14. kg 2 3 4 5 6 8 10 12 14 16 18 20 22 25 28 30 32 35 38 40 0.450 1.290 3.209 0.50 6.76 4 4.524 0.87 1 1.90 11.50 17.610 1.300 5.090 3.770 9.880 7.310 3.730 4.360 0.70 L\d: Peso/Weight 1000 ud.408 0.10 DIN 660 ISO 1051 Rounds head rivets Rivets à tête ronde Remaches macizos con cabeza redonda d1 d2 d3 (min) e (max) k (js 14) 2 3.6 8 14 7.260 2.450 2.130 2.00 19.866 0.358 0.900 AL CU A2 Q Q Q .8 0.186 0.5 3 6 10.00 10.450 10.220 1.860 8.554 CALIDADES/GRADES: ST Q 58 0.460 7.110 1.100 2.2 3 5.87 1.620 5.820 5.690 4.810 2.490 3.466 0.560 6.050 4.770 3.660 5.650 0.760 4. 00 13.8 4.50 13.DIN 661 10 ISO 1051 Countersunk head rivets Rivets à tête fraisée Remaches macizos con cabeza avellanada d1 d2 d3 (min) e (max) ~ k~ 2 3.60 14.40 15.228 0.82 3 3 8 14 7.660 6.77 9.200 5.70 59 .410 1.120 7.60 10.490 AL CU A2 Q Q Q 6.010 1.87 2 2 5 8.5 5.030 7.82 2.840 4.350 7.880 3.830 4.250 2.560 2.200 3.2 2.00 17.650 0.030 2.803 1.537 0.300 7.760 5.876 0.177 0.763 0.220 1.620 1.989 0.210 1.300 4.76 4 4 L\d: Peso/Weight 1000 ud.152 0.363 0.127 0.94 8.421 0.910 3.940 2.60 17.820 2.520 3.40 11.380 3.87 1.620 1.277 CALIDADES/GRADES: ST Q 0.87 1 1 3 5.102 0.5 2.300 2.5 1. kg 3 4 5 6 8 10 12 14 16 18 20 22 25 28 30 32 35 38 40 0.5 1.4 4 7 3.5 6 10. 5 10 8 M18x1.60 44.00 85.00 Peso/Weight 1000 ud. à pas fin Tapones cónicos roscados con hueco hexagonal .Rosca fina dxp b (js 16) s (D12) M8x1 8 4 M10x1 8 5 M12x1.5 12 12 M26x1.380 M22x1. kg 17. exterieur.60 Peso/Weight 1000 ud.00 214. kg 94.00 167.5 12 17 M36x1.40 CALIDADES/GRADES: 4.6 5.5 10 7 M16x1.5 20 24 M52x1.8 8. conique.5 10 8 6. kg 2.6 4.9 A2 Q A4 .Filetage métrique.80 38.5 15 19 22.9 12.5 10 10 3.5 10 6 M14x1.00 30.5 12 12 M30x1.5 18 22 M48/1.00 14.8 Q 60 6.100 11.5 18 22 M45/1.8 10.20 M42x1.11 DIN 906 Hexagon socket pipe plugs .5 10 10 M24x1.Metric fine tapered external screw thread Bouchons à six pans creux .5 20 24 135.00 253.100 8.60 dxp b (js 16) s (D12) M38/150 15 19 Peso/Weight 1000 ud.070 dxp b (js 16) s (D12) M20x1.8 5. 5 60 24 21 5 16 M52x2 60 24 21 5 16 M56x2 64 32 25 5 20 M60x2 68 32 25 5 20 M64x2 72 32 25 5 20 302.5 14 17 5 6 11 15 3 3 8 12 M14x1.Rosca fina d1xP d2 s ~ L~ C i M10x1 M12x1.5 M18x1.5 M38x1.Filetage métrique cylindrique. kg 73.8 8.9 12.00 M48x1.00 530.8 Q 6.00 28.50 d1xP d2 s ~ L~ C i 84.5 31 12 20 4 16 Peso/Weight 1000 ud.00 215.00 149.6 4.340 d1xP d2 s ~ L~ C i 11.00 CALIDADES/GRADES: 4.8 5.00 Peso/Weight 1000 ud.5 32 36 12 17 20 20 4 4 16 16 16.DIN 908 11 Hexagon socket screws plugs .8 10.5 M48x2 55 55 24 24 21 21 5 5 16 16 111. kg 246.5 M22x1.5 39 17 21 5 16 19.5 29 12 18 4 14 M26x1.70 M42x1.Metric fine cylindrical thread Bouchons à collerette et à six pans creux .5 21 23 8 8 15 16 3 4 12 12 M20x1. à pas fin Tapones cilíndricos roscados con hueco hexagonal .5 25 27 10 10 18 18 4 4 14 14 M24x1.50 53.00 445.00 M52x1. kg 6.00 302.5 52 22 21 5 16 M45x2 52 22 21 5 16 Peso/Weight 1000 ud.9 A2 A4 Q 61 .00 386.5 49 22 21 5 16 M42x2 49 22 21 5 16 M45x1.00 215.5 19 6 15 3 12 M16x1.30 M36x1.6 5.50 47.5 M30x1.00 134.00 187.5 42 42 19 19 21 21 5 5 16 16 37.00 246.00 187.30 M27x1.50 68.00 M33x1. 5 21 17 21 12 M18x1.50 64.00 35.8 Q 62 6.5 31 24 30 16 M30x1.00 CALIDADES/GRADES: 4. à pas fin Tapones cilíndricos roscados con cabeza hexagonal y collar . kg d1xP d2 (h14) s ~ L~ i Peso/Weight 1000 ud.00 20.9 12.00 300.00 430.5 52 30 33 16 93.5 19 13 21 12 M16x1.5 60 30 33 16 M52x2 60 30 33 16 375.40 M24x1. kg d1xP d2 (h14) s ~ L~ i Peso/Weight 1000 ud.50 73.6 5.5 25 19 26 14 M22x1.9 A2 Q A4 .00 M45x2 52 30 33 16 M48x1.5 36 24 30 16 M36x1.8 5.50 120.8 10. kg 340.Filetage métrique cylindrique.00 375.5 23 17 24 12 M20x1.5 29 22 27 14 M26x1.Metric fine cylindrical thread Bouchons à tête hexagonales à collerette .00 Peso/Weight 1000 ud.00 220.11 DIN 910 Hexagon head screws plugs .5 17 13 21 12 M14x1.5 27 19 26 14 12.00 340.5 42 27 32 16 M42x1.00 300.Rosca fina d1xP d2 (h14) s ~ L~ i M10x1 14 10 17 8 M12x1.00 148.5 49 30 33 16 M42x2 49 30 33 16 M45x1.30 25.5 55 30 33 16 M48x2 55 30 33 16 M52x1.6 4.8 8.00 430.20 48. coudées Llaves hexagonales acodadas s L1 mm corto largo L2 s L1 mm corto largo L2 s L1 mm corto largo L2 0.27 45 14 1.3 45 14 1.7 30 10 0.5 45 14 2 50 16 2.5 68 22 4 71 142 25 4.DIN 911 2 ISO 2936 Hexagon socket screw keys Clés males hexagonales.5 75 27 5 80 160 28 6 90 180 32 7 95 190 34 8 100 200 36 10 112 224 40 11 118 236 42 12 125 250 45 14 140 280 55 17 160 320 60 19 180 70 22 200 80 24 224 90 27 250 100 63 .9 32 10 1.5 56 112 18 3 63 126 20 3. 00 63.00 120.10 13.00 202.00 73.00 303.00 111. CALIDADES/GRADES: 4.650 1.5 48 27 18 14 48.30 15.9 A2 A4 Q Q Q Q Q .40 10.550 6.8 8.70 39.090 7.650 3.500 1.00 144.950 3.25 28 13 8 6 M10 1.20 89.8 5.40 27.00 114.00 16.90 71.30 42.30 80. Longitudes L sobre la línea.00 180. / Per diameter (d) are lenghts (L) above de dotted line threaded up to the head.40 15.5 M4 0.20 32.00 165. Para medidas sobre la línea.90 36.800 1.90 26.7 20 7 4 3 M5 0.00 122.70 48.00 203.0 b*: La cota b es un valor de referencia sobre la longitud mínima de rosca.00 129.00 218.9 12.00 130.00 132.90 18.00 120.50 50.90 63.00 107.00 L\d: Peso/Weight 1000 ud.00 263. kg 5 6 9 10 12 16 20 25 30 35 40 45 50 55 60 65 70 80 90 100 110 120 130 140 150 160 0.00 343.710 0.320 7.00 12.700 2.50 58.00 96.00 78.00 250.880 0.90 12.450 4.00 20. it amounts on the minimum lenght of the threaded part.150 3.90 28.590 8.160 1.00 58.00 183.00 282.800 0.300 9.50 45.00 156.75 36 18 12 10 M14 2 40 21 14 12 M16 2 44 24 16 14 M18 2.40 32.10 98.530 7.300 77.150 4.10 58.5 32 16 10 8 M12 1.10 39.6 64 5.00 168.400 91.00 403.860 1.40 67.00 68.20 14.90 22.00 174.00 37.650 2.000 97.600 106.780 5.00 138.90 22.00 154.00 138.610 1.5 3 2.800 84.10 54.00 71.90 25.8 10.450 2.00 266.00 147.00 90.5 5 4 M6 1 24 10 6 5 M8 1.960 1.00 53.860 8.90 46.950 2.00 353.750 6.90 31.530 4. / Size b is a guide value.5 18 5.8 6.90 24.700 5.00 156.10 35.30 42.00 84.90 52.00 186.360 1.80 71.0 116.670 0.50 64.00 243.070 5.90 20.00 323.910 11.10 13.00 234. rosca total.00 33.650 4.010 4.250 2.90 30.00 108.00 283.00 170.6 4.2 DIN 912 ISO 4762 Hexagon socket head cap screws Vis à tête cylindrique à six pans creux Tornillos de cabeza cilíndrica con hueco hexagonal d P b* dk (max) k (max) s M3 0.8 22 8. 0 1.8 8.00 759.00 516.00 336.570.00 418.00 266.0 1.00 735.00 635.250.390.00 183.080.00 440.680.580.00 800.020.00 441.00 990.0 2.070.00 172.420.0 5.860. Para medidas sobre la línea.670.00 770.100.0 3.0 2.0 6.0 b*: La cota b es un valor de referencia sobre la longitud mínima de rosca.00 486.250.00 543.0 1.150.00 608.0 1.320.270.9 A2 A4 Q Q Q Q Q 65 .710.0 870.0 1.460.00 161.550.430.410.00 1.020.300.00 799.740.00 139.0 2.00 910.0 500.0 3.0 1.0 7.680.0 2.000.0 5.320.0 1.080.0 2.460.00 830.0 3.00 399.040.00 306.00 237.00 352.420.00 665.0 1.990.870.390.00 316.520.960.00 696.00 844. rosca total.00 690.0 6.640.790.00 1.00 900.880.00 484.00 471.230.00 391.00 396.00 241.5 96 63 42 32 M48 5 108 72 48 36 M56 6.00 216.0 1.0 1.350.00 687.0 2.00 576.0 1.00 531.00 435.650.00 529.0 2.020.0 7.0 1.0 1.230.0 1.040.900.130.5 78 50 33 24 M36 4 84 54 36 27 330.00 395.600.00 291.0 1.00 1.0 2.0 1.180.00 263.0 3.810.0 3.00 363.730.00 150.470.630.5 124 84 56 41 L\d: Peso/Weight 1000 ud.00 527.240.200.00 330.5 52 30 20 17 M22 2.0 3.00 965. / Size b is a guide value.570.00 276.00 619.00 579.0 1.0 M42 4.00 507.6 5.040.590.0 2.00 615.0 1.0 2.0 1.110.00 224.0 5.0 1.300.180.0 1.0 2.00 291.0 3.950.0 1.00 910.0 2.00 270.0 4.0 1.890.530.5 72 45 30 22 M33 3.00 374.00 754.0 2.580.0 1.0 2.00 426.470.310.0 1.9 12.00 456.0 3.00 541.00 1.0 1.00 756.0 2.040.DIN 912 2 ISO 4762 Hexagon socket head cap screws Vis à tête cylindrique à six pans creux Tornillos de cabeza cilíndrica con hueco hexagonal d P b* dk (max) k (max) s M20 2. CALIDADES/GRADES: 4.00 366.790.210.00 636.0 1.0 4.00 934.00 574.00 341.00 211.0 4.5 56 33 22 17 M24 3 60 36 24 19 M27 3 66 40 27 19 M30 3. kg 30 35 40 45 50 55 60 65 70 80 90 100 110 120 130 140 150 160 180 200 220 240 260 280 300 128.00 831.00 250.0 2.270.00 546.0 1.0 2.0 6.0 4.00 855.0 1.0 1.0 1.00 345. it amounts on the minimum lenght of the threaded part.150.0 2.8 6.00 651.320.320.00 1.030.00 194.0 2.00 975.00 416.00 700.00 554.160.8 5.190.0 3. Longitudes L sobre la línea.0 2.00 285.0 2.880.00 950.6 4.0 4.0 630.0 2.00 491.180.00 300.340.00 903.8 10.810.0 1.420.00 664. / Per diameter (d) are lenghts (L) above de dotted line threaded up to the head.0 1.870.00 970.0 1.00 366.370.00 709.110.00 316.0 3.0 1.00 205.00 745.0 1.0 2.740.710. 5 2 M5 0.10 57.00 87.00 34.40 12.5 6 M16 2 12 8 M20 2.7 2.00 102.10 47.380 0.8 5.530 0.970 5.310 0.5 4 M10 1.510 3.630 0.760 11.70 32.70 9.410 5.430 CALIDADES/GRADES: 4.50 83.50 28.100 0.240 2.780 8.5 M6 1 4 3 M8 1.8 8.810 2.800 1.090 4.80 94.840 5.5 2 1.760 2.60 52.8 10.A bout plat Tornillos sin cabeza con hueco hexagonal y extremo biselado d P dp (max) s M3 0.180 0.20 18.130 1.400 0.850 0.850 10.00 19.9 A2 Q Q A4 .60 23.8 3.00 72.210 4.220 0.830 1.850 1.280 1.490 0.260 8.5 15 10 M24 3 18 12 1.20 26.890 2.00 3.25 5.220 0.520 3.5 M4 0.300 0.460 1.670 0.6 4.670 7.5 7 5 M12 1.30 42.00 117.00 L\d: Peso/Weight 1000 ud.90 63.780 4.780 6.2 DIN 913 ISO 4026 Hexagon socket set screws with flat point Vis sans tête à six pans creux .80 21.20 73.600 12.70 16.00 132.040 1.75 8.560 0.150 4.20 13.60 41.9 12.40 16. kg 3 4 5 6 8 10 12 16 20 25 30 35 40 45 50 0.6 66 0.140 0.110 1.8 6.5 2. 090 1.00 128.75 2 6 M16 2 4 8 2.A bout conique Tornillos sin cabeza con hueco hexagonal y extremo cónico d P dp (max) s M3 0.00 61.680 10.60 81.70 51.980 4.970 1.390 0. kg 4 5 6 8 10 12 16 20 25 30 35 40 45 50 55 60 0.70 15.350 2.9 40.30 M20 2.8 10.170 0.10 26.6 0.30 11.400 10.5 M6 1 1 3 M8 1.60 33.690 2.240 5.490 0.30 15.30 18.780 6.770 5.80 18.420 6.5 2 5 M12 1.500 7.390 CALIDADES/GRADES: 4.260 0.420 8.80 13.DIN 914 2 ISO 4027 Hexagon socket set screws with cone point Vis sans tête à six pans creux .8 1.040 1.50 26.00 158.130 0.390 1.30 8.30 71.140 4.020 4.090 8.660 0.20 98.10 20.5 6 10 M24 3 8 12 L\d: Peso/Weight 1000 ud.790 1.440 3.490 0.740 2.340 0.8 8.7 2 M5 0.210 0.9 A2 Q Q 68.210 1.8 2.900 11.20 12.730 0.5 M4 0.840 0.170 2.300 0.480 0.90 4.6 4.20 83.8 5.900 5.00 A4 67 .20 39.540 0.00 143.20 113.25 2 4 M10 1.90 92.5 1.90 22.70 46. 8 3.910 11.742 1.10 25.630 2.40 86.3 M10 1.40 108.75 M6 1 4 3 1.75 5 5. kg 5 6 8 10 12 16 20 25 30 35 40 45 50 55 60 0.60 4.5 2 1 1.25 4 4.70 78.790 8.8 6.00 138.80 25.040 3.5 1.150 2.90 45.800 5.970 11.00 123.5 2.00 153.8 8.2 DIN 915 ISO 4028 Hexagon socket set screws with dog point Vis sans tête à six pans creux et pivot Tornillos sin cabeza con hueco hexagonal y pivote d P dp (max) s z corto (min) short (max) z largo (min) large (max) M3 0.592 0.3 M16 2 12 8 4 4.25 6 6.90 M20 2.636 0.80 66.8 10.5 1.5 4 2 2.75 3 3.25 1.7 2.25 2 2.8 5.00 14.5 1.5 2.90 38.50 55.5 2 1.00 8.670 2.442 0.70 67.9 12.75 1 1.456 0.40 20.50 13.40 93.680 38.292 0.43 L\d: Peso/Weight 1000 ud.25 M5 0.75 M4 0.750 1.186 0.5 7 5 2.340 0.36 2.5 0.60 18.10 31.050 8.20 44.00 z Corto/Short: Para las medidas sobre línea quebrada / For sizes above line z Largo/Large: Para medidas bajo línea quebrada / For sizes below line CALIDADES/GRADES: 4.3 10 10.36 M24 3 18 12 6 6.340 3.366 0.040 1.50 18.5 2.10 76.280 2.020 10.940 5.25 M8 1.020 1.3 M12 1.708 0.9 A2 Q Q A4 .190 1.816 0.163 0.5 15 10 5 5.290 1.75 8.920 4.200 6.380 9.00 15.3 12 12.948 1.5 2.6 4.680 3.410 6.3 8 8.5 6 3 3.276 0.25 5.6 68 5.20 21. 5 14 10 M24 3 16 12 L\d: Peso/Weight 1000 ud.190 4.140 4.00 130.5 6 5 M12 1.00 115.4 1.680 0.60 92.500 12. kg 4 5 6 8 10 12 16 20 25 30 35 40 45 50 55 60 0.850 CALIDADES/GRADES: 4.10 26.730 6.440 1.070 4.950 5.5 M6 1 3 3 M8 1.9 41.670 0.740 2.830 6.8 2.6 4.220 2.40 51.250 8.90 19.790 2.40 34.30 15.530 0.660 7.50 47.260 1.540 0.50 23.510 3.5 M4 0.8 10.820 5.20 13.490 3.10 M20 2.00 4.40 12.430 0.490 0.8 5.00 A4 69 .310 0.020 1.70 20.710 11.7 2 2 M5 0.DIN 916 2 ISO 4029 Hexagon socket set screws with cup point Vis sans tête à six pans creux avec extrémité biseautée Tornillos sin cabeza con hueco hexagonal y extremo biselado hueco d P dv s M3 0.380 0.830 1.70 62.20 18.6 0.8 8.730 8.5 2.840 10.400 5.8 1.70 9.30 82.220 0.90 12.00 160.70 16.00 40.180 0.090 1.9 A2 Q Q 70.00 72.400 0.90 27.00 145.75 8 6 M16 2 10 8 2.30 85.130 1.5 1.30 100.780 1.140 0.25 5 4 M10 1. 500 11.810 CALIDADES/GRADES: 5 8 Q 70 1.5 7 6 M5 0.700 10 2.8 M16 2 13 24 18.5 DIN 928 Square weld nuts Ecrous carrés à souder Tuercas cuadradas para soldar d1 p m (h14) s (h14) d2 Agujero/Hole ø (H11) M4 0.30 A2 Q 16. kg 0.8 4.2 9 7 M6 1 5 10 8 M8 1.8 Peso/Weight 1000 ud.75 9.5 M10 1.5 M12 1.25 6.70 A4 35.80 .8 M14 2 11 22 16.400 6.5 14 10.60 26.5 19 14.5 8 17 12.7 3. 5 8 17 12.5 M4 0.DIN 929 5 Hexagon weld nuts Ecrous hexagonaux à souder Tuercas hexagonales para soldar d1 p m (h14) s (h13) d2 Agujero/Hole ø (H11) M3 0.70 21.8 4 10 7 M6 1 5 11 8 M8 1.500 5.5 M10 1.25 6.5 3 7.270 A2 9.5 4.5 M12 1.50 Peso/Weight 1000 ud.780 CALIDADES/GRADES: 5 8 Q 1.580 A4 Q 71 .8 13.130 1.730 10 2.8 M14 2 11 22 16. kg 0.8 M16 2 13 24 18.30 28.75 10 19 14.5 14 10.7 3.5 9 6 M5 0. 60 88.060 9.00 b1 (1) L≤125 mm.20 20.00 174.00 53.00 109.760 18.30 74.00 164.75 30 36 49 7.860 5.10 94.60 71.00 111.70 13.420 7.5 26 32 45 6.60 18. parcialmente roscados d P M4 0.20 59.40 14.00 151.60 15.00 123.200 7.250 5.10 43.8 22/21* L\d: Peso/Weight 1000 ud.040 4.320 3.7 14 2.80 33.4 17/16* M12 1.80 29.70 35.60 67.10 19.6 4.00 41.00 118.10 16.980 8.30 12.80 31.40 96.530 4.50 24.9 A2 A4 Q Q Q Q Q Q .00 82.8 8.8 16 22 3.8 7 (1) b(1) (2) (3) k S M5 0.5 8 M6 1 18 24 4 10 M7 1 20 26 4.9 12.00 70.10 56.6 5.120 3.00 139.10 98.8 Q 72 Q 6.8 5.30 22.50 21.00 185.00 88. CALIDADES/GRADES AVAILABLE: 4.8 11 8.90 50. (2) 125 mm<L≤200 mm.60 58.50 68.640 6.25 22 28 5.5 19/18* M14 2 34 40 53 8.00 127.1 DIN 931 ISO 4014 Hexagon head bolts Boulons à tête hexagonale.20 24.70 79.30 62.80 46.20 25.80 105.40 65.130 10.8 10.3 13 M10 1.80 27. partiellment filetées Tornillos de cabeza hexagonal.00 M8 1. kg 25 28 30 35 40 45 50 55 60 65 70 75 80 85 90 95 100 110 120 130 140 3.10 62.20 11.80 101.610 4.00 22.10 92.40 12. (3) L>200 mm *Tamaño según norma ISO/Sizes per ISO standard.70 53.00 117.70 35.00 38.00 133.10 83.30 13. 9 A2 A4 Q Q Q Q Q Q 73 .030.8 8.0 L\d: Peso/Weight 1000 ud.00 210.00 180 396.085.00 660.0 1.00 1.00 200 544.0 1.5 46 52 65 12.00 326.00 279.00 75 147.00 374.0 2.7 46 M33 3.250.00 900.8 5.020.00 603.00 100 186.0 1.00 255. parcialmente roscados d P M16 2 38 44 57 10 24 (1) b(1) (2) (3) k S M18 2.00 220 240 260 280 300 b1 (1) L≤125 mm.00 720.00 150 262.0 1.00 327.5 66 72 85 18.0 1.00 990.750.0 1.0 1.00 296.00 160 278.6 5.00 260.00 630.5 42 48 61 11.5 72 78 91 21 50 557.0 2.00 311.350.130.610.540.00 410.860.00 1.00 191.0 951.00 540.0 1.00 400.00 240.0 1.5 50 56 69 14 32/34* M24 3 54 60 73 15 36 M27 3 60 66 79 17 41 M30 3.00 810.530.00 446.00 398.150.00 765.090.00 140 246.00 494.00 120 218.00 130 230.00 935.00 90 171.00 351.0 1.00 695.9 12.00 171.0 1.00 316.00 450.0 1.00 739.0 1.00 570.5 27 M20 2.00 80 155.0 1.00 665.00 356.00 422.140.00 370.410.0 1.0 1.200.00 336.00 280.00 805.0 1.0 1.00 630.00 446.00 430.00 855.00 650.00 60 123.310. partiellment filetées Tornillos de cabeza hexagonal.00 85 163.00 770.00 231.00 510.420.00 190 519.00 720.8 10.00 595.0 2. kg 55 115.00 480.00 560. (3) L>200 mm *Tamaño según norma ISO/Sizes per ISO standard.0 1.00 767.0 1.00 267.480.5 30 M22 2.00 95 179. (2) 125 mm<L≤200 mm.00 1.00 600.0 1.00 700.030.00 735.0 1.220.00 470.00 70 139.00 535.150.00 296.00 6.00 920.00 975.310.00 291.00 200.290.00 945.00 220. CALIDADES/GRADES AVAILABLE: 4.00 243.00 870.00 356.020.00 500.220.290.00 170 376.750.00 580.0 1.00 65 131.00 428.00 110 202.8 Q Q 281.00 823.00 341.00 219.DIN 931 1 ISO 4014 Hexagon head bolts Boulons à tête hexagonale.00 464.00 303.640.00 392.880.0 1.0 712.00 880.00 181.00 230.6 4. 0 7.980.0 9.0 1. parcialmente roscados d P M36 4 78 84 97 22.0 7. (2) 125 mm<L≤200 mm.0 3.0 1.860.350.0 5.0 2.0 7.160.460.0 4.0 2.610.090.580.010.0 1.630.0 7.0 6.100 b1 (1) L≤125 mm.950.660.720.0 M64 6 140 153 40 95 L\d: Peso/Weight 1000 ud.550.270.640.0 6.0 9.580.5 90 96 109 26 65 M45 4.690.0 8.740.930.690.970.0 2.0 7.110.0 4.480.110.9 12.600.0 6.600.570.0 2.720. partiellment filetées Tornillos de cabeza hexagonal.470.630.580.5 55 (1) b(1) (2) (3) k S M39 4 84 90 103 25 60 M42 4.0 2.8 Q 74 Q 6.8 5.800. partially threaded Boulons à tête hexagonale.310.770.0 3.0 6.0 3.0 2.200.0 2.680.5 124 137 35 85 M60 5.0 2.800.0 3.980.0 5.0 5.980.820.1 DIN 931 ISO 4014 Hexagon head bolts.0 1.510.0 2.0 2.930.0 7.0 3.0 9.0 1.300.0 3.900.920.850.920.0 4.0 1.0 1.250.6 4.0 7.270.0 5.320.710.600.0 8.0 1.0 1.0 6.0 10.0 2.470.100.9 A2 A4 Q Q Q Q Q Q .580.410.0 4.300.0 3.0 5.0 6.0 7.0 2.210.0 6.030.730.0 6.130.590.0 4.0 2.0 3.020.160.0 2.0 2.0 9.350.0 3. kg 110 120 130 140 150 160 170 180 190 200 220 240 260 280 300 320 340 360 1. CALIDADES/GRADES AVAILABLE: 4.100.0 2.460.0 2.010.6 5.800.660.410.0 2.0 6.0 4.0 3.550.760.0 4.0 4.5 132 145 38 90 4.190.290.430.0 3.010.800.440.0 5.140.240.0 5.600.750.0 1.350.0 2.100 10.0 8.0 6.0 1.520.0 3.0 3.0 2.400.180.740.0 2.0 3.480.0 M56 5.5 96 102 115 28 70 M48 5 102 108 121 30 75 M52 5 116 129 33 80 2.0 3.0 3.0 2.700.0 1.0 5.0 8.390.0 2.430.0 5. (3) L>200 mm *Tamaño según norma ISO/Sizes per ISO standard.0 4.100.0 3.140.0 3.740.450.8 8.920.0 2.200.100.100.0 3.240.410.790.0 1.0 8.0 5.220.520.500.0 5.410.0 1.960.0 2.600.010.850.0 3.0 4.0 1.210.0 4.830.0 1.0 5.600 11.0 4.870.8 10. 20 27.40 88.610 1.40 27.70 40.350 10.75 7.10 36.350 7.60 35.800 6.840 1.870 4.20 M8 1.20 37.50 17.20 20.370 9.5 8 M6 1 4 10 M7 1 4.750 1.70 31.370 3.100 18 1.00 11.80 56.270 2.00 34.080 4.80 61.20 18.500 9.30 59.20 80. totalmente roscados d P k s M3 0.90 48.760 5.10 31.60 58.90 15.350 8.80 46.5 M4 0.520 3.5 19/18* 8.180 2.000 2.00 26.850 7.420 4.70 11.120 3.40 23.490 4.80 84.50 11.80 66.50 13.6 5.400 3.80 51.380 2.70 41.110 5.650 7.40 70.20 22.00 10.560 25 1.30 66.00 26.40 71.70 36.040 30 1.40 15.20 23.70 11.530 1.990 7.10 18.80 23.30 17.20 22.950 16 1.20 62.25 5.30 44.30 48.8 8.80 15.90 14.50 18.490 10 0.30 3.40 25.00 109. fully threaded Boulons à tête hexagonale.20 29.120 60 5. 5.00 95.20 16.00 L\d: Peso/Weight 1000 ud.640 12 0.8 11 2.30 16.8 7 M5 0.8 3.50 28.50 52.590 8.70 12.8 5.00 33.3 13 M10 1.600 5.7 2.50 15.20 33.450 10.5 6.10 10.00 55.10 11.920 1.00 26.70 25.450 5. totalement filetées Tornillos de cabeza hexagonal.30 53.20 19.570 40 3.60 14.00 123.DIN 933 1 ISO 4017 Hexagon head bolt.30 12.20 28.610 3.70 CALIDADES/GRADES: 4.400 2.410 22 1.850 8.70 20.40 33.500 65 5.850 6.80 31.800 10.30 25.20 17.350 6.480 5 0.570 1.30 21.70 25.730 55 5.8 10.00 116.250 20 1.10 11.190 35 3.570 3.00 16.20 37.340 50 4.350 6.630 2.30 43.860 5.150 7.890 70 6.090 2.620 3.830 9.90 12.280 75 80 85 90 95 100 110 120 130 140 150 *Tamaño según norma ISO/Sizes per ISO standard.120 4.800 14 0.70 13.180 2.740 4.50 23.20 21.00 21.100 9. kg 4 0.870 3.6 4.9 12.40 76.510 8.20 38.40 81.230 10.800 28 1.60 28.260 6 0.410 8 0.70 41.110 5.70 20.4 17/16* M12 1.660 1.960 45 4.00 34.9 A2 A4 Q Q Q Q Q Q Q Q 75 .210 8.30 12.60 77.90 13.20 102.850 9.40 86.5 2 5.280 2.70 29.00 73.730 6.20 26.330 7 0.150 6.90 15.8 6. fully threaded Boulons à tête hexagonale.00 200.00 408.5 11.00 637.00 566.00 202.00 875.90 76.00 55.00 279.00 397.00 708.00 155.00 492.00 169.00 186.00 218.00 284.00 647.00 112.00 569.00 150.00 257.00 184.00 363.00 590.00 145.00 165.00 269.00 155.00 839.00 160 170 180 190 200 *Tamaño según norma ISO/Sizes per ISO standard.160.00 190.00 104.00 598.00 512.00 685.00 523.00 157.00 442.5 12.6 5.00 316.010.00 173.00 196.20 30 57.7 46 82.00 105.00 269.00 319.00 164.80 100.00 70.00 137.00 874.00 662.00 300.00 148.00 498.00 235.00 110.00 210.90 87.20 45 72.00 801.00 462.00 258.00 320.00 632.00 210.00 224.00 422.00 543.00 393.00 473.00 280.20 28 55.00 55 82.80 117.00 84.00 340.30 18 46.00 237.00 181.00 193.00 65 92. totalement filetées Tornillos de cabeza hexagonal.8 8.00 435.00 80 107.0 1.00 110 137.00 60 87.00 145.00 178.00 397.00 308.00 153.00 63.00 348.00 548.5 27 M20 2.00 381.00 454.00 95 122.00 274.00 416.00 12 40.00 762.00 219.00 602.00 685.00 206.00 229. 76 CALIDADES/GRADES: 4.00 289.00 184.00 119.00 364.20 25 53.8 6.00 421.00 58.80 110.00 346.00 232.00 66.00 543.00 75 102.00 377.90 83.8 10.90 130.8 5.10 50 77.00 473.5 18.00 214.00 199.50 40 67.00 129.00 207.00 176.00 70 97.5 30 M22 2.00 140 167.00 472.00 911. totalmente roscados d P k s M14 2 8.00 334.0 1.00 134.00 424.20 92.00 448.6 4.00 120.90 103.00 124.110.00 338.00 300.00 378.00 144.00 402.00 453.00 150 177.00 161.00 128.20 95.00 197.00 85 112.210.00 177.00 251.00 90 117.00 310.90 97.00 722.00 217.00 321.00 921.0 1.90 14 42.5 14 32/34* M24 3 15 36 M27 3 17 41 M30 3.0 1.00 608.1 DIN 933 ISO 4017 Hexagon head bolt.00 143.90 35 62.00 827.00 304.80 123.00 423.8 22/21* M16 2 10 24 M18 2.00 519.00 168.00 496.00 114.00 259.00 133.00 779.9 12.00 130 157.9 A2 A4 Q Q Q Q Q Q Q Q .00 969.00 333.00 100 127.00 60.00 361.00 282.00 268.00 194.00 136. kg 10 38.50 22 50.00 724.00 244.00 295.00 238.00 371.90 90.00 573.00 170.00 1.00 448.00 572.90 74.060.00 513.00 186.00 268.00 484.00 332.00 550.00 358.00 227.00 161.00 52.00 120 147.00 614.00 483.00 348.00 319.00 292.0 L\d: Peso/Weight 1000 ud.00 137.00 661.00 380.00 247.60 16 44.00 732.00 531.90 20 48.00 244.00 692.00 947. 050.0 869.00 1.000.650.0 2.600.0 1.090.0 2.070.0 2.0 1.200. CALIDADES/GRADES: 4.0 2.0 1.00 572.00 950.0 1.080.00 851.0 1.0 3. kg 35 40 45 50 55 60 65 70 75 80 85 90 95 100 110 120 130 140 150 160 170 180 190 200 543.0 2.310.200.450.0 1.330.00 717.0 1.710.00 659.500.980.380.810.030.0 2.220.5 28 70 M48 5 30 75 M52 5 33 80 L\d: Peso/Weight 1000 ud.00 910.090.0 2.00 992.610.400.00 688.650.0 1.0 4.0 1.0 2.0 1.0 1.960.770.0 1.0 1.0 2.0 3.950.360.830.0 1.590.0 1.6 Q Q 5.0 1.550.0 3.300.0 3.170.0 M42 4.430.650.0 2.9 A2 A4 Q Q Q Q Q Q 77 .830.540.370.740.0 1.0 1.560.0 1.410.0 1.0 1.00 951.0 2.930.0 2.700.0 1.0 1.0 2.850.300.00 775.0 1.0 1.0 1.410.5 55 M39 4 25 60 670.0 1.00 886.260.020.970.680.0 1.0 2.060.0 2.500.0 3.630.0 1.090.270.0 3.00 866.0 2.0 1.940.0 1.5 21 50 M36 4 22.140.540.060.0 2.820.120.150.740.00 910.810.0 2.0 1.9 12.0 2.040.230.440.0 1.0 1.750.180.0 2.8 10.0 1.540.240.0 4.310.0 1.130.0 2.0 1.0 2.280.0 1.600.0 1.0 1.00 630.0 1.160.650.00 746.390.320.00 783.120.00 601.0 1.0 1.0 2.0 3.0 2.0 1.0 1.760.0 2.0 1.330.400.0 1.570.00 891.0 1.920.0 3.110.6 4.0 3.0 1.0 2.0 1.890.0 2.970.0 1.0 2.300.0 1.260.0 2.0 *Tamaño según norma ISO/Sizes per ISO standard.0 2.330.500.310.020.0 1.240.0 2.260.00 978.00 920.0 2.0 1.0 1.0 1.0 1.520.0 2.470.00 806.400.00 1.180.690.8 8.00 990.460.0 1.00 837.430.0 3.0 2.0 1.0 3.270.0 1.8 5.850.550.680.090.0 1.590.0 1.0 1.010.810.0 2.8 6.0 1.320.5 26 65 M45 4. fully threaded Boulons à tête hexagonale.140. totalmente roscados d P k s M33 3.210.0 2.0 2.100.870.0 1.060.0 2.710.00 748.0 1.490.0 2.140.0 3.740.00 714. totalement filetées Tornillos de cabeza hexagonal.00 1.840.0 1.190.0 1.390.0 1.150.0 2.0 2.0 4.0 1.890.460.610.410.200.0 1.730.0 1.DIN 933 1 ISO 4017 Hexagon head bolt.480.0 1.210.0 2.560.00 817. 5 26 50 M36 4 29 55 33.00 M39 4 31 60 M42 4.30 25.0 M100 6 80 145 6.230 2.500 3.670.5 16 30 M22 2.00 Peso/Weight 1000 ud.930.200 M18 2.25 6. kg 2.0 1.0 M110 6 88 155 8.0 1. CALIDADES DISPONIBLES/GRADES AVAILABLES: 5 8 10 Q 78 Q Q A2 A4 Q Q 2.5 34 65 M45 4.0 1.2 7 M5 0.220. kg 0.0 4.420.5 15 27 M20 2.00 223.75 10 19/18* M14 2 11 22/21* 11.00 165.5 48 90 M64 6 51 95 M68 6 54 100 502.200.0 3.8 4 8 M6 1 5 10 M7 1 5.60 17.384 d P m s M16 2 13 24 0.00 M72 6 58 105 M76 6 61 110 M80 6 64 115 M90 6 72 130 Peso/Weight 1000 ud.00 288.040.5 13 M10 1.5 2.690.40 64.5 45 85 M60 5.980.5 24 46 M33 3.820.930.5 11 M8 1. kg d P m s Peso/Weight 1000 ud.300.5 M4 0.30 49.0 3.40 79. kg d P m s Peso/Weight 1000 ud.5 18 32/34* M24 3 19 36 M27 3 22 41 M30 3.00 652.0 *Tamaño según norma ISO/Sizes per ISO standard.00 110.810 1.00 800.120 5.00 977.4 5.5 36 70 M48 5 38 75 M52 5 42 80 M56 5.00 393.0 .5 DIN 934 ISO 4032 Hexagon nuts Ecrous hexagonaux Tuercas hexagonales d P m s M3 0.7 3.5 8 17/16* M12 1.0 1. 2x25 15.2x12 M6 1 7.5 13 2.120 d p m s n Pasador/pin2) 2.5 12 17/16* 2.4 1.3x56 38.b) de M12 a M60 / From M12 to M60 2) Pasador según DIN-94/Pin as per DIN-94 CALIDADES/GRADES: 5 8 Q Q 10 A2 Q Q A4 79 .5 5x40 M27 3 30 41 5.5 22 30 4.960 7.060.2 1x10 M5 0.00 860.350 M16 2 19 24 4.5 57 85 9 8x100 M60 5.00 131.00 Peso/Weight 1000 ud.5 5x36 M24 3 27 36 5.DIN 935 5 Hexagon castle nuts Ecrous hexagonaux avec couronne crénelée Tuercas hexagonales almenadas d p m s n Pasador/pin2) M4 0.50 75.0 1.7 5 7 1.5 46 65 9 8x71 M45 4.5 4x36 M22 2.5 2x16 M10 1.3x63 M39 4 40 60 7 6.5 3.5 4x32 M20 2.5 63 90 11 10x100 584. kg d p m s n Pasador/pin2) Peso/Weight 1000 ud.5 4x28 M18 2.5 26 32/34* 5.20 93.90 57.6x14 M8 1. kg 1.300 3. kg 447.8 6 8 1.00 1.5 33 46 7 6.8 2.00 710.00 192.00 M36 4 38 55 7 6.75 15 19/18* 3.3x71 M42 4.2x22 M14 2 16 22/21* 3.00 27.5x20 M12 1.300.5 21 27 4.5 35 50 7 6.0 *Esta medida corresponde a la norma ISO estandar/Size as per ISO standard 1) a) de M4 a M10 / From M4 to M10 .800.0 Peso/Weight 1000 ud.00 1.00 333.160 3.5 5x45 M30 3.5 48 70 9 8x80 M48 5 50 75 9 8x80 M52 5 54 80 9 8x90 M56 5.6x14 M7 1 8 11 2 1.500.25 9.5 10 2 1.80 20.5 3.3x50 M33 3.0 1.00 264. 30 36.10 M12x1.25 6 17/16* M12 1.30 M22 2.5 DIN 936 Hexagon thin nuts Ecrous hexagonaux bas Tuercas hexagonales bajas d P m (nom.20 20.25 1.5 7 19/18* M14 2 8 22/21* M14x1.5 1.5 8 22/21* M16 2 8 24 M16x1.10 12.000 d P m (nom.5 9 30 M20x2 2 9 30 29.75 7 19/18* 8.00 Peso/Weight 1000 ud.5 1.600 8. kg 4.) s (nom.) Peso/Weight 1000 ud.5 9 27 M18x1.) Peso/Weight 1000 ud.5 10 36 M24x2 2 10 36 43.60 36.000 8.) s (nom.5 6 17/16* M10x1 1 6 17/16* 4.) s (nom.5 1.5 1.60 29.10 18.5 1. kg d P m (nom.) s (nom.25 1.5 1.5 9 27 M18x2 2 9 27 M20 2.5 1.600 12.25 7 19/18* M8x1 1 5 13 M10 1.30 36.) M8 1.5 8 24 12.80 43.10 M18 2.25 5 13 Peso/Weight 1000 ud. kg 43.20 18.5 10 32/34* M22x1.80 *Tamaño según norma ISO/Size as per ISO standard CALIDADES/GRADES: 5 8 Q 80 Q 10 A2 Q Q A4 .5 10 32/34* M22x2 2 10 32/34* M24 3 10 36 M24x1. kg d P m (nom.10 20.80 58.600 M10x1.) M12x1.00 58.00 58.60 29.5 9 30 M20x1. 00 155.5 1.5 14 55 M36x2 2 14 55 155.00 155.00 190. kg 307.00 110.5 1.00 110.5 16 65 M42x2 2 16 65 M42x3 3 16 65 M45 4.5 12 46 M30x2 2 12 46 90.5 16 60 M39x2 2 16 60 M39x3 3 16 60 M42 4.5 1. kg d P m (nom.00 400.5 18 70 M45x1.) Peso/Weight 1000 ud.5 1.5 1.) M27 3 12 41 M27x1.5 14 50 M33x2 2 14 50 M36 4 14 55 M36x1.5 14 50 Peso/Weight 1000 ud.00 307.) s (nom.00 260.00 260.) M33 3.) s (nom.5 1.00 307.00 M33x1.5 1.00 90.00 400.) s (nom.00 190.00 M36x3 3 14 55 M39x4 4 16 60 M39x1.00 260.00 400.5 16 65 190.) Peso/Weight 1000 ud.5 18 70 M45x2 2 18 70 307.5 12 41 M27x2 2 12 41 M30 3. kg 90.00 190. kg d P m (nom.5 12 46 M30x1.00 Peso/Weight 1000 ud.00 d P m (nom.) s (nom.00 260.DIN 936 5 Hexagon thin nuts Ecrous hexagonaux bas Tuercas hexagonales bajas d P m (nom.00 *Tamaño según norma ISO/Size as per ISO standard CALIDADES/GRADES: 5 8 Q Q 10 A2 Q Q A4 81 .00 M42x1.00 110. 00 580.00 460. kg 400.5 20 80 M48x2 2 18 75 M48x3 3 18 75 M52x5 5 20 80 460.00 d P m (nom. kg 580.) s (nom.) M52x2 2 20 80 M52x3 3 20 80 580.5 18 75 Peso/Weight 1000 ud.) s (nom.00 460.5 DIN 936 Hexagon thin nuts Ecrous hexagonaux bas Tuercas hexagonales bajas d P m (nom.00 *Tamaño según norma ISO/Size as per ISO standard CALIDADES/GRADES: 5 8 Q 82 Q 10 A2 Q Q A4 .5 1.5 1.00 M52x1.00 460.) M45x3 3 18 70 M48x5 5 18 75 M48x1.00 Peso/Weight 1000 ud.00 580. 