product catalogIndustrial | 2012 pro™ winner Grade 120 ™ winner Grade 100 and more … Group pewag History Business areas Advantage through tradition Working with pewag products The history of pewag group goes back to the 15th century and therefore makes us the oldest chain manufacturer worldwide. With our experience we are ready for the future. The pewag group has a substantial and diverse spectrum of products and services. Timetable of important events 1479 First documented references of a forging plant in Brückl 1787 Foundation of a chain forgery in Kapfenberg 1803 Foundation of a chain forgery in Graz 1836 Establishment of an iron casting plant in Brückl 1912 Production of the First Snow Chain worldwide 1923 Merger of plants in Graz and Kapfenberg – Creation of the name “pewag” 1972 Foundation of a sales company in Germany 1975 Foundation of a sales company in the USA 1993 Foundation of pewag austria GmbH 1994 Foundation of the first subsidiary in Czech Repbulic 1999 Acquisition of the Weissenfels Group 2003 Separation from the Weissenfels Group 2005 Reorganization into 2 groups: Schneeketten Beteiligungs AG Group – Snow Chains pewag austria GmbH Group – Technical Chains 2009 Acquisition of Chaineries Limousines S.A.S. Our range of products varies from traction chains for tires (snow chains for passenger cars, trucks and special-purpose vehicles, tire protection chains for mining vehicles) over different industrial chains to products for the do-it-yourself sector (light chains, belts, etc.) We enhance the ecological awareness of our employees by regular trainings. Segment A Snow and forestry chains Segment B Hoist and conveyor chains Segment F Lifting and binding chains and accessories Segment G Tire protection chains Lithography forging plant Brückl 1855 Anchor chain forgery 1878 Chain forgers 1956 Contact Pewag Inc. USA Corporate Offices 600 W. Crossroads Parkway Bolingbrook, IL 60440 Phone 800-526-3924 Fax 630-759-0788 Pewag Inc. 3825 Cincinnati Ave., Suite D Rocklin, CA 95765 Phone 800-445-2895 Fax 916-408-0575
[email protected] · www.pewagchain.com 2 DISCLAIMER FOR PRINTED LITERATURE : The information contained in this catalog is to be used only as a guide to assist with product selection. Pewag Inc. makes no representation or warranty as to the completeness or accuracy of the information contained herein. The products and specifications set forth in this catalog are subject to change without notice and Pewag Inc. disclaims any and all liability for such changes. The information contained herein is provided without warranties of any kind, either express or implied, and Pewag Inc. disclaims any and all liability for typographical, printing, or production errors or changes affecting the products and/or the specifications contained herein. It is the responsibility of the customer to thoroughly analyze all aspects of the customers’ proposed application for the products. Due to the diversity of possible applications of Pewag Inc. products, the customer is solely responsible for making the final selection of the product(s) to be used and to assure that all performance, safety and warning requirements of the application are satisfied. Index pewag Grade 120 Features and benefits in Grade 120 quality NI | Lifting Chain Pewag Winner Pro Pewag Winner Pro Identification M | Enlarged Master Link VM | Enlarged Master Link Assembly C | Connex Connecting Link HS | Eye Sling Hook LH | Safety Hook 10 11 11 12 12 13 13 13 P | Grab Hook PS | Grab Hook With Safety Pin RLB | Loadbinder CBH | Connex Bolt And Bushing Set SFG | Forged Safety Latch Set VLH | Trigger Set PSG | Safety Pin Set User Manual G120 14 14 14 15 15 15 15 16 20 21 22 24 24 25 25 26 26 27 27 27 28 28 29 29 HS | Eye Sling Hook KP | Clevis Grab Hook P | Eye Grab Hook PS | Eye Grab Hook With Safety Catch KLH | Clevis Safety Hook LH | Eye Safety Hook WLH | Swivel Safety Hook KF | Clevis Foundry Hook F | Eye Foundry Hook BW | Sheet Metal Plate Hook CAR | Round Sling Connecting Link KO | Clevis Reeving Link RLB | Loadbinder KCH | Clevis C-Hook KSCH | Clevis Shackle Spare Parts G100 30 30 31 31 32 32 32 33 33 33 34 34 34 35 35 36 40 40 40 41 41 41 42 42 AN | Sliding Chocker Hook BH | Bucket Hook BHC | Bucket Hook DS/ES | Shank Hook SP | Shackles DS/ES | Latch Kits For Sling Hooks Spare Parts for G80 42 43 43 43 44 44 45 Grade 100 Features and benefits in Grade 100 quality Demanding Conditions Standard sling types NI | Round Steel Chain A | Master Link M | Enlarged Master Link V | Master Link Assembly VM | Enlarged Master Link Assembly BW | Secondary Links On Master VXK1 | Clevis Master Set VXK2 | Clevis Master Set VXK4 | Clevis Master Set C | Connex Connecting Link CL | Connex Connecting Link, Non-Removable XK | Clevis Shortening Hook KHS | Clevis Sling Hook Grade 80 NI | Alloy Chain AR | Clevis Sling Hook AR | Clevis Grab Hook AR | Clevis Grab Hook with Safety Pin R | Connecting Links DS/ES | Eye Sling Hook DS/ES | Swivel Hook · Carbon and Alloy AS | Swivel Locking Hook Grade 50 Capacities NIK | Lifting Chain CK | Connecting Link HSK | Eye Sling Hook VK | Master Link Assembly AK | Master Link BW | Secondary Link Dimensions VLK | Adjustable Latch Kit for HSK Stainless Steel Eye Sling Hook Lifting Points 48 48 48 49 49 49 50 50 50 Other Chains Stainless Steel Chain Alloy Steel Hoist Chains All Square Casehardened Security Chain 62 62 63 PLAW | ALPHA Profilift PLBW | BETA Profilift PLDW | DELTA Profilift PLGW | GAMMA Profilift PLE | ETA Profilift 52 54 56 58 59 Information Maximum Work Load of Various Chain Sling Applications 4 Chain | Dimensions, Weights 5 Chain | Load Rating 5 Maintenance, Inspection, Measuring, Maximum Tolerance 6 Identification And Testing 7 Contact Information Back Page 3 45 Temperature Resistance Retains 100% of work load limit at -40 to 400°F.400 34.000 39.700 *NIK 16 5/8˝ 11.700 13.500 51.900 46.500 NI100 3/8˝ 8.000 NI260 NI320 1˝ 59.600 3.700 7. To be used for various slinging methods and conditions without shock loads.900 72.000 NI16 5/8˝ 18.700 155.100 2.400 59.700 74.000 7.200 48.400 8.800 9.500 11.100 18. Grade 80 Alloy Chain Diameter Angle: Load Factor: NI5.000 18.200 5.900 35.300 NI26 1˝ 47.200 NI130 1/2˝ 15.200 13.700 47.600 18. Not for temperatures over 400°F.400 5.000 42.200 NI7 9/32˝ 3.7 45 degrees 1.400 6.100 47.200 5/16˝ 6.800 90.700 82.400 6. and 75% at 570 to 750°F.900 33.7 R = more than chain dia.100 32.900 NI200 3/4˝ 35.700 74.400 84.400 42.900 101.300 10.400 4.400 5.000 31.500 6.000 NI70 9/32˝ 4.300 11. Not for temperatures over 1290°F.400 27.600 64.000 21.400 7.800 135.000 5.300 187.100 2.000 28.4 30 degrees 1 60 degrees 2.600 3.800 15.200 59.ns Sp ecificatio pewag Maximum Work Load [lbs] of Various Chain Sling Applications Design Factor 4:1 Grade 120 Alloy Winner Pro 90 degrees 1 60 degrees 1.900 2.100 12.400 47.100 10.800 12. 0.300 25.600 NI1020 3/8˝ NI1320 1/2˝ Chain Diameter NI720 NI820 Angle: Load Factor: 45 degrees 1.600 90 degrees 1 60 degrees 1.500 15.45 Temperature Resistance Retains 100% of work load limit at -40 to 400°F.400 15.200 12.000 20.100 8.1 30 degrees 1.500 NI32 1-1/4˝ 72.600 89.5 Sharp corners .700 3.000 7.7 45 degrees 1.500 *Sling work load limits are reduced 10% when the HSK16 eye sling hook is used.100 1.500 90 degrees 1 60 degrees 1.600 NIK13 1/2˝ 7.500 60.000 60.200 4.900 31.000 12.100 NI20 3/4˝ 28.5 7/32˝ 2.800 153.400 11.4 Temperature Resistance Retains 100% of work load limit at -50 to 750°F.700 110.500 11.100 10.100 126.200 25.4 1.300 17.000 40.700 103.600 27.6 45 degrees 2.000 38.700 4.900 18.600 67.300 11.300 49.7 Asymmetrical distribution of load 1 R = more than 2 x chain dia 0.500 9.000 26.700 9.200 88.100 5.100 4.100 5.6 45 degrees 2.100 31.600 1.700 NIK7 9/32˝ 2.900 10.500 6.600 39.500 4.300 61.50 7/32˝ 2.500 14.7 9/32˝ 5. 1.500 7.000 25. Grade 50 Stainless Steel Chain Diameter Angle: Load Factor: NIK5 3/16˝ 1.600 11.45 9.400 NI80 5/16˝ 5.550 1-1/4˝ 90.900 1.4 30 degrees 1 60 degrees 2. 75% at 750 to 1100°F and 50% at 1100-1290°F.100 12.600 58.8 1.900 17.500 18.200 102.600 NI13 1/2˝ 12.900 90 degrees 1 60 degrees 1.800 22.300 NIK10 3/8˝ 4.800 NI10 3/8˝ 7.1 30 degrees 1.400 108.900 90.000 7.700 14.400 156.600 17.4 30 degrees 1 60 degrees 2.100 16.6 Reduction factor: 0.800 22.4 30 degrees 1 60 degrees 2.200 71.100 4.300 73.900 8.200 72.300 7.400 15.500 6.100 23.200 3.700 9.800 2.900 191.200 9.600 127.500 22.300 6.500 NI160 5/8˝ 22. 90% at 400 to 570°F.000 7.100 3.300 1.300 125.900 3.400 3.400 NI22 7/8˝ 34.1 30 degrees 1.100 18. Grade 100 Alloy Winner Chain Diameter Angle: Load Factor: NI5.400 234.000 31.100 6.500 9.6 45 degrees 2.700 4.6 45 degrees 2.000 10. Not for temperatures over 400°F.800 6.000 22.200 15.800 3.900 53.100 49.500 38. Reduction Factors Load factor: 4 0.000 23.600 18.000 NI220 7/8˝ 42.700 15.100 7.7 45 degrees 1.000 26.000 9. Not for temperatures over 750°F.700 123.45 Temperature Resistance Retains 100% of work load limit at -40 to 400°F.200 NI8 5/16˝ 4.300 91.100 14.900 10.700 4.1 30 degrees 1.800 17.000 2. 200 8.214 1-1/4˝ NI320 NI32 - 1.600 1 1/4˝ 72.600 13.200 Grade 100 Alloy Manufac.787 0.600 1/2˝ 15.900 35.000 48.091 Diameter Grade 100 Alloy Grade 80 Alloy Grade 50 Nominal Dia.440 1.Breaking turing load [lb] test load [lb] 3/16˝ 1.843 2.200 3/4˝ 28.200 28.100 36.846 2.000 1/2˝ 12.300 56. Chain | Load Rating Grade 120 Alloy Diameter Working load [lb] Design factor 4:1 9/32˝ 5.400 8.780 7/8˝ NI220 NI22 - 0.800 17.800 0.600 17.142 6.866 2.295 0.200 5/8˝ 22.200 26.800 7/8˝ 34.Breaking Diameter Working turing load [lb] load [lb] test load [lb] Design factor 4:1 10.400 1.000 22.400 180.704 10.433 1.600 45.000 1/2˝ 7.400 10.Breaking turing load [lb] test load Diameter Working load [lb] [lb] Design factor 4:1 7/32˝ 2.000 3/4˝ 35. for Grade 80 the inner width minimum is smaller.200 72.040 N I 1 0 2 0 (3/8˝) .400 5/8˝ 11.200 68.100 14.800 1˝ 59.548 5/8˝ NI160 NI16 NIK16 0.375 0.830 3/4˝ NI200 NI20 - 0.874 N I 8 2 0 (5/16˝) 0.800 1˝ 1 1/4˝ 90.276 0.50 NI5.700 11.400 5/16˝ 5.000 30.400 3/8˝ 4.400 Grade 80 Alloy Manufac.181 0. WLL lb Design Factor 4:1 Breaking Load Weight [lb/ft] [lb] N I 7 2 0 (9/32˝) 0.300 0.689 1.787 2.680 0.984 0.531 1.800 9/32˝ 4.457 10.866 0.500 9.315 (8mm) 0.400 5/8˝ 18.949 17.512 (13mm) 1.400 136.400 190.200 4.300 70.700 85.161 3.Chain | Dimensions.100 2.800 5/16˝ 4.535 0.400 238.700 95.732 1.600 21.Breaking Diameter Working turing load [lb] load [lb] test load bracket Design [lb] factor 4:1 Grade 50 Stainless Steel Manufac.657 4.600 141.400 1.200 4.393 1.100 4.376 7/32” NI5.747 NI1320 (1/2˝) .890 0. Weight [lb/ft] 3/16˝ - - NiK5 0.470 9/32˝ NI70 NI7 NIK7 0.800 47.630 0.776 5.217 0.826 0.400 9/32˝ 2.200 5 .200 3/8˝ 7.559 1.400 170.394 (10mm) 1.945 0.000 60. Weights Grade 120 Alloy Code Pitch t Nominal Thickness d Width Outside b2 max Width Inside b1 min. also W2 max is bigger.455 * Dimensions are for Grade 100.000 Manufac.394 1.134 0.268 3.800 17.600 289.598 1.100 14.780 1.738 5/16˝ NI80 NI8 - 0.700 5.200 42.800 361.300 144.118 7.071 1.024 5.400 8.260 3.512 1. Pitch Stainless Steel D P Inside W1 min Outside W2 max.300 8.000 44.646 15.700 119.800 5/16˝ 6.992 0.200 9/32˝ 3.430 1.614 0.800 71.000 24.600 113.500 7.600 26.200 7/8˝ 42.600 1/2˝ 17.000 18.319 0.400 3/8˝ 8.324 * 1˝ NI260 NI26 - 1.630 1.475 1/2˝ NI130 NI13 NIK13 0.600 42.197 0.000 14.315 0.378 3.900 71.024 3.600 35.939 3/8˝ NI100 NI10 NIK10 0.800 7/32˝ 2.400 22.276 (7mm) 0.417 1.008 2.5 - 0.400 20.200 20.600 3.200 28.200 90.728 0.000 3/8˝ 10. discoloration from excessive heat and throat opening of hooks. breaks. EN 818-6 and other 6 relevant standards. weld splatter. Maintenance Keep a record on all chain slings. they should be inspected regularly in accordance with national regulations (ASME B30. KHS. Tolerance Chain and Master rings d t -10% +5% HS. KP. cracks. Depending on the use of the slings. KF. The elongation of the chain should not exceed 5% at any point. F PS. Inspection Procedure Each link and each attachment shall be examined individually. Designation Dimension Max. bends. LH. taking care to expose inner link surfaces of the chain and attachments.nce/Identification a n e t i n a m pewag Continuous Maintenance Maximum Tolerance Chain and fittings must be withdrawn from service if any damage or deformation is noticed. P. Pitch (p) stretched due to elongation (overloading) Hook bent open Pitch (p) increased due to wear To be removed whenever a deformation is noticed Measuring The medium link thickness must not be reduced by more than 10% of the nominal diameter on any part of the chain. CL. XK. only competent persons are allowed to do. CAR e c (same as d2) +5% -10% BW e angle +5% > 90 – +5% -10% +10% To be removed whenever dm = d1 + d2 <= 0. Lifting… …is dangerous work