00 422.00 535.00 251.00 384.5 M22x2 50 56 14 32/34* M24x1.00 136.00 174.00 264.00 194.10 71.8 22/21* M16x1.5 M20x1.00 464.30 90.8 6.00 406.00 262.00 336.5 38 44 10 24 M18x1.00 184.00 237.30 53.10 102.00 264.5 12.00 132.00 643.00 150.5 27 30 M22x1.00 458.00 203.70 98.90 145.00 532.30 30.00 410.00 8.00 189.00 745.30 93.00 507.00 35.20 47.00 214.00 157.20 102.00 499.00 284.30 28.90 89.00 251.30 89.5 34 40 8.10 40.DIN 960 1 ISO 8765 Hexagon head bolts .00 126.8 83 .50 56.00 332.50 172.00 317.00 342.00 330.00 494.30 24.00 225.00 433.70 67.20 84.00 282.00 639.00 428.00 234.40 101.00 360.20 34.Filetage métrique à pas fin Tornillos de cabeza hexagonal .00 274.10 41.1) L ≤ 125 mm 2) 125 mm ≤ 200 mm *Tamaño según norma ISO/Size as per ISO standard CALIDADES/GRADES: 4.00 120.00 78.20 36.9 12.8 10.00 314.00 205.8 5.00 402.30 95.00 287.00 138.60 59.30 50.00 322.00 165.6 5.00 126.00 250.00 345.20 32.50 76.00 38.00 362.5 M24x2 54 60 15 36 L\d: Peso/Weight 1000 ud.40 53.00 816.00 80.00 244.00 134.80 68.5 17/16* 19/18* M14x1.00 181.00 179.10 42.40 83.00 613.00 298.60 111.00 215.3 13 M10x1 M12x1.00 710.80 58.00 173.9 A2 A4 Q Q (1) b .00 524.00 156.00 267.00 376.00 302.00 118.00 409.10 44.00 311.Metric fine pitch thread Boulon à tête hexagonale .00 781.00 227.30 128.00 287.50 120.00 583.70 154.00 553.40 84.00 382.00 142.00 168. kg 40 45 50 55 60 65 70 75 80 85 90 95 100 110 120 130 140 150 160 170 180 190 200 20.40 22.00 239.00 362.6 4.70 65.00 393.00 464.00 673.00 113.00 302.00 107.5 26 30 32 36 6.00 483.00 568.Rosca métrica fina dxP b M8x1 1 2 k s 22 28 5.00 221.00 299.00 347.10 38.4 7.20 44.00 224.25 M10x1.30 26.25 M12x1.60 62.60 163.00 191.00 674.00 556.00 603.5 M18x2 M20x2 42 46 48 52 11.00 436.00 96.00 204.90 72.00 235.00 446.20 62.00 442.00 144. 00 177.00 186.70 64.00 112.5 7.50 33.00 197.00 107.00 219.00 124.90 17.10 87.80 91.00 316.70 55.00 342.00 167.60 104.00 409.00 453.8 8.30 54.30 51.00 82.00 101.00 115.00 330.00 176.00 8.90 16.00 227.40 58.00 CALIDADES/GRADES: *Tamaño según norma ISO/Size as per ISO standard 4.00 93.00 174.20 20.Filetage métrique à pas fin Tornillos de cabeza hexagonal .00 52.00 150.00 136.60 59.00 431.20 42.00 297.00 137.00 34.10 60.8 22/21* M16x1.00 133.60 90.00 206.80 18.00 247.70 63.50 44.1 DIN 961 ISO 8676 Hexagon head bolts .20 75.20 69.20 15.00 296.00 117.5 10 24 M18x1.00 159.00 227.70 39.80 27.20 25.90 36.40 57.00 51.20 71.00 22.00 241.20 30.50 66.90 32.50 74.00 108.00 133.00 129.50 59.50 36.6 5.60 77.30 80.00 122.00 288.00 28.90 37.80 63.60 24.70 17.10 57.20 49.00 260.00 210.00 119.40 87.50 30.00 44.60 13.4 17/16* M12x1.00 163.10 47.00 153.300 9.00 130.60 11.00 107.00 143.20 24.00 219.70 47.40 66.20 25.00 196.40 80.10 55.00 38.00 253.00 115.00 347.00 365.00 244.25 M12x1.00 122.60 85.20 14.00 141.40 50.5 27 M20x1.20 48.40 28.00 274.20 33.00 131.00 364.00 184.00 386.600 9.00 219.20 92.00 116.70 55.00 164.50 45.00 141.60 19.00 205.00 264.00 150.30 11.00 185.00 382.5 19/18* M14x1.00 399.00 L\d: Peso/Weight 1000 ud.5 M20x2 12.00 124.20 63.70 93.90 22.6 4.8 Q 84 10.900 10.00 73.3 13 M10x1 M10x1.40 89.00 520. kg 8 10 12 14 16 18 20 22 25 28 30 35 40 45 50 55 60 65 70 75 80 85 90 95 100 110 120 130 140 150 160 170 180 190 200 8.00 193.00 108.Rosca métrica fina dxP M8x1 k s 5.00 279.Metric fine pitch thread Boulon à tête hexagonale .90 60.00 171.9 A2 A4 .30 42.00 164.90 21.10 23.60 29.80 40.00 143.9 Q 12.00 261.00 175.60 39.00 217.90 70.00 302.00 275.90 100.00 233.00 66.00 81.00 123.20 77.5 M18x2 11.00 31.00 145.10 96.5 25.00 475.00 313.00 202.50 34.30 102.5 30 86.90 19.70 85.00 498.70 70.00 238.20 15.20 35.00 157.90 12.8 6.00 45.00 319.00 154.00 230.00 128.25 6.00 40.50 31.00 191.00 115.00 286.00 208.90 27.8 5.50 27.90 43.00 152.50 39.00 138.40 98.20 78.10 94. 300 6.590 10.440 35 40 45 50 55 60 70 80 CALIDADES/GRADES: 4.220 2.840 8.6 4.5 4 2 2.760 5.70 A2 A4 Q Q 85 .440 2.00 14.40 10.940 8.5 9.643 16 0.190 6.60 16.754 0.9 12.650 6.180 3. kg 4 0.291 5 0.10 28.250 3.5 2.60 26.530 1.990 3.379 8 0.790 11.820 20 0.900 1.60 21.060 1.467 10 0.030 5.550 4.10 18.65 0.960 7.676 0.8 L\d: Peso/Weight 1000 ud.5 18 5 2.450 1.60 13.8 5.540 2.555 12 0.610 8.730 9.390 6.8 9.80 19.40 13.080 6.8 5.7 7.60 14.210 1.190 2.60 11.950 2.10 33.8 M8 1.9 M10 1.DIN 963 3 ISO 2009 Slotted countersunk head screws Vis à tête fraisée avec rainure Tornillos de cabeza avellanada ranurada d P dk k (max) n M3 0.5 1.8 M6 1 11 3 1.940 3.6 Q M4 0.840 9.25 14.2 2.700 1.60 31.5 5.190 2.670 6.2 0.60 16.2 1 M5 0.610 4.310 4.996 25 1.10 23.335 6 0.160 4.6 1.020 6.20 17.220 30 1.660 5.210 8.840 2.610 2.6 1.360 5.890 3.220 1. 6 1.7 7.5 1.90 11.180 2.420 4.220 3.25 1.703 0.3 DIN 964 ISO 2010 Slotted raised countersunk head screws Vis à tête fraisée bombée fendue Tornillos de cabeza avellanada abombada ranurada d P dk k (max) ~ f~ n M3 0.140 1.780 5.5 1.30 18.9 6.050 8.50 14.730 1.430 8.680 9.8 5. kg 4 5 6 8 10 12 14 16 18 20 22 25 28 30 35 40 45 50 55 0.430 7.2 1 1 M5 0.140 6.150 3.610 2.90 20.2 M6 1 11 3 1.720 4.230 2.527 0.550 7.410 8.360 3.879 0.190 6.902 1.2 2.8 10.25 14.10 15.320 9.110 4.660 3.500 CALIDADES/GRADES: 4.10 M8 1.395 0.930 5.350 0.5 2.140 2.200 10.990 2.6 Q 86 0.060 1.010 3.5 5.791 0.310 9.824 0.6 4.8 9.680 1.490 1.830 1.830 4.060 1.680 6.8 M4 0.6 1.530 5.5 4 2 2 L\d: Peso/Weight 1000 ud.615 0.50 A2 A4 Q Q .720 2.9 12.780 7.280 1.460 3.65 0.950 10.970 3.410 1.8 8.660 6.210 1.80 12.968 1.130 5.520 1.70 17.440 4.980 2.370 2.75 0.760 3.070 4.439 0.470 2.8 6.370 1. 940 7.25 14.680 1.350 1.370 1.610 3. Phillips (H) M3 0.8 2.5 2 M6 1 11 3 3 M8 1.00 14.890 3.5 4 4 L\d: Peso/Weight 1000 ud.950 4.060 1.379 0.570 8.70 13.080 6.820 0.996 1.731 0.460 2.690 2.70 11.467 0.080 1.530 1.960 7.310 4.555 0.390 6.840 1.190 2.160 4.9 5.950 2.840 9.190 2.8 6.790 10.754 0.8 1.250 3.670 6.9 12.990 2.643 0.760 5.610 10.030 5.5 2.60 16.80 19.900 1.720 6.360 5.180 3.DIN 965 3 ISO 7046 Cross recessed countersunk head screws Vis à tête fraisée à empreinte cruciforme Tornillos de cabeza avellanada con hueco cruciforme d P dk k (max) Nr.840 8.540 2.450 1.550 3.65 1 M4 0.660 5.8 9.220 2.6 1.291 0.220 1.440 CALIDADES/GRADES: 4.8 5.6 Q 0.40 A2 A4 Q Q 87 .990 3.220 1.335 0.2 2.940 3.5 5.730 9.908 0.020 6.300 6.7 7.6 4.676 0.610 2.650 8.930 4.210 1.440 2.2 2 M5 0. kg 4 5 6 8 10 12 14 16 18 20 22 25 28 30 35 40 45 50 55 0.210 8.190 5.700 1.20 17. 130 5.420 4.010 3.830 4.060 1.680 6.824 0.70 17.660 6.3 DIN 966 ISO 7047 Cross recessed raised countersunk head screws Vis à tête fraisée bombée à empreinte cruciforme Tornillos de cabeza avellanada abombada con hueco cruciforme d P dk k (max) ~ f~ Nr.360 3.2 1 2 M5 0.430 8.410 8.879 0.439 0.370 2.730 1.930 5.310 9.6 Q 88 0.50 14.527 0.780 5.610 2.8 5.050 8.5 5.30 18.8 10.90 20.950 10.490 1.9 6.150 3.780 7.230 2.703 0. kg 4 5 6 8 10 12 14 16 18 20 22 25 28 30 35 40 45 50 55 0.350 0.830 1.430 7.720 4.5 2.25 14.110 4.791 0.070 4.320 9.720 2.530 5.190 6.5 3 1.140 1.970 3.060 1.6 1.140 6.460 3.65 0.470 2.7 7.990 2.440 4.10 M8 1.8 8.902 1.9 12.500 CALIDADES/GRADES: 4.90 11.140 2.200 10.615 0.220 3.25 2 M6 1 11 3 1.680 9.395 0.968 1.410 1.520 1.5 4 2 4 L\d: Peso/Weight 1000 ud.210 1. Phillips (H) M3 0.760 3.980 2.280 1.5 1.50 A2 A4 Q Q .10 15.6 4.680 1.75 1 M4 0.180 2.550 7.8 9.370 1.80 12.8 6.660 3.2 2. 5 1.700.330 M45 4.000 12.0 11.750.5 M12 1.400.5 M24 3 M27 3 M30 3.5 M4 0.0 89 .Length 1 meter Tiges filetées .0 ≥800 N/mm2 <1040 N/mm2 Resistencia media Medium strength Résistance moyenne ≥1040 N/mm2 Alta resistencia High strength Haute résistance Q Q 14.0 8.00 124.400.Longueur 1 mètre Varillas roscada .0 M52 5 Peso/Weight 1000 ud.650.00 970.0 4.5 Peso/Weight 1000 ud.900.850.75 M14 2 M16 2 M18 2.00 M22 2.0 3.0 5.0 3.5 M33 3.5 M20 2.5 M36 4 M39 4 M42 4.8 M6 1 M8 1.5 1.00 319.00 725.Largo 1 metro d P M3 0.00 78.0 M48 5 2.080.0 CALIDADES/GRADES: 700 N/mm2 Baja resistencia Resistencia media Low strength Medium strength 700 N/mm2 Basse résistance Résistance moyenne 700 N/mm2 Q Q 6.200.000.0 9.00 500.DIN 975 9 Threaded rods . kg d P 44.7 M5 0.540. kg 2.25 M10 1.00 177.900. 560 2.00 470.300 1.50 30.220.10 39.7 M5 0.50 M24 3.420 0.900 4.00 285.00 301.00 170.0 1.400.20 23.00 395.50 L\d: Peso/Weight 1000 ud.00 447.280 1.00 112.60 19.800 0.25 M10 1.00 18.00 581.800 3.80 25.00 143.00 ≥800 N/mm2 <1040 N/mm2 Resistencia media Medium strength Résistance moyenne ≥1040 N/mm2 Alta resistencia High strength Haute résistance Q Q 282.00 42.00 17.70 25.640 0.00 132.260 9.90 32.00 152.00 206.00 46.00 12.00 61.5 M12 1.80 22.00 80.00 400.0 1.00 1.260 8.00 894.200 1.870 1.00 395.00 564.00 179.40 10.960 1.80 14.20 58.50 20.10 83.00 364.460 6.00 423.00 154.5 M4 0.30 69.80 73.00 219.00 155.160 10.500 5.00 254.50 45.640 4.100 6.510 0.00 192.30 28.50 36.00 940.50 25.330 0.080 2.00 145.920 3.00 217.400 2.00 269.00 290.40 91.9 DIN 976-A Stud bolts Tiges filetées Espárragos totalmente roscados d P M3 0.00 47.280 0.70 97.8 M6 1 M8 1.00 125.00 329.030.00 457.00 201.00 238.00 353.50 15.360 7.00 175.00 736.600 11.800 6.00 517.400 8.200 5.00 658.20 80.10 11.70 43.40 77.00 206.00 705.00 133.00 37.00 223.75 M16 2.30 47.00 CALIDADES/GRADES: 700 N/mm2 Baja resistencia Resistencia media Low strength Medium strength 700 N/mm2 Basse résistance Résistance moyenne 700 N/mm2 Q 90 Q 5.00 196.60 54.00 800.00 186.00 M30 3.20 12.00 248.00 847.00 311.00 138.200 2.00 72.690 0.120. kg 6 8 10 12 15 20 25 30 35 40 45 50 55 60 65 70 75 80 85 90 95 100 110 120 130 140 150 160 170 180 190 200 220 240 260 280 300 0.00 40.00 752.430 0.50 40.0 1.50 35.00 M20 2.00 122.00 32.00 374.00 50.00 674.500 2.600 3.00 118.200 1.0 1.00 353.00 165.00 416.600 2.00 101.50 50.00 22.540 5.00 227.00 111.00 269.00 426.250 3.00 185.00 488.80 76.00 519.00 550.000 2.90 90.0 .60 65.00 306.00 333.00 164.00 17.00 612.00 233.00 611.20 21.000 9.00 376.310.00 27.40 16.00 332.20 20.50 104. 5 27 18 M20 2.5 17/16* 10 M12 1.75 19/18* 12 M14 2 22/21* 14 d p s h (max) M16 2 24 16 M18 2.8 8 5.5 30 20 M22 2.5 46 30 *Esta medida corresponde a la norma ISO/Size as per ISO standard CALIDADES/GRADES: 5 8 10 A2 Q Q Q A4 91 .25 13 8 M10 1.DIN 980-V 5 ISO 7042 Prevailing torque type hexagonals nuts all metal Ecrous hexagonaux de sécurité tout métal Tuercas hexagonales de seguridad todo metal d p s h (max) M4 0.5 32/34* 22 M24 3 36 24 M27 3 41 27 M30 3.7 7 4.2 M5 0.1 M6 1 10 6 M8 1. 000 *Tamaño según norma ISO/Size as per ISO standard 92 CALIDADES/GRADES: 5 8 10 A2 Q Q Q A4 .00 Peso/Weight 1000 ud.60 21.100 6.3 M6 1 10 8 M8 1.00 127.70 16.400 3.80 51.5 M10 1. kg 1.00 37.Tipo alta d p s h M5 0.Type haut Tuercas hexagonales de seguridad con anillo plástico .5 DIN 982 ISO 7040 Prevailing torque type hexagon nuts with non-metallic insert .5 27 20 M20 2.5 30 22 M22 2.60 68.00 86.5 M12 1.High type Ecrous hexagonaux de sécurité avec anneau nylon .25 13 9.5 32/34* 25 M24 3 36 28 11.8 8 6.5 17/16* 11.75 19/18* 14 M14 2 22/21* 16 M16 2 24 18 M18 2. 5 5.400 2.00 75.5 30 20 1. kg 0.00 Peso/Weight 1000 ud.8 8 5 M6 1 10 6 M7 1 11 7. kg 65.00 162.00 628.5 46 30 M33 3.00 Peso/Weight 1000 ud.200 26.00 *Tamaño según norma ISO/Size as per ISO standard CALIDADES DISPONIBLES/GRADES AVAILABLES: 5 8 10 Q Q A2 A4 Q Q 93 .600 17.00 771.5 50 33 M36 4 55 36 M39 4 60 39 M42 4.00 212.5 4 M4 0.25 13 8 M10 1.5 65 42 M45 4.500 d p s h M20 2.00 415.400 3.5 M8 1.00 34.75 19/18* 12 M14 2 22/21* 14 M16 2 24 16 M18 2.00 45.00 499.5 32/34* 22 1.5 70 45 M48 5 75 48 100.5 27 18.7 7 5 M5 0.100 10.000 M24 3 36 24 M27 3 41 27 M30 3.00 317.DIN 985 5 ISO 7043 Prevailing torque type hexagon nuts with nylon insert Ecrous hexagonaux de sécurité avec anneau nylon Tuercas hexagonales de seguridad con anillo plástico d p s h M3 0.5 17/16* 10 M12 1.00 998.000 M22 2.5 5. 990 10. kg CALIDADES/GRADES: ST/HV100 HV140 Q 94 FST C45 A2 Q A4 .220 4.00 16.20 18.68 18 18 30 4 20 20 32 4 22 22 34 4 23 23 36 4 25 25 40 4 26 26 40 5 28 28 42 5 30 30 45 5 13.80 43.6 DIN 1440 ISO 8738 Plain washers for clevis pins Rondelles plates pour axes d’articulation Arandelas planas para pernos Para perno/For pin ø d1(H11) d2 s 4 4 8 0.8 6 6 12 1.6 8 8 16 2 10 10 20 2.30 52.70 34.50 29.230 Para perno/For pin ø d1(H11) d2 s 0. kg 0.50 63.8 5 5 10 0.5 12 12 25 3 14 14 28 3 16 16 28 3 Peso/Weight 1000 ud.70 Peso/Weight 1000 ud.560 8.50 23.60 28.80 9.20 32 32 50 5 33 33 50 5 35 35 52 6 36 36 52 6 40 40 58 6 44.050 2.80 49.80 15. kg Para perno/For pin ø d1(H11) d2 s Peso/Weight 1000 ud.360 1. 160 24 25 38 5 27 28 40 5 30 31 45 5 33 34 50 5 36 37 52 6 39 41 58 6 20.50 49. d1 d2 s 6 7 12 1. kg 15.6 8 9 16 2 10 11 20 2.80 43.160 4.40 Peso/Weight 1000 ud.00 32.20 Peso/Weight 1000 ud.30 9.300 8. d1 d2 s 22 23 34 4 2.40 59.940 d nom.43 10. kg 0.50 CALIDADES/GRADES: ST/HV100 HV140 FST C45 A2 A4 Q 95 .5 12 13 25 3 14 15 28 3 16 17 28 3 18 19 30 4 20 21 32 4 13.00 25.30 14.DIN 1441 6 Plain washers for clevis pins Rondelles plates pour axes d’articulation Arandelas planas para pernos d nom. 60 111.80 50.340 ST2(HRC:60±2) templado/heat treahed 42.00 167.2 63. L\d: Peso/Weight 1000 ud.5 h9 0.70 66.00 10.980 2.688 0.00 Shear (Kn) strenght double min.70 13.00 155.30 56.302 0.00 105.680 1.00 179.168 0.20 38.20 11.00 82.230 1.625 0.70 55.910 9.020 3.253 0.10 68.80 37.577 0.00 161.00 135.90 40.474 0.030 2.500 4.10 91.940 2.2 3.5 10.50 92.20 59.00 36.40 106.00 100.20 18.30 12.25 0.8 2.5 1.990 5.6 16.20 62.10 22.20 41.910 1. ADH c≈ Carga (Kn) cizalladura de 2 hilos 1.397 0.10 28.70 16.740 8.720 6.30 74.720 5.730 4.40 80.00 26.00 40.00 130.50 28.20 23.570 9.70 64.00 118.5 0.610 5.226 0.00 203.30 22.00 80.70 37.5 236.00 191.10 20.080 10.782 0.2 1.90 92.310 10. full length parallel grooved with pilot Goupilles cylindriques cannelées avec bout Pasadores cilíndricos extriados con extremo de introducción d1 Dif.281 0.25 2.50 86.270 7.60 98.00 32.480 5.00 146.950 4.20 14.40 98.20 16.000 4.570 3.20 12.40 25.530 3.15 0.70 28.976 1.190 3.50 82.10 24.6 2 124 156.20 50.85 0.00 30.141 0.630 2.6 5 6 8 10 12 0.70 34.90 44.60 15.240 4 h11 0.5 3 0.00 142.70 46.00 114.20 50.00 130.00 123.80 90.00 177.40 13.20 44.00 253.401 0.830 7.6 91 1.50 73.10 46.627 0.030 7.70 58.50 14.60 31.6 2 2.500 0.00 122.00 A2 .749 CALIDADES/GRADES: ST FST Q 96 1.040 1.800 8.4 6.00 228.00 32.20 16.90 14 16 20 1.8 1 40.400 1.20 50.50 62.20 56.480 6.170 0.130 1.10 32.80 17.3 4.70 68.10 DIN 1470 ISO 8739 Grooved pins.5 19.30 68.510 4.60 74. kg 10 12 16 20 25 30 35 40 45 50 55 60 65 70 75 80 90 100 110 0.8 22.00 277.30 19.90 6. 000 4.020 3.680 1.70 50.60 28.20 19.030 7.4 0.00 204.155 0.226 0.00 82.6 0.10 32.20 50.570 9.00 30.00 5.960 2.00 Tolerance c≈ Carga (Kn) cizalladura de 2 hilos Shear (Kn) strenght double min.25 2.00 161.20 18.10 68.70 37.243 0.70 13.00 ST2(HRC:60±2) templado/heat treahed A2 Q 97 .302 0.730 4.640 1.253 0.490 5.20 28.474 0.570 3.113 0.850 3.170 0.00 36.610 5.00 179.5 6.00 177.976 1.20 44.20 56.10 91.160 6.8 2.70 46.20 11.355 0.00 146.50 82.072 0.010 4.00 26.830 7.130 1.281 0.00 105.80 18.230 1.70 66.80 37.397 0.50 62.00 118.10 22.70 34.910 1.030 2.00 100.20 41.270 7.90 93.25 0.50 98.30 22.00 135.520 5.30 68.70 64.60 74.203 0.60 19.20 50.30 12.577 0.00 130.720 6.70 58.530 4.2 1.00 191.00 44.00 109.440 6.00 122.6 124 2 156.70 16.30 90.058 0.00 32.20 23.141 0.20 38.50 92.782 0.30 56.627 0.70 68.400 1.DIN 1471 10 ISO 8744 Grooved pins.10 20.50 28.340 2.330 1.320 0.00 147.00 26.60 15.688 0.040 1.5 0. L\d: Peso/Weight 1000 ud.40 106.90 41.10 15.00 193.30 74.5 h9 2 2.000 5.950 2.00 130.540 3.20 62.500 0.90 75.800 8.10 47.2 63.60 31.3 4.00 302.70 55.00 142.15 10.5 236.630 2.00 80.20 50.5 10. kg 4 5 6 8 10 12 16 20 25 30 35 40 45 50 55 60 65 70 75 80 90 100 110 120 0.190 4.20 32.20 16.720 5. full length taper grooved Goupilles coniques striées Pasadores cónicos estriados d1 Tolerancia 1.60 111.401 0.20 14.240 5 6 8 10 12 14 16 20 0.00 253.5 3 4 h11 0.130 0.8 1 40.00 277.40 13.168 0.085 0.840 1.00 40.00 114.5 1.625 0.6 0.00 123.080 10.980 1.40 98.20 12.50 14.310 10.2 1.63 16.00 228.00 42.60 73.00 155.466 0.00 167.40 80.20 16.749 CALIDADES/GRADES: ST FST Q 0.940 9.740 8.85 0.6 91 1.10 24.8 22.50 86.20 59.410 2.40 25. 749 CALIDADES/GRADES: ST FST Q 98 1.240 5 6 8 10 12 14 16 20 0.570 3.50 28.00 105.397 0.730 4.410 2.20 11.5 h9 2 2.4 0.00 ST2(HRC:60±2) templado/heat treahed A2 Q .10 47.00 32.00 155.00 147.00 122.00 191.90 75.20 16.8 1 40.510 4.500 0.627 0.302 0.20 50.020 3.3 4.570 9.00 32.00 50.10 22.720 5.00 Tolerance c≈ Carga (Kn) cizalladura de 2 hilos Shear (Kn) strenght double min.5 19.30 74.30 68.950 2.10 24.40 105.25 0.466 0.20 18.640 1.15 10.00 80.253 0.5 6.20 62.70 68.30 22.60 74.60 15.170 0.10 87.320 0.20 41.5 3 4 h11 0.20 14.40 13.00 114.90 5.00 302.70 46.00 126.00 253.90 93.80 37.625 0.00 144.00 82.6 16.630 2.00 26.00 162.910 1.00 123.190 3.226 0.80 17.680 1.10 DIN 1472 ISO 8745 Grooved pins.170 6.50 86.80 90.20 59.355 0.90 40.00 130.00 36.00 142.876 1.20 50.70 37.720 6.00 452.400 1. kg 6 8 10 12 16 20 25 30 35 40 45 50 55 60 65 70 75 80 90 100 110 120 140 160 180 0.085 0.10 68.520 3.40 80.00 179.113 0.20 50.960 2.40 98.20 56.70 58.080 10.50 100.270 7.40 25.00 135. half length taper grooved Goupilles d’ajustage striées Pasadores ajustados estriados d1 Tolerancia 1.85 0.50 73.00 197.60 98.688 0.577 0.980 1.20 16.6 124 2 156.20 38.00 167.50 82.20 19.030 2.5 1.00 161.6 91 1.480 6.480 5.10 91.610 5.00 10.850 3.00 225. L\d: Peso/Weight 1000 ud.155 0.2 63.00 118.6 0.00 177.10 20.203 0.00 173.030 7.50 14.990 5.00 221.00 228.00 402.00 30.70 64.040 1.500 4.00 193.000 4.230 1.00 100.20 23.00 40.940 9.25 2.00 146.5 0.60 111.8 2.8 22.30 12.168 0.50 62.70 55.00 289.70 13.310 10.20 44.800 8.00 109.2 1.2 1.60 31.401 0.243 0.00 352.00 130.90 44.00 277.782 0.70 34.130 1.20 12.740 8.00 204.281 0.30 56.340 2.5 236.141 0.6 0.70 16.10 32.50 28.60 92.00 257.474 0.830 7.20 28.950 4.70 66. 4 6.770 0.016 0.25 0. kg 4 5 6 8 10 12 16 20 25 30 35 40 0.390 1.110 1.107 0.020 0.494 0.555 0.15 Tolerance c≈ Carga (Kn) cizalladura de 2 hilos Shear (Kn) strenght double min.DIN 1473 10 ISO 8740 Grooved pins.083 0.037 0.056 0.444 0.111 0.6 0.099 0.618 0.296 0. L\d: Peso/Weight 1000 ud.198 0.45 0.462 0.247 0.2 1.167 0.124 0.8 h9 1 1.308 0.053 0.139 0.85 0.089 0.044 0.680 1.1 0.070 0.965 1.278 2 2.049 0.7 0.888 1.5 3 0.5 0.024 0.3 4.2 1.385 0.032 CALIDADES/GRADES: ST FST Q 0.395 0.071 0.062 0.160 0.231 0.031 0.742 ST2(HRC:60±2) templado/heat treahed 0.12 0.220 A2 Q 99 .616 0.666 0.035 0.25 2. full length parallel grooved with chamfer Goupilles cylindriques striées Pasadores cilíndricos extriados d1 Tolerancia 0.960 2.333 0.025 0.16 1 0.148 0.222 0. 50 31.90 97.50 61.6 16.30 14.00 142.00 296.20 36.390 6.10 86.00 74.5 0.00 272.00 222.80 22.970 2.940 4.40 39.80 103.00 124.20 46.90 53.00 190.782 0.40 54.30 71.40 9.960 2.00 119.90 33.80 4.30 48.8 2.00 173.80 60.90 37.00 174.20 17.60 84.080 3.60 21.00 148.5 14.70 95.40 15.6 124 2 156.8 1 40.00 145.30 15.40 55.740 6.5 10.00 88.440 5.00 198.30 42.990 1.2 1.00 186.40 55.660 7.660 3.880 9.50 35.80 30.00 136.20 71.00 111.60 78.00 133.10 12.870 12.00 ST2(HRC:60±2) templado/heat treahed A2 Q .00 161.10 79.850 2.5 1.60 25.220 2.160 6.50 66.90 74.920 CALIDADES/GRADES: ST FST Q 100 1.00 158.00 247.20 13.240 2. L\d: Peso/Weight 1000 ud.20 30.60 81.550 6.10 44.90 94.70 27.40 60.592 0.50 21.00 126.80 111.80 109.20 26.10 43.6 91 1.30 49.60 40.460 3.2 63.440 4.180 1.520 5.10 DIN 1473 ISO 8740 Grooved pins.00 47.460 2.80 107.550 4.770 8.50 48.60 31.70 19.450 3.00 121.5 236.60 23.10 80.50 72.8 22.800 11. kg 6 8 10 12 16 20 25 30 35 40 45 50 55 60 65 70 75 80 90 100 110 120 0.900 9. full length parallel grooved with chamfer Goupilles cylindriques striées Pasadores cilíndricos extriados d1 Tolerancia 4 h11 5 6 8 10 12 14 16 20 0.6 Shear (Kn) strenght double min.70 67.540 1.70 17.70 15.60 27.930 7.230 1.700 8.00 Tolerance c≈ Carga (Kn) cizalladura de 2 hilos 0.990 11.50 16.00 86.40 57.470 9.10 35.930 5.00 62.580 1.30 63.40 98.00 40.420 5.60 24.320 7.80 13.00 24.50 29.60 17.90 18.850 4. 60 31.70 68.50 100.480 5.00 126.70 55. half length reverse grooved Goupilles striées embrochables Pasadores estriados con espiga cilíndrica d1 Tolerancia 1.910 1.281 0.800 8.5 3 4 h11 0.270 7.20 50.5 1.90 93.5 0.577 0.00 402.302 0.50 92.8 22.320 0.20 12.00 179.5 h9 2 2.00 122.00 100.00 6.20 56.00 167.782 0.950 4.00 Tolerance c≈ Carga (Kn) cizalladura de 2 hilos Shear (Kn) strenght double min.000 4.976 1.70 58.00 147.00 221.400 1.850 7.70 34.10 68.570 9.00 144.40 98.340 2.00 155.30 74.466 0.90 75.00 352.230 1.60 15.00 40.020 3.00 82.170 0.00 80.240 5 6 8 10 12 14 16 20 0.25 2.00 193.474 0.00 191.5 28.085 0.980 1.00 26.00 105.30 68.10 28.50 14.5 6.10 22.60 98.141 0.20 59.960 2.00 289.113 0.3 4.20 62.00 161.20 16.20 18.20 11.688 0.190 3.2 63.00 130.50 86.50 73.10 20.DIN 1474 10 ISO 8741 Grooved pins.2 1.60 111.60 74.10 32.70 66.970 9.500 4.6 0.15 10.70 64.00 197.510 4.20 50.10 87.80 37.00 257.00 302.00 142.63 16.00 135.749 CALIDADES/GRADES: ST FST 1.00 146.40 80. kg 6 8 10 12 16 20 25 30 35 40 45 50 55 60 65 70 75 80 90 100 110 120 140 160 180 0.00 228.00 50.6 0.10 91.570 3.5 236.50 28.130 1.6 124 2 156.625 0.40 106.25 0.226 0.70 37.630 2.040 1.00 204.00 13.80 18.00 452.00 277.20 14.10 47.00 253.50 62.00 114.740 8.00 225.30 19.720 5.500 0.00 109.10 24.401 0.627 0.20 16.85 0.00 30.00 177.310 10.8 2.155 0.520 3.730 4.950 2. L\d: Peso/Weight 1000 ud.70 46.850 3.00 118.480 6.030 2.30 56.030 7.6 91 1.00 173.00 ST2(HRC:60±2) templado/heat treahed A2 Q 101 .8 1 40.2 1.00 36.70 16.00 130.990 5.00 123.00 38.610 5.730 6.30 12.640 1.397 0.20 50.4 0.168 0.253 0.30 22.80 90.90 40.00 161.20 41.40 13.40 25.50 82.203 0.90 44.080 10.20 44.680 1. 00 109.980 3.627 0.00 225.749 CALIDADES/GRADES: ST FST Q 102 2.130 1.00 28.00 126.113 0.141 0.625 0.00 122.00 130.70 10.800 8.401 0.6 124 2 156.680 1.00 253.50 98.5 h9 2 2.20 14.00 452.480 5.5 6.90 75.5 5.474 0.8 2.510 4.782 9.00 197.60 15.70 64.50 14.240 5 6 8 10 12 14 16 20 0.500 6.00 161.20 18.20 11.760 1.00 142.00 179.340 22.302 0.2 1.40 13.00 Tolerance c≈ Carga (Kn) cizalladura de 2 hilos Shear (Kn) strenght double min.00 56.00 173.00 161.20 50.00 74.10 20.10 68.400 1.6 0.00 352.00 146.226 0.00 177.00 32.170 0.40 106.030 7.20 59.60 31. L\d: Peso/Weight 1000 ud.00 257.8 1 40.500 0.70 55.00 37.00 277.5 236.00 135.00 100.30 56.00 82.5 3 4 h11 0.270 7.40 80.70 34.500 4.6 91 1.00 ST2(HRC:60±2) templado/heat treahed A2 .10 91.00 192.570 9.60 111.190 3.50 62.40 25.6 0.00 221.281 0.20 62.990 5.15 10.5 0.00 118.20 50.720 5.30 74. kg 8 10 12 16 20 25 30 35 40 45 50 55 60 65 70 75 80 90 100 110 120 140 160 180 0.50 100.020 3.030 2.4 0.168 0.00 30.2 1.00 130.3 4.40 98.90 44.20 16.50 92.20 41.00 289.25 2.00 36.080 10.910 1.50 86.00 167.90 40.960 4.00 228.520 3.50 28.10 24.00 40.5 1.00 147.80 90.00 155.20 12.950 9.710 6.00 114.00 402.80 37.8 22.10 87.00 204.000 4.85 0.30 12.960 2.60 73.25 0.6 16.10 47.00 26. third legth center grooved Goupilles striées bombées Pasadores cilíndricos con estriado central d1 Tolerancia 1.2 63.70 46.00 193.688 0.00 302.50 82.830 7.10 DIN 1475 ISO 8742 Grooved pins.70 68.30 68.10 22.00 144.00 123. 130 2.223 0.050 1.8 3 6 10.209 0.067 0.010 7.866 1.261 0.136 0.850 1.4 2.376 0.DIN 1476 10 ISO 8746 Round head grooved pins Goupilles cannelées à tête demi-ronde Remaches redondos estriados d1 d3 k 1.161 0.6 L\d: Peso/Weight 1000 ud.450 1.5 1.5 3.092 0.450 2.770 3.310 3.250 1. kg 3 4 5 6 8 10 12 16 20 25 30 35 0.760 4.2 1.753 0.820 3.6 3 1 2 3.185 0.524 0.309 0.450 A2 Q 103 .5 4.640 0.108 0.4 0.076 0.050 4.452 3 5.060 2.660 2.124 0.260 0.5 1.055 0.160 8.8 4 7 2.186 0.079 0.410 4.2 2.460 ST2(HRC:60±2) templado/heat treahed 1.4 5 8.110 6.8 1.210 5.408 0.466 0.110 0.810 2.310 9.300 0.092 CALIDADES/GRADES: ST FST Q 0.6 0. 6 255 29 M30 51 41 16 6.8 330 51 d1 d2 d3 min d4 c L m M48 82.2 9 6 2.3 255 36 M36 63.5 72 20 10 355 58 M56 90 25 15 355 68 M64 100 25 16 425 77 M72x6 110 30 17 425 87 M80x6 120 30 18 440 96 CALIDADES/GRADES: 5 8 Q 104 10 A2 A4 ST AL .11 DIN 1478 Turnbuckle Tendeur Tuerca de tensor d1 d2 d3 min d4 c L m M6 17.3 15 8 4 125 12 M12 25 18 10 4 125 15 M16 30 24 10 4.7 30 12 5 200 24 M24 42.5 170 20 d1 d2 d3 min d4 c L m M20 33.5 M8 17.5 50 16 8 295 43 M42 70 60 20 8.4 33 12 5.2 12 8 3.6 110 10 M10 21.9 110 7. 770 4.118 0.180 5.380 1.942 1.670 1.80 12.142 0.836 0.424 0.170 3.390 2.270 1.197 0.043 0.679 0.650 6.8 0.870 4.5 2.543 0.1 0.540 2.65 11.070 2.990 9.310 1.707 0.590 1.430 4.613 0.189 0.950 1.7 1.239 0.980 0.8 15.240 4.150 4.610 8.5 1.471 0.407 0.9 1.110 1.3 2.1 2.358 0.283 0.690 10.754 0.260 2.611 0.597 0.3 0.58 2 2.40 11.340 0.5 3.8 2.475 0.1 0.860 3.170 0.137 0.430 1.10 11.550 1.540 6.480 1.471 0.4 6.8 1.060 7.5 4.680 2.236 0.980 5.6 0.080 1.793 0.120 0.220 1.510 1.6 2.75 0.7 3.397 0.920 7.4 4.085 0.204 0.38 3 3.50 13.970 4 4. heavy duty Goupilles élastiques .120 6.910 2.6 3.04 Shear strength double min.377 0.154 0.9 5.882 0.25 1.700 1.299 0.5 0.540 3.06 0.82 2.493 0.660 0.660 1.136 0.171 CALIDADES/GRADES: ST FST Q ST2(HRC:60±2) templado/heat treahed 1.770 1.5 0.5 6.DIN 1481 10 ISO 8752 Spring-type straight pins .985 0.880 1.130 1.9 17.600 3.060 2.068 0.070 1.2 26.566 0.476 0.952 1.320 3.591 0. (kN) L\d: Peso/Weight 1000 ud.380 1.280 1.750 1.36 0.210 2.180 2.246 0.Slotted.24 4.4 1 0.430 1.6 9.10 13.790 1.230 6.746 0.32 3.635 0.090 1.190 1. kg 4 5 6 8 10 12 14 16 18 20 22 24 26 28 30 32 36 40 45 50 55 60 65 70 75 90 85 90 95 100 0.394 0.640 2.034 0.565 0.886 0.296 0.80 A2 Q 105 .940 2.570 3.360 5 5.689 0.Serie epaisse Pasadores elásticos d1 (nom) d1 (min) (max) d2≈ s (min) a Carga cizalladura de dos hilos (Kn) 1.770 2.478 0.8 0.814 0.380 2.103 0.4 4.180 1.330 0.220 2.5 2.3 0.051 0.490 2.020 1.3 3.900 2.020 3.35 2.360 0.519 0.54 6 6.8 4 2.4 1.320 1.390 3.272 0.8 0.9 1 0.590 7.25 1.450 2.300 8.4 0.716 0.9 1.955 1.788 0.095 0.580 1.4 5.040 3.830 3.710 5. 920 5.60 33.5 13.430 5.70 27.30 46.20 50.30 91.50 14.660 3.10 11.60 58.5 2.5 16.60 36.780 8.00 31.30 14.50 31.690 4.10 18.4 14.30 14.00 7.70 59.800 9.950 10.10 36.70 17.00 145.5 20.50 66.6 3.10 39. kg 10 12 14 16 18 20 22 24 26 28 30 32 36 40 45 50 55 60 65 70 75 90 85 90 95 100 120 140 160 180 200 2.00 25.50 98.8 7.10 61.00 42.20 12. heavy duty Goupilles élastiques .70 20.76 10 10.30 68.00 147.30 11.50 15.70 96.5 12.40 33.10 17.70 61.16 12 12.80 55.90 48.5 3 2 171 18 18.80 16.10 59.30 45.80 24.70 16.50 109.30 51.40 33.70 41.00 115.50 72.00 125.30 18.30 21.40 14.80 45.40 66.80 74.130 3.70 27.60 90.80 50.70 44. (kN) L\d: Peso/Weight 1000 ud.820 6.40 21.60 16.50 78.80 16.90 34.10 54.40 54.900 6.80 76.90 73.5 8.00 27.10 12.40 20.50 84.660 7.60 29.00 306.5 2 42.00 12.70 64.10 38.80 22.20 43.80 23.380 8.90 55.20 35.20 35.00 145.40 107.10 21.00 153.00 245.20 85.20 22.00 115.660 9.30 24.00 275.60 18.00 22.10 82.5 3.60 17.30 36.50 18.00 193.00 184.30 22.10 11.00 9.00 121.90 50.10 12.10 DIN 1481 ISO 8752 Spring-type straight pins .890 10.00 Shear strength double min.1 14 14.70 39.40 20.00 109.00 23.8 8.90 12.90 25.40 15.00 165.00 52.50 55.00 37.80 99.40 49.60 77.40 24.30 21.50 52.40 66.240 2.180 7.00 140.00 184.5 2 104.80 18.90 19.60 58.40 26.5 20 20.00 15.50 55.260 6.10 40.00 155.20 26.590 10.90 110.00 218.00 129.10 91.00 169.80 30.00 12.190 11.70 29.30 13.5 2 115.50 62.00 130.9 12.7 16 16.00 122.50 33.1 13 13.370 5.20 25.90 93.5 3 2 144.00 15.00 6.60 14.580 4.Serie epaisse Pasadores elásticos d1 (nom) d1 (min) (max) d2≈ s (min) a Carga cizalladura de dos hilos (Kn) 8 8.120 8.420 8.5 18.10 77.00 20.9 11.60 84.80 42.80 13.50 27.30 38.80 88.Slotted.5 2 2 70.160 8.90 14.350 10.60 29.40 47.50 30.40 33.550 6.00 241.00 19.70 87.8 5.710 7.8 8.640 7.50 78.00 214.480 4.8 6.90 28.030 4.70 43.060 8.170 5.20 13.5 1.80 36.90 44.860 9.50 19.90 41.40 13.30 22.70 103.30 18.90 46.5 4 3 280.90 111.5 2 222.50 48.40 24.80 27.10 31.5 10.10 24.50 16.5 2.30 70.00 11.80 30.80 CALIDADES/GRADES: ST FST Q 106 ST2(HRC:60±2) templado/heat treahed A2 Q .20 68.80 20.900 11.00 5.70 16.90 100.40 60.00 36.90 14.20 74.8 10.00 138. 000 4. kg 47.10 28.5 15 27 32 26 25 M20 2.5 7.5 16 30 34 28 26 M22 2.5 13 15 12. type haut Tuercas hexagonales de sombrerete d p m (max) s h dk (max) t M4 0.2 7 8 6.000 d p m (max) s h dk (max) t M14 2 11 22/21* 25 21 18 3.00 129.00 104.20 *Esta medida corresponde a la norma ISO/Size as per ISO standard CALIDADES DISPONIBLES/GRADES AVAILABLES: 5 8 10 Q A2 A4 Q Q 107 .5 5. high type Ecrous hexagonaux borgnes à calotte.5 M5 0.5 M6 1 5 10 12 9.5 11 M10 1.00 216.5 18 32 /34* 39 31 29 M24 3 19 36 42 34 31 54.75 10 19 /18* 22 18 16 11.30 95.25 6.30 Peso/Weight 1000 ud.00 20.50 8 17/16* 18 16 13 M12 1.660 M16 2 13 24 28 23 21 M18 2. kg 2.5 8 M8 1.DIN 1587 5 ISO 4029 Hexagon domed cap nuts.00 Peso/Weight 1000 ud.8 4 8 10 7.7 3. 