Inspection and testing should be carried out in accordance with national regulations. HSK. gouges. ISO 3056. CK. KO e d2 and h g C. (For all chain and components). Please keep in mind all the hazards and risks covered in ASTM-A906.9). KLH. nicks. stretch. *Red denotes original dimension .9 d 2 Visual Inspection Check for wear. “8” to indicate Grade 80 Alloy and “50” to indicate grade 50 Stainless. All Alloy chains are 100% tested to 2 times the working load values and are furnished with a test certificate to this effect.Identification And Testing Pewag lifting chain and fitings are marked with a batch identification number and the manfaturer’s identifcation marking: the number “120” or “12” to indicate Grade 120 Alloy. “100”. Every chain sling manufactured by Pewag is supplied with a steel tag and test certificate as shown. “10” or “V” to indicate Grade 100 Alloy. Caution… …do not exceed rated capacities 7 . Grade 120 Winner Pro Chain and Accessories 9 . 600 95. 10 . Reducing the weight of the chain sling makes the assembly easier to use for the end-user.600 16 mm 13 mm Grade 80 Grade 100 Grade 120 13 One dimension smaller compared to Grade 80 and Grade 100 chain slings for many load ranges – thus providing excellent value.52 20.600 62. Easy visual identification due to profiled chain and Grade 120 marking on every link. Optimized bending resistance: The section modulus which is important for preventing undesirable bending deformation is up to 16% higher with the profile chain compared to round steel chain with the same cross section.300 36. Weight Grade 80 Grade 100 7.37 LBS 9. Load capacity Previous chain sling weight pewag winner pro % chain weight Reduction [lbs] [lbs] [lbs] 7. the material use was optimized on effective areas (blue area) and reduced on less relevant areas (red area).64 LBS Worldwide distribution network – easy delivery of spare parts . 8 Patent-registered material with optimized strength and toughness properties at both high and low temperatures. Complete traceability – chains and components are stamped with an identification mark so that the whole production process can be tracked.76 42. 308 kg 263 kg Grade 80 Nicroman Grade 100 pewag winner Grade 120 pewag winner pro G80 G100 Grade 120 Innovative chain system that due to its ruggedness can be used for many applications not just for lifting. kg load capacity/ kg sling assembly 369 kg Obvious weight reduction and consequently easier handling. the major characteristics of the chain (i. Therefore the max. stress in the chain is reduced (no red areas).96 44% 29% 15. 50% higher load capacity compared To Grade 80.52 25.62 LBS Quality approved European production by an ISO 9001 certified company.21 33% 24.e. Additionally. Intelligent profile – because of the intelligent use of material.A ccessories Chain and Grade 120 Features and benefits The higher Working Load Limits (WLL) of the pewag winner Grade 120 program (50% more compared to Grade 80 programs) allows significant weight reduction.35 LBS 15. the profile of the chain improves the bending resistance of the chain. when you compare the same cross section of the profile chain versus the round steel chain. 24. Corrosion protection by means of light blue powder coating of chains and components. 10 Load capacity to be lifted Longer lasting due to higher wear resistance and less abrasion. In order to reach the best mechanical performance.300 10 mm 8 mm 15.02 22% Weight based performance – pewag winner pro represents the “Formula 1” of technical chains.94 75.61 9. Experience – pewag is the first supplier of an innovative Grade 120 chain system.300 36.premium service. Load capacity Previous chain-ø [lbs] pewag winner pro chain-ø 9. 20% higher load capacity compared to G100.600 13 mm 10 mm 24. fatigue resistance and bending resistance) were improved in a remarkable way. This is significant when loading the chain over a corner. Outside b2 max. 11 .02 5.091 [inch] Inside b1 min.550 1.97 17.747 NI1320 1/2˝ 200 1.800 0.14 6.400 1.43 1. dn b1 min.040 NI1020 3/8˝ 400 1. t t Pewag Winner Pro Identification Sling working load tags with warning information made of stainless steel material which guarantee a longer lasting than standard working load tags and therefore increases the safety of the sling chain. WLL [lb] [inch] Break.75 1.30 0.874 NI820 5/16˝ 500 0.46 10.NI | Lifting Chain Pewag Winner Pro Specially rugged profile chain in Grade 120.600 42.900 71.600 26. force Weight [lb/ft] [lb] [inch] b2 max.39 1.87 0. Code Material thickness dn Standard delivery length Pitch t [inch] [feet] NI720 9/32˝ 800 0.600 3.200 20.98 0.61 0.55 1. 33 0.48 4.76 0.67 5.000 10.33 0. III-leg and IV-leg chain slings with connecting links.55 4.51 3.56 24.400 0.100 16.74 0.72 2.48 4.30 3.100 0.79 5.75 6.34 7.35 1.52 e = t+t1 t t1 d1 e [lb] - w s WLL 9/32˝ VM1320 d For III.51 1.A ccessories Chain and Grade 120 M | Enlarged Master Link Code t s For single leg sling WLL d t w s Weight [lb] [inch] [inch] [inch] [inch] [lb/pc.98 3.800 8.] M1320 9/32˝ 6.67 2.43 0.30 9.43 VM131020 1/2˝ 3/8˝ 33.51 2.39 0.42 VM10720 3/8˝ 9/32˝ 22.12 0.15 0. Code For double leg sling VM720 w1 12 d t w d1 t1 w1 Weight [inch] [inch] [inch] [inch] [inch] [inch] [inch] [lb/pc.55 2.76 1.79 3. Appropriation to chain dimension according to table.30 3.84 w d VM | Enlarged Master Link Assembly Enlarged master link assembly for assembling II-leg.74 0.24 1.06 7.67 M 2620 1/2˝ 30.200 12.800 0.or IV-leg sling .06 5.000 1.91 1.40 1.06 5.57 13.50 10.51 2.97 M 1620 5/16˝ 8.75 6.34 1.83 5.] 12.06 7.48 M 1820 3/8˝ 12.23 - 1/2˝ 61.13 0. 69 1.74 0. Code c g e s Size WLL e c s d b g [inch] [lb] [inch] [inch] [inch] [inch] [inch] [inch] Weight [lb/pc.64 C1020 3/8˝ 10.50 0.16 1.85 0.600 4.28 d2 LH720/820 d1 g1 e ax sm a h b 13 .900 8.67 3.71 1.41 1.51 2.35 1. All hooks with forged and galvanised safety latch.07 1.43 H S1320 1/2˝ 17.28 0.22 4.54 5.30 1.55 1.51 0.83 0.200 2.13 0.02 3.10 H S1020 3/8˝ 10. Closes and locks automatically under load.54 d b HS | Eye Sling Hook For general lifting applications.17 1.20 4.75 0.600 6.43 0.98 0. master link assemblies and components.79 0.48 0.06 0.31 1.46 1.61 1.98 0.96 0.600 2.60 0.87 0.02 1.900 6.85 d2 H S720/820 d1 g1 e a h b LH | Safety Hook Safety hook with larger opening than the eye sling hook.600 5.83 0.87 2.59 0.] 9/32˝/ 5/16˝ 6.25 2.02 1.22 0.04 1.67 1. Weight [inch] [lb] [inch] [inch] [inch] [inch] [inch] [inch] [inch] [inch] [lb/pc.94 0.98 0.55 0.63 0.08 3.10 4. Code Size WLL e h a d1 d2 g1 b Weight [inch] [lb] [inch] [inch] [inch] [inch] [inch] [inch] [inch] [lb/pc.30 1.08 7.77 0.46 1.C | Connex Connecting Link Connex connecting link for easy assembly of chains.22 1.34 5. Ensures high level of safety.73 C1320 1/2˝ 17.44 0.76 0.] 9/32˝/ 5/16˝ 6.53 L H 1320 1/2˝ 17.600 4.] C720 9/32˝ 5.39 2.22 1.34 0.63 1.43 1.75 1.98 L H 1020 3/8˝ 10.34 0.900 3. master links.69 0. Code Size WLL e h a b d1 d2 g1 s max.94 3.57 0.26 C820 5/16˝ 6.67 0.600 2. 87 0.] 9/32˝/ 5/16˝ 6.33 4.22 0.68 34.19 0.27 P S1320 1/2˝ 17.87 0. Load binder with optimized lever length.02 0.02 0.42 14.06 P 1020 3/8˝ 10.48 0.68 2.02 0. Special design of the chain contact area for optimal interaction between chain and hook.71 0.06 1.600 2.08 1 3 G 1 2 0 R LB 1/2˝ 22.87 21.83 Image as shown is for dimensional purposes only.43 0.71 1 0 G 1 2 0 R LB 3/8˝ 14.13 1. Code Size WLL e b d1 d2 g1 Weight [Inch] [Inch] [Inch] [Inch] [Inch] [Inch] [Inch] [lb/pc.55 0. .38 11.] 9.900 4.67 4.A ccessories Chain and Grade 120 P | Grab Hook Special design of the chain contact area for optimal interaction between chain and hook.63 7.900 4.27 P 1320 1/2˝ 17.39 1.98 19.67 4.63 Length closed L Length open L Tension range length of lever [Inch] [Inch] [Inch] [Inch] 9/32˝ 13.33 0.63 d2 g1 d1 P 720/820 e b PS | Grab Hook With Safety Pin Hook for shortening which prevents the accidential release of the chain.600 2.06 P S1020 3/8˝ 10.71 13.06 1.600 3.71 0.46 3.71 0.51 2.51 2.98 1. Code Size WLL e b d1 d2 g1 Weight [Inch] [lb] [Inch] [Inch] [Inch] [Inch] [Inch] [lb/pc.09 d2 g1 d1 e P S720/820 b RLB | Loadbinder For pewag winner pro connex system.79 0.] 