05 28 14.24 331.5 6.68 176.3 63 31 3.4 0.Tipo A (pesadas) De(h12) Di t Lo 8 4.5 16.440 Peso/Weight 1000 ud.5 2.45 1.2 0.2 1.6 DIN 2093-A Disc springs Type A (heavy) Rondelles ressort Type A (lourd) Arandelas de platillo .5 3.66 138. kg 10.62 40.0 4.70 264.2 112 57 6 8.15 31.2 0.4 2.5 2.5 0.2 0.0 1.3 1.36 87.5 50 25.8 1.75 25 12.970 1.7 90 46 5 7 100 51 6 8.9 71 36 4 5.67 32.9 1.2 1.5 11.6 10 5.3 2 2.55 22.8 0.34 62.82 22.6 80 41 5 6.91 CALIDADES/GRADES: ST/HV100 HV140 FST Q 108 C45 A2 A4 .210 0.5 3.7 1 14 7.25 3.870 2.190 4.2 1.100 De(h12) Di t Lo 35.1 16 8.5 18.4 3 4.5 15.2 1.5 4.25 18 9.15 45 22.4 2.75 2.790 4.2 0.1 56 28.480 40 20.420 20 10.1 1.25 1.75 12. kg 0.2 1.27 Peso/Weight 1000 ud.2 0.650 0.4 0.960 7. 4 0.25 2.5 0.2 10.2 0.2 0.700 0.4 2 3.25 71 36 2.45 1.3 112 57 4 7.75 3.2 0.5 80 41 3 5.2 1 1.5 4.9 1.5 16.00 Peso/Weight 1000 ud.170 0.15 Peso/Weight 1000 ud.5 6.21 56.820 25 12.420 0.8 1.05 50 25.6 63 31 2.2 0.9 16 8. kg De(h12) Di t Lo 0.3 0.5 6 100 51 3.480 3.5 6.2 0.4 1.78 45.5 11.380 1.5 2 3.64 15.7 1.05 18 9.990 20 10.6 1.85 126.2 0.30 154. kg 6.2 0.8 31.420 5.77 22.490 CALIDADES/GRADES: ST/HV100 HV140 FST C45 A2 A4 Q 109 .5 2.65 45 22.Tipo B (medio) De(h12) Di t Lo 8 4.2 0.93 82.340 2.11 27.DIN 2093-B 6 Disc springs Type B (medium) Rondelles ressort Type B (moyen) Arandelas de platillo .25 40 20.3 90 46 3.55 10 5.2 0.5 4.2 0.3 1.340 35.41 230.35 22.25 2.5 18.080 0.3 1.6 28 14.8 1.4 56 28.5 0.4 1.7 12.85 14 7. 775 0.370 2.554 0.148 0.Acier trempé Pasadores cilíndricos.5 0.850 2.296 0.062 0.443 0.384 0.380 1.930 7.540 6.330 1.150 3.038 0.580 1.665 0.930 5.048 0.700 *Resistencia a la tracción mínima 600 N/mm2 / 600 N/mm2 minimum tensible strenght CALIDADES/GRADES: ST FST ST2(HRC:60±2) templado/heat treahed Q 110 A2 .069 0.444 0.197 0.345 0.8 1 1.160 2.770 1. Acero templado d1 tolerancia/tolerance (m6) 0.230 0.550 1.924 3 4 5 L\d: Peso/Weight 1000 ud.886 0.493 0. kg 2 3 4 5 6 8 10 12 14 16 18 20 24 28 32 36 40 45 50 0.10 DIN 6325 ISO 8734 Parallel pins (dowel pins) .760 3.692 0.032 0.996 1.194 0.Hardened Goupilles cylindriques .080 3.020 0.770 3.012 0.032 0.008 0.615 0.083 0.246 0.538 0.240 0.395 0.055 0.550 3.111 0.150 6.307 0.180 1.770 0.320 4.016 0.139 0.985 1.940 1.460 2.5 0.769 0.222 2 2.025 0.970 2.166 0.700 4.110 1.462 0. 70 30.40 31.990 4.30 54.00 246.90 28.100 3.80 14 16 20 43.40 66.00 126.70 21.70 35.20 19.90 37.20 15.50 61.00 L\d: Peso/Weight 1000 ud.960 11.40 72.10 12.50 40.00 121.550 3.10 71. kg 14 16 18 20 24 28 32 36 40 45 50 60 70 80 90 100 120 130 3.40 55.00 189.60 96.20 71.90 88.50 84.00 123.30 62.60 14.00 43.00 222.70 22.80 17.90 86.980 8.00 79.00 44.60 31.00 145.100 7.30 7.60 110.70 19.210 7.40 48.320 6. Acero templado d1 tolerancia/tolerance (m6) 6 8 10 12 14.100 7.20 49.00 148.00 296.00 142.20 13.00 197.80 94.60 27.00 136.80 53.00 63.40 60.00 12.460 11.60 109.60 27.Acier trempé Pasadores cilíndricos.60 24.00 78.80 33.00 173.DIN 6325 10 ISO 8734 Parallel pins (dowel pins) .50 *Resistencia a la tracción mínima 600 N/mm2 / 600 N/mm2 minimum tensible strenght CALIDADES/GRADES: ST FST ST2(HRC:60±2) templado/heat treahed A2 Q 111 .440 5.890 9.80 17.20 24.00 158.60 23.50 48.860 9.Hardened Goupilles cylindriques . 00 120.5 15 16 M12 1. kg 9.5 30 30 M24 3 36 36 21.00 206.00 31.50 46.5 DIN 6330-B Hexagon nuts 1.75 18 18 M14 2 21 22 M16 2 24 24 M20 2.5 d Tuercas hexagonales altura 1.5 d d1 P m (js15) s M8 1.50 61.5 d Ecrous hexagonaux 1.600 112 CALIDADES/GRADES: 5 8 10 Q Q A2 A4 .00 Peso/Weight 1000 ud.25 12 13 M10 1. 610 CALIDADES/GRADES: 5 8 10 Q A2 A4 ST AL Q 113 .75 36 19 M14 2 42 22 M16 2 48 24 M20 2.20 42.00 Peso/Weight 1000 ud.50 122.Hauteur 3xd Tuercas hexagonales de conexión .00 838.5 60 30 M24 3 72 36 M27 3 81 41 M30 3.00 608.00 63.00 412.8 15 8 M6 1 18 10 M8 1.5 30 17 M12 1.00 95.5 90 46 10.00 19.Height 3xd Ecrous hexagonaux de jonction .25 24 13 M10 1.Altura 3xd d P m s M5 0. kg 4.DIN 6334 5 Hexagon connection nuts .00 240. 7 M8 8.2 M18 19 30 1. d1 d2 s 1.095 M10 10.4 15 0.2 6 0.800 d nom.000 M20 21 33 1.000 FST Q 114 6.4 1.6 DIN 6797-A Toothed lock washers external teeth Rondelles élastiques à dents exterieures espacées Arandelas elásticas con dentado exterior d nom.000 A2 9.5 18 0.6 M30 31 48 1.600 M22 23 36 1.5 M5 5.220 M14 15 24 1 0.4 M4 4.6 Peso/Weight 1000 ud.045 d nom.450 M16 17 26 1. kg 0.3 10 0.9 0. d1 d2 s 0.000 C45 8.5 2. d1 d2 s M3 3.5 1 0.4 11 0.4 Peso/Weight 1000 ud. kg 3.180 M12 13 20.8 Peso/Weight 1000 ud.000 A4 .500 M27 28 44 1.3 8 0.000 M24 25 38 1.5 3.800 CALIDADES/GRADES: ST/HV100 HV140 5.6 M6 6. kg 0. 5 3.4 M4 4.500 A4 Q 115 .5 M5 5.2 M18 19 30 1.6 M30 31 48 1.3 8 0.5 2.DIN 6797-J 6 Toothed lock washers internal teeth Rondelles élastiques à dents interieures espacées Arandelas elásticas con dentado interior d nom.9 0.500 A2 9. kg 0.8 Peso/Weight 1000 ud. kg 0.900 M22 23 36 1.000 FST 6.7 M8 8.4 1.200 M20 21 33 1.200 M12 13 20.100 M10 10.045 d nom.250 M14 15 24 1 0. d1 d2 s 0.100 CALIDADES/GRADES: ST/HV100 HV140 6.2 6 0.550 M16 17 26 1.400 M24 25 38 1.6 Peso/Weight 1000 ud.4 Peso/Weight 1000 ud.4 11 0.3 10 0. d1 d2 s 1.4 15 0.500 C45 8. kg 4.700 M27 28 44 1.6 M6 6.900 d nom.5 18 0. d1 d2 s M3 3.5 1 0. d1 d2 s M14 15 24 1 0.5 18 0. kg 0. kg 2.00 14.060 d nom.000 A4 .4 15 0.7 M7 7.800 M24 25 38 1.5 1.000 6.3 10 0.4 M4 4.6 DIN 6798-A Serrated lock washers external teeth Rondelles élastiques à dents chevauchantes exterieures Arandelas elásticas de abanico con dentado exterior d nom.4 12.600 M27 28 44 1. d1 d2 s M3 3.9 M12 13 20.5 0.2 6 0.300 CALIDADES/GRADES: ST/HV100 HV140 2.2 0.5 M5 5.900 FST Q 116 5.5 0.250 1.8 M10 10.3 8 0.00 Peso/Weight 1000 ud.6 M30 31 48 1.4 11 0.4 0.280 M18 19 30 1.6 M6 6.360 M20 21 33 1.500 M22 23 36 1.000 C45 7.6 12.500 A2 8.8 M8 8.5 1 Peso/Weight 1000 ud.4 0.140 M16 17 26 1. 5 1 Peso/Weight 1000 ud.4 0.8 M10 10.6 12.4 M4 4. kg 0.500 A2 8.3 10 0.6 M30 31 48 1.9 M12 13 20.800 M24 25 38 1.8 M8 8.00 Peso/Weight 1000 ud.4 15 0.000 C45 7. d1 d2 s M14 15 24 1 0.2 6 0.5 M5 5.600 M27 28 44 1.500 M22 23 36 1.7 M7 7.060 d nom.3 8 0.280 M18 19 30 1.250 1. kg 2.4 11 0.360 M20 21 33 1.5 1.5 0.4 12.00 14.300 CALIDADES/GRADES: ST/HV100 HV140 2.5 18 0. d1 d2 s M3 3.2 0.5 0.000 A4 Q 117 .DIN 6798-J 6 Serrated lock washers internal teeth Rondelles élastiques à dents chevauchantes interieures Arandelas elásticas de abanico con dentado interior d nom.4 0.140 M16 17 26 1.6 M6 6.900 FST 5.000 6. 4 M10 10.5 M14 15 26.900 A4 2.100 CALIDADES/GRADES: ST/HV100 HV140 0.3 M6 6.5 M12 13 23 0. d1 d2≈ s M3 3.300 0.6 DIN 6798-V Countersunk serrated lock washers external teeth Rondelles élastiques concaves à dents chevauchantes extérieures Arandelas elásticas cónicas de abanico con dentado exterior d nom.200 FST Q 118 0.2 M4 4.4 11.3 8 0.6 Peso/Weight 1000 ud.6 M16 17 30. kg 0.8 0.2 0.2 0.2 6 0.4 15.5 19 0.500 1.4 M8 8.3 9.000 A2 1.8 0.040 0.25 M5 5.3 0.500 C45 1.300 . kg 0.5 2.5 0. Anillo/ring s a d2 (max) 7 8 11 0.3 1.DIN 6799 11 Retaining rings for shafts Anneaux de sécurité pour axe Anillos de seguridad para eje d4 (h11) Eje ø d3 min.92 37.01 3.5 0.120 1.9 2. Shaft ø d3 max.0 Peso/Weight 1000 ud.0 6 7 9 0.0 5 6 8 0.234 15 16 24 1.255 24 25 38 2 21.5 2 2.619 8.6 1.4 2 0.61 29.45 23. Anillo/ring s a d2 (max) 1.84 14.3 10.021 d4 (h11) Eje ø d3 min.0 1.5 12.000 C45 1.0 0.1 7.0 0.3 3 4 0.2 8.11 11. kg 0.7 4.0 Peso/Weight 1000 ud.28 4.63 18.26 12.0 0.61 4.75 15.7 7.0 8 9 12 1 6.474 CALIDADES/GRADES: ST/HV100 HV140 FST 0.5 3 0.660 1.0 0.32 20.070 10 11 15 1.040 9 10 14 1.0 3.0 4 5 7 0.4 1. Shaft ø d3 max.158 0.2 4 5 0.020 12 13 18 1.370 5.52 16.7 5.9 5.5 1.6 2.34 9.7 3.770 A2 3.88 44.2 1.0 1.0 19 20 31 1.94 6.180 A4 Q 119 . 20 22.200 2.5 3.500 5.00 127.900 2.5 26 32 16 5 6.50 56.50 107.00 154.00 116.00 25.800 6.5 12 M16 2 38 44 24 8 10 14 37.9 12.8 10.5 10 15.50 28.00 80.6 120 5.300 8.50 63. kg 10 12 16 20 25 30 35 40 50 60 70 80 90 100 110 120 130 140 1.000 3.9 Q Q M14 2 34 40 21 7 8.00 212.00 48.00 57.800 10.50 40.00 140.00 226.50 25.25 22 13 4 5 6 M10 1.00 52.60 15.500 1.5 2.90 42.00 122.20 12.00 15.900 4.00 69.80 22.00 139.00 65.30 25.00 169.10 32.8 16 8.30 46.7 14 7 2 2.50 34. 2) 125 mm < L ≤ 200 mm.200 6.8 6.8 A2 A4 .8 3 M5 0.700 4.700 8.00 88.50 17.80 40.700 3.90 20.00 53.70 91.50 36.70 17.6 4.00 52.00 183.50 48.400 5.8 5.00 92.00 8.5 4 M6 1 18 10 3 4 5 M8 1.300 9.200 5.400 4.70 7.00 69.200 7.200 3.30 29.50 32.00 198.5 8 M12 1.50 21.2 DIN 6912 Hexagon socket head cap screws with centre hole and low head Vis à tête cylindrique réduite à six pans creux avec trou de guidage Tornillos con cabeza cilíndrica baja con hueco hexagonal y centrador d P b(1) 1 2 dk dh k s M4 0.50 14.300 1.100 5.50 104.600 3.00 L\d: Peso/Weight 1000 ud.300 2.500 3.80 b) 1) L ≤ 125 mm.00 151. CALIDADES/GRADES: 4.00 58.50 82.200 2.600 7.50 13.500 11.00 72.70 78.75 30 36 18 6 7.100 3.50 29.50 57.300 9. 00 485.00 1030.00 422.0 1380.00 994.00 545.0 1080.00 758.00 369.00 805.00 275.00 990.5 46 52 30 10 12 17 M22 2.00 275.00 445.00 235.6 4.0 1510.5 22 M33 3.0 1160.00 178.0 498.00 394.0 1710.0 1630.0 b) 1) L ≤ 125 mm.00 895.00 772.9 A2 Q Q M36 4 78 84 54 18 21.00 263.5 72 78 50 16.0 1450.00 128.00 342. kg 25 30 35 40 50 60 70 80 90 100 110 120 130 140 150 160 170 180 190 200 77.00 715. CALIDADES/GRADES: 4.00 333.00 222.5 66 72 45 15 17.00 995.00 545.00 335.0 1190.00 439.00 316.00 269.00 295.00 535.00 196.00 625.00 575.00 607.60 93.00 651.00 927.0 1100.00 662.0 1870.00 580.00 580.0 1130.5 50 56 33 10 13 17 M24 3 54 60 36 12 14 19 M27 3 60 66 40 12 16 19 M30 3.00 605.00 315.00 245.00 940.00 138.00 365.00 474.00 84.00 157.5 24 185.00 717.00 850.00 827.00 860.0 1550.8 5.9 12.00 940.0 1470.00 298.00 760.5 42 48 27 8 11 14 M20 2.0 793.00 119.00 1050.00 425.DIN 6912 2 Hexagon socket head cap screws with centre hole and low head Vis à tête cylindrique réduite à six pans creux avec trou de guidage Tornillos con cabeza cilíndrica baja con hueco hexagonal y centrador d P b(1) 1 2 dk dh k s M18 2.00 474.00 368.00 292. 2) 125 mm < L ≤ 200 mm.00 455.00 215.00 448.0 1580.8 6.0 1250.00 552.00 395.00 1060.00 515.00 510.00 245.0 1320.00 880.00 490.00 255.00 722.00 108.00 687.00 616.30 102.8 10.00 305.00 215.0 1400.0 1790.0 1320.5 19.00 118.0 1160.00 150.00 172.5 27 L\d: Peso/Weight 1000 ud.00 407.6 5.00 665.0 1240.8 A4 121 .0 1210.00 670.00 1000.0 8.00 196.00 635. 1 DIN 6914 ISO 7412 High strength structural bolts (HV) Vis à haute resistance (HV) Tornillos de cabeza hexagonal de alta resistencia (HV) d P b k s 1 2 M12 1.10 50 66.00 262.059.00 199.00 728.0 1) Medidas sobre la línea/Sizes above the line.0 1.00 1.00 599.00 249.00 435.00 509.90 70 84.935.5 31 33 13 32 188.00 893.00 755.0 1.20 85 97.309.8 8.00 346.00 627.00 556.00 787.0 1.0 1.0 1.735.069.00 184.695.198.00 584.170.00 215.60 90 102.00 145.281.00 176.00 662.00 247.00 420.0 1.00 465.615.00 800.00 331.00 710.00 301.0 1.00 384.254.00 347.895.00 451.143.5 32 34 14 36 257.00 777.00 599.304.00 644.00 60 75.00 200.75 21 23 8 22 L\d: Peso/Weight 1000 ud.00 45 62.30 75 88.00 621.00 591.224.0 1.0 1.0 1.00 680.6 4.8 10.00 M24 3 34 37 15 41 362.00 396.00 113.00 286.00 494.00 538.226.0 1.00 223.0 1.0 1.00 665.00 272.00 576.8 6.00 M20 2.80 80 93.00 732.60 40 58.00 921.0 1.00 751.00 95 107.365.00 979.00 569.535.014.0 1.024.0 1.00 976.00 415.0 1.00 121.0 1.0 1.00 192.0 1.0 2.575.0 1.974.00 398.00 554.415.655.775.00 225.00 359.00 409.9 A2 M36 4 48 50 23 60 1.032.00 845.00 M27 3 37 39 17 46 M30 3.00 890.00 298.00 361.00 688.00 822.00 212.00 554.00 207.0 1.00 935.00 160.00 231.0 1.00 784.0 1.9 Q 122 A4 .0 1.0 1.00 912.00 237.00 467.10 35 53.264.8 5.0 1.0 1.00 322.0 1.0 2.0 1.00 286.00 804. 2) Medidas bajo la línea/Sizes below the line.00 M22 2.00 380.6 5.001.114.00 450.00 822.00 168.00 310.5 40 42 19 50 532.00 375.00 433.00 433.00 458.00 405.00 867.00 812.376.00 716.091.047.00 316.00 503.00 949.00 446.455.00 756.0 1.00 335.0 1.00 239.00 840.0 1.0 1.00 609.00 137.00 769.40 65 79.0 1.00 520.855.00 129.00 421.184.115.00 100 105 110 115 120 125 130 135 140 145 150 155 160 165 170 175 180 185 190 195 200 M16 2 26 28 10 27 105.00 479.002.00 153.00 957.0 2.0 1.00 274.00 645.0 1.392.60 55 71.00 838. CALIDADES/GRADES: 4.337.0 701.00 485. kg 30 49.00 539.00 524.495.092.0 1.054.00 372.00 698.087.00 865.0 12.00 733.00 390.815.00 1.0 1.336.00 574. 77 78 .40 41 .62 63 .88 89 .53 54 .113 114 .48 49 .39 40 .56 57 .408 109 .29 30 .130 131 .33 34 .68 69 .67 68 .108 109 .DIN 6914 5 6914 Tightening lenghts 6914 Longueur de cerrage 6914 Longitudes de apriete d L M12 30 35 40 45 50 55 60 65 70 75 80 85 90 95 100 105 110 115 120 125 130 135 140 145 150 155 160 165 170 175 180 185 190 195 200 6 .101 101 .53 54 .42 43 .116 117 .41 42 .61 62 .91 92 .33 34 .48 49 .111 112 .97 98 .123 124 .92 93 .31 32 .83 84 .78 79 .103 104 .141 142 .46 47 .63 64 .15 16 .87 83 .53 54 .63 64 .61 62 .68 69 .36 37 .54 55 .82 83 .23 24 .24 25 .43 44 .106 107 .101 101 .78 79 .135 136 .19 20 .72 73 .23 24 .145 146 .96 97 .20 21 .47 48 .138 139 .53 54 .127 128 .19 20 .133 134 .53 54 .39 40 .38 39 . / Tightening lenghts will be calculated considering lenght tolerances.88 89 .10 11 .81 82 .65 66 .97 98 .14 15 .43 44 .24 25 .116 117 .148 149 .43 44 .138 139 .73 M16 10 .60 61 .102 103 .111 112 .44 45 .153 154 . 123 .103 104 .44 45 .26 27 .38 39 .106 107 .57 58 .128 129 .34 35 .37 38 .48 49 .81 82 .58 59 .18 19 .121 122 .62 63 .29 30 .112 113 .57 58 .45 46 .38 39 .71 72 .131 22 .63 64 .121 122 .73 74 .100 101 .76 77 .48 49 .82 83 .151 152 .122 14 .86 87 .51 52 .95 96 .83 84 .120 121 .76 77 .73 74 .49 50 .80 81 .66 67 .47 48 .14 15 .146 147 .113 114 .86 87 .105 106 .92 93 .133 34 .115 116 .98 99 .156 31 .143 144 .140 141 .93 94 .33 34 .85 86 .70 71 .34 35 .143 144 .32 33 .35 36 .58 59 .28 29 .117 118 .71 72 .148 119 .93 94 .110 111 .136 137 .107 108 .75 76 .158 28 .87 83 .91 92 .131 132 .96 97 .148 Las longitudes de apriete se calcularán considerando las tolerancias de longitud.66 67 .67 68 .58 59 .98 99 .102 M20 M22 M24 M27 Longitud de Apriete Lk / Tightening lenght Lk 10 .52 52 .150 151 .90 9 .125 126 .57 58 .52 53 .127 128 .123 124 .77 78 .72 73 .118 119 .68 69 .128 129 .28 29 .160 M30 M36 29 .155 156 .56 57 . 5 18 36 M24 3 20 41 M27 3 22 46 M30 3.00 300.5 16 32 M22 2.80 73.00 515.75 10 22 M16 2 13 27 M20 2.00 155.30 48.5 24 50 M36 4 29 60 23.5 DIN 6915 ISO 7414 High-strength structural hexagonal nuts (HV) Ecrous hexagonaux à haute résistance (HV) Tuercas hexagonales para estructuras metálicas (HV) d P m s M12 1. kg CALIDADES/GRADES: 5 8 10 Q 124 A2 A4 .00 224.90 104.00 Peso/Weight 1000 ud. 00 Peso/Weight 1000 ud.60 50.DIN 6916 6 ISO 7416 High-strength structural washers (HV) Rondelles à haute résistance (HV) Arandelas planas para estructuras metálicas (HV) d d1 d2 h M12 13 24 3 M16 17 30 4 M20 21 37 4 M22 23 39 4 M24 25 44 4 M27 28 50 5 M30 31 56 5 M36 37 66 6 14.60 24.60 19.30 30. kg 7.20 115.20 63.030 CALIDADES/GRADES: ST/HV100 HV140 HV300-HV370 FST C45 A2 A4 Q 125 . 80 142.2 M22 44 50 10 M24 56 56 10.sections (HV) Plaquettes obliques 14% pour profilés en “I” (HV) Arandelas cuadradas 14% en cuña para perfiles “I” (HV) d a b h M12 26 30 6.50 89.5 20.00 174.8 M27 56 56 10.00 210.00 134.7 M36 68 68 12.6 DIN 6917 Square taper washers 14% for “I” .8 M30 62 62 11.70 66. kg CALIDADES/GRADES: ST/HV100 HV140 FST C45 Q 126 A2 A4 .40 35.2 M16 32 36 7.00 Peso/Weight 1000 ud.5 M20 40 44 9. 9 M16 32 36 5.80 M27 56 56 8.5 M30 62 62 9 M36 68 68 9.00 182.9 M20 40 44 7 M22 44 50 8 31.00 CALIDADES/GRADES: ST/HV100 HV140 FST C45 A2 A4 ST Q 127 .5 Peso/Weight 1000 ud.00 156.DIN 6918 6 Square taper washers 8% for “U” .30 d a b h M24 56 56 8.sections (HV) Plaquettes obliques 8% pour profilés en “U” (HV) Arandelas cuadradas 8% en cuña para perfiles “U” (HV) d a b h M12 26 30 4. kg 18.10 82.70 57.4 122. kg 129.00 Peso/Weight 1000 ud. kg 16 20 25 30 35 40 45 50 55 60 65 70 80 90 100 110 120 130 140 150 160 180 200 128 X X X X X X X X X X X X X X X X X X X X X X X CALIDADES/GRADES: 4.8 8.1 13 18 M10 1.1 27 43 L\d: Peso/Weight 1000 ud.2 M8 1.25 22 8.8 M6 1 18 6.5 26 9.6 M14 2 34 12.6 4.75 30 11.8 18 30.9 X X X X X X X X X X X X X X X X 12.8 Q Q Q Q X X X X X X X X X X X X X X X X X X X X X X X X X X X X X 10.40 8 11.2 15 22.9 X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X A2 A4 .5 M16 2 38 14.8 16 5.5 46 17.4 21 35 M20 2.8 6.3 M12 1.6 5.6 10 14.5 16 26.1 DIN 6921 ISO 8100 Hexagon flange bolts Vis à tête hexagonale à embase cylindrique Tornillos de cabeza hexagonal con collar biselado d P b k s dc M5 0.8 5. 20 45.DIN 6923 5 ISO 4161 Hexagon flange nuts Ecrous hexagonaux à embase cylindrique-tronconique Tuercas con base d P m s dc M5 0.00 Peso/Weight 1000 ud.100 12.2 M8 1.450 10 A2 A4 Q 129 . kg 1.5 10 15 21.5 M20 2.25 8 13 17.00 57.5 20 30 42.8 5 8 11.9 M10 1.9 M16 2 16 24 34.800 CALIDADES/GRADES: 5 8 Q 3.8 M6 1 6 10 14.8 7.75 12 18 26 M14 2 14 21 29.8 M12 1.40 33.23 21. 61 2.8 12.8 7 8 ST4.5 6 min max k c s Nr.7 DIN 6928-C ISO 7053 Hexagon washer head tapping screws Vis hexagonaux à embase cylindrique pour tôle Tornillos hexagonales para chapa.35 7.3 3 0.3 1 10 14 1.8 3.92 1.8 10.8 1. con collarín d P dc ST3.6 0.1 8.32 2.5 5. kg 9.46 5.54 1.88 4.23 1.19 2.29 1.6 8.2 13.89 3.82 6.80 L\d: Peso/Weight 1000 ud.63 9.66 4.3 1.29 5.5 3. ISO ST4.08 1.91 1.5 1.89 10.57 8.4 8.19 3.76 1.9 8 10 ST6.25 4.6 9.68 2.74 0.4 2.3 7.77 5.54 CALIDADES/GRADES: ST Acero cementado/Case hardened A2 Q Q .2 1.16 5.6 5.38 1.02 2.5 13 16 19 22 25 32 38 45 50 130 0.8 0.97 2. 5 1.8 6.1 3.1 4.75 5.55 2.8 3.1 2.9 2.1 2.2 6.8 3. kg 4 5 6 7 8 10 12 14 15 16 18 20 21 22 24 25 26 27 30 32 35 40 45 50 X X X X X X X X X X X X X X X X X X X X X X X CALIDADES/GRADES: ST/ST AL/ST Q X X X Q X X X X X X X X X X X X X X X X AL/AL A2/A2 CU/ST AL/A2 A4/A4 Q Q Q Q Q 131 .5 0.6 L\d: Peso/Weight 1000 ud.2 X X X X X X X X X X X X X X X X X X X X X X 6.1 5.0 8 1 4.5 1.8 3.75 6.DIN 7337-A 10 Domed head blind rivets Rivets aveugles à tête plate Remaches con cabeza alomada d1 d2 k øTaladro/Drillø w 2.5 1.0 9.0 12 1.8 4.4 13 1.3 1.1 1.5 6.8 9.4 5 0.45 3.2 X X X X X X X X X X X X X X X X 4.0 6.5 0.5 3. 8 9 1.9 3.3 1.8 4.90 3 1.5 1 4.9 2.20 4.2 6 0.75 5.90 2.1 2.0 9 1.10 DIN 7337-B Countersunk head blind rivets Rivets aveugles à tête fraisée Remaches con cabeza avellanada d1 d2 k øTaladro/Drillø w 3 6 0.2 4.75 X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X AL/AL A2/A2 CU/ST AL/A2 A4/A4 Q Q Q Q Q .8 L\d: Peso/Weight 1000 ud.0 7. kg 6 X 8 X 10 X 12 X 14 X 15 16 X 18 20 21 24 25 27 30 CALIDADES/GRADES: ST/ST AL/ST Q 132 Q 3.2 4. 250 3.4 0.25 0.5 0.540 1.100 0.271 0.433 0.241 0.440 2.758 0.900 8.541 0.476 0.490 3.010 1.187 0.5 3.670 1.600 2.25 1.260 1.2 0.051 0.102 0.193 0.680 0.134 0.950 2.620 1.8 6 0.040 6.050 2.588 0.136 0.241 0.120 1.4 0.080 0.085 0.528 0.962 1. kg 4 5 6 8 10 12 14 16 18 20 22 24 26 28 30 32 36 40 45 50 55 60 65 70 75 80 85 90 95 100 CALIDADES/GRADES: ST FST 0.4 0.3 0.866 0.10 A2 Q 133 .7 9 18 7 7.440 1.300 8.5 4.090 1.8 5 3.119 0.200 7.550 1.680 1.980 7.4 4.634 0.700 2.336 0.430 4.8 2.3 3.054 0.25 1.180 1.60 11.520 1.481 0.960 10.300 1.193 0.7 4.170 0.4 5.5 0.350 1. in kN de dos cortes double shear 2 2.340 1.5 2.090 6.866 0.640 7.289 0.294 0.159 0.860 3.348 0.5 2.4 3.264 0.520 3.7 10.924 1.5 5.410 1.974 1.730 1.578 0.9 2.920 2.840 0.540 6.255 0.106 0.3 2.2 0.116 0.386 0.034 0.890 2.5 21 L\d: Peso/Weight 1000 ud.210 0.6 8 8.5 4.840 9.5 0.155 0.400 0.330 1.232 0.75 0.75 2.650 5.9 0.370 8.320 3.75 3.502 0.400 6 6.068 0.990 4.204 0. light duty Goupilles élastiques .067 0.990 2.043 0.650 0.410 9.116 1.5 4.110 1.541 0.160 2.187 0.860 2.510 6.271 0.951 1.300 1.8 10.060 1.5 7.540 3.153 0.212 0.250 1.374 0.4 1.740 0.190 1.7 0.097 0.772 0.161 0.35 0.Ejecución ligera d (nom) d1 (min) (max) d2≈ s a Cizalladura de un corte shear strength single shear min.221 0.325 0.574 0.214 0.300 1.080 1.210 2.6 4.2 3 3.4 6.3 2.618 0.790 2.309 0.Slotted.770 0.930 1.8 0.DIN 7346 10 Spring-type straight pins .5 3.750 8.347 0.5 4 4.3 0.790 4.660 2.980 3.490 1.238 0.672 0.100 3.730 1.420 2.581 0.770 1.9 0.425 0.370 0.510 1.Execution legêre Pasadores elásticos .078 0.160 2.756 0.720 4.060 ST2(HRC:60±2) templado/heat treahed 0.321 0.230 2.107 0.980 3.464 0.695 0.579 0.267 0.120 0.8 4 3.180 4.385 0.5 2.330 0.792 0.1 0.120 5.132 0.860 9.504 0.3 4 4.4 5 5.980 5.060 4.440 2.580 6.252 0.75 0.440 7.845 0.317 0.423 0.2 1.687 0. 40 14.30 64.10 20.00 15.250 7.20 19.80 24.030 6.70 11.30 93.30 30.20 47.90 15.90 27.740 5.80 23.10 54.60 19.10 13.80 29.40 11.80 15.50 72.10 31.290 4.40 23.10 15.160 3.5 1.100 5.70 34.00 155.20 33.180 5.10 29.140 4.50 12.00 41.920 5.80 32.40 109.25 2 33 14 14.50 17.5 11.20 17.720 5.70 51.470 10.330 9.120 7.240 3.40 37.8 11.Execution legêre Pasadores elásticos .560 6.590 2.90 20.70 30.40 52.00 23.10 2.420 9.060 8.9 16.10 81.30 47.20 46.640 10.70 104.30 13.300 1.30 20.10 DIN 7346 Spring-type straight pins .60 22.70 20.90 31.840 7.110 3.90 15.160 8.5 12 10 10.80 53.10 22.20 4.20 14.540 10.5 2 49 24 40 44 48 65 84 98 1.30 21.00 A2 .420 9.320 2.40 3.90 13.60 15.140 2.70 68.20 49.5 12.00 28.140 5.10 60.5 1 2 20 11 11.300 10.00 121.5 16.070 2.30 42.30 28.60 33.30 31.50 40.70 11.20 27.8 10.40 35.60 17.30 16.80 95.40 21.80 24.770 3.40 21.790 6.40 24.80 69.60 12.570 3.570 9.5 14.430 3. light duty Goupilles élastiques .8 7 0.00 16.890 8.830 6.50 27.60 31.Slotted.9 15 1.00 138.5 8.780 3.860 7.50 13.150 4.90 44.00 34.80 13. in kN de dos cortes double shear 8 8.10 22.630 3.50 14.8 9.8 11 1.50 44.400 8.75 2 63 20 20.70 22.70 12.480 5.5 18.210 4.80 43.30 104.70 20.00 62.10 18.60 12.10 37.10 47.80 36.40 26.30 19.130 9.310 6.10 17.260 5.40 17.60 26.60 18 18.10 17.660 5.40 77.810 2.200 6.00 86. kg 10 12 14 16 18 20 22 24 26 28 30 32 36 40 45 50 55 60 65 70 75 80 85 90 95 100 120 140 160 180 200 CALIDADES/GRADES: ST FST Q 134 ST2(HRC:60±2) templado/heat treahed 5.70 21.80 17.70 19.330 2.00 22.5 1.00 16.70 82.60 15.480 6.50 51.60 14.570 6.480 7.80 56.50 38.360 7.20 63.Ejecución ligera d (nom) d1 (min) (max) d2≈ s a Cizalladura de un corte shear strength single shear min.370 10.80 42.770 8.270 7.80 38.5 1 2 22 12 12.00 11.50 19.90 83.10 42.10 18.20 12.180 9.5 10.80 49.90 61.000 3.860 4.00 26.50 13.640 10.950 7.5 13.60 89.8 13.8 8.40 39.710 4.5 1 2 24 13 13.550 1.70 62.810 8.880 4.70 25.60 36.20 25.5 2 42 16 16.840 10.730 8.50 57.50 11.710 10.70 18.030 7.430 9.220 4.60 16.40 25.320 7.00 123.60 80.30 33.370 6.80 12.60 71.850 3.00 8.40 11.60 31.510 4.850 10.620 6.950 9.70 13.60 44.50 11.5 20.20 56.060 9.290 8.50 24.720 8.00 16.60 26.5 2 2 79 126 158 6.50 15.680 4.00 136.10 34.90 12.320 9.00 173.50 2.60 35.630 5.000 6.40 11.00 L\d: Peso/Weight 1000 ud.40 12.40 18.10 73.40 64.30 2.630 3.00 40.30 13.00 20.430 6.40 19.75 1. 90 49.00 545.00 266.90 90.40 29.80 83.10 46.9 21.10 21.70 25.00 154.00 214.00 23.40 73.70 59.20 32.5 4 4 350 50 50.20 109.00 559.9 19.00 1.90 76.00 77.90 103.00 763.00 174.00 374.10 87.00 128.00 140.00 126.00 131.00 77.00 108.00 356.5 3 245 40 40.50 82.00 139.00 277.50 27.40 98.5 2 3 101 28 28.50 55.9 37.00 127.5 40.00 297.70 30.00 157.00 91.00 712. in kN de dos cortes double shear 168 23 23.00 91.80 66.00 300.40 29.9 40.00 427.00 246.30 63.00 216.00 553.10 14.00 267.00 84.40 99.20 20.00 164.10 69.00 262.00 131.60 39. light duty Goupilles élastiques .00 489.70 108.00 146.80 64.00 164.Execution legêre Pasadores elásticos .5 2 2 84 (min) (max) d2≈ s a Cizalladura de un corte shear strength single shear min.00 166.00 15.00 315.5 45.20 20.40 74.9 32.00 116.90 23.60 29.00 419.00 21.00 164.5 28.00 69.00 463.00 220.00 981.5 30.90 53.50 41.00 237.00 120.00 327.00 217.00 474.5 3 151 35 35.00 120.00 534.00 147.5 2 3 92 25 25.00 316.5 4 4 317 45 45.90 83.30 77.00 332.60 19.10 91.00 320.00 185.00 115.40 28.00 245.80 68.00 141.40 17.50 41.00 240.00 35.00 227.00 199.00 79.00 791.00 245.00 94.80 33.5 2.00 111.Slotted.00 200.00 409.00 45.40 73.00 336.90 97.50 27.90 93.80 92.90 23.30 63.00 633.00 280.00 354.00 132.00 53.50 96.00 376.9 25.40 18.00 174.30 26.40 87. kg 14 16 18 20 22 24 26 28 30 32 36 40 45 50 55 60 65 70 75 80 85 90 95 100 120 140 160 180 200 12.5 25.90 82.00 254.50 61.40 58.00 295.00 50.00 349.40 65.80 36.5 21.50 74.20 54.00 24.00 158.00 119.00 175.80 36.00 210.90 33.20 26.00 227.60 30.00 142.DIN 7346 10 Spring-type straight pins .00 218.60 69.00 CALIDADES/GRADES: ST FST ST2(HRC:60±2) templado/heat treahed A2 Q 135 .40 100.5 35.00 158.00 299.0 L\d: Peso/Weight 1000 ud.00 109.00 629.00 142.00 128.10 86.90 71.00 277.00 160.9 28.50 49.10 86.00 395.90 37.5 23.00 133.9 17.30 55.00 187.00 110.00 150.5 3.10 107.10 85.5 5 4 500 184 202 280 302 490 634 720 1000 14.00 257.80 22.00 198.20 54.90 105.50 82.20 39.00 134.40 76.60 27.90 43.70 59.00 233.10 43.00 273.00 308.90 104.20 46.10 21.80 14.20 36.00 60.5 3 140 30 30.00 699.80 68.00 40.00 872.00 153.20 49.00 154.00 112.00 146.00 125.00 481.00 45.00 176.20 32.5 50.00 436.40 18.00 50.60 43.00 332.00 146.00 192.090.00 654.Ejecución ligera d (nom) d1 21 21.00 196.00 178.00 198.00 182.5 2.70 25.9 23.80 80.60 16.00 518.20 109.60 16.00 182.00 123.00 382.80 33.50 24.30 59.00 491. 3 15 2 M6 6. kg 27.6 M5 5.00 CALIDADES/GRADES: ST/HV100 HV140 Q 136 FST C45 A2 A4 . kg 116. d1 d2 s M3 3.40 97.150 12.4 17 3 M8 8.3 12 1.4 21 4 M10 10.60 M27 28 60 10 M30 31 68 10 174.70 M16 17 40 6 M18 19 44 8 M20 21 44 8 M22 23 50 8 48.240 2.2 9 1 M4 4.6 DIN 7349 Think washers Rondelles grosses Arandelas gruesas d nom.00 Peso/Weight 1000 ud.436 d nom. d1 d2 s M24 25 50 10 39. d1 d2 s M12 13 30 6 1.430 M14 15 36 6 4.10 d nom.40 73.5 25 4 Peso/Weight 1000 ud.00 226.590 9.50 77. kg 0.10 Peso/Weight 1000 ud. 75 3 M6 1 10.5 5.75 21 6.25 14 4.8 6.9 X X X X X X X X X X X X X X X X X X X X X X X A2 A4 Q 137 .5 6 X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X M12 1.4 5 M10 1.6 2.2 2.7 7.7 1.8 10 L\d: 6 8 10 12 16 20 25 30 35 40 45 50 55 60 70 80 90 100 110 120 CALIDADES/GRADES: 4.9 Q Q 12.5 5.DIN 7380 2 ISO 7380 Hexagon socket button head screws Vis à métaux à tête cylindrique bombée plate à six pans creux Tornillos de cabeza abombada con hueco hexagonal d P dk (max) k (max) s M3 0.3 4 X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X 5.8 9.8 M8 1.6 8 M16 2 28 8.8 5.6 4.5 17.6 8.5 M5 0.5 2.5 3.8 10.65 2 M4 0. 30 15.17 6.740 0.5 6 6 ST4.8 4.500 9.45 8 9 10 ST5.3 1.5 4.5 1 8.7 DIN 7504-K Self-drilling hexagon head screws with collar Vis autoperceuses à tête hexagonale à embase cylindrique Tornillos autotaladrantes de cabeza hexagonal con collarín d P dc k (max) s L1 Nr.290 1.98 8.080 1.880 4.2 6.10 7.78 5.45 8 11 12 ST6.8 11 5.020 2.380 1.680 2.5 13 16 19 22 25 32 38 45 50 138 0. ISO ST3.400 10.760 1.82 7.3 3.06 6.190 2.660 3.2 1.540 CALIDADES/GRADES: ST Acero cementado / case hardened A2 Q Q .40 4.5 1.160 5.20 13.540 1.920 1.8 1.45 10 12 14 1.400 2.230 1.610 2.970 2.320 2.460 5.64 4.6 10.8 13.190 3.890 3.45 5.01 4.70 L\d: Peso/Weight 1000 ud.20 18. kg 9.910 1.10 17.4 8.30 11.25 7 7 8 ST4. 3 7.250 8.300 5.9) 1.840 2.050 L\d: Peso/Weight 1000 ud.450 2. Phillips (H) Nr.700 5.660 ST4.100 4.120 1.000 4.2 4.8 10.220 1.5 1.100 139 .230 2.510 0.300 2.55 8 2 10 ST5.270 1.6 5 2 6 ST(3.1 5.970 1.800 4.740 0.200 2.8 1.050 1.880 2.9 2.300 3.3 6.870 0.05 7 2 8 ST4.600 4.800 3.070 1.400 4.5 1.8 3.380 4.960 1.9 1.800 3.650 1.460 1.2 1.270 1.610 0.5 2.500 2.670 1.460 1.5 9.324 CALIDADES/GRADES: ST Acero cementado / case hardened A2 Q Q 1.850 0.760 5.630 0.830 1.8 6 2 7 0.6 9.2 3.790 0.400 0.100 2.100 3.5 1 4 ST3.5 13 16 19 22 25 32 38 45 50 0.450 7.800 3.030 2.6 2.570 1.4 8.670 6. kg 6.200 3.95 9 3 12 1.5 3.720 1.420 1. ISO ST2.850 2.DIN 7504-MH 7 Self-drilling cross recessed pan head screws Vis autoperceuses à tête cylindrique à empreinte cruciforme Tornillos autotaladrantes de cabeza cilíndrica abombada con hueco cruciforme d P=Paso/Pitch dk k L1≈ Nr.900 2. 040 L\d: Peso/Weight 1000 ud.640 0.860 2.650 1.350 2.5 13 16 19 22 25 32 38 45 50 140 0.260 3.8 5 2 6 ST(3.350 1.4 8.7 DIN 7504-OH Self-drilling cross recessed countersunk head screws Vis autoperceuses à tête fraisée à empreinte cruciforme Tornillos autotaladrantes de cabeza avellanada con hueco cruciforme d P=Paso/Pitch dk L1≈ Nr.8 10.020 1.100 1.722 0.2 1.170 1.658 0.050 2.650 3. Phillips (H) Nr.450 1.350 3.020 1.230 1.320 CALIDADES/GRADES: ST Acero cementado / case hardened A2 Q Q .750 2.8 1.5 8 2 10 ST5.880 1.07 1.140 7.110 2. ISO ST3.560 5.340 6.6 9.440 1.775 1.260 1.450 1.490 2.5 1.3 7.9) 1.870 3.300 2.1 7 2 8 ST4.871 1. kg 9.650 4.8 10 3 12 0.5 6 2 7 ST4.5 1.3 6.500 3.650 4.548 0. pozidrive d dk k Nr.604 0.650 5.790 2.850 2.6 4.190 3.914 1.900 A4 Q 141 .180 1.140 6.300 1.387 0.490 1.050 4.6 2 4.060 1.660 2.780 3.881 1.000 4.680 4.370 4.430 1.980 3.310 2.320 3.540 8.8 0.550 5. kg 8 10 12 16 20 25 30 35 40 45 50 60 70 80 0.672 0.3 2 4 8 2. pozidrive Tornillos rosca aglomerado. Pozidrive (Z) 2.720 9.432 0.696 0.789 0.550 2.040 2.540 1.302 0.9 2 5 10 3.110 A2 2.350 2.770 2.822 0.140 5.810 10.312 0.170 1.484 CALIDADES/GRADES: 4.7 1 3 6 1.2 2 6 12 3.9 1.8 5.8 0.320 7.972 5.9 1 3.9 12.710 3.170 2. cabeza avellanada.6 0.260 6.4 4.9 3 L\d: Peso/Weight 1000 ud.259 0.910 8.290 3.5 9 2.730 2.940 3.DIN 7505-A 7 Pozidrive countersunk head screws for chipboard Vis pour agglomerée à tête fraisée.372 0.170 4.010 2.730 6.552 0.220 2.8 1.5 7 2.660 4.216 0.8 1. 180 5.370 5.390 3.4 5 2.000 5.880 3.310 5.910 3.800 10.320 8.9 3.856 1.9 12.9 2.2 1 3. cabeza cilíndrica abombada.530 4.8 2 4.80 12.260 8.770 4. Pozidrive (Z) 2.340 4.140 6.5 6.8 1.310 3.660 7.500 8.9 3.8 1.8 2.770 7.010 3.540 9.680 1. bombée.800 6.510 2.470 1.642 0.12 1 3 5.6 3.6 2 4 7.290 2.850 4.780 4.9 2.220 3.05 2 5 9.520 0.060 CALIDADES/GRADES: 4.763 0.330 9.00 A4 .4 2 6 11.930 2.8 5. pozidrive Tornillos rosca aglomerado.830 6.6 4.6 4 3 L\d: Peso/Weight 1000 ud.460 0.630 1.500 5.20 16.030 1.460 6.720 A2 5.50 14. pozidrive d dk k Nr.9 2.550 6.600 2.7 DIN 7505-B Pozidrive raised cheese head screws for chipboard Vis pour agglomére à tête cylindrique.6 Q 142 0.370 3.400 0.620 3.5 8.763 0.914 1.980 2.83 5. kg 8 10 12 16 20 25 30 35 40 45 50 60 70 80 0.160 1.170 10.040 1.00 10.410 1.730 7.230 1.940 2.120 4.240 2.700 1. 5 8 46 M36 4 9 55 13. kg 0.5 4 17 M12 1.00 17.DIN 7967 5 Self-locking counter nuts Ecrou hexagonal de sécurité Tuercas hexagonales de seguridad d p m s M6 1 3 10 M8 1.5 6 30 0.400 d p m s M20 2.25 3.5 6 32 1.50 29.900 M24 3 7 36 2.75 4.5 27 L\d: Peso/Weight 1000 ud.400 FST 9.400 M27 3 7 41 M30 3.5 13 M10 1.5 5.500 3.100 L\d: Peso/Weight 1000 ud. kg 5.5 19 M14 2 5 22 M16 2 5 24 M18 2.800 CALIDADES/GRADES: ST/HV100 HV140 6.900 M22 2.00 4.500 C45 A2 A4 Q 143 .400 1. 5 2.200 1.9 1.940 6.400 5.020 1.740 8.000 1.7 DIN 7971-C ISO 1482 Slotted pan head tapping screws Vis à tôle à tête cylindrique large.340 3.200 5.840 1.120 4.65 1.290 1.100 4.670 1.2 8 ST4.480 1.6 14 0.800 4.900 11.532 0.5 1.2 2. fendue Tornillos autoroscantes de cabeza cilíndrica.00 L\d: Peso/Weight 1000 ud.8 1.130 2.324 CALIDADES/GRADES: ST Acero cementado / case hardened A2 Q Q .070 1.650 0.300 1.8 12.424 0.6 12 ST6.5 13 16 19 22 25 32 38 45 50 144 0.5 9.700 5.820 9.100 3.300 3.200 7.094 1.3 1.420 6.658 0.860 5.1 1 6 ST3.8 3.6 1.2 1.470 1.9 1.874 0.45 1.3 7.920 2.200 2.470 1.710 1.920 2.170 1.984 1.500 2.1 5.500 1.800 3. redondeada ranurada d P dk k n Nr. kg 6.800 1.000 7. ISO ST2.920 2.750 5.340 2.400 4.950 3.200 0.260 1.510 5.8 10.75 0.2 10 ST5.850 2.800 3.320 4.620 1.5 3.2 1.766 0.8 1.25 1 7 ST4.9 2.500 2.730 4.8 4 ST3.320 1.3 6.5 2.800 4.620 1.5 1.480 7.6 9.830 3.4 8. 3 1.3 6.584 0.350 2.110 2. ISO ST2.5 1.860 2.1 5.650 4.470 1.362 0.660 0.140 7.4 1.590 0.100 1.6 9.650 5.718 0.950 3.2 10 ST5.020 1.640 1.070 1.5 9.650 3.780 1.8 12.1 1 6 ST3.8 4 ST3.370 L\d: Peso/Weight 1000 ud.9 1.5 1.560 5.070 3.020 2.8 2.8 1.950 7.4 8.830 2.871 1.030 8.440 1.530 3.040 2.320 1.350 0.3 1 7 ST4.3 7.020 1.5 1.8 3.450 1.440 0.9 1.870 3.950 4.300 1.620 0.7 0.750 2.260 1.880 1.340 6.050 2.5 3 1.8 1.DIN 7972-C 7 ISO 1482 Slotted countersunk head tapping screws Vis à tôle à tête fraisée fendue Tornillos autoroscantes de cabeza avellanada ranurada d P dk k≈ N Nr.6 14 0.2 1.730 2.610 4. kg 6.230 1.650 4.6 12 ST6.110 9.5 2.8 10.4 3.2 8 ST4.5 13 16 19 25 32 38 45 50 0.350 3.250 0.910 CALIDADES/GRADES: ST Acero cementado / case hardened A2 Q Q 145 .540 0.242 0.692 0.5 1.476 0.300 1.1 2.490 2.690 5. 700 9.332 0.160 2.5 1.900 1.650 4.566 0.3 7.5 1.4 8.000 CALIDADES/GRADES: ST Acero cementado / case hardened A2 Q Q .060 2.870 2.880 2.190 5.150 3.8 12.2 10 ST5.8 4 ST3.8 1. ISO ST2.490 1.000 4.740 2.674 0.9 1.5 13 16 19 25 32 38 45 50 146 0.050 1.320 1.4 3.890 5.780 4.9 0.5 3 1.720 0.120 3.6 14 0.800 2.530 1.7 0.150 1.6 12 ST6.380 5.450 0.3 1 7 ST4.3 6.580 2.820 1.9 1.070 1.52 11.300 1.780 6.540 0.970 6.8 2 1.880 7. kg 6.500 1.780 3.7 1.2 1.440 0.5 1.6 9.8 10.7 DIN 7973-C ISO 1483 Slotted raised countersunk head tapping screws Vis à tôle à tête fraisée bombée.3 1.2 8 ST4.100 0.300 4.480 2.8 3.250 2.5 1.890 1.5 1.740 3.5 9.540 5.1 2.5 2.180 2.2 1 6 ST3.670 0.240 10.110 1.80 L\d: Peso/Weight 1000 ud.1 5.1 1.200 1.8 2.3 1.4 1.960 9.880 7.650 3.782 1.080 6.790 8.4 1.080 5. fendue Tornillos autoroscantes de cabeza avellanada abombada y ranurada d P dk k≈ f≈ N Nr. 5 Peso/Weight 1000 ud.050 1.370 0.6 0.6 1 M4 4.9 1.1 9.960 2. d1 (min) d2 (max) s M3 3.1 8.5 32.425 M8 8.5 M24 24.5 M12 12.6 4.195 0.9 5 M30 30.2 21.2 30.2 M5 5.5 44.5 35.00 Peso/Weight 1000 ud.30 13.7 2 M10 10.4 3.5 38.800 CALIDADES/GRADES: ST/HV100 HV140 5.1 6 12.5 M22 22.60 32.1 3 M16 16.10 20.1 5.DIN 7980 6 Spring lock washers Rondelles élastiques Arandelas helicoidales de presión d nom.280 M20 20.6 M6 6.2 24.940 FST Q C45 A2 A4 Q Q 147 .9 5 M27 27.5 1.105 d nom.1 7 1. kg 3.60 18.2 16 2. kg 0.8 1.2 18 2.1 12. d1 (min) d2 (max) s M14 14.9 4. 7 DIN 7981-C ISO 7049 Cross recesseed pan head tapping screws Vis à tôle à tête cylindrique bombée large à empreinte cruciforme Tornillos autoroscantes de cabeza cilíndrica abombada con hueco cruciforme d P dk k Nr. Phillips (H) Nr. ISO ST2,9 1,1 5,6 2,2 1 4 ST3,5 1,3 6,9 2,6 2 6 ST3,9 1,3 7,5 2,8 2 7 ST4,2 1,4 8,2 3,05 2 8 ST4,8 1,6 9,5 3,55 2 10 ST5,5 1,8 10,8 3,95 3 12 ST6,3 1,8 12,5 4,55 3 14 0,610 0,790 0,970 1,120 1,270 1,420 1,570 1,720 2,450 3,800 5,900 0,830 1,050 1,270 1,460 1,650 1,840 2,030 2,230 3,300 5,300 8,050 1,220 1,460 1,670 1,880 2,100 2,300 2,800 4,700 7,250 10,56 1,850 2,200 2,500 2,800 3,100 3,400 4,100 6,450 9,480 2,800 3,200 3,600 4,000 4,380 4,760 5,670 8,400 3,900 4,440 4,980 5,520 6,060 7,320 L\d: Peso/Weight 1000 ud. kg 6,5 9,5 13 16 19 22 25 32 38 45 50 148 0,400 0,510 0,630 0,740 0,850 0,960 1,070 1,324 1,870 2,660 4,100 CALIDADES/GRADES: ST Acero cementado / case hardened A2 Q Q DIN 7982-C 7 ISO 7050 Cross recesseed flat countersunk head tapping screws Vis à tête fraisée à empreinte cruciforme Tornillos autoroscantes de cabeza avellanada con hueco cruciforme d P dk k Nr. Phillips (H) Nr. ISO ST2,9 1,1 5,5 1,7 1 4 ST3,5 1,3 6,8 2,1 2 6 (ST3,9) 1,3 7,5 2,3 2 7 ST4,2 1,4 8,1 2,5 2 8 ST4,8 1,6 9,5 3 2 10 ST5,5 1,8 10,8 3,4 3 12 0,548 0,722 0,871 1,020 1,170 1,320 0,658 0,880 1,070 1,260 1,450 1,640 0,775 1,020 1,230 1,440 1,650 1,860 2,350 1,100 1,450 1,750 2,050 2,350 2,650 3,350 3,500 3,650 4,300 2,110 2,490 2,870 3,260 3,650 4,560 5,340 6,140 7,040 ST6,3 1,8 12,4 3,8 3 14 L\d: Peso/Weight 1000 ud. kg 6,5 9,5 13 16 19 22 25 32 38 45 50 0,242 0,350 0,476 0,584 0,692 CALIDADES/GRADES: ST Acero cementado / case hardened A2 Q Q 2,530 3,070 3,610 4,150 4,690 5,950 7,030 8,110 9,200 149 7 DIN 7983-C ISO 7051 Cross recesseed raised countersunk head tapping screws Vis à tôle à tête fraisée bombée à empreinte cruciforme Tornillos autoroscantes de cabeza avellanada abombada, mortaja phillips d P dk k≈ f≈ Nr. Phillips (H) Nr. ISO ST2,9 1,1 5,5 1,7 0,9 1 4 ST3,5 1,3 6,8 2,1 1,2 2 6 ST(3,9) 1,3 7,5 2,3 1,3 2 7 ST4,2 1,4 8,1 2,5 1,4 2 8 0,721 0,898 1,050 1,200 1,350 1,510 0,888 1,110 1,300 1,490 1,680 1,870 1,070 1,320 1,530 1,740 1,950 2,160 2,650 ST4,8 1,6 9,5 3 1,5 2 10 ST5,5 1,8 10,8 3,4 1,7 3 12 ST6,3 1,8 12,4 3,8 2 3 14 L\d: Peso/Weight 1000 ud. kg 6,5 9,5 13 16 19 22 25 32 38 150 0,332 0,440 0,566 0,674 0,782 CALIDADES/GRADES: ST Acero cementado / case hardened A2 Q Q 1,530 1,880 2,180 2,480 2,780 8,000 3,780 2,740 3,120 3,510 3,890 4,280 5,190 5,970 3,460 4,000 4,540 5,080 5,620 6,880 7,960 DIN 7984 2 Hexagon socket head cap screws with low head Vis à tête cylindrique réduite à six pans creux Tornillos de cabeza cilíndrica baja con hueco hexagonal d P b* dk k s M3 0,5 12 5,5 2 2 M4 0,7 14 7 2,8 2,5 M5 0,8 16 8,5 3,5 3 M6 1 18 10 4 4 M8 1,25 22 13 5 5 M10 1,5 26 16 6 7 M12 1,75 30 18 7 8 M14 2 34 21 8 10 M16 2 38 24 9 12 24,10 27,70 31,30 34,90 39,30 43,70 48,10 52,50 56,90 65,80 74,70 46,50 51,40 56,30 62,30 68,30 74,30 80,30 92,40 105,00 62,10 68,80 75,50 82,20 89,60 97,00 104,00 119,00 134,00 M18 2,5 42 27 10 12 M20 2,5 46 30 11 14 M22 2,5 50 33 12 14 M24 3 54 36 13 17 99,00 107,00 115,00 125,00 135,00 155,00 175,00 195,00 215,00 130,00 140,00 150,00 160,00 172,00 197,00 222,00 247,00 272,00 188,00 201,00 214,00 244,00 274,00 304,00 334,00 223,00 238,00 253,00 288,00 324,00 359,00 395,00 L\d: Peso/Weight 1000 ud. kg 5 6 8 10 12 14 16 18 20 25 30 35 40 45 50 55 60 70 80 90 100 0,480 0,520 0,500 0,690 0,780 0,860 0,970 1,100 1,200 0,960 1,120 1,280 1,440 1,600 1,760 1,950 2,150 2,640 2,260 2,500 2,740 2,980 3,220 3,460 3,770 4,540 5,310 3,590 3,940 4,290 4,640 4,990 5,340 6,450 7,560 8,670 9,780 8,050 8,650 9,250 9,850 10,50 12,00 14,00 16,00 18,00 20,00 22,00 24,00 26,00 14,40 15,40 16,40 19,00 21,60 24,70 27,80 30,90 34,00 37,10 40,20 46,40 b*: La cota b es un valor de referencia sobre la longitud mínima de rosca. / Size b is a guide value, it amounts on the minimum lenght of the threaded part. Longitudes L sobre la línea. Para medidas sobre la línea, rosca total. / Per diameter (d) are lenghts (L) above de dotted line threaded up to the head. CALIDADES/GRADES: 4.6 4.8 5.6 5.8 6.8 8.8 10.9 Q Q 12.9 A2 A4 151 635 0.110 1.940 2.910 3.50 12.940 4.714 0.660 2.030 1.250 2.70 22.290 8.951 1.720 2.440 5.6 Q 152 1.10 20.9 A2 Q A4 .540 6.480 1.560 2.160 4.640 9.030 5.872 0.660 5.793 0.240 7.410 3.410 1.5 6 2.710 CALIDADES/GRADES: 4.590 1.8 2 M6 1 12 4.6 4.30 10.30 23.140 5.180 7.680 6.440 3.50 19.90 25.80 15.410 4.80 17.190 6.20 14.8 2. kg 4 5 6 8 10 12 14 16 18 20 22 25 28 30 35 40 45 50 55 60 0.8 10.50 14.8 6.930 8.630 1.50 11.10 L\d: Peso/Weight 1000 ud.4 1 M4 0.090 2.410 2.3 DIN 7985 ISO 7045 Cross recessed raised cheese head screws Vis à tête cylindrique bombée à empreinte cruciforme Tornillos de cabeza cilíndrica abombada con hueco cruciforme d P dk k Nr.240 3.430 7.410 5.350 1.160 3.40 12.90 11.7 8 3.790 1.25 16 6 4 5.270 1.490 5.940 3.470 1.8 5.680 8. Phillips (H) M3 0.890 7.840 6.520 10.80 16.770 8.50 27.190 1.9 12.20 12.6 3 M8 1.80 13.1 2 M5 0.8 10 3.675 0.660 3.910 4. DIN 7989 6 Washers for steel structures Rondelles pour constructions métalliques Arandelas para construcciones metálicas d nom. d1 d2 M10 11 21 M12 14 24 M16 18 30 M20 22 37 M22 24 39 M24 26 44 M27 30 50 M30 33 56 M33 36 60 M36 39 66 18,80 28,30 43,60 46,20 61,50 79,00 101,00 114,00 140,00 Peso/Weight 1000 ud. kg 15,70 CALIDADES/GRADES: ST/HV100 HV140 FST C45 A2 A4 Q 153 1 DIN 7990 - DIN 555 Hexagon head bolts with hexagon nut Vis à tête hexagonale avec écrou hexagonal Tornillos hexagonales con tuercas hexagonales para estructuras de acero d P b k m s M12 1,75 19,5 8 10 19 M20 2,5 26 13 16 30 M22 2,5 58 14 18 32 M24 3 29,5 15 19 36 M27 3 32,5 17 22 41 M30 3,5 35 19 24 46 L\d: Peso/Weight 1000 ud. kg (con tuerca/with nut) 30 58,80 35 63,20 119,00 40 67,60 127,00 240,00 45 72,00 135,00 252,00 50 76,40 143,00 264,00 55 80,80 151,00 276,00 60 85,20 159,00 288,00 65 89,60 167,00 300,00 70 94,00 175,00 312,00 75 98,40 183,00 324,00 80 102,00 191,00 336,00 85 106,00 199,00 348,00 90 110,00 207,00 360,00 95 114,00 215,00 372,00 100 118,00 223,00 384,00 105 122,00 231,00 396,00 110 126,00 239,00 408,00 115 130,00 247,00 420,00 120 134,00 255,00 432,00 125 263,00 444,00 130 271,00 456,00 135 279,00 468,00 140 287,00 480,00 145 295,00 492,00 150 303,00 504,00 155 516,00 160 528,00 165 540,00 170 552,00 175 564,00 180 185 190 195 200 284,00 299,00 314,00 329,00 344,00 359,00 374,00 389,00 404,00 419,00 434,00 449,00 464,00 479,00 494,00 509,00 524,00 539,00 554,00 569,00 584,00 599,00 614,00 629,00 644,00 659,00 674,00 689,00 704,00 719,00 734,00 749,00 764,00 377,00 395,00 413,00 431,00 449,00 467,00 485,00 503,00 521,00 539,00 557,00 575,00 593,00 611,00 629,00 647,00 665,00 683,00 701,00 719,00 737,00 755,00 773,00 791,00 809,00 827,00 845,00 863,00 881,00 899,00 917,00 935,00 595,00 617,00 639,00 661,00 683,00 705,00 727,00 749,00 771,00 793,00 815,00 837,00 859,00 881,00 903,00 925,00 947,00 969,00 991,00 1.013,0 1.035,0 1.057,0 1.079,0 1.101,0 1.123,0 1.145,0 1.167,0 1.189,0 1.211,0 902,00 930,00 958,00 986,00 1.014,0 1.042,0 1.070,0 1.098,0 1.126,0 1.154,0 1.182,0 1.210,0 1.238,0 1.266,0 1.294,0 1.322,0 1.350,0 1.378,0 1.406,0 1.434,0 1.462,0 1.490,0 1.518,0 1.546,0 1.574,0 CALIDADES/GRADES: 4.6 4.8 5.6 Q 154 Q M16 2 23 10 13 24 5.8 6.8 8.8 Q Q 10.9 12.9 A2 A4 DIN 7991 2 Hexagon socket countersunk head screws Vis à tête fraisée à six pans creux Tornillos de cabeza avellanada con hueco hexagonal d P b* dk k (max) a s M3 0,5 12 6 1,7 90° 2 M4 0,7 14 8 2,3 90° 2,5 M5 0,8 16 10 2,8 90° 3 M6 1 18 12 3,3 90° 4 M8 1,25 22 16 4,4 90° 5 M10 1,5 26 20 5,5 90° 6 M12 1,75 30 24 6,5 90° 8 10,10 12,10 14,10 16,60 19,10 21,60 24,10 30,10 35,70 41,20 21,20 24,80 28,50 32,10 35,70 43,00 54,00 62,90 M16 2 38 30 7,5 90° 10 M20 2,5 46 36 8,5 90° 12 L\d: Peso/Weight 1000 ud. kg 8 10 12 16 20 25 30 35 40 50 60 70 80 90 100 0,470 0,560 0,650 0,830 1,000 1,350 1,630 0,920 1,070 1,230 1,530 1,840 2,230 2,900 3,400 3,900 1,600 1,850 2,100 2,590 3,090 3,710 4,330 5,430 6,200 7,740 2,700 3,050 3,760 4,460 5,340 6,220 7,100 8,830 11,00 5,470 6,100 7,350 8,600 10,20 11,70 13,30 14,80 19,90 24,80 51,80 58,40 65,10 78,40 91,70 111,00 127,00 143,00 91,40 102,00 123,00 143,00 164,00 200,00 226,00 253,00 b*: La cota b es un valor de referencia sobre la longitud mínima de rosca. / Size b is a guide value, it amounts on the minimum lenght of the threaded part. Longitudes L sobre la línea. Para medidas sobre la línea, rosca total. / Per diameter (d) are lenghts (L) above de dotted line threaded up to the head. CALIDADES/GRADES: 4.6 4.8 5.6 5.8 6.8 8.8 10.9 Q Q Q 12.9 A2 A4 Q 155 6 DIN 9021 ISO 7093 Plain washers d2≈3xd1 Rondelles plates d2≈3xd1 Arandelas planas d2≈3xd1 d nom. d1 (min) d2 (max) s M3 3,2 9 0,8 M4 4,3 12 1 M5 5,3 15 1,2 M6 6,4 18 1,6 M7 7,4 22 2 Peso/Weight 1000 ud. kg 0,349 d nom. d1 (min) d2 (max) s 0,774 M8 8,4 24 2 1,460 2,790 5,290 M10 10,5 30 2,5 M12 13 37 3 M14 15 44 3 M16 17 50 3 12,20 22,20 31,60 40,90 M20 22 60 4 M24 26 72 5 76,80 139,00 Peso/Weight 1000 ud. kg 6,230 d nom. d1 (min) d2 (max) s M18 20 56 4 Peso/Weight 1000 ud. kg 67,40 CALIDADES/GRADES: ST/HV100 HV140 Q 156 FST C45 A2 A4 Q Q 250. kg 1”3/8 8 d pulgada/inch Hilos por pulgada 1”1/2 8 1”5/8 8 1”3/4 8 4.500.0 CALIDADES/GRADES: B7 B16 Q Q 8.240.600.810.0 B8 B8M B8T Q Q Q 157 .300.0 2” 8 Threads per inch Peso/Weight 1000 ud.400.0 1.0 1”7/8 8 5.0 9.900. kg 6.600.0 1”1/8 8 1”1/4 8 Threads per inch Peso/Weight 1000 ud.000.700.0 3.0 10.0 2.0 14.0 12.500.ASTM A193 9 Studbolts ASTM A193 Goujons filetés ASTM a193 Espárragos totalmente roscados ASTM A193 d pulgada/inch Hilos por pulgada 1/2 13 5/8 11 3/4 10 7/8 9 1” 8 792.00 1. 15 2”3/16 55.3 40.85 46.5 25 1”5/8 41.0 CALIDADES/GRADES: 2H 4 Q 158 Q 1.00 82.85 2”15/16 74.6 37.00 630. kg d pulgada/inch Hilos por pulgada Threads per inch H F pulgadas/inch mm Peso/Weight 1000 ud.350. kg d pulgada/inch Hilos por pulgada Threads per inch H F pulgadas/inch mm Peso/Weight 1000 ud.3 31.6 50 3”1/8 79.00 196.00 503.0 7 8 8M 8T Q Q Q Q .1 275.5 2”9/16 65.65 2”3/4 69. kg 1.75 21.3 2”3/8 60.00 800.410.85 1”7/16 36.00 127.65 1”1/4 31.95 2” 50.8 34.5 1”1/16 27 18.0 1.2 15.00 1”1/8 8 1”1/4 8 1”3/8 8 1”1/2 8 1”5/8 8 28.5 ASTM A194 2H Hex nuts ASTM A194 grade 2H Ecrous hexagonaux ASTM A194 qualitée 2H Tuercas hexagonales ASTM A194 calidad 2H d pulgada/inch Hilos por pulgada 1/2 13 5/8 11 3/4 10 7/8 9 1 8 12.00 1”3/4 8 1”7/8 8 2” 8 43.4 Threads per inch H F pulgadas/inch mm Peso/Weight 1000 ud.020.00 378.00 52.3 7/8 22.2 1”13/16 46 30. 8 Q 151.8* 7.05 44.15 48.75 37.5* 8/9* nº protrusions Peso/Weight 1000 ud.77 (1): * Para los IDTs calidad 10.9 Q 159 .40 59.00 46.20 82.55 12.10 43 4/4* 7/7* 6/7* M30 31.ASTM F959M 5 d1 Direct tension indicator(1) Indicateur direct de tension(1) Indicadores directos de tensión(1) d nom.20 36.6* 5.45 31. d1 min max d2 min max d3 max s1 s2 max nº protuberancias M12 12.6* 6/6* 5/6* M22 23.40 19.80 55.60 54.4* 5/5* 4/4* M16 16.30 28.65 27.15 25.40 62.55 66.9 CALIDADES/GRADES: 8.2/3.6/3.80 25 3.40 50.00 46.96 10.00 29 3.79 M36 37.60 33 3.9 / For DTIs grade 10.50 4/4.2/3.5* 7/8* 19.00 69.5 3.14 51.95 21.20 38 4/4* 7/7* 6/7* M27 28.85 37.85 79.8/4.25 52.6/4* 6/7* 5/6* M24 25.05 23.15 89.85 35.8* 7/7.5/7.30 99.60 27. kg 10.5/6* 4/4* M20 20.80 56 4.75 16. 00 921.8 10.00 80 93.00 65 79.0 1309.75 30 7.5 60 1184.00 591. P b k s 1 2 3 M12 1.0 1143.0 1615.00 645.10 113.00 451.00 554.00 458.00 800.9 A2 M36 4 78 84 97 22.00 599.00 390.00 100 199.0 1024.00 192.00 212.1 EN 14399-3 High strength structural bolts (HR) Vis à haute resistance (HR) Tornillos de cabeza hexagonal de alta resistencia (HR) d nom.00 85 97.60 40 58.00 1001.00 609.0 1392.00 804.0 1115.00 249.0 1415.00 751.0 1455.00 335.00 538.8 M20 2.0 1974.0 1337.00 479.0 1264.00 599.00 822.00 120 231.00 524.00 75 88.00 6.00 70 84.00 384.00 845.00 979.00 347. kg 35 53.00 272.0 1365.00 115 223.5 46 52 65 12.00 467.0 1336.0 1087.00 627.00 710.00 301.8 24 L\d: Peso/Weight 1000 ud.0 1047.00 421.00 494.9 Q Q M24 3 54 60 73 15 41 M27 3 60 66 79 17 46 M30 3.00 976.00 359.6 160 5.00 865.0 2014.00 375.0 1935.00 890.00 949.00 130 247.8 5.0 1775.00 50 66.90 145.00 935.00 286.00 688.5 32 257.00 105 207.00 784.00 M22 2.00 912.00 237.00 822.00 1002.0 2091.30 153.00 509.00 372.00 110 215.00 728.00 644.0 1092.00 450.0 12.0 1069.00 433.80 160.00 398.00 503.00 584.00 554.00 225.00 556.00 45 62.00 361.00 840.00 331.60 176.00 680.0 1226.0 1815.00 105.00 200.0 1032.8 M16 2 38 44 10 27 M18 2.0 A4 .00 539.0 1895.00 298.00 867.00 420.0 1376.00 569.00 322.00 446.5 50 56 69 14 36 362.0 2054.00 621.00 409.00 262.5 30 188.5 42 48 11.0 1855.00 812.00 380.00 274.0 1695.00 755.0 1735.00 756.00 125 239.0 1281.0 1575.00 316.00 129.00 574.0 1224.00 8.00 787.00 415.0 1655.00 396.7 50 532.00 60 75.00 433.00 465.00 405.00 90 102.00 286.20 168.00 435.00 777.00 55 71.0 1198.00 520.00 95 107.00 184.00 733.00 576.0 1304.00 716.0 701.00 732.00 485.0 1059.5 22 M14 2 34 40 8.0 1254.40 137.00 893.00 665.0 1170.00 135 140 145 150 155 160 165 170 175 180 185 190 195 200 b1 (1) L ≤ 125 mm.00 957.00 346.0 1114.0 1535.00 838.6 4.60 121.0 1495.00 769.00 310. (2) L ≤ 200 mm.00 662.00 698. (3) L > 200 mm CALIDADES/GRADES: 4.5 66 72 85 18. 32 320 550.8 27 M18 2.5 25.5 19. kg 25.51 Peso/Weight 1000 ud.6 50 M36 4 31 60 55. P m s M12 1.8 22 M14 2 12.EN 14399-3 5 High-strength structural hexagonal nuts (HR) Ecrous hexagonaux à haute résistance (HR) Tuercas hexagonales para estructuras metálicas (HR) d nom.46 83.8 46 M30 3.08 166.4 36 M24 3 21.55 62.62 242.13 112.16 33.5 18 32 M22 2.8 24 M16 2 14.8 30 M20 2.5 41 M27 3 23.16 CALIDADES/GRADES: 5 8 10 A2 A4 Q 161 .75 10.5 15. 00 10.00 524.0 1047.00 372.0 1198.8 257.0 1615.00 554.0 1735.30 88.00 609.00 787.00 569.00 756.00 396.00 274.00 160.00 485.00 494.00 751.0 1415.5 33 13 32 M22 2.00 446.00 145.0 1264.00 359.00 451.00 627.00 728.00 CALIDADES/GRADES: 4.00 503.00 538.00 215.0 1392.00 207.00 662.60 102.8 188.00 867.00 574.00 433.00 298.0 1495.00 800.0 1309.0 1224.00 893.00 433.0 1024.0 1170.0 1092.0 1535.0 1376.00 921.0 1281.1 EN 14399-4 High strength structural bolts (HV) Vis à haute resistance (HV) Tornillos de cabeza hexagonal de alta resistencia (HV) d P b k s M12 1.00 450.8 362.00 688.00 822.00 777.00 421.0 1336.00 231.00 75.00 976.5 44 19 50 532.00 556.00 420.00 237.00 935.0 1974.0 1365.00 398.00 591.00 310.80 93.00 129.00 346.00 168.0 2054.60 58.6 4.00 331.10 66.00 5.9 A2 M36 4 52 23 60 L\d: Peso/Weight 1000 ud.00 390.00 645.00 62.00 380.00 286.0 1695.00 301.0 1059.00 769.40 79.00 8.00 812.00 6.00 845.00 733.00 316.00 520.0 1455.0 12.00 409.0 2091.0 1655.00 912.00 644.00 599.00 698.00 272.00 192.00 262.00 665.00 176.00 347.00 212.00 479.00 107.00 458.00 840.00 225.00 1002.00 949.00 621.00 599.00 121.00 804.0 2014.00 223.00 375.00 335.00 415.00 465.0 701.00 361.00 153.0 1069.00 239.00 509.00 384.0 1775.00 249. kg 35 40 45 50 55 60 65 70 75 80 85 90 95 100 105 110 115 120 125 130 135 140 145 150 155 160 165 170 175 180 185 190 195 200 53.00 184.00 732.00 710.0 1143.00 405.00 755.0 A4 .00 247.00 784.00 576.00 890.00 199.0 1575.00 957.0 1114.00 865.0 1115.0 1032.0 1226.00 822.00 716.0 1254.0 1895.00 584.0 1855.0 1337.00 137.0 1815.00 554.00 200.60 71.5 34 14 36 M24 3 39 15 41 M27 3 41 17 46 M30 3.9 Q 162 1184.20 97.00 539.0 1087.0 1935.00 435.00 838.8 5.00 1001.00 286.90 84.75 23 8 22 M16 2 28 10 27 M20 2.6 105.0 1304.00 979.00 322.00 467.00 113.00 680. / Tightening lenghts will be calculated considering lenght tolerances.tightening lenghts EN 14399-4 Vis .Longitudes de apriete d L M12 35 40 45 50 55 60 65 70 75 80 85 90 95 100 105 110 115 120 125 130 135 140 145 150 155 160 165 170 175 180 185 190 195 200 16-21 21-26 26-31 31-36 36-41 41-46 46-51 51-56 56-61 61-66 66-71 71-76 76-81 M16 17-22 22-27 27-32 32-37 37-42 42-47 47-52 52-57 57-62 62-67 67-72 72-77 77-82 82-87 87-92 92-97 97-102 102-107 107-112 M20 M22 M24 M27 Longitud de Apriete Lk / Tightening lenght Lk 18-23 23-28 28-33 33-38 38-43 43-48 48-53 53-58 58-63 63-68 68-73 73-78 78-83 83-88 88-93 93-98 98-103 103-108 108-113 113-118 118-123 123-128 128-133 22-27 27-32 32-37 37-42 42-47 47-52 52-57 57-62 62-67 67-72 72-77 77-82 82-87 87-92 92-97 97-102 102-107 107-112 112-117 117-122 122-127 127-132 132-137 137-142 29-34 34-39 39-44 44-49 49-54 54-59 59-64 64-69 69-74 74-79 79-84 84-89 89-94 94-99 99-104 104-109 109-114 114-119 119-124 124-129 129-134 134-139 139-144 144-149 149-154 154-159 159-164 164-169 36-41 41-46 46-51 51-56 56-61 61-66 66-71 71-76 76-81 81-86 86-91 91-96 96-101 101-106 106-111 111-116 116-121 121-126 126-131 131-136 136-141 141-146 146-151 151-156 156-161 161-166 166-171 M30 M36 39-44 44-49 49-54 54-59 59-64 64-69 69-74 74-79 79-84 84-89 89-94 94-99 99-104 104-109 109-114 114-119 119-124 124-129 129-134 134-139 139-144 144-149 149-154 154-159 159-164 164-169 43-48 48-53 53-58 58-63 63-68 68-73 73-78 78-83 83-88 88-93 93-98 98-103 103-108 108-113 113-118 118-123 123-128 128-133 133-138 138-143 143-148 148-153 153-158 158-163 Las tolerancias de apriete se calcularán considerando las tolerancias de longitud.EN 14399-4 1 arandela según EN 14399-6 / EN 14399-6 washer tuerca hexagonal según EN 14399-4 EN 14399-4 hexagonal nut arandela según EN 14399-6 / EN 14399-6 washer EN 14399-4 Bolt .longueur de cerrage EN 14399-4 Tornillo . 163 . 00 224.00 Peso/Weight 1000 ud.00 515.30 48.90 104.5 24 50 M36 4 29 60 23. kg CALIDADES/GRADES: 5 8 10 Q 164 A2 A4 .5 16 32 M22 2.80 73.5 EN 14399-4 High-strength structural hexagonal nuts (HV) Ecrous hexagonaux pour structures métalliques (HV) Tuercas hexagonales para estructuras metálicas (HV) d P m s M12 1.00 300.5 18 36 M24 3 20 41 M27 3 22 46 M30 3.75 10 22 M16 2 13 27 M20 2.00 155. EN 14399-6 6 High-strength structural washers (HV-HR) Rondelles à haute résistance (HV-HR) Arandelas planas para estructuras metálicas (HV-HR) d d1 d2 h M12 13 24 3 M14 15 28 3 M16 17 30 4 M18 19 34 4 M20 21 37 4 M22 23 39 4 M24 25 44 4 M27 28 50 5 M30 31 56 5 M36 37 66 6 11. kg 7.60 15.00 14.60 50.30 30.20 63.60 24.00 Peso/Weight 1000 ud.030 CALIDADES/GRADES: ST/HV100 HV140 HV300-HV370 FST C45 A2 A4 Q 165 .6 19.20 115. 4 32 0.2 22 M10 10.05 3.7 1.6 NF E25-511/L Contact-lock washers .6 ±0.6 FST Q 166 C45 A2 A4 .1 2 ±0.1 10 M4 4.Type L Rondelles de contact .03 1.05 3.4 ±0.8 ±0.8 1.1 14 M5 5.05 2.04 1.1 18 M8 8.04 2.2 1 ±0.5 1.Tipo L Tornillo/bolt øMmm d H14 D js15 Características/Characteristics s Nominal/Nominal Tolerancia/Tolerance h max CALIDADES/GRADES: ST/HV100 HV140 M3 3.Type L Arandelas de contacto .2 ±0.1 1.6 ±0.04 2.2 27 M12 12.1 16 M6 6. 1 ±0.Type M Arandelas de contacto .4 1.1 14 M7 7.03 1 0.4 ±0.3 ±0.2 18 M8 8.4 ±0.06 4.05 2.06 4.NF E25-511/M 6 Contact-lock washers .Type M Rondelles de contact .1 8 M4 4.2 22 M12 12.2 18 0.4 27 M14 14.1 3.1 2.04 1.6 ±0.8 1.6 ±0.4 30 M16 16.05 2.35 M9 9.4 1.8 ±0.2 ±0.5 40 1.6 ±0.04 2.6 1.Tipo M Tornillo/bolt øMmm d H14 D js15 Características/Characteristics s Nominal/Nominal Tolerancia/Tolerance h max Tornillo/bolt øMmm d H14 D js15 Características/Characteristics s Nominal/Nominal Tolerancia/Tolerance h max CALIDADES/GRADES: ST/HV100 HV140 M3 3.8 ±0.06 3.4 32 M20 20.1 1.9 ±0.04 2.1 12 M6 6.1 10 M5 5.05 3.9 FST C45 A2 A4 Q 167 .7 2.2 20 M10 10.4 ±0.04 1.05 2.75 1. 6 ±0.03 0.6 1.Tipo Z Tornillo/bolt øMmm d H14 D js15 Características/Characteristics s Nominal/Nominal Tolerancia/Tolerance h max CALIDADES/GRADES: ST/HV100 HV140 M3 3.1 12 M7 7.2 20 M12 12.8 ±0.2 1.05 2.Type Z Arandelas de contacto .03 1.Type Z Rondelles de contact .05 1.04 1.5 ±0.4 ±0.2 14 M8 8.04 1.1 10 M6 6.5 1.1 8 M5 5.05 2.9 0.9 FST Q 168 C45 A2 A4 .04 2.1 6 M4 4.04 2.2 1 ±0.2 16 M10 10.4 ±0.85 1.8 ±0.6 NF E25-511/Z Contact-lock washers .2 ±0.4 24 0. 8 10.2 1.9 12.9 1.3 10 2.3 2 3. Phillips (H) 3.7 2 L\d: 13 16 19 22 25 X X X X CALIDADES/GRADES: 4.6 11. con arandela prensada d P dc (max) k Nr.8 6.4 10 2.6 2 X X X X 4.9 A2 A4 Q 169 .3 9 2.5 1.5 2 4.8 8.6 5.8 5.Tornillo autorroscante 7 Cross recessed mushroom head tapping screws with flange Vis à tôle à tête ronde avec rondelle pressée à empreinte cruciforme Tornillos autorroscantes de cabeza abombada baja.5 2.6 4.8 1. 5 15 20 d1 P L d2 b1 b2 M5 0.8 50 5.8 5.25 50 7.5 10 15 M5 0.9 A2 A4 .25 70 7.3 30 30 M6 1 150 6.8 10.25 60 7.9 12.4 10 10 M4 0.11 Tornillos doble rosca Dowel screws Vis combi/goujons Tornillos doble rosca d1 P L d2 b1 b2 M4 0.7 35 4.8 8.6 Q 170 5.5 60 9 20 40 M10 1.8 25 5.5 20 20 M6 1 40 6.3 20 30 M6 1 90 6.3 17 23 M6 1 50 6.3 20 30 M6 1 80 6.3 25 35 M10 1.6 4.7 25 4.8 6.8 40 5.7 40 4.3 20 30 M8 1.3 20 30 M6 1 70 6.3 30 30 d1 P L d2 b1 b2 M6 1 120 6.4 17 20 M5 0.3 30 30 M8 1.4 15 15 M4 0.5 70 9 30 30 CALIDADES/GRADES: 4.7 20 4.3 15 30 M8 1.7 30 4.3 20 25 M6 1 60 6.4 10 10 M4 0.4 10 15 M4 0. 100 CALIDADES/GRADES: 5 8 3. kg 3.25 9.7 11 7.600 7.5 22 M10 1.5 4.800 A2 5.7 5 6 4.000 A4 Q 171 .5 13 M4 0.3 8 5.5 17 M6 1 7.9 12 9 25 Peso/Weight 1000 ud.5 15 M5 0.8 6.000 10 4.3 5 3.5 11.600 4.Tuercas clavables 5 Drive-in nuts for wood Ecrous à enfoncer pour bois Tuercas clavables d P d1 h a b M3 0.3 9 7 19 M8 1. 