9/32˝/ 5/16˝ 6.33 4.71 8.37 20.46 3.71 0.48 0.06 5.600 3.39 1.43 0. Load binders sold assembled (connector and grab hook included). Code Size [Inch] 7G 120R L B l d D L 14 D d Weight [Inch] [Inch] [lb/pc.69 5.55 0.68 2.19 0. Code for hook type P SG 720 P S720 P SG 1020 P S1020 P SG 1320 P S1320 15 . Code for hook type SFG 7/8 H S7 20/8 20 SFG 10 H S1 020 SFG 13 H S1 320 Code for hook type VLH | Trigger Set Trigger set for LHWP safety hooks. VL H 720 LH 720/820 VL H 1020 LH 1020 VL H 1320 LH 1320 PSG | Safety Pin Set Spare parts for PSG grab hooks with safety pin.CBH | Connex Bolt And Bushing Set Spare parts for CWP connex. Code for connex type CB H 7 C720 CB H 8 C820 CB H 10 C1020 CB H 13 C1320 SFG | Forged Safety Latch Set Safety latch set for HSWP. ). therefore. the extent of the risk is to be assessed by an expert and the safe working load be adjusted accordingly. If necessary. please contact our technical department who will be pleased to provide assistance. it should be ensured that: VË 0jËW?ËÄ~ËWÁÁjĬaÄËjÞ?WÍßËÍËÍjËÁajÁÇ VË 0jËĬjWÍËWjÁÍwW?ÍjËÁËWjÁÍwW?ÍjËwËWwÁÍßË?ÄËMjjË Ë ÄÖ¬¬jaÇ VË ?Á~Ë ?aË ?aË W?¬?WÍßË ÄÍ?ÍjaË Ë ÍjË W?Ë Ä~Ë WÁÁjÄpond to the information given on the inspection certificate or WjÁÍwW?ÍjËwËWwÁÍßÇ VË Ë¬?ÁÍWÖ?ÁÍjÄËwËÍjËW?ËÄ~Ë?ÜjËMjjËjÍjÁjaËÍË?Ë Ë Áj~ÄÍjÁËwËwÍ~Ëj¶Ö¬jÍ^ËwËÁj¶ÖÁjaÇ VË ÄÍÁÖWÍÄËwÁËÍjˬÁ¬jÁËÖÄjËwËW?ËÄ~Ë?ÄËMjjË supplied and read and understood by personnel. pewag winner pro chain slings must be labelled with specially developed identification tags for identification purposes. One major application field of the pewag winner pro chain system is overhead lifting. pewag Winner Pro chains and components have only limited compatibility with chains and components of other suppliers. corrosive or caustic substances or nuclear material. In such cases please contact our technical department as the information given in this catalogue does not include details for chain sling rating using this alternative rating method! pewag winner pro lifting chains may only be assembled. When modifying or repairing pewag winner pro chain slings use only original parts supplied by pewag (e. Compatability should be checked in advance by competent authorized people. etc. If used properly pewag winner pro lifting chains have a long service life and provide a high level of safety. drilling. Working load limit The working load limits in this catalogue and those on the chain sling have been determined on the basis that the loading of the chain sling is symmetrical and there are no particularly hazardous conditions. Effects of acids. At any rate it is imperative to adapt the WLL to the weakest link in the assembly. such as liquid metals. by bending.g. The specifications for assembling chain slings and rating of the capacity only refer to the uniform load method with angle ranges of 0-45° and 45-60°. detaching individual parts. If the chain sling is to be used for such purposes. Do not apply any surface coatings to pewag winner pro chain slings.g. tested and used by competent authorized people. caustics and chemicals Do not subject pewag winner pro lifting accessories to acid or caustic solutions or use them in acid or caustic-laden atmospheres. It is. Dipping or removing the coating with chemicals is also dangerous and must be agreed upon with pewag.g.g. caused due to combination with products from a different supplier) must be highlighted with a separate tag (e. Personal injury and damage to property can. Do not remove any safety components. pewag will not be responsible for any damage arising as a result of combination with products from a different supplier. Deviating WLL (e. safety pins. Effects of temperature Reduction of the load capacity caused by high temperatures. round shape). 16 screws. ceases once the chain and/or lifting component returns to room temperature. Appropriate marking/colouring must be used to prevent the user from misinterpreting the load capacity.A ccessories Chain and Grade 120 User Manual User manual for assembly.g. use. These applications must be checked for suitability by a competent authorized person. e. bolts. The chain slings may also not be heated to above 300°C. storage and maintenance of pewag winner pro chain slings General The pewag winner pro chain system can be used in a wide range of applications. with EN 818-6. as stated on page 4. Important: Certain production procedures release acids and/or fumes. such as latches. safety pins. there is also an alternative method of rating the capacity. however. do not subject them to hot dip galvanizing or electrogalvanizing. This tag may only be used if the WLL of the chain