5 Tuercas remachables Blind rivet nuts with countersunk head Ecrous noyés avec tête fraisée Tuercas remachables con cabeza avellanada d pulgada/inch-mm Espesor chapa/Grip Range D E T L CALIDADES/GRADES: 5 8 M4 1,50-3,00 6,00 1,50 9,00 13,00 10 M5 1,50-4,00 7,00 1,50 10,00 14,50 A2 Q 172 A4 M6 1,50-4,00 9,00 1,50 12,00 17,50 M8 1,50-4,00 11,00 1,50 14,00 20,50 ST AL Q Q Tuercas remachables 5 Blind rivet nuts with cylindrical head Ecrous noyés avec tête plate Tuercas remachables con cabeza cilíndrica d pulgada/inch-mm Espesor chapa/Grip Range D E T L M3 0,25-2,00 5,00 1,00 7,50 10,75 M4 0,25-3,00 6,00 1,00 9,00 10,50 M4 3,00-4,50 6,00 1,00 9,00 13,25 M5 0,25-3,00 7,00 1,00 10,00 13,00 M5 3,00-5,50 7,00 1,00 10,00 16,00 d pulgada/inch-mm Espesor chapa/Grip Range D E T L M6 3,00-5,50 9,00 1,50 13,00 18,00 M8 0,50-3,00 11,00 1,50 16,00 18,00 M8 3,00-5,50 11,00 1,50 16,00 20,00 M10 0,50-3,50 13,00 2,00 19,00 21,50 M10 3,50-6,00 13,00 2,00 19,00 23,50 CALIDADES/GRADES: 5 8 10 A2 Q A4 ST AL Q Q M6 0,50-3,00 9,00 1,50 13,00 16,00 173 11 Manguitos de unión Round connection nuts Ecrous cylindriques de jonction Manguitos de unión d P b L 5/32” 8 20 M4 0,7 8 20 CALIDADES/GRADES: 5 8 Q 174 M5 0,8 8 20 M6 1 10 30 10 M8 1,25 11 25/30 A2 M10 1,5 13 30 M12 1,75 15 35 A4 M16 2 22 50 Arandelas estanqueidad 6 Sealing rings Rondelles d’etancheite Arandelas de estanqueidad d1 d2 s 16 6,7 2 CALIDADES/GRADES: ST/HV100 HV140 Q 18 6,7 3 FST C45 22 6,7 3 A2 25 6,7 3 A4 Q 175 8 Anclajes de anillo Wedge anchors Ancres goujons avec anneau d’expansion Anclajes de anillo expansor MxL øBroca “H”/Drill “H”/Perçage “H” Profundidad min. taladro “L” M6x45 6 50 M6x60 6 55 M6x70 6 55 M6x80 6 55 M6x90 6 55 M6x100 6 55 M6x110 6 55 1 1 11 22 31 41 51 100 100 100 100 100 100 100 35 50 50 50 50 50 50 Hole Depth min “L”/Profondeur min Perçage “L” Espesor max. a fijar “E” Max fixture thickness “E” Épaisseur max Piece à fixer “E” Min. espesor material base Min substrate thickness/Min épaisseur du support Profundidad min. de anclaje Min. Depth of anchor/Profondeur min d’ancrage Extracción KN C25 2,51 3,67 3,67 3,67 3,67 3,67 3,67 2,51 2,91 2,91 2,91 2,91 2,91 2,91 M6x120 6 55 M6x130 6 55 M6x140 6 55 M6x150 6 55 M6x160 6 55 M6x170 6 55 M6x180 6 55 Pull out-load KN C25/traction KN C25 Cizalladura KN C25 Shear-load KN C25/Cisaillement KN C25 MxL øBroca “H”/Drill “H”/Perçage “H” Profundidad min. taladro “L” Hole Depth min “L”/Profondeur min Perçage “L” Espesor max. a fijar “E” 61 71 81 91 101 111 121 100 100 100 100 100 100 100 50 50 50 50 50 50 50 Max fixture thickness “E” Épaisseur max Piece à fixer “E” Min. espesor material base Min substrate thickness/Min épaisseur du support Profundidad min. de anclaje Min. Depth of anchor/Profondeur min d’ancrage Extracción KN C25 3,67 3,67 3,67 3,67 3,67 3,67 3,67 2,91 2,91 2,91 2,91 2,91 2,91 2,91 Pull out-load KN C25/traction KN C25 Cizalladura KN C25 Shear-load KN C25/Cisaillement KN C25 CALIDADES/GRADES: 4.6 4.8 5.6 176 5.8 6.8 8.8 Q Q 10.9 12.9 A2 Q Anclajes de anillo 8 Wedge anchors Ancres goujons avec anneau d’expansion Anclajes de anillo expansor MxL øBroca “H”/Drill “H”/Perçage “H” Profundidad min. taladro “L” M8x50 8 40 M8x60 8 50 M8x75 8 65 M8x90 8 65 M8x115 8 65 M8x130 8 65 M8x155 8 65 4 4 4 19 44 59 84 100 100 100 100 100 100 100 35 45 60 60 60 60 60 Hole Depth min “L”/Profondeur min Perçage “L” Espesor max. a fijar “E” Max fixture thickness “E” Épaisseur max Piece à fixer “E” Min. espesor material base Min substrate thickness/Min épaisseur du support Profundidad min. de anclaje Min. Depth of anchor/Profondeur min d’ancrage Extracción KN C25 1,61 2,76 4,84 4,84 4,84 4,84 4,84 2,21 3,81 5,31 5,31 5,31 5,31 5,31 M10x70 10 65 M10x90 10 70 M10x210 10 70 M10x230 10 70 Pull out-load KN C25/traction KN C25 Cizalladura KN C25 Shear-load KN C25/Cisaillement KN C25 MxL øBroca “H”/Drill “H”/Perçage “H” Profundidad min. taladro “L” M10x120 M10x150 M10x170 10 10 10 70 70 70 Hole Depth min “L”/Profondeur min Perçage “L” Espesor max. a fijar “E” 5 10 40 70 90 130 150 110 110 110 110 110 110 110 52 67 67 67 67 67 67 Max fixture thickness “E” Épaisseur max Piece à fixer “E” Min. espesor material base Min substrate thickness/Min épaisseur du support Profundidad min. de anclaje Min. Depth of anchor/Profondeur min d’ancrage Extracción KN C25 3,74 6,03 6,03 6,03 6,03 6,03 6,03 5,08 8,19 8,19 8,19 8,19 8,19 8,19 Pull out-load KN C25/traction KN C25 Cizalladura KN C25 Shear-load KN C25/Cisaillement KN C25 CALIDADES/GRADES: 4.6 4.8 5.6 5.8 6.8 8.8 Q Q 10.9 12.9 A2 Q 177 8 Anclajes de anillo Wedge anchors Ancres goujons avec anneau d’expansion Anclajes de anillo expansor MxL øBroca “H”/Drill “H”/Perçage “H” Profundidad min. taladro “L” M12x75 12 60 M12x90 12 75 M12x110 M12x140 M12x160 12 12 12 85 85 85 M12x180 12 85 M12x220 12 85 5 5 18 48 68 88 128 130 130 130 130 130 130 130 55 70 77 77 77 77 77 Hole Depth min “L”/Profondeur min Perçage “L” Espesor max. a fijar “E” Max fixture thickness “E” Épaisseur max Piece à fixer “E” Min. espesor material base Min substrate thickness/Min épaisseur du support Profundidad min. de anclaje Min. Depth of anchor/Profondeur min d’ancrage Extracción KN C25 5,00 7,82 9,29 9,29 9,29 9,29 9,29 11,33 11,77 11,77 11,77 11,77 11,77 11,77 M12x250 12 85 M14x80 14 65 M14x170 14 100 M14x220 14 100 Pull out-load KN C25/traction KN C25 Cizalladura KN C25 Shear-load KN C25/Cisaillement KN C25 MxL øBroca “H”/Drill “H”/Perçage “H” Profundidad min. taladro “L” M14x100 M14x120 M14x145 14 14 14 85 100 100 Hole Depth min “L”/Profondeur min Perçage “L” Espesor max. a fijar “E” 158 5 5 12 36 61 111 130 150 150 150 150 150 150 77 59 79 92 92 92 92 Max fixture thickness “E” Épaisseur max Piece à fixer “E” Min. espesor material base Min substrate thickness/Min épaisseur du support Profundidad min. de anclaje Min. Depth of anchor/Profondeur min d’ancrage Extracción KN C25 9,29 4,69 8,41 11,19 11,19 11,19 11,19 11,77 10,94 16,06 16,06 16,06 16,06 16,06 Pull out-load KN C25/traction KN C25 Cizalladura KN C25 Shear-load KN C25/Cisaillement KN C25 CALIDADES/GRADES: 4.6 4.8 5.6 178 5.8 6.8 8.8 Q Q 10.9 12.9 A2 Q de anclaje Min.94 M20x180 24 160 M20x260 24 160 Pull out-load KN C25/traction KN C25 Cizalladura KN C25 Shear-load KN C25/Cisaillement KN C25 MxL øBroca “H”/Drill “H”/Perçage “H” Profundidad min.8 8.01 14.8 6.9 12.01 10.24 14.34 46.Anclajes de anillo 8 Wedge anchors Ancres goujons avec anneau d’expansion Anclajes de anillo expansor MxL øBroca “H”/Drill “H”/Perçage “H” Profundidad min. Depth of anchor/Profondeur min d’ancrage Extracción KN C25 11. espesor material base Min substrate thickness/Min épaisseur du support Profundidad min.9 A2 Q 179 .01 14. taladro “L” M16x280 M20x120 16 20 110 105 M20x170 M20x220 M20x270 20 20 20 135 135 135 Hole Depth min “L”/Profondeur min Perçage “L” Espesor max.94 24.36 21. a fijar “E” 141 4 4 22 47 97 127 150 168 168 168 168 168 168 92 69 104 104 104 104 104 Max fixture thickness “E” Épaisseur max Piece à fixer “E” Min.92 19.34 Pull out-load KN C25/traction KN C25 Cizalladura KN C25 Shear-load KN C25/Cisaillement KN C25 CALIDADES/GRADES: 4.17 46.01 14.94 21.19 6.09 19.8 Q Q 10.04 32. espesor material base Min substrate thickness/Min épaisseur du support Profundidad min. a fijar “E” 157 5 23 73 123 4 84 168 206 206 206 206 250 250 104 93 125 125 125 150 150 Max fixture thickness “E” Épaisseur max Piece à fixer “E” Min.09 19. taladro “L” M14x250 14 100 M16x90 16 75 M16x125 M16x145 M16x170 16 16 16 110 110 110 M16x220 16 110 M16x250 16 110 Hole Depth min “L”/Profondeur min Perçage “L” Espesor max.94 21.06 13. de anclaje Min.01 16.94 21.17 32.78 21.8 5.36 25.94 21.6 5.01 14. Depth of anchor/Profondeur min d’ancrage Extracción KN C25 14.6 4.09 25.17 32. 43 60 45 5 18 2.32 2.30 6.6 4.9 5.9 12.37 60 40 5 20 5.98 3.8 5. Espesor max a fijar 5 15 5 15 100 100 100 100 Max fixture thickness Min.Bolt Chevilles d’expansion . taladro 2.Tornillo M ø broca “H”/ø drill “H” Profundidad min.98 3.29 80 62 5 20 6. espesor material base Min substrate thickness Extracción kn/Pull out-load kn Cizalladura kn/shear load kn Medidas mm: L Sizes mm C G A M ø broca “H”/ø drill “H” Profundidad min.8 5.64 4.78 45 30 5 18 2. espesor material base Min substrate thickness Extracción kn/Pull out-load kn Cizalladura kn/shear load kn Medidas mm: L Sizes mm C G A CALIDADES/GRADES: 4.29 80 62 5 20 A2 Q A4 .8 8.78 45 30 5 18 2.43 60 45 5 18 M8x60 10 60 M8x80 10 80 M8x60 11 60 M8x80 11 80 hole depth min.37 60 40 5 20 10.8 Q Q 3. taladro M6x45 8 50 M6x60 8 60 M6x45 9 50 M6x60 9 60 hole depth min.30 6.32 2.6 180 3.64 4. Espesor max a fijar 5 15 5 15 100 105 100 105 Max fixture thickness Min.8 Tacos de anclaje G C A H L Sleeve anchors .Boulon Tacos de anclaje . 9 12. espesor material base Min substrate thickness Extracción kn/Pull out-load kn Cizalladura kn/shear load kn Medidas mm: L Sizes mm C G A M ø broca “H”/ø drill “H” Profundidad min.5 4.95 14.Boulon Tacos de anclaje .6 5.79 6.Tacos de anclaje 8 G C A H L Sleeve anchors .43 5 5 5 - 10. taladro 4.6 4.8 8.Tornillo M ø broca “H”/ø drill “H” Profundidad min.95 70 50 5 23.75 80 110 110 130 7. Espesor max a fijar 5 25 15 25 110 135 145 160 5.75 100 75 5 23.97 5.8 6.5 M12x80 16 85 M12x110 16 110 M16x110 20 110 M20x130 25 130 hole depth min.79 6. Espesor max a fijar 5 25 5 25 100 110 100 110 Max fixture thickness Min.9 10.5 5.46 55 88 82 105 Max fixture thickness Min.64 5.56 70 48 5 23.77 21.8 5.60 30 30 40 36 A2 A4 Q 181 .79 6.5 5.75 100 75 5 23.8 Q Q 8. espesor material base Min substrate thickness Extracción kn/Pull out-load kn Cizalladura kn/shear load kn Medidas mm: L Sizes mm C G A CALIDADES/GRADES: 4.Bolt Chevilles d’expansion .26 24. taladro M10x70 12 75 M10x100 12 100 M10x70 14 75 M10x100 14 100 hole depth min. 8 Tacos de anclaje G C A H L Sleeve anchors .Espárrago M ø broca “H”/ø drill “H” Profundidad min.8 Q Q 10.97 5. taladro 2.8 8.5 12.Goujons Tacos de anclaje .32 2. Espesor max a fijar Max fixture thickness Min.30 6.78 45 30 5 18 3.5 6.64 4.32 2. espesor material base Min substrate thickness Extracción kn/Pull out-load kn Cizalladura kn/shear load kn Medidas mm: L Sizes mm C G A M ø broca “H”/ø drill “H” Profundidad min.6 182 5.75 100 75 5 23.5 5.30 6.37 60 40 5 20 M8x80 11 80 M10x70 12 75 M10x100 12 100 M10x70 14 75 M10x100 14 100 hole depth min.37 60 40 5 20 5. taladro M6x45 8 50 M6x45 9 50 M8x60 10 60 M8x80 10 80 M8x60 11 60 5 5 5 15 5 100 100 100 105 100 hole depth min.9 4.95 70 50 5 23.56 70 48 5 23.75 100 75 5 23.29 80 62 5 20 5.6 4.9 5.64 5.8 4.64 4.78 45 30 5 18 2.8 5.Rod Chevilles d’expansion .5 A2 Q A4 .79 6.79 6. Espesor max a fijar Max fixture thickness Min. espesor material base 15 5 25 5 25 105 100 110 100 110 Min substrate thickness Extracción kn/Pull out-load kn Cizalladura kn/shear load kn Medidas mm: L Sizes mm C G A CALIDADES/GRADES: 4.29 80 62 5 20 3. 00 65 40 5 20 12/26 1.open eye bolt Chevilles d’expansion . Espesor max a fijar Max fixture thickness Min. taladro M10x70 12 75 M10x70 14 75 M12x80 16 80 - - - 100 100 110 1.8 6.50 80 48 5 23.9 12.8 5.45 55 30 5 18 10/20 1. Espesor max a fijar Max fixture thickness Min. taladro M6x45 8 50 M6x45 9 50 M8x60 10 60 M8x60 11 60 - - - - 100 100 100 100 0.8 8.Gancho M ø broca “H”/ø drill “H” Profundidad min.5 14/31 2. espesor material base Min substrate thickness Extracción kn/Pull out-load kn Cizalladura kn/shear load kn Medidas mm: L Sizes mm C G A M/N M ø broca “H”/ø drill “H” Profundidad min.5 14/31 1.50 80 50 5 23.45 55 30 5 18 10/20 0.Tacos de anclaje 8 G C A M N H L Sleeve anchors .9 A2 A4 Q 183 .00 85 55 5 30 22/43 hole depth min.6 5.8 Q Q 10. espesor material base Min substrate thickness Extracción kn/Pull out-load kn Cizalladura kn/shear load kn Medidas mm: L Sizes mm C G A M/N CALIDADES/GRADES: 4.Piton ouvert Tacos de anclaje .00 65 40 5 20 12/26 hole depth min.6 4. 8 Q Q 10. espesor material base Min substrate thickness Extracción kn/Pull out-load kn Cizalladura kn/shear load kn Medidas mm: L Sizes mm C G A M/N CALIDADES/GRADES: 4.8 Tacos de anclaje C G A H N M L Sleeve anchors .50 80 48 5 23. taladro M10x70 12 75 M10x70 14 75 M12x80 16 85 - - - 100 100 110 1. espesor material base Min substrate thickness Extracción kn/Pull out-load kn Cizalladura kn/shear load kn Medidas mm: L Sizes mm C G A M/N M ø broca “H”/ø drill “H” Profundidad min.00 2.Piton Tacos de anclaje .00 1.8 5.45 55 30 5 18 10/21 1.9 A2 Q A4 .Argolla M ø broca “H”/ø drill “H” Profundidad min.45 55 30 5 18 10/21 0.45 0.5 14/33 2.eye Bolt Chevilles d’expansion .5 14/33 1.00 85 55 5 30 22/45 hole depth min.8 8.50 1.00 1.6 4.00 65 40 5 20 13/28 1. taladro M6x45 8 50 M6x45 9 50 M8x60 10 60 M8x60 11 60 - - - - 100 100 100 100 0.9 12.6 184 5.45 0.50 80 50 5 23.00 65 40 5 20 13/28 hole depth min. Espesor max a fijar Max fixture thickness Min.8 6.50 1. Espesor max a fijar Max fixture thickness Min. 68 Hole depth min Espesor max a fijar 55 2 30 60 30 60 212 281 281 281 310 310 Max fixture thickness Min. taladro M8x100 12 90 M8x120 12 90 M10x110 15 100 M10x130 15 100 M12x130 18 115 M12x160 18 115 M16x150 24 140 Hole depth min Espesor max a fijar 20 40 20 40 25 50 25 140 140 153 153 178 178 212 Max fixture thickness Min.9 46.30 20.97 53.Bolt type Fixations lourdes .Type Boulon Anclajes para grandes cargas .68 5. espesor material base Min substrate thickness Extracción kn/Pull out-load kn Cizalladura kn/shear load kn M ø broca “H”/ø drill “H” Profundidad min.Anclajes grandes cargas 8 H Highload anchors .Tipo Tornillo M ø broca “H”/ø drill “H” Profundidad min.57 12.8 8.16 43.30 M16x180 24 140 M20x160 28 175 M20x190 28 175 M20x220 28 175 M24x210 32 195 M24x240 32 195 26.15 40.8 5.95 12.55 16. taladro 13.8 Q Q 39.15 40.57 A2 A4 Q 185 .31 61.95 12.31 61.06 27.84 20.84 16.38 10.16 43.8 39.38 6.06 27. espesor material base Min substrate thickness Extracción kn/Pull out-load kn Cizalladura kn/shear load kn CALIDADES/GRADES: 4.9 46.38 39.97 53.6 26.97 53.55 13.6 4. 15 40. taladro M8x100 12 90 M8x120 12 90 M10x110 15 100 M10x130 15 100 M12x130 18 115 M12x160 18 115 M16x150 24 140 Hole depth min Espesor max a fijar 20 40 20 40 25 50 25 140 140 153 153 178 178 212 Max fixture thickness Min.8 8. espesor material base Min substrate thickness Extracción kn/Pull out-load kn Cizalladura kn/shear load kn CALIDADES/GRADES: 4.84 20.95 12.55 16.97 53.68 5.31 61.16 43.9 46.6 4.55 13. espesor material base Min substrate thickness Extracción kn/Pull out-load kn Cizalladura kn/shear load kn M ø broca “H”/ø drill “H” Profundidad min.30 20.84 16.16 43.06 27.38 6.8 5.97 53.30 M16x180 24 140 M20x160 28 175 M20x190 28 175 M20x220 28 175 M24x210 32 195 M24x240 32 195 26.8 Anclajes grandes cargas H Highload anchors .57 A2 Q A4 .97 53.Tipo Espárrago M ø broca “H”/ø drill “H” Profundidad min.38 39.8 39. taladro 13.9 46.68 Hole depth min Espesor max a fijar 55 2 30 60 30 60 212 281 281 281 310 310 Max fixture thickness Min.6 186 26.15 40.Type Goujon Anclajes para grandes cargas .Stud type Fixations lourdes .8 Q Q 39.31 61.57 12.38 10.06 27.95 12. 91 96 140 - Max fixture thickness “E” Min.46 61 100 - 15.8 4.5 8 19 25 30 100 102 122 192 7.67 43 60 - 6.Tipo Tornillo .9 A2 A4 Q 187 .73 5.6 4.Bolt Type .8 6.08 6.Type Boulon .Anclajes Zamak 8 E H C Expanding shells .97 14. taladro M6x50 12 60 M8x60 14 65 M10x80 16 75 M12x100 20 90 M16x140 25 125 Hole depth min Espesor max a fijar 0.8 10. espesor material base 100 Min substrate thickness Extracción kn/Pull out-load kn Cizalladura kn/shear load kn Medidas mm C Sizes mm L LT M CALIDADES/GRADES: 4.Zamak Douilles à expansion .74 26.Zamak M ø broca “H”/ø drill “H” Profundidad min.8 5.90 51 80 - 8.9 12.6 4.Zamak Anclajes de expansión .40 3.43 41 50 - 5. 90 51 100 - 7.40 2.8 4.Zamak M ø broca “H”/ø drill “H” Profundidad min.73 5.Rod Type .97 12.00 61 120 - 15.8 10. taladro M6x60 12 60 M8x70 14 65 M10x100 16 75 M12x120 20 90 M16x140 25 125 Hole depth min “F” Espesor max a fijar 0.Zamak Anclajes de expansión .74 22.9 12.6 Q 188 4.5 8 19 25 30 100 102 122 192 6.8 5.Type Boulon .8 8.6 4.67 43 70 - 6.8 Anclajes Zamak E H C Expanding shells . espesor material base 100 Min substrate thickness Extracción kn/Pull out-load kn Cizalladura kn/shear load kn Medidas mm C Sizes mm L LT M CALIDADES/GRADES: 4.86 41 60 - 5.Tipo Espárrago .08 6.Zamak Douilles à expansion .9 A2 A4 .40 96 140 - Max fixture thickness “E” Min. 40 41 55 75 7 5.Anclajes Zamak 8 C M H L LT Expanding shells whith open eye bolt .8 6.8 5.6 4. espesor material base Min substrate thickness Extracción kn/Pull out-load kn Cizalladura kn/shear load kn Medidas mm C Sizes mm L LT M CALIDADES/GRADES: 4.08 51 80 110 10 7.Type Boulon .8 8.Zamak Anclajes de expansión con gancho .9 A2 A4 Q 189 .9 12. taladro M6x45 12 60 M8x50 14 65 M10x56 16 75 M12x70 20 90 - - - - 100 100 102 122 4.8 10.97 61 85 140 15 Hole depth min Espesor max a fijar Max fixture thickness Min.Zamak Douilles à expansion .73 43 65 100 9 6.Zamak M ø broca “H”/ø drill “H” Profundidad min.6 4. taladro M6x45 12 60 M8x50 14 65 M10x56 16 75 M12x70 20 90 - - - - 100 100 102 122 4. espesor material base Min substrate thickness Extracción kn/Pull out-load kn Cizalladura kn/shear load kn Medidas mm C Sizes mm L LT M CALIDADES/GRADES: 4.Zamak Douilles à expansion .8 8.9 12.8 5.6 Q 190 4.6 4.40 41 55 75 10 5.8 10.Type Boulon .08 51 80 110 14 7.97 61 85 140 22 Hole depth min Espesor max a fijar Max fixture thickness Min.9 A2 A4 .73 43 65 100 13 6.8 Anclajes Zamak C H M L LT Expanding shells whith eye bolt .Zamak M ø broca “H”/ø drill “H” Profundidad min.Zamak Anclajes de expansión con argolla .8 6. 8 5.Type Boulon .8 6.6 5.8 10.6 4.Zamak d1 L d2=ø taladro/ø drill Profundidad taladro (min) M6 40 10 45 M8 50 14 55 M10 60 16 65 M12 80 20 85 Drill depth min CALIDADES/GRADES: 4.9 A2 A4 Q 191 .Zamak Anclajes de expansión tipo camisa .Zamak Douilles à expansion .9 12.Anclajes Zamak 8 Expanding shells .8 8. 33 9.23 5.92 2. anclaje Minimum depth of anchor Extracción hormigón kn C20 2.3 42.75 4.30 3.19 16.6 85.10 11.09 2.8 Anclajes rosca hembra d2 d1 Drop-in anchors Chevilles à frappe Anclajes de rosca hembra M ø broca “d2”/ø drill “H” Longitud anclaje “L” M6 8 25 M8 10 30 M10 12 40 M12 15 50 M16 20 65 M20 25 80 6-10 8-13 10-17 12-20 16-27 20-34 36.5 69.13 3.8 Anchor length “L” Longitud rosca Thread length Profundidad max.73 Pull out-load concrete kn C20 Cizalladura hormigón kn C20 shear load concrete kn C20 CALIDADES/GRADES: 5 8 Q 192 10 A2 Q A4 . taladro Hole depth max Min.86 7. espesor material base 100 100 100 100 130 160 25 30 40 50 65 80 Min substrate thickness Profundidad min.92 8.9 53.7 32. 8 M12 160 8.8 Q M16 190 10.9 M20 260 12. taladro Hole depth max Espesor max.8 5. a fijar Max fixture thickness Min.6 Q M8 110 5. espesor material base Min substrate thickness Extracción kn/Pull out-load kn Cizalladura kn/shear load kn Threaded studs .6 4.9 M24 300 M30 330 A2 Q 193 .For chemical anchors Tiges d’ancrage pour fixations chimiques Espárragos roscados para anclajes químicos d L CALIDADES/GRADES: 4.Anclajes químicos 8 Resin capsules Ampoules de resine Cápsulas químicas M ø broca “d”/ø drill “d” Longitud cápsula “L” 8 10 80 10 12 80 12 14 95 16 18 95 20 25 170 24 28 210 30 35 265 80 90 110 125 170 210 280 17 25 32 44 66 62 22 130 140 160 175 220 260 330 4 4 7 7 10 10 15 15 27 27 37 37 60 60 capsule length “L” Profundidad max.8 M10 130 6. Nylon .Grey colour Chevilles .Nylon .Nylon .Couleur grise Tacos .8 Tacos Nylon Wall plugs .Color gris d L ø taladro/ø drill Profundidad taladro/drill depht 4 20 4 25 5 25 5 35 6 30 6 40 7 37 7 45 d L ø taladro/ø drill Profundidad taladro/drill depht 8 40 8 55 10 50 10 70 12 60 12 80 14 80 14 100 CALIDADES/GRADES: NYLON 194 . 0 Peso/Weight 1000 ud. kg 6.540.00 177.75 M14 2 44.Rosca un extremo d P M3 0.0 11.25 M10 1.5 M33 3.080.000.0 5.400.0 CALIDADES/GRADES: 700 N/mm2 Baja resistencia Resistencia media Low strength Medium strength 700 N/mm2 Basse résistance Résistance moyenne 700 N/mm2 Q Q ≥800 N/mm2 <1040 N/mm2 Resistencia media Medium strength Résistance moyenne ≥1040 N/mm2 Alta resistencia High strength Haute résistance Q Q 195 .00 500.400.650.5 M48 5 M52 5 9.00 124.0 M36 4 M39 4 M42 4.0 Peso/Weight 1000 ud.0 2.700.5 M4 0.00 970.900.0 2.Varillas roscadas 9 Threaded rods .900.8 M6 1 M8 1.5 M24 3 M27 3 M30 3.5 M45 4.Un côté Varillas roscadas .5 4.0 3.0 14.750.000 12.One side Tiges filetées .330 1.850.00 319.5 M20 2.7 M5 0.200.0 8.5 M22 2.00 M16 2 M18 2. kg d P Peso/Weight 1000 ud.00 78.5 M12 1. kg d P 1.00 725.0 3. 00 177.00 M16 2 M18 2.5 M24 3 M27 3 M30 3.0 3.0 2.00 319.75 M14 2 44.5 M4 0.5 M33 3.0 2.0 M36 4 M39 4 M42 4.750.5 M22 2.000 12.00 500.900.400.5 M45 4.0 14. kg d P 1.7 M5 0.330 1.540.0 5.0 8.0 3.5 4.00 78.700.0 Peso/Weight 1000 ud.8 M6 1 M8 1. kg d P Peso/Weight 1000 ud.900. kg 6.5 M48 5 M52 5 9.0 Peso/Weight 1000 ud.5 M12 1.00 124.25 M10 1.0 11.9 Varillas roscadas Threaded rods .00 970.5 M20 2.080.0 CALIDADES/GRADES: 700 N/mm2 Baja resistencia Resistencia media Low strength Medium strength 700 N/mm2 Basse résistance Résistance moyenne 700 N/mm2 Q 196 Q ≥800 N/mm2 <1040 N/mm2 Resistencia media Medium strength Résistance moyenne ≥1040 N/mm2 Alta resistencia High strength Haute résistance Q Q .Deux côtés Varillas roscadas .Both sides Tiges filetées .850.000.400.00 725.Rosca dos extremos d P M3 0.650.200. Abarcones 9 U-Bolts Etriers en U Abarcones Wide range of diameters. lenghts and threads available. Vaste gamme de dimensions disponibles en divers diamètres et longueurs Amplia gama de medidas disponibles en distintos diámetros y longitudes CALIDADES/GRADES: 700 N/mm2 Baja resistencia Resistencia media Low strength Medium strength 700 N/mm2 Basse résistance Résistance moyenne 700 N/mm2 Q Q ≥800 N/mm2 <1040 N/mm2 Resistencia media Medium strength Résistance moyenne ≥1040 N/mm2 Alta resistencia High strength Haute résistance Q Q 197 . lenghts and threads available.9 Pernos de anclaje J-Bolts Etriers en “J” Pernos de anclaje .Forma “J” Wide range of diameters. Large gamme de dimensions disponibles en divers diamètres et longueurs Amplia gama de medidas disponibles en distintos diámetros y longitudes CALIDADES/GRADES: 700 N/mm2 Baja resistencia Resistencia media Low strength Medium strength 700 N/mm2 Basse résistance Résistance moyenne 700 N/mm2 Q 198 Q ≥800 N/mm2 <1040 N/mm2 Resistencia media Medium strength Résistance moyenne ≥1040 N/mm2 Alta resistencia High strength Haute résistance Q Q . Large gamme de dimensions disponibles en divers diamètres et longueurs Amplia gama de medidas disponibles en distintos diámetros y longitudes CALIDADES/GRADES: 700 N/mm2 Baja resistencia Resistencia media Low strength Medium strength 700 N/mm2 Basse résistance Résistance moyenne 700 N/mm2 Q Q ≥800 N/mm2 <1040 N/mm2 Resistencia media Medium strength Résistance moyenne ≥1040 N/mm2 Alta resistencia High strength Haute résistance Q Q 199 .Pernos de anclaje 9 L-Bolts Etriers en “L” Pernos de anclaje .Forma “L” Wide range of diameters. lenghts and threads available. Especificaciones técnicas Technical specifications Espécifications técniques 1 Propiedades de los tornillos Properties of steel bolts. screws and studs Propriétés des boulons 201 2 Propiedades de las tuercas Mechanical properties of steel nuts Propriétés des écrous 202 209 216 3 Fuerza de pretensado y par de apriete de tornillos y tuercas 203 Assembly pre-load and tightening torque of bolts and nuts 210 Charge de pré-tension et couple de serrage des boulons 217 4 Propiedades de la tornillería inoxidable Din-267 parte 11 Material and mechanical properties of stainless steel fasteners Propriétés des boulons inoxydable 5 Propiedades de los espárragos y tuercas ASTM Properties of Studbolts and nuts ASTM Propriétés des tiges filtées et des écrous ASTM 208 215 204 211 218 205 212 219 6 Diámetros del agujero para tornillos 206 Core holes for tapping screws and bolts 213 Diamètres du trou de passage pour boulons 220 7 Recubrimientos de zinc Zinc coating Recouvrement en zinc 207 214 221 8 Tablas de conversiones Convertions tables Tableau de convertion 207 214 221 . Dureza Rockwell HR máx.8 y del 0.15 d* 0. debido a su temperatura de revenido más baja. - max.20 0.035 0.28 0.6 b* 4.035 0.06 0.8 d>16 800 830 255 335 242 318 23 34 640 660 0. nom mín. el valor límite aplicable para la determinación de la clase es el 70% de la suma de los valores límites individuales mostrados anteriormente para los dos.55 0. 0. mín.20 d* 0.003 340 0.10%. Todas las características de la clase 10.05 0.2.92 0.9 en todos los casos.06 B max. se debería intentar que tuviesen una templabilidad suficiente para garantizar una estructura con el 90% aproximadamente de martensita en el núcleo central de las secciones roscadas para los elementos de fijación después del temple y antes del revenido. g*: Este acero aleado debe contener.2 N/mm2 mín.1.8 b* 8.06 0. níquel 0. h*: No se permite una capa enriquecida con fósforo blanco detectable metalográficamente para la clase de calidad 12.6 b* 4.6 nom mín.8 c* 9.9 e*: Adicionalmente los productos se deben identificar mediante el subrayado del símbolo de la clase de calidad (véase el capítulo 9).8 b* 5.05 0.9 0.035 0. tres o cuatro y tienen contenidos de aleación inferiores a los citados anteriormente.035 0. B.34%. ropiedades mecánicas ASTM Resistencia a la tracción Rm N/mm2 Dureza Vickers HV F>=98 Dureza Brinell HB F=30 D2 mín.9 12. La composición química de los materiales es obligatoria sólo para aquellos tornillos que no pueden ser sometidos al ensayo de tracción. Clase de resistencia 5.88 180 190 240 240 0.8 10. Mn o Cr). Propiedades de los tornillos 12 1. fósforo 0. Las temperaturas de revenido mínimas según tabla 2 son obligatorias para las clases de resisténcia 8. 0.20 0.50 0. Temperatura de revenido min. 147 79 95 Pg.8 8.7% para 9.55 0.003 0.06 0.25 0.003 380 - f*: Para los materiales de estas clases de calidad. deben cumplirse por la clase 10. como mínimo. i*: La composición química y la temperatura de revenido se están investigando.93 1.035 0. B.035 0.6 4. vanadio 0.9 ef* 10. máx.91 8.94 320 340 0.035 0.05 0.9 1000 1040 320 380 304 361 32 39 900 940 0.035 0.55 0. mín.003 0. se obtienen características de relajación de tensiones diferentes a altas temperaturas (véase el anexo A).035 0.035 0. mín.30%.35 0.2 N/mm2 Tensión y fuerza de ensayo Sp Alargamiento de rotura en % A Reducción de la sección después de rotura Resiliencia en J ISO EN 3.9 y 10. - 0.9 f* 12.8 hasta 12.003 425 0.005% siempre que el boro no eficaz se controle por la adición de titanio y/o de aluminio. 10.035 0.035 0. Aceros: Clase de calidad Materiales y tratamientos Límites de la composición química (análisis de comprobación) % C 3. Propiedades mecánicas UNE-EN-ISO 898-1: 2000 DIN PFm. uno de los elementos siguientes en la cantidad mínima dada: cromo 0. B.003 425 0.9.55 0. templado y revenido Acero al carbono templado y revenido Acero al carbono con aditivos (por ejemplo. HRB HRC HRB HRC nom mín.11%. fósforo y plomo siguientes: azufre 0.8 d<=16 500 600 800 520 600 800 160 190 250 250 320 152 181 238 238 304 82 89 22 99. el contenido mínimo de manganeso debe ser del 0.035 0.8. tales como las especificaciones en la tabla 3. Mn o Cr).003 425 0. 0. Límite de fluencia inferior ReL N/mm2 Límite elástico Rp.9 con el fin de lograr una templabilidad suficiente.15 d* 0.25 0.91 9. templado y revenido Acero aleado templado y revenido g* Acero aleado templado y revenido g* a*: El contenido de boro puede alcanzar 0.88 1200 1220 385 435 366 414 39 44 1080 1100 0. Mn o Cr).035 0. B. c*: Para diámetros nominales mayores de 20 mm pueden ser necesarios los aeros especificados para la clase 10.35 0. Mn o Cr).40 0.55 0.55 0. plomo 0.35%. templado y revenido Acero al carbono templado y revenido Acero al carbono con aditivos (por ejemplo.035 0.8 5.9 fhi* Acero al carbono Acero al carbono con aditivos (por ejemplo.9.5 32 400 480 420 480 640 640 0.6% para la clase de calidad 8.6 5. Sp/ReL o Sp/Rp 0. molibdeno 0.8 b* 6.91 180 225 310 280 380 440 580 600 650 830 970 25 22 - 20 - - 12 12 10 9 8 - - - 25 - - 52 30 52 30 48 25 48 20 44 15 300 300 0.13 - 0.94 0. tres o cuatro elementos respectivos.9 en superfícies sometidas a esfuerzos de tracción.15 d* 0.003 ºC min.9 900 900 290 360 276 342 28 37 720 720 0. 300 330 95 400 400 120 500 500 155 90 114 52 - 67 - 400 420 130 220 124 209 71 - %min.30%. d*: En el caso de acero aleado al boro con un contenido de carbono inferior al 0. máx.55 P max. templado y revenido Acero al carbono templado y revenido Acero al carbono con aditivos (por ejemplo.25 0.8 10. no obstante.035 0.6 4. 0.20%. Propiedades de los materiales UNE-EN-ISO 898-1: 2000 La tabla contiene los materiales de partida especificados para los tornillos de diversas clases de resistencia. 201 .1. b*: Se permite del acero de fácil mecanización para estas clases de calidad con los contenidos máximos de azufre.25% (análisis en la cuchara).55 0.035 0. Cuando los elementos se especifican en combinaciones de dos.8 6.035 0. 0.05 S max. 0. 202 .25 0. la dureza mínima no deberá ser motivo de rechazo.12 2.1. y que satisfacen el ensayo de carga de prueba.058 0. Composición química UNE-EN 20898-2: 1994 .8 será reducida a 220 HV en la próxima revisión de la Norma ISO 898-1:1988. Tuerca máx.048 S máx. la dureza mínima se da sólo a título indicativo. 0. Propiedades de las tuercas 2.15 0. DIN ASTM ISO Tensión de prueba Sp Dureza Vickers … HV 5 Dureza Brinell … HB 30 Dureza Rockwell … HRC EN 11 H 5 500 302 290 30 4 400 302 290 30 N/mm2 máx. estado tipo M4 M4 M7 M7 M10 380 188 302 NQT1) thin M10 M16 M16 M39 05 M4 M4 M7 M7 M10 500 272 353 QT2) thin M10 M16 M16 M39 4 M4 M4 M7 M7 M10 M10 M16 M16 M39 510 117 302 NQT1) 1 53) M4 520 M4 M7 580 130 M7 M10 580 302 NQT1) 1 M10 M16 610 M16 M39 630 146 6 M4 600 M4 M7 670 150 M7 M10 680 302 NQT1) 1 M10 M16 700 M16 M39 720 170 8 M4 800 180 M4 M7 855 302 NQT1) M7 M10 870 200 1 M10 M16 880 M16 M39 920 890 233 180 353 302 NQT2) NQT1) 1 2 9 M4 900 170 M4 M7 915 M7 M10 940 188 302 NQT1) 2 M10 M16 950 M16 M39 920 10 M4 1040 M4 M7 1040 M7 M10 1040 272 353 QT2) 1 M10 M16 1050 M16 M39 1060 12 M4 1140 1150 M4 M7 1140 1150 295 353 QT2) 1 M7 M10 1140 1160 272 353 QT2) 2 M10 M16 1170 1190 M16 M39 1200 1) NTR: No templada ni revenida. máx. Esta es la máxima dureza del perno en la superficie de trabajo de la rosca.ISO 898-2:1992 Clase de resistencia (cifra característica) 11 H 14 H 17 H 22 H Composición química en porcentajes (%) (análisis al azar) 1* C máx.5 0. 