slings used is referred to in the table on page 4. only be prevented by proper use. safety catches. The following information was prepared for this area in acc. or by pewag itself in the event of doubt. the lifting of people and potentially dangerous loads. Inspection and tests Before using any lifting equipment for the first time. . pewag winner pro lifting accessories may not be used outside the temperature range stated. grinding. Use of pewag winner pro lifting accessories in highly concentrated chemicals in combination with high temperatures is only permitted with explicit prior approval. If this has nevertheless been the case. Such hazardous conditions would be offshore applications. Restrictions of use In addition. etc. etc. This method should only be used where weight and distribution of the load and the angles of the sling legs are known. very important that you read and understand this user manual and act in a responsible and forward-thinking manner when using lifting equipment. Assembling chain slings pewag winner pro chains and accessories may only be assembled by competent authorized people using pewag winner pro chains and accessories from the pewag winner pro chain system. Limitations on use The shape of the chain slings must not be modified – e. do not use the chain slings and remove them from service. the chain sling must be checked by an expert (e. after exposure to uncontrolled heat). followed by a visual inspection. Elimination criteria following visual inspection VË Ájˬ?ÁÍ VË ÄÄ~Ë ÁË j~MjË ?Á~Ë wË ÍjË W?Ë Ä~^Ë ±j±Ë ajÍw cation data and/or load capacity data VË .Check the chain slings before each use for visible damage or signs of wear.5 times the load capacity.g. After extraordinary. As per EN818 we recommend subjecting the chain sling every two years to a load test with 1. or another type of crack test (fluxing). unusual events that could cause impairment of the chain sling. In case of doubt or damage do not use the chain slings and have them inspected by a competent person. jwÁ?ÍËwËÄÖĬjÄËÁËÄ~ˬ?ÁÍÄËÁËÍjËW?ËÍÄjw VË ~?ÍËwËÍjËW?±Ë0jËW?ËÖÄÍËMjËaÄW?ÁajaËwË t > 1,05 tn VË8j?ÁËÄËajÍjÁjaË?ÄËÍjËj?ËÜ?ÖjËwËÍÝËj?ÄÖÁjjÍÄË of diameters d1 and d2 carried out at a right angle (see picture). The chain must be discarded if dm = d1 + d2 < 0,9 dn 2 VË ÁËÝj?ÁË?ÍËÍjˬÁwjËja~jÄËÍjËWÁÍjÁ?ËwÁËÝÍaÁ?ÝjËÄ d < dn Maintenance and repair pewag lifting accessories and chain slings should only be repaired by qualified personnel using genuine pewag parts. Documentation Records of inspections, and in particular their findings, as well as details of repairs carried out must be kept on file during the entire service life the chain sling. Storage pewag chain sling should be stored in cleaned and dried condition and protected from corrosion, e.g. lightly lubricated. Correct use of pewag winner pro chain sling Angle of inclination – sling points Select slinging points and chain sling type in such a way that the angles of inclination of all chain strands (legs) lie within the data given on the CE marked plate. All angles of inclination should preferably be the same. Avoid angles of inclination of less than 15°, because of the high risk of load instability. Never use chain slings with the angle of inclination exceeding 60°. Edge load – protection of load and chain The maximum load capacity of pewag chain slings was defined under the assumption that the individual chain legs are pulled straight under load, i.e. that they do not run over edges. In the case of edge loading, load protection (packing) should to be used to avoid damage. For correct and incorrect use see below mentioned illustrations VË ÖÍÄ^ËÍWjÄ^Ë~ÁÜjÄ^ËÄÖÁw?WjËWÁ?WÄ^ËjÞWjÄÄÜjËWÁÁÄ^Ë discoloration due to heat, signs of subsequent welding, bent or twisted links or other flaws. VË Á?WÄ]Ë ?ÄËÝÍËWÁÄÄWÁ?WÄËÍ?ÍË?ÁjËÜÄMjËÍËÍjË?jaË eye must be discarded. VË ÄÄ~Ë ÁË wÖWÍ?Ë Ä?wjÍßË ajÜWjË ®Ä?wjÍßË ?