0. Propiedades mecánicas DIN 267-4 Propiedades mecánicas Fm. 3) La dureza máxima de los pernos de clase de calidad 5.45 P máx. 0.58 0.5 y 6) (8) (10) (12) Mn mín. Para el resto de tuercas. Por consiguiente.30 0.6 y 5. Nota: La dureza mínima sólo es obligatoria para tuercas tratadas térmicamente y tuercas demasiado grandes para ser sometidas al ensayo de carga de prueba.058 1* Las virutas para el análisis al azar se tomarán uniformemente de toda la sección. Propiedades mecánicas UNE-EN 20898-2: 1994 Clase de calidad Rosca mayor que 04 hasta Esfuerzo de prueba Sp N/mm2 Dureza Vickers HV mín.2.048 0. donde sólo el extremo (salida) de rosca o la cabeza pueden tener una dureza máxima de 250 HV.3. Clase de resistencia 14 H 6 8 600 800 302 302 290 290 30 30 22 Pg. 2) TR: templada y revenida. 2. los esfuerzos de prueba están basados en una dureza máxima del perno de 220 HV.15 0.58 0.58 (4.06 0. Para tuercas no templadas ni revenidas.06 0. máx. H 12 2000 353 335 36 17 H 10 1000 353 335 36 2. 000 M22 2.10 36.00 245.600 27.850 3.00 81.5 530.50 32.000 359.00 225. Fuerza de pretensado y par de apriete de tornillos y tuercas Cargas en el límite elástico PO.100 7.300 17.50 1.30 115.000 5.8 10.100 M14 2 104.00 2.900 11.00 3.300 20.900 3.50 3.830 5.500 40.8 10.00 Sección núcleo mm2 7.300 22.760 5.550 7.160 17.100 17.500 16.00 56.000 7.400 16. 934.000 M27 3 433.290 1.00 12.85 1.20 92.530 5.600 41.60 58.000 M24 3 329.00 77.800 12.400 23.500 30.00 596.30 4.200 36.6 8.50 2.5 177.500 147.10 125.00 203 .30 2.00 105.00 160.500 17.50 2.200 6.950 2.000 440.180 2.600 35.00 2.600 1.300 30.980 4.700 6.100 M8 1.00 105.00 180.090 19.790 1.00 14.770 29.70 17.000 142.600 5.000 150.3 12.50 13.600 60.260 1.620 3.250 13.14.600 Par de apriete Ma (m.00 1.00 621.2 (Kp) s/sección resistente 5. Propiedades de las tuercas 3.600 10.00 240.50 3.500 9.000 3.2.800 14.60 5.500 15.30 8.80 1. 931.500 23.80 4.350 10.00 28.00 150.300 49.00 303.10 2.530 600 1.000 273.100 13.5 659.000 645.45 4.900 3.00 64.50 31.41 0.5 227.8 10.20 61.00 427.100 17.760 12.90 6.200 890 1.50 2.400 9. para tornillos de rosca métrica más usuales según DIN 13.00 16.00 496.500 11.850 2.0 70.50 1.380 2.200 6.40 1.700 10.00 120.200 36. Diámetro nominal Paso M4 M5 M6 M8 M10 M12 M14 M16 M18 M20 M22 M24 M27 M30 M8 M10 M12 M12 M14 M16 M18 M20 M22 M24 M27 M30 0.00 69.070 5.650 7.9 12.000 165.000 32.00 384.600 34.75 12.700 7.750 7.600 52.70 1.10 88.00 216.49 0.25 1.29 0.100 13.700 25.0 264.000 19.000 342.000 115.50 55.50 29.900 16.200 108.950 1.00 36.480 13.500 6.50 48.00 54.00 561.000 26.230 1. Clase de resistencia tornillo/tuerca 4 mm2 5 8 Fuerza de rotura mínima para tornillos o fuerza de ensayo para tuercas (As mín * Rm) N 10 M6 1.00 55.00 3.00 Cargas en el límite elástico PO.590 22.5 50.0 90.40 9.00 7.000 42.000 M33 3.350 12.00 4.00 15.000 6.00 353.000 808.25 2.000 M16 2 144.900 11.500 29.50 19.000 236.50 46.00 21.000 M18 2.10 116.690 4.00 93.00 39.900 M12 1.300 4.100 13.100 8.900 23. hoja 43 y dimensiones de apoyo de la cabeza conforme a DIN 912.450 2. Din 267-10 Fm.15 0.200 23.00 157.00 365.400 6.300 25.650 2.830 3.00 167.710 10.00 192.400 25.950 9.810 2.00 Sección resist.600 53. mm2 8.430 1.250 9.00 319.600 M10 1.900 50.75 2.700 44.100 3.00 272.000 685.300 12.100 22.50 6.70 0.00 145.50 35.000 M30 3.200 13.700 55.700 15.0 57.800 114.510 820 1.0 41.450 7.400 27.78 14.000 236.00 34.350 15.000 M20 2.50 71.900 67.80 13.00 25.800 38.50 22.25 1.300 32.00 29.00 324.6 8.060 1.000 27.30 15.000 389.070 450 900 1.980 4.000 184.300 9.25 31.00 259.30 0.1 30.00 100.00 270.00 1.6 8.520 24.400 8.340 3.20 8.90 8.000 37.00 195.9 0.990 21.50 20.00 41.000 450.60 0.00 160.810 2.00 110.500 5. Fuerza de ensayo para tuercas galvanizadas a fuego con sobremedida de rosca.50 2.320 8.50 15.000 330.000 11.830 35.50 1.00 225.00 68.100 Fuerzas de pretensado Pv (Kp) (70-75% de la carga límite elástico) 5.800 33.600 26.00 1.00 0.00 78.00 282.200 50.50 38.00 58.300 14.9 12.00 76. Kp) coeficiente de rozamiento s=0.000 83.560 8.400 41.840 3.0 132.00 1.30 86.0 114.00 175.750 8.9 12.9 260 560 790 950 420 910 1.000 265.25 1.00 473.290 3.50 1.00 459.00 36.000 295.400 7.200 14.00 333.900 8.50 1.0 173.100 19.00 84.75 75.50 4.710 5.300 4.00 86.00 40.00 205.250 2.80 4. Fuerza de pretensado y par de apriete de tornillos y tuercas 12 2.400 14.900 7.400 24.800 19.00 26.330 6.5 284.50 1.500 3.50 1.000 M36 4 777.700 22.50 46.800 5.850 8.740 3.770 2.00 519.00 115.600 18.500 40.400 4.00 78.800 44.300 10.600 9.000 216.60 9.800 88.510 3.640 5.80 52.600 2.00 130.4.530 4.300 1. Coeficiente medio de rozamiento µ=0.300 8.50 16.630 39.000 14.90 32.000 18.000 188.4 6.9 20.170 1.2 fuerzas de pretensado PV y pares de apriete Ma.20 7.000 551.250 7. DIN Rosca ASTM ISO Paso de rosca P Corte de tensión As mín EN Pg.600 72.400 6.60 12.600 18.50 61.090 2.50 21.0 212.00 51.070 4.550 3.850 10.200 12.300 21.310 2.20 105.9 195 390 545 655 320 635 895 1.00 10.880 31.00 21.30 76.010 10.00 23.000 11.000 547.500 14.00 2.700 30.14 5.800 5.00 2.0 311.00 157.00 10.920 5.70 3.320 2.50 1.00 200.600 31.000 18.20 20.280 1.300 30.00 144.700 52.000 36.500 60.00 14.100 78. (1*) Alargamiento de rotura AL mm mín.0-20. En la longitud correspondiente del tornillo y no en probetas torneadas con una longitud de medida de 5d.5 2. especialmente en el caso de diámetros mayores.05 0.0 10.0 2. siempre que sea necesario. Propiedades de la tornillería inoxidable 4. Composición química del acero austenítico (A).08 1. (1*) Tornillos Límite de alargamiento del 0. Es admisible el molibdeno a elección del fabricante. para alcanzar las resistencias mecánicas.05 0. 204 . (2*) 500 700 210 450 0. ello debe especificarse en el pedido del cliente. 4. 2* El alargamiento de rotura se determina de acuerdo con el procedimiento de ensayo según párrafo 6. Composición Química en porcentajes (%) 1* Tipo AISI Grupo Acero C Si Mn P S Cr Mo Ni AISI 304 A2 0.03 17.6d 0.4d Tuercas Tensión de Ensayo Sp N/mm2 500 700 1* Todos los valores están calculados y se refieren a la sección de tensión de la rosca.0 0.2.0-13.4.8 %. Propiedades mecánicas de los materiales. ISO 3506 Acero Inoxidable Fm. El contenido de carbono puede ser mayor a elección del fabricante.0-18. Caso de que para determinadas aplicaciones sea necesario un contenido máximo de molibdeno. si no se han dado otros datos.0 2. Puede contener titanio ≥ 5 x C hasta 0.0 - 8.0-14.03 16.1.08 1.0 0.0 AISI 316 A4 0.12 4. Puede contener cobre hasta 4% como máximo. ISO 3506 Material A2 A4 Clase de resistencia 50 70 Gama de diámetros ≤ M39 ≤ M20 Resistencia a la tracción Rm N/mm2 mín.0 1* Valores máximos. DIN ASTM ISO EN Pg. Puede contener niobio (columbio) y/o tantanio ≥ 10 x C hasta 1% como máximo.2% Rpo. 2 N/mm2 mín.0-3. El azufre puede ser sustituído por selenio. 321 - Acero austenítico (inox.65-1.0 8.20-0. 321 máx. Tuerca ASTM Composición química Norma Calidad C Acero ferrítico ASTM A194 ASTM A194 ASTM A194 2H 4 7 mín.40-0.00 mín. 0.10 - 0. 2. 2. 2.00 0.) ASTM A193 B8 ASTM A193 B8M ASTM A320 B8T 515 515 515 205 205 205 30 30 30 50 50 50 máx.0 - 126-300 máx.38-0.15-0.00 máx.0 2. 0.25-0.37-0.0 - - 304 316 321 Z6CN18-09 Z6CND17-11 Z6CNT18-11 X5CrNi18-19 1506-801GrB X5CrNiMo18-10 1506-845 X10CrNiTi18-09 1506-821GrTi máx.0 17.0-18.0-18.15 0.30 0.0-10.0-3. elást.45-0.70 0. 5xC% Resistencia a la tracción N/mm2 0.48 0.75-120 - 0.) ASTM A194 8 ASTM A194 8M ASTM A194 8T máx.75-1. 2. Propiedades de los espárragos y las tuercas ASTM 12 5.5 16.35 - 4140/4142/4145 4142/4145 42CD4 40CDV4-06 42CD4 42CrMo4 24CrMoV55 42CrMo4 máx.0-10. 0.5.25 0.00 máx.08 18.0 10.08 máx.2.00 0.65-1.37-0.80-1.50 0.65 0.0-19.1.75-1. N/mm2 Alargamiento Reducción de area %min.0-14.90 0.04 máx. Espárragos y varilla roscada ASTM Composición química ASTM Fm. 223 máx.0 17.0 2.00 máx.15-0.0-12.00 máx.25 0. 223 mín.15-0.2% lím. 1.08 máx.5 16.70-0.36-0. 223 Acero ferrítico ASTM A193 ASTM A193 ASTM A320 5.0 10.0-20. 223 máx. 2.10 0.) ASTM A193 B8 ASTM A193 B8M ASTM A193 B8T Propiedades mecánicas Norma Calidad ISO EN Mn Cr Ni Mo V Ti Pg. 0.08 máx. 0. 5x C% 126-300 304 316 321 Z6CN18-09 Z6CND17-11 Z6CNT18-11 X5CrNi18-09 1506-801 GrB X5CrNiMo18-10 1506-845 X10CrNiTi18-09 1506-821 GrTi Cr Ni 205 . 2.10 Acero austenítico (inox.20 0.80-1.50-0. DIN Norma Calidad C Acero ferrítico ASTM A193 ASTM A193 ASTM A320 B7 B16 L7 Acero austenítico (inox.47 0. Dureza HB B7 B16 L7 860 860 860 720 725 725 16 18 16 50 50 50 máx.0-14.49 0.0-3.08 máx.25 - 248-352 248-352 248-352 4140/4142/4145 C45d 42CD4 C45 24CrMo5 42CrMo4 1506-162 1506-240 1506-621 GrA 18.0-19. 0.0-20.0 9.0 8.08 máx.0 9.00 Mn Mo Ti Correspondencia Dureza HB AISI AFNOR DIN BS 0. 0. Correspondencia AISI AFNOR DIN BS 1506-621GrA 1506-661 1506-621GrA 0.0-12.49 0. 13 1.7 5.63 0.65 2.5 2.6 2.4 2.95 3 3.75 2.5 2.9 2.2 2.38 1.5 2.2 3.2 2.8 2.5 0.38 1.5 3 3.8 4.25 1.8 3 3 3 3 3.5 0.2 3.75 2.5 3 6 0.5 0.75 2.3 4.7 3.2 2.9 5 5.2 5.5 4 4.2 4.65 2.2 2.38 1.2 2.7 3.13 1.10 -0 / ø 3 hasta 6 mm {+0.5 3.5 1.13 1.5 1.5 3 3.8 5.5 Nº 6 3.3 - 2.2 Nº 2 2.38 1.88 1.5 3.12 -0 206 Pg.2 2.25 3 3.25 2.3 5. Diámetro del agujero del núcleo (1) chapa según DIN 7970 - Taladrado Chapas de acero.12 6.38 2.75 0.8 2.5 4 4.95 2.6 1.95 2.88 1.5 0.9 - 1.8 3.95 3 3 3.5 0.8 Nº10 5.85 1.8 3.5 3 0.5 2.8 2.9 2.75 10 1.56 0.75 2.5 Nº12 6.8 2.7 3.38 1.85 1.7 4.75 0.75 2 3 4 4. Diámetros del agujero para tornillos rosca chapa DIN 7970 Rosca DIN del tornillo para Espesor de chapa Fm. ASTM ISO EN ø nominal según ISO 2.4 2.9 3.5 0.5 2.13 1.75 2.8 4.65 2.5 0.9 3.6 1.3 3.38 1.5 3.3 4.95 2.13 1.6 4.6 4.5 0.8 2.88 1.8 1.7 2.4 2.75 2 2.25 1.8 2.7 5 5 5.5 0.88 1.56 0.56 0.5 3.75 1.2 2.85 3 3 2.2 2.38 1.75 1.5 0.13 1.2 2.4 2.88 1.75 1.8 3.88 1.88 1.5 3.8 3 3 3 3 3 3.2 5.2 4.75 5 10 2.75 0.25 3 3.2 3.7 2.75 0.3 5.5 3.5 3.8 .1 4.4 4.5 3 3.9 Nº7 4.75 2.56 0.38 0.75 0.25 2.5 3.56 0.7 1.75 10 1.56 0.5 4 4 4 - (1) Tolerancia recomendada para el diámetro H12: ø hasta 3 mm {+0.8 2.6 1.13 1.5 3.5 3. cobre y Monel 1.7 3.88 1.63 0.9 Nº 4 3.75 2 2.6 2.63 0.9 3.13 1.88 1.2 3.2 3.75 1 1.5 0.75 2.13 1.75 2.5 3. Diámetros del agujero para tornillos 6.2 2.38 1.1 4.7 3.6 4.5 4.5 10 0.38 1.25 1.75 1.95 2.9 5 5 5.63 0.5 3 3.5 4 4 4 4 4.38 1.75 2 3 4 4.9 3.38 1.6 3.9 4 4.9 4 4.25 1.5 4 4.38 2. Chapas de aluminio cobre y Monel 0.4 4.2 2. latón.75 5 0.1 4.3 4. niquel Chapas de aluminio latón.5 3.63 0.38 1.2 3.38 1.7 3.95 3 3.5 4 4.25 1.8 3.9 3 3.6 1.2 4.2 Nº8 4.4 4.6 5.75 0.5 3.95 2.4 5.63 0.1 4.25 2.13 1.25 1.3 Nº14 Mandrinado más de hasta Chapas de acero níquel.7 1. 10234x10-5 pulgadas3 1 m3 = 6.3558 Nm Área 1 mm2=0. 1 CWT = 50.metalDIN Capa ASTM Pasivado ISO 1* EN Zinc Zinc-Aluminio Azul Negro Bicromatado Verde oliva Galvanizado caliente Dacromet A Dacromet B Método Micrage µ Electrólisis 2* 6 Inmersión 40 5-7 8-10 Pg. Para evitar el riesgo de fragilización por hidrógeno. = 2.612 onza-pulgada 1 Nm = 8.2808 pies 1m=1. = 0.264 galones (USA) 1 pulgada3 = 1.7375 lbf ft 1J = 2.0936 yardas 1km=0. Posteriormente este hidrógeno migra hacia el núcleo del tornillo produciendo fragilidad. millas=2.N.964 kN 207 . pulgadas 1 m2=10. Recubrimientos de zinc Fm.566 L 1 galón (USA) = 3. 1 libra = 0.9478x10-3 Btu 1 lbf ft = 1. JS-500 o similar.2248 lbf 1 kN = 0. = 0.) capaces de resistir el shock térmico de 120º C y Lubricantes (Torquen-Tensión.) que ayudan a obtener coeficientes de fricción más bajos (0. 1 longton = 1. El riesgo de hidrogenación aumenta con el porcentaje de Carbono en el acero y con la dureza superficial.4536 kg.038 lbf/in2 1 lbf/in2 = 0.6214 millas 1 pulgada=25. puede verse mejorada por revestimientos suplementarios como Sellantes. Uno de los problemas que presentan los recubrimientos electrolíticos es que durante su proceso de producción las moléculas de hidrógeno producidas por hidrólisis se ocluyen en la superficie del tornillo.7645 m3 1 galón (G. El proceso de deshidrogenización se realiza en tornillos para aplicaciones críticas.0069 N/mm2 Momento de fuerza 1 Nm = 141.9842 longtons 1 onza = 28.3048 m 1 yarda=0. Merwin.B.14) para piezas de anclaje.196 sq.0283 m3 1 yarda3 = 0. se realiza un recocido que en depencia de la calidad del material.035274 onzas 1 Kg.6x106 J 1 Btu = 1055.1003 longtonf 1 lbf = 4.7878 L Energía 1J = 0.764 sq.0929 m2 sq. pies 1 m2=1.0197 CWT 1 tonelada = 0. pulgadas=645.3079 yardas3 1 L = 0.3937 pulgadas 1m=3.3147 pies3 1 m3 = 1.836 m2 sq.802 kg. o bajo indicación del cliente. Corrosión (h.5889 km2 Masa 1 gr. yardas=0. etc. 1* La resisténcia frente a la corrosión de éstas capas de conversión crómica. De este modo se facilita la eliminación del hidrógeno del acero.851 libra-pulgada 1 Nm = 0.C.219 galones (G.3861 sq. se realizará durante un tiempo y una temperatura determinada.08-0.77x10-7 kWh 1J = 0.06 J Fuerza área 1 N/mm2 = 145.) 1 L = 0.2046 libras 1 Kg.10234x104 pulgadas3 1 m3 = 35.00155 sq. millas sq.7.16 mm2 sq.) = 4.00706 Nm Libra-pulgada = 0. 2* Hidrogenación. etc. Finigard.609 km Volumen 1 mm3 = 6.016 toneladas Fuerza 1N = 0. Lacas (Ultra GL. Tablas de conversión (Sistema Internacional de Unidades) y factores de conversión Nombre newton joule bar kelvin metro segundo kilo voltio amperio vatio Símbolo N J bar K m s kg V A W Longitud 1mm=0.6387x10-5 mm3 1 pie3 = 0.Tablas de conversión 12 7.6387x104 mm3 1 pulgada3 = 1. yardas 1 km2=0. Para más información consultar el standard ISO 4042:1999 8.40 mm 1 pie=0. Así por ejemplo los tornillos 10.9144 m 1 milla=1.3559 J 1 kWh = 3.S.9 y arandelas de muelle deben deshidrogenarse siempre. pies=0.113 Nm Libra-pie = 1.4482 N 1 longtonf = 9. Recubrimientos de zinc / 8.) Óxido blanco 6 24 72 120 200 200 Óxido rojo 72 96 144 240 400 400 800 Nota: Los valores de ésta tabla son indicativos y pueden variar dependiendo del tipo de tornillo y de su aplicación.349 gr.738 libra-pie Onza-pulgada = 0.B. The minimum tempering temperatures are mandatory in all cases.003 0.g.55 0.8 and 0.g.035 0.20 0. B.9 650 10 1000 1040 320 380 304 361 32 39 900 940 0. quenched and tempered Carbon steel quenched and tempered Carbon steel with additives e. which cannot be tensile-tested (e.13 - 0.8 d<=16 800 800 250 320 238 304 22 32 640 640 0. the minimum manganese content shall be 0.035 0.55 0.8 b* 6.2 N/mm2 Stress under proofing load. Mn ou Cr).15 d* 0. Mn ou Cr). Mn ou Cr). b*: Free cutting steel is allowed for these property classes with the following maximum sulfur.035 0.6 5.9.8 95 180 190 240 240 0.8 300 330 95 400 400 120 500 500 155 500 520 160 90 114 147 152 52 - 67 - 400 420 130 220 124 209 71 - 79 - 82 - Strength class 6.93 280 20 0.25% (ladle analysis). Sp Percent elongation after fracture % A Reduction area after fracture Impact strength EN nom mín. the limit value to be applied for class determination is 70% of the sum of the individual limit value shown above for the two.35%.003 ºC min.035 0.25 0.9 f* 12.035 0. quenched and tempered Carbon steel quenched and tempered Carbon steel with additives e.035 0. g*: This alloy steel shall contain at least one of the following elements ara specified in combinations of two.035 0. DIN ASTM ISO Tensile strength Rm N/mm2 Vickers hardness HV F>=98 Brinell hardness HB F=30 D2 mín.55 P max. %min. B.035 0.94 180 25 0.8 10.94 225 22 320 340 0.003 340 0. 2* Applies only to nominal thread diameter d≥16 mm.g. d*: In case of plain carbon brono steel with a carbon content below 0. ISO 898-1: 1999 In the table below a specification is given of the steels for the standardized property classes of bolts. Lower yield RM ReL N/mm2 Yield strength Rp Rp.50 0.55 0.035 0.003 425 0.035 0.8.8 b* 5. HRB HRC HRB HRC nom mín.91 310 - - - - 600 600 190 250 181 238 89 99.6 4.005% provided that non-effective boron is controlled by addition of titanium and/or aluminium. i*: The chemical composition and tempering temperature are under investigation.9 on surfaces subjected to tensile stress. 0.9 and 10.25 0. quenched and tempered Alloy steel quenched and tempered g* Alloy steel quenched and tempered g* a*: Boron content can reach 0.06 0. The chemical composition limits are mandatory only for those fasteners wich are not subjectto tensile testing.2. Mn ou Cr).92 440 - 25 - - Pg.035 0. Properties of steel bolts. 3* Min.88 830 9 1200 1220 385 435 366 414 39 44 1080 1100 0. three or four elements concerned.035 0.12 1.003 425 0.5 300 300 400 420 480 480 0.06 0.20 0.6 b* 4. .8 5.1.11%.40 0.9 fhi* Carbon steel Carbon steel with additives (e.035 0.9 as specified in table 3 shall be met by 10. mín.035 0. 0. 0.g. three or four and have alloy contents less than those given above. 8. mín. Sp/ReL o Sp/Rp 0.05 0.05 S max. c*: for nominal diameters above 20 mm the steels specified for property classe 10.35 0. - max.8 10.6 b* 4.9 380 - 0.g.9 e*: Products shall be additionally identified by underlining the symbol of the property class (see clause 9).003 425 0.35 0.34%. 10. its lower tempering temperature gives it different stress relaxation characteristics at elevated temperatures (see annex A).55 0. mín. however.91 580 12 8.55 0. B.06 B max. Due to head configuration). quenched and tempered Carbon steel quenched and tempered Carbon steel with additives e.2 N/mm2 mín.55 0. 3.88 970 8 52 30 52 30 48 25 48 20 44 15 1* For structural bolting the limit is 12 mm.5 d and other products.035 0.5 d.05 0. Min.9 may be necessary in order to achieve sufficient hardenability.25 0. lead 0. Property of materials. nom mín.8 b* 8. - 0.035 0.7% for 9.9 ef* 10. máx. 1. 0.9 900 900 290 360 276 342 28 37 720 720 0. Rockwell hardness HR máx.035 0. 0. máx. All propereties of 10.6% for property class 8.035 0.91 600 12 9. B. hardness applies to products of I < 2. phosphorus and lead contents: sulfur 0.8 c* 9.6 5. screws and studs.003 0.15 d* 0. it is intended that there should be a sufficient hardenability to ensure a structure consisting of approximately 90% martensite in the core of the threaded sections for the fasteners in the “as-hardened” contidion before tempering.06 0. 208 Tempering temperature min.55 0. phosphorus 0.20 d* 0. Steels: Property class Material and treatment Chemical composition limits (check analysis) % (mm) C 3.15 d* 0. Mechanical properties ISO 898-1: 1999 Mechanical properties Fm.8 d>16 800 830 255 335 242 318 23 34 640 660 0.28 0.9 12.6 4. tensile properties apply to products of nominal length I ≥ 2. h*: A metallographically detectable white phosphorous enriched layer is not permitted for property class 12. screws and studs 1.05 0.003 380 - f*: for the materials of these property classes. 0. minimum hardness shall not be cause for rejection.6 and 5. Chemical composition EN 20898-2: 1992 Property symbol (Class of nuts) Chemical Composition in % by mass (check analysis) 1* C máx.58 1* Chips for the check analysis shall be taken uniformly over the whole cross section. Mechanical properties of steel nuts 12 2. Therefore the values of stress under proof load are based on a maximum bolt hardness of 220 HV.3. For all other nuts.58 17 H (10) 0.8 will be changed to be 220 HC in the next revision of ISO 898-1:1998.2. minimum hardness is not mandatory but is provided for guidance only. This is the maximum bolt hardness in the thread engagement area whereas only the thread end or the head may have a maximum hardness of 250 HV. Mechanical properties EN 20898-2: 1992 Property class Thread Stress under Vickers hardness HV Nut proof load Sp less N/mm2 min.048 0. DIN ASTM ISO Proof load stress Sp Vickers hardness … HV 5 Brinel hardness … HB 30 Rockwell hardness … HRC N/mm2 máx. 0. máx. EN 11 H 5 500 302 290 30 4 400 302 290 30 Hardness Type 14 H 6 8 600 800 302 302 290 290 30 30 17 H 10 1000 353 335 36 22 Pg.15 0.45 P máx. 0.2. For nuts which are not hardened and tempered. Note: Minimum hardness is mandatory only for heat-treated nuts and nuts too large to be proof-load tested. H 12 2000 353 335 36 2. Mechanical properties DIN 267-4 Mechanical properties Fm. máx. max. Mn mín.1.5 and 6) 0.5 14 H (8) 0.58 22 H (12) 0. 11 H (4.3 0. greater than 209 .25 0.058 0.06 0.058 2. 3) The maximum bolt hardness of property classes 5.06 0. and which satisfy the proof-load test.15 0. 2) QT: Quenched and tempered. state style than or equal to 04 M4 M4 M7 M7 M10 380 188 302 NQT1) thin M10 M16 M16 M39 05 M4 M4 M7 M7 M10 500 272 353 QT2) thin M10 M16 M16 M39 4 M4 M4 M7 M7 M10 M10 M16 M16 M39 510 117 302 NQT1) 1 3) 5 M4 520 M4 M7 580 130 M7 M10 580 302 NQT1) 1 M10 M16 610 M16 M39 630 146 6 M4 600 M4 M7 670 150 M7 M10 680 302 NQT1) 1 M10 M16 700 M16 M39 720 170 8 M4 800 180 M4 M7 855 302 NQT1) M7 M10 870 200 1 M10 M16 880 M16 M39 920 890 233 180 353 302 NQT2) NQT1) 1 2 9 M4 900 170 M4 M7 915 M7 M10 940 188 302 NQT1) 2 M10 M16 950 M16 M39 920 10 M4 1040 M4 M7 1040 M7 M10 1040 272 353 QT2) 1 M10 M16 1050 M16 M39 1060 12 M4 1140 1150 M4 M7 1140 1150 295 353 QT2) 1 M7 M10 1140 1160 272 353 QT2) 2 M10 M16 1170 1190 M16 M39 1200 1) NQT: Not quenched or tempered.048 S máx. 50 21.900 8. Assembly pre-load (Pv) and tightening torques (Ma) for metric thread bolts as per Din 13 page 43 and dimenssions of head as Din 912.510 1.070 900 1.900 23.600 2.00 15.600 34.100 78.600 890 1.00 596.380 2.200 36.300 20.50 31.200 13.200 30.20 8.000 19.00 621.50 16.800 114.75 14.600 35.00 Section Section resistent nucleus mm2 mm2 8.00 225.980 2.00 157.400 8.9 260 560 790 950 420 910 1.00 40.000 26.8 10.200 14.800 88.00 175.700 44.00 427.400 13.320 2.00 29.80 4.700 25.560 8.950 9.550 3.10 125.20 56.250 7.20 36.620 3.000 27.330 6.0 132.800 44.880 31.5 177.9 0.10 2.400 27.00 105.400 14.100 M14 2 104.25 2.25 1.40 9.50 19.340 3.75 75.850 7.290 1.00 353.690 4.70 3.00 12.400 9.60 9.600 1.600 11.500 14.500 40.00 240.000 236.300 4.810 2.00 110.100 17.900 2.000 14.9 12.0 57. Assembly pre-load and tightening torque of bolts and nuts 2.290 3.00 86.00 41.9 12.50 1.700 55.00 55.300 10.000 M36 4 777.450 5.830 3.00 245.000 11.30 8.0 114.100 19.30 4.600 9.00 3.900 50.00 23.50 1.840 3.50 3.200 12.00 303.Kp) friction coefficient s=0.300 22.00 78.90 6.830 5.50 35.750 8.300 30.00 200.00 270.000 M33 3.00 26.00 195.760 12.300 8.5 530.10 81.50 71.60 0.1 30.530 5.00 3.00 116.9 20.50 6.100 7.400 16.750 4.590 22.00 88.090 2.100 M8 1.300 14.320 5.00 561.75 2.600 M10 1.85 1.14 210 Nominal diameter Pitch M4 M5 M6 M8 M10 M12 M14 M16 M18 M20 M22 M24 M27 M30 M8 M10 M12 M12 M14 M16 M18 M20 M22 M24 M27 M30 0.00 28.50 29.50 1.700 6.00 282.6 8.00 64.070 1.14 5.830 35.50 2.00 259.000 440.25 1.50 1.510 3.300 32.230 1.430 3.10 17.41 0.000 36.0 41.800 11.50 15.000 42.4.5 284.00 319.400 6.000 808.000 M22 2.000 M24 3 329.900 10.00 192.500 9.500 40.00 21.70 1.100 17.30 92.200 108.900 67.0 212.80 13.3 12.25 31.100 18.5 659.600 Tightening torque Ma (m.00 1.090 19.000 142.000 551.280 1.000 330.000 216.80 58.600 60.00 4.900 11.00 68.000 389.700 15.350 15.00 2.070 5.00 167.50 20.000 342.00 10. Assembly pre-load and tightening torque of bolts and nuts Yield strength (PO).300 17.010 10.00 2.710 10.50 55. Din 267-10 Fm.400 25.650 2.000 16.9 390 545 655 635 895 1.100 3.160 17.00 0.49 0.50 2.00 496.000 37.00 150.00 14.00 120.800 33.950 1.20 115.50 38.2 (Kp) over resistent section 5.200 50.10 86.8 10.850 8.50 3.770 29.900 23.300 9.300 10.100 13.990 21.90 36.00 216.600 53.00 130.400 4.60 5.400 24.800 38.00 1.00 36.500 147.00 519.60 32.000 M30 3.90 8.600 31.740 3.000 450.810 2.30 2.700 7.00 61.00 115.100 7.700 52.000 M18 2.300 49.12 2.80 1.350 12.600 27.00 333.400 7.00 7.9 12.000 M16 2 144.900 16.00 272.000 115.70 20.530 600 1.00 1.50 2.500 23.800 3.50 13.700 30.29 0.00 77.70 0.250 9.800 7.0 311.450 7.4 6.060 2.100 22.6 8.00 16.45 4.710 5.000 5.650 7.400 23.30 15.50 1.50 22.00 145.000 265.30 0.60 12.850 5.530 4.00 14.600 18.250 13.00 34.500 6.550 4.640 5.950 2.30 84. Property class bolt/nut Stress area 4 As min in mm2 5 8 Minimum fallure load of bolt or proof load for nut (As mín * Rm) N 10 M6 1.00 2.300 8.200 6.50 1.790 2.300 25.900 7. DIN Thread ASTM ISO Pitch size P EN Pg.00 180.800 12.600 21.260 1.50 48.00 157.000 165.00 144.920 5.00 459.000 3.000 184.520 24.000 685.00 58.00 93.00 225.900 M12 1.25 1.00 100. Average friction coefficient µ =0.850 6.000 83.100 13.00 160.000 M20 2.000 547.00 76.700 10.300 Assembly pre-load Pu(Kp) (70-75 % of yield strength load) 8.500 17.20 12.00 160.78 7.00 10.00 .00 78.000 11.00 52.630 39.00 105.15 0.50 46.600 52.500 60.500 8.200 14.310 1.000 359.00 69.00 105.6 195 320 450 820 1.00 25.50 1.500 3.000 150.8 10.600 3.00 21.00 365.600 41.000 32.180 2.500 5.40 1.000 295.000 18.170 1.0 264.00 324.000 236.100 5.600 72.00 473.480 13.200 1. Proof loads for hot-dip galvanized nuts with oversize thread.30 76.00 1.250 2.760 5.800 19.00 2.000 18.50 2.0 173.500 30.5 227.50 61.000 M27 3 433.500 15.00 384.00 51. 934.50 32.50 1.00 54.0 90.700 22.000 6.00 205.00 39.770 4.5 50.300 12.50 4.400 41.980 4.500 29.50 46.500 6. 931.200 36.000 645. Mechanical properties of steel nuts 3.000 188.20 7.80 4.000 273.300 26.350 10.0 70.00 Yield strength load PO. May contain titanium 5xC up to 0.05 0. 4.4. Chemical composition in % 1* AISI Type Steel grade C Si Mn P S Cr Mo Ni AISI 304 A2 0.8%.0-3. May contain copper up to 4%.0 0.0 1* Maximum values.2 N/mm2.0 2. min. Molybdenum may also be present at the option of the manufacturer. DIN ASTM ISO EN Pg. Containing titanium 5xC up to 0. ISO 3506 Steel grade A2 A4 Property class 50 70 For sizes d ≤ M39 ≤ M20 Tensile strength Rm N/mm2. this shall be stated at the time the costumer orders.2.6d 0.1.0 AISI 316 A4 0. unless otherwise specified. 2* The elongation at fracture shall be determined on the actual screw of bolt length 3 x d and not on a prepared test piece of gauge lenght 5d. (1*) Bolts and screws 0. min. If for some applications a maximum molybdenum content in essential.8%. Chemical composition of austenitic steel (A).4d Nuts Proof load stress Sp N/mm2 500 700 1* All values are calculated and reported in terms of the tensile stress area of the thread (see Tables of screw thread elsewhere in this section). min. Material and mechanical properties of stainless steel fasteners 12 4.0-20.0 2.03 16.2%-proof stress Rp 0.5 2.0-18. Mechanical properties of bolts and nuts. Sulphur may be replaced by selenium.08 1. (2*) 500 700 210 450 0. (1*) Elongation at fracture AL in mm.0 0. 211 .0-14.0-13.08 1. ISO 3506 Stainless steel Fm. May contain niobium (columbium) and/or tantalum 10xC up to 1%.0 10.05 0.03 17.0 - 8. 00 0. 2. % Hardness HB 16 18 16 50 50 50 máx.15-0.0 2.5 16.00 máx.20 0.10 0.47 0. 0.0-10.0-14.0 10.00 máx.10 - 0.00 max.0 - - 304 316 321 Z6CN18-09 Z6CND17-11 Z6CNT18-11 X5CrNi18-19 1506-801GrB X5CrNiMo18-10 1506-845 X10CrNiTi18-09 1506-821GrTi Mechanical properties Norm Grade máx.0 8.00 18.0 9. 0. 2. 321 máx.12 5.49 0.65-1.65-1.37-0.0 - 126-300 max.0-19. 321 - 30 30 30 50 50 50 máx. 5x C% 126-300 BS 1506-162 1506-240 1506-621 GrA .25 0. 1.35 - 4140/4142/4145 4142/4145 42CD4 40CDV4-06 42CD4 42CrMo4 24CrMoV55 42CrMo4 máx.75-1. 223 máx.08 max. Corresponding materials AISI AFNOR DIN BS 1506-621GrA 1506-661 1506-621GrA 0.0 17.25 0. 0.65 0.25 - Austenetic stainless steel ASTM A194 8 ASTM A194 8M ASTM A194 8T max.0 17.15 0.70-0.50 0. 2.0-3.0 8.00 0.15-0.20-0.00 Tensile strength N/mm2 0. 2.0-10.0 9.2% yieldstrength N/mm2 B7 B16 L7 860 860 860 720 725 725 Austenetic stainless steel ASTM A193 B8 ASTM A193 B8M ASTM A320 B8T 515 515 515 205 205 205 Ferrific steel ASTM A193 ASTM A193 ASTM A320 Ti min.25-0. 223 min. % Reduction of area min.0-19. Studbolts and threaded rods Main chemical Fm.0-18.75-120 - 0. 0.5 16.0-12. 0. 223 5. 2.45-0.80-1.40-0.70 0.80-1. 2.08 máx.1.38-0.0-20.30 0.08 18.2. 223 máx.48 0. 5xC% Elongation min.0-18.0-12.15-0.0-14. 0. 0.08 max.36-0.0-20. Heavy hex nuts Main chemical elements and hardness Norm Grade C Ferrific steel ASTM A194 ASTM A194 ASTM A194 212 Mn Cr Ni Corresponding materials AFNOR DIN Mo Ti Hardness HB AISI 248-352 248-352 248-352 4140/4142/4145 C45d 42CD4 C45 24CrMo5 42CrMo4 304 316 321 Z6CN18-09 Z6CND17-11 Z6CNT18-11 X5CrNi18-09 1506-801 GrB X5CrNiMo18-10 1506-845 X10CrNiTi18-09 1506-821 GrTi 2H 4 7 min.50-0.08 máx.37-0.90 0. Properties of Studbolts and nuts ASTM 5.00 max. DINelementsASTM Norm Grade C Ferrific steel ASTM A193 ASTM A193 ASTM A320 B7 B16 L7 Austenetic stainless steel ASTM A193 B8 ASTM A193 B8M ASTM A193 B8T ISO EN Mn Cr Ni Mo V Pg.0-3.0 10.10 0.04 max.49 0.08 max.75-1.0 2. 5 0.63 0.65 2.38 1.95 2.2 2.9 - Aluminium sheets 1.75 1.5 3.5 3.5 3 3.4 2.65 2.9 4 4.5 2.6 5.8 2.2 5.25 1.7 3.75 2.38 1.38 1.38 1.8 3.75 2 2.1 4.63 0.9 4 4.3 4.5 3.63 0.38 1.5 4 4 4 4 4.75 2.2 3.2 2.7 5 5 5.2 2.95 2.9 Nº7 4.9 3.9 5 5 5.1 4.2 4.5 0.75 0.38 1.63 0.7 2.9 2.2 3.88 1.85 3 3 2.75 1 1.63 0.8 (1) Recommended tolerance for the diameter H12: ø until 3 mm {+0.7 1.8 5.88 1.5 2.5 1.75 0.95 3 3.8 4.5 3.8 2.8 2.2 3.7 3.5 0.8 3.63 0.75 2.5 4 4 4 - Sheets of steel.25 1.5 3 3.75 0.88 1.5 3 3.4 4.13 1.4 4.75 10 1.95 2.8 4.9 3.13 1.38 1. Core hole diameters (1) as per DIN 7970 Turned min. DIN 7970 Thread of tapping screws Sheet thickness Fm.7 4.5 0.6 1.6 1.8 Nº10 5.5 3 0.5 1.9 3.5 3.75 5 0.9 2.95 2.8 2.13 1.56 0.3 4.3 - Drilled Aluminium sheets copper and Monel 2.5 4.5 3.5 4 4.5 3.9 5 5.2 2.88 1. nickel brass. DIN ASTM ISO EN ø nominal ISO number 2.75 2.7 2.5 3 3.75 10 1.25 2.5 Nº 6 3.95 3 3. copper and Monel 1.4 4.5 3.3 Nº14 Pg.38 1.1 4.38 1.7 3.4 2.38 1.95 3 3 3.6 4.88 1.5 3 6 0.8 2.6 4.13 1.5 4 4.2 2.8 3 3 3 3 3 3.5 3.1 4.25 2.56 0.13 1.6 1.88 1. Core holes for tapping screws and bolts with tapping screws threads.7 5.5 4 4.5 0.95 2.7 3.38 2.2 3.9 Nº 4 3.85 1.75 1.5 0.5 0.5 2.38 2.75 2 3 4 4.88 1.2 3.2 2.10-0 / ø 3 until 6 mm {+0.13 1.25 3 3.2 2.8 2.2 5.75 0.38 0.13 1.7 3.4 5.7 1.8 3.2 2.56 0.56 0.4 2. brass.3 5.75 2.75 2 2.5 Nº12 6.5 2.2 2.5 10 0.5 2.38 1.3 3.25 1.6 1.13 1.6.6 4.25 1.75 2. Core holes for tapping screws and bolts 12 6.4 2.2 3.25 2.38 1.38 1.75 2 3 4 4.5 4 4.88 1.25 1.3 5.25 1.75 2.5 0.5 3.65 2.8 2.2 Nº 2 2.88 1.75 1.2 2.2 4.5 3.13 1.5 0.56 0.5 0. 2.8 3 3 3 3 3.25 3 3.3 4.12 -0 213 .75 5 10 Sheets of steel nickel.5 0.8 3.6 2. max.75 0.6 2.56 0.7 3.2 4.2 Nº8 4.8 1.13 1.2 2.75 0.9 3.6 3.5 3.75 1.75 2.85 1. 0.5 3.9 3 3. 4536 kg. Conversion tables 7.3937 inches 1m = 3.7375 lbf ft 1J = 2. The risk of hydrogen embrittlement increases with the percentage of carbon content of the steel.16 mm2 sq.0069 N/mm2 Moment of force 1 Nm = 141.802 kg.3558 Nm Area 1 mm2 = 0.264 gallonds (USA) 1 inches3 = 1. etc) that help to obtain lower friction coefficients (0. feet = 0.964 kN .3861 sq.9144 m 1 mile = 1. Therefore fasteners and washers made from hardened steel shall be backed after electroplating during 2-6 hours at a temperature near 300ºC. Zinc coating Fm.113 Nm Pounds-feet = 1.) = 4. ISU (International System of Units) and conversion factors 214 Name newton joule bar kelvin meter second kilo voltio amperio watt Simbol N J bar K m s kg V A W Length 1mm = 0.1003 longtonf 1 lbf = 4. miles = 2.9842 longtons 1 ounce = 28.coating DIN Metal ASTM Pasivated ISO 1* EN Zinc Zinc-Aluminium White Black Yellow Green olive Hot diped galvanised Dacromet A Dacromet B Method Micrage µ Electrolysis 2* 6 Inmersion 40 5-7 8-10 Pg. Hours corrosion (h.6214 miles 1 inch = 25.836 m2 sq.2046 pounds 1 Kg.219 gallonds (G. inches = 645. yards = 0.764 sq.738 pounds-feet Ounce-inch = 0. Tables.B.6x106 J 1 Btu = 1055. Zinc coating / 8.14) 2* Hydrogen embrittlement: One of the problems raising from electrolytic coatings is that during its production process molecules of hydrogen produced during the electrolytic process do initially remain on the surface of the items and then do penetrate into the nucleus of the items weakening them.9478x10-3 Btu 1 lbf ft = 1.3559 J 1 kWh = 3.) 1 L = 0.7878 L Energy 1J = 0.0936 yards 1km = 0. 1 CWT = 50.3079 yards3 1 L = 0.566 L 1 gallonds (USA) = 3. = 2. yards 1 km2 = 0.77x10-7 kWh 1J = 0.3048 m 1 yard = 0.40 mm 1 foot = 0.00155 sq.5889 km2 Mass 1 gr. JS 500) capable to withstand a 120º C termic shock and lubricants (Torquen-Tension.851 pounds-inch 1 Nm = 0.3147 feet3 1 m3 = 1.N.016 ton Force 1N = 0.00706 Nm Pounds-inch = 0.B.035274 ounce 1 Kg.10234x10-5 inches3 1 m3 = 6.C.612 ounce-inch 1 Nm = 8.6387x10-5 mm3 1 feet3 = 0. = 0. miles sq.12 7.6387x104 mm3 1 inches3 = 1.) White corrosion 6 24 72 120 200 200 Red corrosion 72 96 144 240 400 400 800 Note: The values of this table are only indicative and can change substantially depending on the type of bolt and its application.196 sq.7645 m3 1 gallonds (G.2248 lbf 1 kN = 0. inches 1 m2 = 10. 1 longton = 1.10234x104 inches3 1 m3 = 35.06 J Areal force 1 N/mm2 = 145. For more information check the ISO Standard 4042:1999 8. Merwin.08-0. Such procedure eliminates the hydrogen accumulated on the surface of the items.349 gr.038 lbf/in2 1 lbf/in2 = 0. 1* Resistance against corrosion can be improved with supplementary top coatings such asd sealers (Ultra GL. 1 pound = 0.609 km Volume 1 mm3 = 6.2808 feet 1m = 1.0929 m2 sq.0197 CWT 1 ton = 0.4482 N 1 longtonf = 9. = 0.S. feet 1 m2 = 1.0283 m3 1 yards3 = 0. - 0. mín.92 0.005% à condition que le bore non efficace soit contrôlé par l’adjonction de titane et/ou d’aluminium.035 0.55 0.7% pour les classes de qualité 9.8 8. máx. Mn ou Cr). 0.11%.40 0.6 300 330 95 400 400 120 500 500 155 90 114 52 - 67 - 400 420 130 220 124 209 71 - nom mín.06 0. h*: Une couche enrichie de phosphore blanc et détectable de manière métallographique n’est pas permise pour la classe de qualité 12. nom mín. trempé et revenu Acier allié trempé et revenu g* Acier allié trempé et revenu g* a*: La teneur en bone peut atteindre 0.06 0. de tension correspondent aux normes de longueur 1≥2. 180 190 240 240 0. Mn ou Cr).9 650 10 1000 1040 320 380 304 361 32 39 900 940 0.55 P max.035 0.88 830 9 1200 1220 385 435 366 414 39 44 1080 1100 0.1.9 0. Propriétés des vis 12 1. Sp Allongement pour cent aprèsrupture % A Réduction de section après rupture Résilience J EN 0.8 d<=16 500 600 800 520 600 800 160 190 250 250 320 152 181 238 238 304 82 89 22 99. Propriétés des materiaux.55 0.8 b* 8.55 0.035 0. la teneur minimale en manganése est de 0. HRB HRC HRB HRC nom mín.9 fhi* Acier au carbone Acier au carbone avec éléments d’alliage (par example B.9 telles que définies dans le tableau 3 doivent être remplies pour la classe 10.25% (analyse de coulée).05 0.8 5.94 225 22 320 340 0.28 0.15 d* 0.2 Rp. il est entendu qu’elles doivent être d’une trempabilité suffisante pour obtenir une structure présentant approximativement 90% de martensite à coeur dans la partie filetée des éléments de fixation à l’état trempé. trempé et revenu Acier au carbone trempé et revenu Acier au carbone avec éléments d’alliage (par example B.9 e*: Ces produits doivent être identifiés complémentairement en soulignant le symbole de la classe de qualité (voir article 9).20 0.55 0.25 0.035 0. on obtient des caractéristiques de relaxation defférente à température élevée (voir annexe A). Limite inférieure RM d’écoulement N/mm2 Limite d’élasticité Rp 0. N/mm2 Contrainte à la charge d’épreuve.35 0. du fait de sa température de revenu moins élevée. Mn ou Cr). 3*Propriétés min. NF-EN-ISO 898-1: 1999 Aciers: Classe de qualité Matière et traitement Limites de composition chimique (analyse sur produit) % C 3.8 b* 5.003 0.035 0.035 0. la valuer limite à appliquer pour la détermintation de la classe est 70% de la somme des valeurs limites individuelles montrées plus haut pour les deux. vanadium 0.035 0.9 ef* 10. 8. trois ou quatre et ont des alliages inférieurs à ceux donnés ci-dessus.8 d>16 800 830 255 335 242 318 23 34 640 660 0.5 d 1. mín.20 0. 2* Seulement pour les normes de pas de vis d≥16 mm.003 425 0.50 0.9 sur les surfaces soumises à un effort de traction.2 N/mm2 mín.6 4.05 0.20%.88 970 8 52 30 48 25 48 20 44 15 52 30 1* Pour les boulons de structure la limite est de 12 mm.05 0. d*: Pour les aciers au carbone avec bore.35 0. afin d’obtenir une trempabilité suffisante.06 B max.003 425 0.13 - 0. Température de revenu min. g*: Cet acier allié doit contenir au moins l’un des éléments suivants dans la quantité minimale donnée: chrome 0.8 b* 6. máx.91 380 440 580 12 - - 25 - 3.035 0. Sp/ReL o Sp/Rp 0.8 et de 0. b*: L’acier de décolletage est autorisé pour ces classes de qualité avec les teneurs maximales suivantes en soufre.035 0.25 0.9 900 900 290 360 276 342 28 37 720 720 0. Toutes les caractéristiques de la classe 10.035 0.8 6.9 et 10.91 600 12 9.003 ºC min.30%.15 d* 0. 10.6 4. Dureté Rockwell HR máx.6 5.94 180 25 %min. 0.003 380 - f*: Pour les matériaux de ces classes de qualité. dont la teneur en carbone est inférieure à 0.9 cependant. trois ou quatre éléments concernés.035 0.2.20 d* 0.035 0.9 12.9 f* 12. mín. nickel 0.035 0.55 0.003 340 0. - max. 0.5 32 400 480 420 480 640 640 0.55 0. phosphore et plomb: soufre 0.035 0. trempé et revenu Acier au carbone trempé et revenu Acier au carbone avec éléments d’alliage (par example B. molybdène 0. plomb 0. 215 . c*: Pour es diamètres nominaux supérieurs à 20 mm il peut être nécessaire d’utiliser les aciers spécifiés pour la classe 10.6 b* 4.8 c* 9.30%.003 0.06 0. Lorsque les éléments sont combinés par deux.25 0.035 0. - 147 79 95 300 300 - Pg. Mn ou Cr).93 280 20 Classe de resistance 5.35%. 0.8 10.8 10.035 0.8.035 0.9. DIN ASTM ISO Resistances à la traction 3* Rm N/mm2 Dureté Vickers HV F>=98 Dureté Brinell HB F=30 D2 mín.15 d* 0.91 310 - 0.003 425 0. avant le revenu.55 0. phosphore 0.34%.6% pour la classe de qualité 8.6 b* 4. trempé et revenu Acier au carbone trempé et revenu Acier au carbone avec éléments d’alliage (par example B.035 0.10%. i*: La composition chimique et la température de revenu font l’objet de recherche.05 S max.1 Propriétés mecaniques NF-EN-ISO 898-1: 1999 Propriétés mécaniques Fm. H 12 2000 353 335 36 2. Pour les ecrous qui ne sont pas trempés et revenus mais qui remplissent les conditions de charge d’épreuve spécifiée. máx.2.58 0. la dureté minimale n’est pas cause de rejet.048 S máx.3 22 H (12) 0. 11 H (4. C’est en effet la dureté maximale de la vis sur la longueur en prise du filetage.058 2. Note: La dureté minimale est obligatoire pour les écrous traités thermiquement et les écrous trop gros pour être soumis à la charge d’épreuve. Composition chimique NF-EN 20898-2: 1994 Classe de resistance Composition chimique en % (Analyse sur produit) 1* C Mn máx. Pour tous les autres écrous. P máx. Propriétés mécaniques DIN 267-4 Propriétés méchanique Fm. 0. la dureté minimale n’est pas obligatoire. supérieur a 216 . Pour cette raison.5 and 6) 0.8 sera réduite à 220 HV dans la prochaine révision de l’ISO 898-1:1988.6 et 5.45 1* Les échantillons pour les analyses du produit seront considérés uniformément sur toute la section.5 14 H (8) 0.15 0. 3) La dureté maximale des vis de classes de qualité 5.12 2. Propriétés mécaniques 2. mín. état style ou N/mm2 égal à 04 M4 M4 M7 M7 M10 380 188 302 NQT1) thin M10 M16 M16 M39 05 M4 M4 M7 M7 M10 500 272 353 QT2) thin M10 M16 M16 M39 4 M4 M4 M7 M7 M10 M10 M16 M16 M39 510 117 302 NQT1) 1 3 ) 5 M4 520 M4 M7 580 130 M7 M10 580 302 NQT1) 1 M10 M16 610 M16 M39 630 146 6 M4 600 M4 M7 670 150 M7 M10 680 302 NQT1) 1 M10 M16 700 M16 M39 720 170 8 M4 800 180 M4 M7 855 302 NQT1) M7 M10 870 200 1 M10 M16 880 M16 M39 920 890 233 180 353 302 NQT2) NQT1) 1 2 9 M4 900 170 M4 M7 915 M7 M10 940 188 302 NQT1) 2 M10 M16 950 M16 M39 920 10 M4 1040 M4 M7 1040 M7 M10 1040 272 353 QT2) 1 M10 M16 1050 M16 M39 1060 12 M4 1140 1150 M4 M7 1140 1150 295 353 QT2) 1 M7 M10 1140 1160 272 353 QT2) 2 M10 M16 1170 1190 M16 M39 1200 1) NTR: Non trempé et revenu.25 17 H (10) 0.058 0. DIN ASTM ISO Preuve de tension Sp Vickers dureté … HV 5 Brinel dureté … HB 30 Rockwell dureté … HRC N/mm2 máx. les contraintes à la charge d’épreuve sont basées sur une dureté maximale de la vis de 220 HV.15 0. máx.06 0. 2) TR: Trempé et revenu. 0. max.58 0.3.048 0. elle est donnée à titre indicatif.58 0. Propriétés mécaniques NF-EN 20898-2: 1994 Classes de qualité Filetage Contrainte Dureté Vickers HV Ecrou à la charge d’ inférieur épreuve Sp min.1. seule l’extrémité du filetage ou la tête pouvant avoir une dureté maximale de 250 HV.06 0. EN 4 400 302 290 30 11 H 5 500 302 290 30 Classe de resistance 14 H 6 8 600 800 302 302 290 290 30 30 17 H 10 1000 353 335 36 22 Pg. 00 115.830 3.00 39.00 29. et couple de serrage (Ma) pour les boulons de pas de vis métrique plus commun suivant la DIN 13.300 30.630 39.850 2.500 6.00 10.300 4.00 167.000 4 5 8 Minimum d’erreur de charge du boulon ou de charge d’épreuve de l’écrou (As mín * Rm) N 10 M16 2 144.000 M18 2.920 5.950 1.00 496.30 4.200 50.14.10 86.450 7.00 21.25 2.6 8.00 621.00 28.0 173.900 3.00 10.550 3.900 50. Propriétés mécaniques 3.4.800 5.400 7.350 10.510 820 1.340 3.00 240.5 177.25 1.50 22.000 42.00 105.100 M8 1.600 26.280 1.200 23.40 9.00 40.90 36.20 56.00 58.700 7.300 14.300 12.200 13.000 27.330 6.100 19.770 2.100 22.000 142.60 5.00 333.100 7.810 2.400 8.00 93.50 35.070 5.900 67.0 311.000 11.560 8.1 30.00 216.50 2.000 359.00 200.800 33.740 3.00 192.000 3.6 8.100 13.80 58.00 69.00 51.950 9.000 808.9 195 390 545 655 320 635 895 1.510 3.700 30.00 1.25 1.00 100.000 295.00 55. Charges de pré-tension (PV).690 4.9 12.20 12.100 13.00 195.260 1.000 M20 2.300 10.00 12.00 130.00 596.50 55.300 32.830 5.0 90.75 75.900 23.000 M22 2.000 150.20 7.400 27.900 16.29 0.8 10.00 384.600 M10 1.00 78.9 0.840 3.600 35.310 2.0 57.30 15.320 2.50 38.0 41.760 12.000 184.50 16.300 49.Kp) Coefficient de friction s=0.000 165.800 5.00 225.530 600 1.100 17.00 2.000 19.00 34.9 260 560 790 950 420 910 1.00 353.790 1.2.750 8.00 54.80 13.300 30.00 61.800 19.00 1.300 20.50 15.00 36.000 685.50 2.100 M14 2 104.710 5.450 2.700 25.6 8.00 68.4 6.00 2.400 25.650 7.50 1.00 76.45 4.500 147.600 52.070 4.00 473.00 116.41 0.20 8.00 157.500 40.350 15.9 12. page 43 et de dimension d’appuis de la tête conforme au DIN 912.400 9.000 265.500 30.500 60.500 11.500 5.430 1.650 2.900 M12 1.000 216.00 25.250 7.000 273. Charge d’épreuves pour la galvanisation à chaud avec des écrous d’un filetage surdimensionné. Charges de pré-tensions et couple de serrage des boulons 12 2.530 4.350 12.10 17.000 18.250 13.20 36.00 459.100 78.550 7.00 15.10 2.100 17.25 1.000 18.5 227.700 6.000 330.600 31.000 5.000 83.000 37.880 31.00 120.00 14.50 2.50 2.180 2.70 3.290 1.50 1.2 (Kp) Section résistante 5.900 8.60 32.000 26.520 24.00 23.00 110.50 46.00 175.700 55.70 20.00 160.85 1.50 13.00 145.500 15.0 70.300 4.990 21.0 212.600 18.000 M30 3.700 44.850 8.600 1.400 6.9 20.50 29.75 14.300 21.8 10. 931.00 225.000 M24 3 329.30 8.00 365.800 38.200 12.50 4.0 114.9 12.00 21.000 551.000 450.100 Charges de pré-tensions (Kp) (70-75 % de la charge limite élastique) 5.00 16.00 157.70 1.600 10.000 7.5 659.400 6.170 1.500 17.00 303.800 14. Coefficient moyen de frottement u=0.950 2.30 92.00 270.090 19.50 71.50 21.00 4.750 7.00 7.000 342.290 3.000 6.60 0.80 4.50 20.600 27.00 282.20 115.00 144. 931.00 324.00 Charges et limites élastiques PO.600 9.00 1.090 2.40 1.300 17.590 22.160 17.50 1.00 Section Section resistent nucleus mm2 mm2 8.600 60.80 4.5 530.300 8.50 1.00 1.700 22.00 78.60 9.900 11.00 205.500 29.50 48.00 427.200 36.530 5.000 645.700 10.00 3.400 14.380 2.30 76.50 19. Diámetre nominal M4 M5 M6 M8 M10 M12 M14 M16 M18 M20 M22 M24 M27 M30 M8 M10 M12 M12 M14 M16 M18 M20 M22 M24 M27 M30 Filetage 0. Charges de pré-tension et couple de serrage des boulons Limite d’élasticité (PO).00 105.5 50.15 0.300 9.600 41.600 2.600 34.8 10.50 32.00 561.200 14.640 5.00 41.800 88.320 8.00 14.250 2.400 24.060 1.000 236.80 1.30 84.500 23.000 M27 3 433.400 16.3 12.400 41.250 9.50 1.000 440.000 188.100 8.200 6.000 36.00 3.800 44.810 2.50 31.30 2.500 3.000 115.480 13.00 160.200 36.000 M33 3.980 4.00 2.800 114.00 26.00 272.50 1.400 23.070 450 900 1.000 32.900 11.50 6.00 319.49 0. DIN Filetage taille ASTM ISO EN Pg.500 16.90 6.500 40.600 Couple de Serrage (m.000 236.770 29.50 1.00 180.0 132.00 86.00 0.25 31.850 10.50 1.000 389.00 77.100 3.70 0. Din 267-10 Fm.000 547.620 3.000 M36 4 777.760 5.0 264.00 259.50 3.60 12.00 519.10 81.230 1.980 4.30 0.500 14.000 11.600 53.75 2.800 12.500 9.700 52.00 2.600 18.900 7.00 217 .300 22.90 8.78 7.00 105.200 108.00 150.000 14. Propriété des classes vis/écrou Pas de vis Zone de tension P As min in mm2 M6 1.00 52.700 15.600 5.200 890 1.200 6.00 245.50 61.850 3.00 64.400 4.14 5.10 125.300 1.900 3.5 284.50 3.600 72.00 88.50 46.010 10.300 25.100 13.710 10.830 35. 0 2. DIN ASTM ISO EN Pg.0 0.1.0 1* Valeures maximales.2. (1*) Allongement après roture mm mín.0 2. spécialement pour les diamètres majeurs.4d 1* Toutes les valeures sont calculées et se réfèrent à la section de la tension de la vis.4.0 - 8. 218 Écrous Charge d’epreuve N/mm2 500 700 .0 10.0-13.0 0. Compisition chimique de l’acier austentique (A).6d 0.03 16.08 1. ISO 3506 Materiel A2 A4 Classe de résistance 50 70 Gamme de diamètre ≤ M39 ≤ M20 Résistance à la traction Rm N/mm2 mín.2% Rpo. Propriétés du boulon inoxydable 4.8% Maximum 4% de cuivre. Composition Chimique % 1* Type AISI Type d’Acier C Si Mn P S Cr Mo Ni AISI 304 A2 0.0-3.03 17. Le souffre peut-être remplacé par le sélénium.5 2. 4. (2*) 500 700 210 450 0. (1*) Vis Limite d’élasticité 0.08 1. Sur la longitude correspondante du boulon et non en éprouvette avec une longitude de mesure de 5d. Peut contenir de titanium —> 5xC jusqu’à 0. Est possible le molybdène au choix du fabricant.05 0. ISO 3506 Acier inoxydable Fm.0-14. 2 N/mm2 mín.12 4.0-18. 2* L’allongement après roture se détermine en accord avec le procédé d’essai suivant le paragraphe 6. Le contenu en carbone peut-être supérieur si nécéssaire.05 0.0 AISI 316 A4 0. sans autre donnée.0-20. Propriétés mécaniques des matériaux. 47 0.65-1.0-14.1. 2.15-0. 0.15-0.49 0. 2. 2.70 0.00 Résistance à la traction N/mm2 0. 223 mín.0 8.30 0.0-12.0-3. élast.50-0. 321 - Acier austenitque ASTM A193 ASTM A193 ASTM A320 B8 B8M B8T 515 515 515 205 205 205 30 30 30 50 50 50 máx.00 Mn Mo Ti Equivalance Dureté HB AISI AFNOR DIN BS 0.2% lim. Écrous ASTM Composition chimique Norme Qualité C Acier ferritique ASTM A194 ASTM A194 ASTM A194 2H 4 7 mín.0-10.80-1.20 0. Dureté HB Acier ferritique ASTM A193 ASTM A193 ASTM A320 B7 B16 L7 860 860 860 720 725 725 16 18 16 50 50 50 máx.75-1. Tiges filtées ASTM Composition chimique ASTM Fm.5 16.0-18. 223 5. 321 máx. 0. 2.5 16.00 0.25 - 248-352 248-352 248-352 4140/4142/4145 C45d 42CD4 C45 24CrMo5 42CrMo4 1506-162 1506-240 1506-621 GrA 18.0-14.08 máx. 0. Equivalence AISI AFNOR DIN BS 1506-621GrA 1506-661 1506-621GrA Acier ferritique ASTM A193 ASTM A193 ASTM A320 B7 B16 L7 0. 5xC% Allongement Réduction de superficie % min.08 máx. 0. Propriétés des tiges filtées et des écrous ASTM 12 5.2.15-0.0-19.50 0.49 0.08 18.25 0.0-20.5. N/mm2 mín. DIN Norme Qualité C ISO EN Mn Cr Ni Mo V Ti Pg.00 máx.0 9.00 máx.0-10.04 máx. 223 máx.10 0.08 máx.00 0.0 10.20-0.35 - 4140/4142/4145 4142/4145 42CD4 40CDV4-06 42CD4 42CrMo4 24CrMoV55 42CrMo4 Acier austenitque ASTM A193 ASTM A193 ASTM A193 B8 B8M B8T máx. 223 máx.10 Acier austenitque ASTM A194 ASTM A194 ASTM A194 8 8M 8T máx.08 máx.0 - - 304 316 321 Z6CN18-09 Z6CND17-11 Z6CNT18-11 X5CrNi18-19 1506-801GrB X5CrNiMo18-10 1506-845 X10CrNiTi18-09 1506-821GrTi Propriétés méchaniques Norme Qualité máx.75-120 - 0.40-0.00 máx.70-0.45-0.90 0. 0. 1. 0.37-0. 0.15 0.75-1.25 0.38-0.0 2.0-19.0 9.65 0.37-0.48 0. 2.0 10.0 17.08 máx.0 17.25-0.36-0. 2.0 8.10 - 0.80-1.0 2. 5x C% 126-300 304 316 321 Z6CN18-09 Z6CND17-11 Z6CNT18-11 X5CrNi18-09 1506-801 GrB X5CrNiMo18-10 1506-845 X10CrNiTi18-09 1506-821 GrTi Cr Ni 219 .0-3.65-1.0-18.0-12.00 máx.0 - 126-300 máx.0-20. 6 2.75 1 1.8 3.10-0 / ø 3 jusqu’à 6 mm 220 Pg.8 .38 1.5 3.25 2.56 0.7 3.75 2.5 3.6 1.38 1.5 3.38 1.88 1.5 3.63 0.4 5.5 3.2 Nº 2 2.2 2.3 Nº14 plus de jusqu’à 0.2 2.5 3.2 2.25 1.4 4.4 2.8 3 3 3 3 3.6 2.8 1.65 2.88 1.5 Nº 6 3.75 2.4 4.25 1.3 - (1) Tolerence recomandée pour le diamètre H12: ø jusqu’à 3 mm {+0.2 3. DIN DIN7970 ASTM Epaisseur ISO de laEN ø nominal selon ISO 2.95 3 3.8 2.5 0.2 Nº8 4.2 2.9 4 4.2 4.8 3.56 0.8 2.5 3 0.5 3.75 0.5 0.38 1.75 2.25 1.8 3.5 0.5 0.2 2.75 10 1.75 5 0.9 Nº7 4.5 3.5 4 4.13 1.8 2.6 1.5 4 4 4 4 4.5 3.75 0. niquel laiton. Diamètres du trou de passage pour boulons 6.2 5.5 4.95 3 3.2 2.63 0.9 Nº 4 3.2 5.2 4.9 3 3.13 1.63 0.5 0.25 2.38 1.95 3 3 3.5 1.2 2.65 2.2 3.88 1.75 2 2.5 3 6 0.2 3.75 2 3 4 4.9 3.75 0.38 1.6 3.1 4.5 3 3.7 2.75 2.9 3.9 4 4.5 4 4 4 - Trouage Plaques d’acier.75 1.2 2.6 4.5 2.9 5 5.7 3.38 1.13 1.88 1.6 1.4 2.6 1.56 0.8 2.5 4 4.1 4.7 5.3 4.5 2.5 Nº12 6.12 6.25 1.38 2.8 2.38 1.8 4.75 2.56 0.25 1. Monel 2. Diamètre du trou du noyau (1) Percage Plaques d’aluminium de cuivre.38 2.38 1.3 5.5 3 3.95 2.5 3.1 4. Diamètres du trou pour vis autoperforeuse DIN 7970 plaque Fm.5 3 3.6 4.25 2.7 2.95 2.7 3.38 1.13 1.95 2.13 1.3 4.9 3.95 2.5 3.75 1.7 1.7 3.8 2.2 3.88 1.75 2.88 1.85 1.9 3.5 3 3.75 2.2 2.4 2.63 0.88 1.95 2.1 4.13 1.5 0.25 3 3.2 3.8 2.5 2.9 2.63 0.5 0.5 0.38 1.75 1.75 1.5 0.13 1.2 2.88 1.38 1.4 2.8 4.7 1.5 10 0.8 Nº10 5.8 3.6 4.3 3.75 0.7 3.5 4 4.38 1.63 0.85 1.13 1.13 1.75 10 1.56 0.5 3.13 1.5 3.8 5.25 3 3.7 3.65 2.5 4 4.5 2.25 1.5 0.3 4.75 2 3 4 4.5 0.3 5.75 0. 2.5 2.9 - Plaques d’aluminium 1.2 3.2 4.75 2.75 0.7 5 5 5. cuivre et Monel 1.88 1.75 5 10 Plaques d’acier niquel.5 1.38 0.75 2 2.9 2.7 4.4 4. laiton.56 0.8 3 3 3 3 3 3.6 5.2 2.9 5 5 5.85 3 3 2. 349 gr.5889 km2 Masse 1 gr. Tableaux de convertion 12 7.016 ton Force 1N = 0. Pour d’avantage d’informations.10234x104 inches3 1 m3 = 35.0929 m2 sq. 2* Hydrogénation.219 gallonds (G.2046 libras 1 Kg.3937 inches 1m=3.3147 feet3 1 m3 = 1.264 gallonds (USA) 1 inches3 = 1. feet=0.3861 sq. JS.802 kg.C.0936 yards 1km=0.6214 miles 1 inch=25. Tableaux de convertion (Système International d’Unités) et facteur de convertion Nom newton joule bar kelvin metre seconde kilo volte ampère watt Symbole N J bar K m s kg V A W Longitude 1mm=0.500. Corrosion (h.4482 N 1 longtonf = 9. etc. veuillez vous référer à la norme ISO 4042..0197 CWT 1 ton = 0.6387x104 mm3 1 inches3 = 1. Merwin.9. 1* La résistance face à la corrosion de ces couches de convertion de chrome. 1 CWT = 50. On réalise un recuit qué en fonction de la qualité du matériel.6x106 J 1 Btu = 1055.B. ou similaire.10234x10-5 inches3 1 m3 = 6.6387x10-5 mm3 1 feet3 = 0.B.035274 onzas 1 Kg.0069 N/mm2 Couple de serrage 1 Nm = 141.3559 J 1 kWh = 3. Finigard.) Oxide blanc 6 24 72 120 200 200 Oxide rouge 72 96 144 240 400 400 800 Note: Les valeurs de ce tableau sont indicatif et peuvent varier en fonction du type de boulons et de son application. enDIN Couche metale ASTM Pasivated ISO 1* EN Zinc Zinc-Aluminio Bleu Noir Bicromaté Vert olive Galvanisé chaud Dacromet A Dacromet B Methode Micrage µ Electrolyse 2* 6 Inmersion 40 5-7 8-10 Pg.9842 longtons 1 ounce = 28.964 kN 221 ..3079 yards3 1 L = 0.14) par pièce d’encrage. feet 1 m2=1.0283 m3 1 yards3 = 0.) capable de résister au choc thermique de 120ºC et lubrifiant (torques-tensión.. = 0.2808 feet 1m=1.113 Nm Pounds-feet = 1.N. Un des problémes que présentent les revêtements électrolique est que pendant son processus de production les molécules d’hydrogéne produite per hidrolyse s’occlu à la superficie du vis.9478x10-3 Btu 1 lbf ft = 1.) qui aide à obtenir des coefficients de friction plus bas (0.7645 m3 1 gallonds (G. et rondelles growen doivent toujours être deshydrogénés. De cette façon on facilite l’elimination de l’hydrogéne de l’acier. yards 1 km2=0.7375 lbf ft 1J = 2.00155 sq.S. 1 longton = 1.836 m2 sq. Le risque d’hydrogéne augmente avec le porcentage de carbone dans l’acier et avec la dureté superficielle. etc. Postériorment cet hydrogéne migre vers le noyau du vis en la fragiliseant pour minimiser le risque de fragilisation par hydrogéne.06 J Force/Superficie 1 N/mm2 = 145.764 sq.4536 kg.609 km Volume 1 mm3 = 6.9144 m 1 mile=1.) 1 L = 0. De façon que les vis 10. inches 1 m2=10.3558 Nm Superficie 1 mm2=0. = 2.) = 4.3048 m 1 yard=0. = 0.77x10-7 kWh 1J = 0. miles sq.038 lbf/in2 1 lbf/in2 = 0.7. 8.1003 longtonf 1 lbf = 4.16 mm2 sq..851 pounds-inch 1 Nm = 0.612 ounce-inch 1 Nm = 8.40 mm 1 foot=0.196 sq.00706 Nm Pounds-inch = 0. Cela se réalisera durant un temps et une température déterminée. Recouvrement en Zinc Fm. 1 pound = 0. peut se voir améliorer par des revêtements supplémentaires comme les scellements) peut se voir améliorer par des revêtements supplémentaires comme scellent (ultra GL.738 pounds-feet Ounce-inch = 0.08-0. Recouvrement en Zinc / 8. miles=2.566 L 1 gallonds (USA) = 3.2248 lbf 1 kN = 0. yards=0.7878 L Energie 1J = 0. inches=645. • Sin cargo. tal y como indica la norma ISO 4042 en su apartado 6. La certificación de calidad de las materias primas NO será entregada salvo petición expresa del comprador. Cantidad y calidad: Salvo acuerdo en contra reflejado por escrito.f. DIN ASTM ISO EN Pg.9. zinc. zinc. pavonado. zinc. que serán: Zinc. 5. en el resto de Catalunya para pedidos de importe superior a 400€. • Resto de la península para pedidos superiores a 1. 1. amarillo. en las siguientes condiciones: • Hasta un radio de 600Km de nuestro almacén para pedidos superiores a 600€ neto. zinc. deshidrogenado. NETO • Pago desde 90 días en adelante. 2% • Giro domiciliado en entidad bancaria hasta 30 días f. 1. negro. conlleva a su entera conformidad a estas codiciones de venta. El plazo de entrega se acordará en cada ocasión. Geomet. en el resto de la península. • En los envíos a las Islas Canarias e Islas Baleares se negociarán los portes en cada caso. mediante agencia de transporte a nuestra elección. El hecho de confirnos sus gratos pedidos. blanco.9. en torno a nuestro almacén. 1% • Pago desde 30 días más día fijo de pago hasta 60 días más día fijo de pago. Se recomiendan por tanto recubrimientos no electrolíticos como por ej. Condiciones de pago: • Contado (a la entrega del pedido) o recibo domiciliado en la entidad bancaria hasta 15 días f. negro = 35 kg Pavonado = 35 kg Dacromet A o B = 250 kg Galvanizado en caliente = 25 kg En los materiales de calidades 10. siempre y cuando el pedido supere los 100€ netos. verde oliva. en las calidades corrientes y sin tomar en consideración el empleo especial que pueda hacer de ellos el comprador. 12. galvanizado en caliente. zinc.. Dto.200€ neto. si el cliente quiere que llevemos el material a su domicilio tendrá un recargo por portes de 10€. Transporte: • Sin cargo a su domicilio. • A portes debidos por la agencia que el cliente determine o con porte cargado en factura s/peso para pedidos inferiores a esa cifra en el ámbito de Catalunya. 4. Dto.. en cada caso. 2. 10 y 12. • En caso contrario. en un radio de 30 Km. Dacromet. … ) siempre que supere una cantidad mínima de kg.f. zinc. no se puede garantizar la ausencia de hidrógeno en las piezas tras un tratamiento superficial electrolítico (zincados. Baños: Les podemos ofrecer el material con cualquier tipo de acabado que ustedes precisen (zinc. bicromatados…). blanco. dacromet A o B. 222 .5% de RECARGO por cada 30 días de aplazamiento. • Los pedidos que esten por debajo de estas cifras se remitirán a portes debidos por la agencia que el cliente determine.. amarillo = 5 kg Zinc.13 Condiciones de Venta Condiciones de venta: Fm. 3. • Sin cargo. los productos se suministrarán con las tolerancias usuales. según sus indicaciones y a sus expensas. o se puede cargar su importe en factura. Delta Tone (consultar más tipos). verde oliva. mediante agencia de transporte a nuestra elección. Precios y Plazos: El pedido mínimo que podemos atender es de 75€ neto. 5% of the total quantity. in addiction to its other legal rights. Coating: For grades 10. • Seller shall have the right to withhold shipment of any Product if Purchaser fails to make payments when due for prior shipment. A delivery time shall be reckoned from the date Seller’s written acknowledgement of Purchaser’s order is dispatched.10% of the total quantity unless differently agreed upon the order. Such action on the part of Seller shall not release Purchaser from its obligations to accept and pay for Products if and when shipped by Seller. paragraph 6. 10 and 12.A. to any Customer and shall be the exclusive basis of Seller’s sales unless Purchaser requests other purchasing terms that are agreed to in writing by Seller. damage. Standard and special manufactured goods: • Order of standard products will be considered fulfilled within +/. 5. Payment terms: • If no other terms are confirmed in writing: 30 days net/without discount. return the product to the Seller’s plant from which it was shipped or. bichromate.General terms of sale Terms of sale: Fm. allow Seller to inspect the Product at the place where it is located. DIN ASTM ISO EN 13 Pg.9. General: The following terms and conditions are binding upon any sales made by TORNILLERÍA INDUSTRIAL S. Delivery commitment: The delivery time given is approximate. • If Purchaser provides Seller with any special design or blueprint for product. or acceptance there of revoked. 2. 7. 3. at its ows expense. Cancellation: Except as otherwise expressly provided here in. 12.00 for each europallet. Geomet. Purchaser shall inspect each product as soon as it is received and.…) cannot be guaranteed as it is indicated in the standard ISO 4042. • Identification of products to the contract shall not occur until delivery therreof shall be tendered to Purchaser at the agreed point of delivery. at Seller’s option. 6. • Packaging is charged at 12. until all payment here under shall have been made in full. Pricing: Prices are EXW our warehouse and are subject to change without notice. Shipping: • In the absence of specific shipping instructions. Seller shall use its discretion regarding means and routing of shipment. Title to goods and risk of loss: • Title and right of possession shall remain with Seller.9. Seller. and Products shall remain personal property. shall be entitled to charge current interest on all overdue payments. • Risk of loss shall pass to Purchaser upon due delivery of Product to a common or contract carrier (Seller’s or Purchaser’s) or upon tender of delivery to Purchaser. etc… 223 . Purchaser shall give Seller prompt notice (no later than 15 days after inspection) of the datails of any such claimed defect and Purchaser shall. if Purchaser believes that a Product so inspected is defective. without Seller’s prior written permission no Product shall be returned or rejected. 9. the Purchaser shall indemnify the Seller for any and all cost. In no event shall Seller be liable to Purchaser for any damages due to late delivery or failure of delivery. Seller shall use its best efforts to notify Purchaser promptly of any delay in delivery time not caused by Purchaser. otherwise the full content of the following general terms of sales shall bind Seller and Purchaser. We recommend non electrolytic coatings such as Dacromet. • If timely payment is not made. Delta Tone. and shall assign a new delivery time. 4. or expensees or other liability caused Seller for Manufacturing or providing Purchaser’s specially designed product to Purchaser or any third party. 8. 1. and no contract for sale may be modified unless by written agreement signed by a duly authorized representative of Seller. complete absence of Hydrogen on the material after an electrolytic superficial treatment (zinc. wichever first occurs. • Order of special products will be considered fulfilled within +/. • Si l’acheteur fourni au vendeur des plans spécifiques. • Les responsabilités de perte de matériel ne concerneront plus le vendeur à partir du moment ou la marchandise a été passée à la responsabilité du transporteur.1 et 2. tout comme l’indique la norme ISO 4042 dans son paragraphe 6. 224 . bichromatés…). les produits sont de sa propriété personnelle. 6. Delta Tone. à son propre coût. Nous recommandons des recouvrements non électrolytique comme par exemple le Dacromet. si l’acheteur n’a pas complimenté correctement remplie les conditions de contrat antérieur. ne relève pas l’acheteur de ses obligations quand la marchandise sera livrée. nous ne pouvons pas garantir l’absence d’hydrogène sur les pièces après un traitement superficiel électrolytique (zingués. • En cas de retard de paiement. Geomet. dommages. les produits seront livrés avec les tolérances d’usage. et s’il détecte quelconque anomalie. ou autres causes qui lient la fabrication ou la préparation de ces produits spécifiques. 7. 10 et 12. il devra la spécifier par écrit. Quantité et qualité: A l’exception d’un accord à l’encontre. (sauf mention spéciale accordée préalablement). aucun produit ne peut-être retourné ou rejeté sans la permission écrite du vendeur. etc. et retourner la marchandise. 3. Paiement: • Si aucune autre condition n’est précisée : 30 jours net sans remise. 2. Propriétés et risques: • Les droits de propriétés appartiennent au vendeur. pour permettre au vendeur d’inspecter la marchandise à son tour. 1. 2.13 Conditions de vente Conditions de vente: Fm. en suivant les lois du commerce international. ainsi qu’aucun contrat de vente ne peut être modifié sans l’accord signé d’un responsable autorisé représentant le vendeur. Recouvrement: Pour les qualités 10. 8. Commandes: En cas d’absence de spécifications d’instructions d’expéditions. 12. DIN ASTM ISO EN Pg. Susceptibles d’être modifiés en accord avec le client. se verrait obliger d’adresser au client les frais causer par ce retard.5% de la totalité de la quantité. Général: La commande minimale disponible sera définie en fonction des différentes conditions de ventes. Expéditions standard et spéciales: • Les commandes de produits standard seront considérées avec environ +/. 5. Prix ou tarif: Les prix de base sont EXW. 4. Annulation: Sauf s’il a été spécifié antérieurement.10% de la totalité de la quantité. le vendeur. Les certificats de qualité des matières premières selon DIN 50049-EN10204. Telle action de la part du vendeur. FATOR considerera les normes internes d’expéditions. dans les délais les plus brefs (sous 15 jours). 9. suivant les qualités courantes et sans prendre en considération l’usage spécifique qu’en fera l’acheteur. L’acheteur devra inspecter chaque produit aussitôt reçu.9. les détails de ses réclamations concernant les produits défectueux.2 sont à la disposition du client au cas où ils seraient demandés. • Le vendeur a le droit de retenir une expédition de quelconques produits. à l’usine de départ de la marchandise. • Les commandes de produits spécifiques seront considérées avec environ +/.9. jusqu’a ce que tous les paiements soient réalisés. l’acheteur en assumera tous les coûts. 17 19 21 22 23 24 26 27 28 29 30 31 32 33 34 225 .Índice/Index Fm.Torneados Taper pins .Turned Goupilles coniques .Décolletées Pasadores cilíndricos Parallel pins (dowel pins) Goupilles cylindriques Tornillos de cabeza cilíndrica ranurada Slotted chesse head screws Vis à tête cylindrique fendue Tornillos de cabeza cilíndrica redondeada y ranurada Slotted pan head screws Vis à tête cylindrique fendue Arandelas de seguridad con solapa Tab washers with long tab Rondelles de sécurité avec reverse Pasadores abiertos Split pins (cotter pins) Goupilles cylindriques fendues Tornillos para madera con cabeza redonda ranurada Slotted round head wood screws Vis à bois à tête ronde avec rainure Tornillos para madera con cabeza avellanada ranurada Slotted countersunk (flat) head wood screws Vis à bois à tête fraisée avec rainure Arandelas planas Plain washers without chamfer Rondelles plates Arandelas planas Plain washers without chamfer Rondelles plates Arandelas grower Spring lock washers Rondelles élastiques Arandelas elásticas abombadas Curved spring washers Rondelles élastiques cintrées Arandelas elásticas alabeadas Wave spring washers Rondelles élastiques ondulées Tornillos con cabeza de martillo y cuello cuadrado T-head bolts with square neck Vis à tête rectangulaire à collet carré Tuercas de mariposa Wins nuts . DIN ISO Descripción/Description 10 1 2339 10 7 2338 3 84 1207 3 85 1580 6 93 - 10 94 1234 7 96 - 7 97 - 6 125-A 7089 6 126 6 127-B - 6 137-A - 6 137-B - 4 186-B - 5 315 Pasadores cónicos .Rounded wings Ecrous à oreilles arrondies 7091 - 14 Pg. 35 36 37 38 39 40 42 43 46 49 50 51 52 53 54 .Rosca macho Lifting eye bolts Vis à anneau Cáncamo roscado .Rosca hembra SphericalLifting eye nuts Ecrous à anneau Tornillos de cabeza abombada y cuello cuadrado Mushroom head square neck bolts (cup square neck bolts) Vis à tête bombée à collet carré Pg. DIN ISO Descripción/Description 4 316 - 6 433 7092 6 434 - 6 435 - 5 439-B - 4 444-B - 6 463 - 11 471 - 11 472 - 5 555 4034 5 557 - 7 571 - 11 580 3266 11 582 - 4 603 8677 Tornillos de mariposa Wings screws Vis à oreilles Arandelas planas para tornillos de cabeza cilíndrica Plain washers for chesse head screws Rondelles plates pour vis à tête cylindrique Arandelas cuadradas 8% en cuña para perfiles U Square taper washers 8% for u-sections Plaquettes obliques (HV) 8% pour profiles en u Arandelas cuadradas 14% en cuña para perfiles “I” Square taper washers 14% for I-sections Plaquettes obliques (HV) 14% pour profiles en I Tuercas hexagonales bajas Hexagon thin nuts Ecrous hexagonaux bas Tornillos de ojo Eye bolts Corps de boulon à oeil Arandelas de seguridad con doble solapa Tab washers with long tab and wing Rondelles de sécurité avec deux revers Anillos exteriores de seguridad Retaining rings for shaft Circlips pour arbres Anillos interiores de seguridad Retaining rings for bores Circlips pour alesages Tuercas hexagonales Hexagon nuts Ecrous hexagonaux Tuercas cuadradas Square nuts Ecrous carrés Tornillos para madera de cabeza hexagonal Hexagon head wood screws Vis à bois à tête hexagonale Cáncamo roscado .14 226 Índice/Index Fm. coudées Tornillos de cabeza cilíndrica con hueco hexagonal Hexagon socket head cap screws Vis à tête cylindrique à six pans creux Tornillos de cabeza cilíndrica con hueco hexagonal Hexagon socket head cap screws Vis à tête cylindrique à six pans creux Tornillos sin cabeza con hueco hexagonal y extremo biselado Hexagon socket set screws with flat point Vis sans tête à six pans creux . 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 227 .Metric fine cylindrical thread Bouchons à collerette et à six pans creux .Filetage métrique cylindrique. à pas fin Tapones cilíndricos roscados con hueco hexagonal .Filetage métrique cylindrique.Metric fine tapered external screw thread Bouchons à six pans creux .A bout conique Tornillos sin cabeza con hueco hexagonal y pivote Hexagon socket set screws with dog point Vis sans tête à six pans creux et pivot Tornillos sin cabeza con hueco hexagonal y extremo biselado hueco Hexagon socket set screws with cup point Vis sans tête à six pans creux avec extrémité biseautée 14 Pg. à pas fin Llaves hexagonales acodadas Hexagon socket screw keys Clés males hexagonales.Rosca fina Hexagon socket pipe plugs .A bout plat Tornillos sin cabeza con hueco hexagonal y extremo cónico Hexagon socket set screws with cone point Vis sans tête à six pans creux . conique.Filetage métrique.Índice/Index Fm.Metric fine cylindrical thread Bouchons à tête hexagonales à collerette .Rosca fina Hexagon head screws plugs .Rosca fina Hexagon socket screws plugs . exterieur. DIN ISO Descripción/Description 4 604 - 4 605 - 4 608 - 10 660 1051 10 661 1051 11 906 - 11 908 - 11 910 - 2 911 2936 2 912 4762 2 912 4762 2 913 4026 2 914 4027 2 915 4028 2 916 4029 Tornillo de cabeza avellanada con prisionero Flat countersunk nib bolts Boulon à tête fraisée avec ergot Tornillos de cabeza avellanada y cuello cuadrado alto Flat countersunk square neck bolts Boulon à tête fraisée à collet carré long Tornillos de cabeza avellanada y cuello cuadrado bajo Flat countersunk square neck bolts Boulons à tête fraisée à collet carré court Remaches macizos con cabeza redonda Rounds head rivets Rivets à tête ronde Remaches macizos con cabeza avellanada Countersunk head rivets Rivets à tête fraisée Tapones cónicos roscados con hueco hexagonal . à pas fin Tapones cilíndricos roscados con cabeza hexagonal y collar . Metric fine pitch thread Boulon à tête hexagonale .Length 1 meter Tiges filetées .Metric fine pitch thread Boulon à tête hexagonale .Largo 1 metro Threaded rods . parcialmente roscados Hexagon head bolts Boulons à tête hexagonale. partiellment filetées Tornillos de cabeza hexagonal. totalmente roscados Hexagon head bolt.Rosca métrica fina Hexagon head bolts . fully threaded Boulons à tête hexagonale. DIN ISO Descripción/Description 5 928 - 5 929 - 1 931 4014 1 933 4017 5 934 4032 5 935 - 5 936 - 1 960 8765 1 961 8676 3 963 2009 3 964 2010 3 965 7046 3 966 7047 9 975 - 9 976-A - Tuercas cuadradas para soldar Square weld nuts Ecrous carrés à souder Tuercas hexagonales para soldar Hexagon weld nuts Ecrous hexagonaux à souder Tornillos de cabeza hexagonal.Filetage métrique à pas fin Tornillos de cabeza avellanada ranurada Slotted countersunk head screws Vis à tête fraisée avec rainure Tornillos de cabeza avellanada abombada ranurada Slotted raised countersunk head screws Vis à tête fraisée bombée fendue Tornillos de cabeza avellanada con hueco cruciforme Cross recessed countersunk head screws Vis à tête fraisée à empreinte cruciforme Tornillos de cabeza avellanada abombada con hueco cruciforme Cross recessed raised countersunk head screws Vis à tête fraisée bombée à empreinte cruciforme Varillas roscada .Rosca métrica fina Hexagon head bolts .Filetage métrique à pas fin Tornillos de cabeza hexagonal .14 228 Índice/Index Fm. 70 71 72 75 78 79 80 83 84 85 86 87 88 89 90 . totalement filetées Tuercas hexagonales Hexagon nuts Ecrous hexagonaux Tuercas hexagonales almenadas Hexagon castle nuts Ecrous hexagonaux avec couronne crénelée Tuercas hexagonales bajas Hexagon thin nuts Ecrous hexagonaux bas Tornillos de cabeza hexagonal .Longueur 1 mètre Espárragos totalmente roscados Stud bolts Tiges filetées Pg. high type Ecrous hexagonaux borgnes à calotte. full length parallel grooved with chamfer Goupilles cylindriques striées Pasadores estriados con espiga cilíndrica Grooved pins. half length reverse grooved Goupilles striées embrochables Pasadores cilíndricos con estriado central Grooved pins. half length taper grooved Goupilles d’ajustage striées Pasadores cilíndricos extriados Grooved pins. heavy duty Goupilles élastiques .Tipo alta Prevailing torque type hexagon nuts with nylon insert .Serie epaisse Tuercas hexagonales de sombrerete Hexagon domed cap nuts. 91 92 93 94 95 96 97 98 99 101 102 103 104 105 107 229 . full length parallel grooved with pilot Goupilles cylindriques cannelées avec bout Pasadores cónicos estriados Grooved pins. third legth center grooved Goupilles striées bombées Remaches redondos estriados Round head grooved pins Goupilles cannelées à tête demi-ronde Tuerca de tensor Turnbuckle Tendeur Pasadores elásticos Spring-type straight pins . type haut 14 Pg. DIN ISO 5 980-V 7042 5 982 7040 5 985 7043 6 1440 8738 6 1441 - 10 1470 8739 10 1471 8744 10 1472 8745 10 1473 8740 10 1474 8741 10 1475 8742 10 1476 8746 11 1478 - 10 1481 8752 5 1587 4029 Descripción/Description Tuercas hexagonales de seguridad todo metal Prevailing torque type hexagonals nuts all metal Ecrous hexagonaux de sécurité tout métal Tuercas hexagonales de seguridad con anillo plástico . full length taper grooved Goupilles coniques striées Pasadores ajustados estriados Grooved pins.High type Ecrous hexagonaux de sécurité avec anneau nylon .Slotted.Type haut Tuercas hexagonales de seguridad con anillo plástico Prevailing torque type hexagon nuts with nylon insert Ecrous hexagonaux de sécurité avec anneau nylon Arandelas planas para pernos Plain washers for clevis pins Rondelles plates pour axes d’articulation Arandelas planas para pernos Plain washers for clevis pins Rondelles plates pour axes d’articulation Pasadores cilíndricos extriados con extremo de introducción Grooved pins.Índice/Index Fm. Height 3xd Ecrous hexagonaux de jonction .Hauteur 3xd Arandelas elásticas con dentado exterior Toothed lock washers external teeth Rondelles élastiques à dents exterieures espacées Arandelas elásticas con dentado interior Toothed lock washers internal teeth Rondelles élastiques à dents interieures espacées Arandelas elásticas de abanico con dentado exterior Serrated lock washers external teeth Rondelles élastiques à dents chevauchantes exterieures Arandelas elásticas de abanico con dentado interior Serrated lock washers internal teeth Rondelles élastiques à dents chevauchantes interieures Arandelas elásticas cónicas de abanico con dentado exterior Countersunk serrated lock washers external teeth Rondelles élastiques concaves à dents chevauchantes exterieures Anillos de seguridad para eje Retaining rings for shafts Anneaux de sécurité pour axe Tornillos con cabeza cilíndrica baja con hueco hexagonal y centrador Hexagon socket head cap screws with centre hole and low head Vis à tête cylindrique réduite à six pans creux avec trou de guidage Tornillos de cabeza hexagonal de alta resistencia (HV) High strength structural bolts (HV) Vis à haute resistance (HV) 6914 Longitudes de apriete 6914 Tightening lenghts 6914 Longueur de cerrage Tuercas hexagonales para estructuras metálicas (HV) High-strength structural hexagonal nuts (HV) Ecrous hexagonaux à haute résistance (HV) 108 109 110 112 113 114 115 116 117 118 119 120 122 123 124 .Altura 3xd Hexagon connection nuts .Hardened Goupilles cylindriques .Acier trempé Tuercas hexagonales altura 1.5 d Ecrous hexagonaux 1.14 Índice/Index Fm. DIN 230 ISO 6 2093-A - 6 2093-B - 10 6325 5 6330-B - 5 6334 6 6797-A - 6 6797-J - 6 6798-A - 6 6798-J - 6 6798-V - 11 6799 - 2 6912 - 1 6914 7412 5 6914 - 5 6915 7414 8734 - Descripción/Description Pg.5 d Tuercas hexagonales de conexión . Arandelas de platillo .Tipo A (pesadas) Disc springs Type A (heavy) Rondelles ressort Type A (lourd) Arandelas de platillo .Tipo B (medio) Disc springs Type B (medium) Rondelles ressort Type B (moyen) Pasadores cilíndricos.5 d Hexagon nuts 1. Acero templado Parallel pins (dowel pins) . Ejecución ligera Spring-type straight pins . pozidrive Pozidrive countersunk head screws for chipboard Vis pour agglomerée à tête fraisée. con collarín Hexagon washer head tapping screws Vis hexagonaux à embase cylindrique pour tôle Remaches con cabeza alomada Domed head blind rivets Rivets aveugles à tête plate Remaches con cabeza avellanada Countersunk head blind rivets Rivets aveugles à tête fraisée Pasadores elásticos . light duty Goupilles élastiques .sections Plaquettes obliques (HV) 14% pour profilés en “I” Arandelas cuadradas.Índice/Index Fm.Execution legêre Arandelas gruesas Think washers Rondelles grosses Tornillos de cabeza abombada con hueco hexagonal Hexagon socket button head screws Vis à métaux à tête cylindrique bombée plate à six pans creux Tornillos autotaladrantes de cabeza hexagonal con collarín Self-drilling hexagon head screws with collar Vis autoperceuses à tête hexagonale à embase cylindrique Tornillos autotaladrantes de cabeza cilíndrica abombada con hueco cruciforme Self-drilling cross recessed pan head screws Vis autoperceuses à tête cylindrique à empreinte cruciforme Tornillos autotaladrantes de cabeza avellanada con hueco cruciforme Self-drilling cross recessed countersunk head screws Vis autoperceuses à tête fraisée à empreinte cruciforme Tornillos rosca aglomerado.sections Plaquettes obliques (HV) 8% pour profilés en “U” Tornillos de cabeza hexagonal con collar biselado Hexagon flange bolts Vis à tête hexagonale à embase cylindrique Tuercas con base Hexagon flange nuts Ecrous hexagonaux à embase cylindrique-tronconique Tornillos hexagonales para chapa.Slotted. 6 6916 7416 125 6 6917 - 6 6918 - 1 6921 8100 5 6923 4161 7 6928-C 7053 10 7337-A - 10 7337-B - 10 7346 - 6 7349 - 2 7380 - 7 7504-K - 7 7504-MH 7 7504-OH 7 7505-A - Arandelas planas para estructuras metálicas (HV) High-strength structural washers (HV) Rondelles à haute résistance (HV) Arandelas cuadradas. cabeza avellanada. pozidrive 14 126 127 128 129 130 131 132 133 136 137 138 139 140 141 231 . 14% en cuña para perfiles “I” Square taper washers 14% for “I” . 8% en cuña para perfiles “U” Square taper washers 8% for “U” . DIN ISO Descripción/Description Pg. Tornillos rosca aglomerado. redondeada ranurada Slotted pan head tapping screws Vis à tôle à tête cylindrique large. fendue Arandelas helicoidales de presión Spring lock washers Rondelles élastiques Tornillos autoroscantes de cabeza cilíndrica abombada con hueco cruciforme Cross recesseed pan head tapping screws Vis à tôle à tête cylindrique bombée large à empreinte cruciforme Tornillos autoroscantes de cabeza avellanada con hueco cruciforme Cross recesseed flat countersunk head tapping screws Vis à tête fraisée à empreinte cruciforme Tornillos autoroscantes de cabeza avellanada abombada. cabeza cilíndrica abombada. fendue Tornillos autoroscantes de cabeza avellanada ranurada Slotted countersunk head tapping screws Vis à tôle à tête fraisée fendue Tornillos autoroscantes de cabeza avellanada abombada y ranurada Slotted raised countersunk head tapping screws Vis à tôle à tête fraisée bombée. mortaja phillips Cross recesseed raised countersunk head tapping screws Vis à tôle à tête fraisée bombée à empreinte cruciforme Tornillos de cabeza cilindrica baja con hueco hexagonal Hexagon socket head cap screws with low head Vis à tête cylindrique réduite à six pans creux Tornillos de cabeza cilíndrica abombada con hueco cruciforme Cross recessed raised cheese head screws Vis à tête cylindrique bombée à empreinte cruciforme Arandelas para construcciones metálicas Washers for steel structures Rondelles pour constructions métalliques Tornillos hexagonales con tuercas hexagonales para estructuras de acero Hexagon head bolts with hexagon nut Vis à tête hexagonale avec écrou hexagonal Tornillos de cabeza avellanada con hueco hexagonal Hexagon socket countersunk head screws Vis à tête fraisée à six pans creux Arandelas planas d2≈3xd1 Plain washers d2≈3xd1 Rondelles plates d2≈3xd1 142 143 144 145 146 147 148 149 150 151 152 153 154 155 156 .14 Índice/Index Fm. bombée. DIN 232 ISO 7 7505-B - 5 7967 7 7971-C 1482 7 7972-C 1482 7 7973-C 1483 6 7980 7 7981-C 7049 7 7982-C 7050 7 7983-C 7051 2 7984 - 3 7985 - 6 7989 - 1 7990 - 2 7991 - 6 9021 7023 - - Descripción/Description Pg. pozidrive Pozidrive raised cheese head screws for chipboard Vis pour agglomére à tête cylindrique. pozidrive Tuercas hexagonales de seguridad Self-locking counter nuts Ecrou hexagonal de sécurité Tornillos autoroscantes de cabeza cilíndrica. 9 A193 157 5 A194 5 F959M Espárragos totalmente roscados ASTM A193 Studbolts ASTM A193 Goujons filetés ASTM a193 Tuercas hexagonales ASTM A194. ASTM Descripción/Description Pg.Índice/Index Fm. calidad 2H Hex nuts ASTM A194 grade 2H Ecrous hexagonaux ASTM A194 qualité 2H Indicadores directos de tensión(1) Direct tension indicator(1) Indicateur direct de tension(1) 14 158 159 233 . 1 14399-3 160 5 14399-3 1 14399-4 1 14399-4 5 14399-4 6 14399-6 Tornillos de cabeza hexagonal de alta resistencia (HR) High strength structural bolts (HR) Vis à haute resistance (HR) Tuercas hexagonales para estructuras metálicas (HR) High-strength structural hexagonal nuts (HR) Ecrous hexagonaux à haute résistance (HR) Tornillos de cabeza hexagonal de alta resistencia (HV) High strength structural bolts (HV) Vis à haute resistance (HV) EN 14399-4 Tornillo .Longitudes de apriete EN 14399-4 Bolt .longueur de cerrage Tuercas hexagonales para estructuras metálicas (HV) High-strength structural hexagonal nuts (HV) Ecrous hexagonaux pour structures métalliques (HV) Arandelas planas para estructuras metálicas (HV-HR) High-strength structural washers (HV-HR) Rondelles à haute résistance (HV-HR) 161 162 163 164 165 . EN Descripción/Description Pg.14 234 Índice/Index Fm.tightening lenghts EN 14399-4 Vis . Índice/Index Fm. NF Descripción/Description Pg.Type M Rondelles de contact .Tipo Z Contact-lock washers .Type M Arandelas de contacto .Type Z Rondelles de contact .Type Z 14 167 168 235 .Type L Arandelas de contacto .Tipo L Contact-lock washers .Type L Rondelles de contact .Tipo M Contact-lock washers . 6 E25-511/L 166 6 E25-511/M 6 E25-511/Z Arandelas de contacto . Piton Anclajes para grandes cargas .Espárrago Sleeve anchors . Descripción/Description Pg.Piton ouvert Tacos de anclaje .Stud type Fixations lourdes .Argolla Sleeve anchors .Zamak 169 11 5 5 5 11 6 8 8 8 8 8 8 8 8 236 170 171 172 173 174 175 176 180 182 183 184 185 186 187 . 7 Tornillos autorroscantes de cabeza abombada baja.Tornillo Sleeve anchors .Bolt Type .Type Boulon Anclajes para grandes cargas .Boulon Tacos de anclaje .Type Goujon Anclajes de expansión . con arandela prensada Cross recessed mushroom head tapping screws with flange Vis à tôle à tête ronde avec rondelle pressée à empreinte cruciforme Tornillos doble rosca Dowel screws Vis combi/goujons Tuercas clavables Drive-in nuts for wood Ecrous à enfoncer pour bois Tuercas remachables con cabeza avellanada Blind rivet nuts with countersunk head Ecrous noyés avec tête fraisée Tuercas remachables con cabeza cilíndrica Blind rivet nuts with cylindrical head Ecrous noyés avec tête plate Manguitos de unión Round connection nuts Ecrous cylindriques de jonction Arandelas de estanqueidad Sealing rings Rondelles d’etancheite Anclajes de anillo expansor Wedge anchors Ancres goujons avec anneau d’expansion Tacos de anclaje .Tipo Espárrago Highload anchors .Tipo Tornillo .Type Boulon .Zamak Expanding shells .Bolt type Fixations lourdes .14 Índice/Index Fm.eye Bolt Chevilles d’expansion .Bolt Chevilles d’expansion .Gancho Sleeve anchors .Rod Chevilles d’expansion .open eye bolt Chevilles d’expansion .Goujons Tacos de anclaje .Tipo Tornillo Highload anchors .Zamak Douilles à expansion . Type Boulon .Rod Type .Forma “L” L-Bolts Etriers en “L” 188 8 8 8 8 8 8 9 9 9 9 9 14 189 190 191 192 193 194 195 196 197 198 199 237 .Nylon .Tipo Espárrago .Nylon .Zamak Expanding shells whith open eye bolt .Zamak Expanding shells .Couleur grise Varillas roscadas .Zamak Douilles à expansion .Grey colour Chevilles .Un côté Varillas roscadas .Zamak Anclajes de rosca hembra Drop-in anchors Chevilles à frappe Cápsulas químicas Resin capsules Ampoules de resine Tacos .Zamak Anclajes de expansión con argolla .One side Tiges filetées .Zamak Anclajes de expansión tipo camisa .Rosca un extremo Threaded rods .Rosca dos extremos Threaded rods .Deux côtés Abarcones U-Bolts Etriers en U Pernos de anclaje .Type Boulon . 8 Anclajes de expansión .Type Boulon .Forma “J” J-Bolts Etriers en “J” Pernos de anclaje .Zamak Douilles à expansion .Type Boulon .Zamak Douilles à expansion . Descripción/Description Pg.Zamak Anclajes de expansión con gancho .Zamak Douilles à expansion .Zamak Expanding shells whith eye bolt .Nylon .Both sides Tiges filetées .Color gris Wall plugs .Índice/Index Fm.Zamak Expanding shells . 16 238 Certificaciones/Certifications . 239 . selon la norme NF P98-412:1997. Concesión de la marca N de AENOR según UNE 135122:2003 “BARRERAS METÁLICAS DE SEGURIDAD. según NF P98-412: 1997 “BARRERAS DE SEGURIDAD DE ACERO” BARRERAS TIPO BN4 Y GLM. Obtention de la certification NF (AFNOR) nº de registre BN4-12 et GLM-45 concernant tous les élements de fixations des barrières et glissières d’autoroutes. ELEMENTOS ACCESORIOS DE LAS BARRERAS METÁLICAS”: - Tornillos M 16x30 cuello oval galvanizado en caliente Tornillos M 16x40 cuello oval galvanizado en caliente Tornillos M 16x35 hexagonal galvanizado en caliente Tuercas M 16 hexagonal galvanizada en caliente Arandelas planas Ø 16 galvanizadas en caliente cert nº: cert nº: cert nº: cert nº: cert nº: 052/000169 052/000169 052/000169 052/000170 052/000168 Concesión de la marca NF de AFNOR registro nº: BN4-12/GLM-45 para todos los elementos integrantes en la barrera metálica.Certificaciones/Certifications 16 16 HOMOLOGACIONES DE PRODUCTOS: HOMOLOGATION DES PRODUITS: Disponemos de: Concesión del marcado CE registro: 0370-CPD-0545. según EN 14399-1: para “PERNOS DE ESTRUCTURA DE ALTA RESISTENCIA PARA PRECARGA SISTEMA HV” PRODUCTO EN NEGRO Y GALVANIZADO EN CALIENTE. 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