ÍWjÄË wË fitted) as well as signs of widening or twisting of hooks, i.e. noticeable enlargement of the opening or other forms of deformation. The enlargement of the opening must not exceed 10% of the nominal value. A jumped out safety catch shows an overload of the hook. Maximum appproved dimensional change: Designation Dimensions Admissible deviation chain dn -10% tn +5% wear at edges d = dn links hooks connecting links d -10% t +10% e +5% d2 and h -10% g +10% halves must be moveable must be given e +5% c -10% d -10% If chains are guided over edges without proper protection, their load capacity is reduced. For the corresponding load factors please refer to the table on page 9. But if chains looped at a beam or other round shaped loads the diameter should be minimum twice or 3 times the chain pitch. For smaller diameters the WLL of the chains must be reduced by 50%. Impact The maximum load capacity of pewag chain slings are defined under the assumption that the load on the individual chain strands (legs) is applied without any impact or shock loading. In cases of possible impact/shock, the load factors on page 10 must be taken into consideration. Impact/shock is defined as follows: VË .~Íˬ?WÍ]ËWÁj?Íja^ËwÁËjÞ?¬j^ËÝjË?WWjjÁ?Í~ËÍjËwting or lowering movement VË jaÖË ¬?WÍ]Ë WÁj?Íja^Ë wÁË jÞ?¬j^Ë ÝjË ÍjË W?Ë Ä¬ÄË when adjusting to the shape of the load VË WÁj?Íja^Ë wÁË jÞ?¬j^Ë ÝjË ÍjË ?aË w?ÄË ÍË ÍjË Ö?ajaË chain 17 A ccessories Chain and Grade 120 User Manual (continues) Vibrations pewag winner pro chains and accessories are rated according to regulations for 20,000 load cycles. At high dynamic forces there may nevertheless be a risk of damage to the chain and accessories. According to the employer’s liability insurance association Metall Nord Süd this risk may be prevented if the stress at load capacity limit is reduced by using a larger chain dimension. Symmetrical loading The load capacities of pewag chain slings are defined with the assumption that the load of the individual chain strands (legs) is symmetrically distributed. Lifting of the load then leads to identical angles of inclination, and the individual strands (legs) are symmetrical to each other. The load can still be considered symmetrical when the following conditions are met: VË 0jË ?aË ÄË Ä?jÁË Í?Ë oåË °Ë wË ÍjË ÄÍ?ÍjaË ?aË W?¬?WÍßË (WLL) VË 0jËW?ËÄ~Ëj~Ë?~jÄËÍËÍjËÜjÁÍ?Ë?ÁjË?ËÍËjÄÄËÍ?ˤyd VË 0jË?~jÄËÍËÍjËÜjÁÍW?ËwË?ËW?Ëj~ÄË?ÁjËajÍW?ËÁËajviate max. 15° from each other VË ËÍjËW?ÄjËwËÍÁjjË?aËwÖÁËÄÍÁ?aËÄ~ËW?Ä^ËÍjËWÁÁjÄponding plan angles are within 15° of each other. Example of asymmetry The majority of the load is carried by 1 strand (leg) Type of chain sling Number of individual strands used Use factor in relation to the loadcapacity given on the tag two-stranded (2-leg) 1 1/2 three- and fourstranded (3/4-leg) 2 2/3 three- and fourstranded (3/4-leg) 1 1/3 2x single-stranded (single leg) 2 1,4 2x two-stranded (2 leg) 3 or 4 1,5 Hang any individual strands (leg) that you do not use, back into the master link to prevent hazards caused by freely swinging chains or unintended hooking. Before using several chain slings at the same time, make sure that the crane hook is big enough for all the master rings. Make sure that the master rings cannot fall out of the hook during lifting. No angles of inclination of more than 45° allowed. Use only chain slings of the same nominal thickness and grade at the same time. The majority of the load is carried by 2 strand (legs) If all of the listed parameters are not met, load is considered to be asymmetric and an expert must be called in to assess the lifting process. In case of doubt, only one chain strand (leg) should be considered as load-bearing. For the corresponding load capacity please refer to the load capacity table. 18 Use of pewag chain slings for other than the intended purposes Use chain slings only for the intended purpose. In cases where not all individual strands (legs) are used simultaneously or where several chain slings are used at the same time, please refer to the load capacity table to find out the load capacity. In case of doubt or as an alternative, change the load capacity according to the following table. NEW Detailed user manuals are available for download at www.pewag.com. Grade 100 Winner Chain and Accessories 19 ¬¬ÁÞ±ËÏå°ËÝj~ÍËÄ?ÜjaËÁjÄÖÍ~ËËj?ÄjÁË?a~± First company to offer grab hooks with 100% load capacity – shortening of the sling chain does not require a reduction in load caused by shear effect of the hook. Fastest and simplest assembly of slings thanks to VXK set with patented shortening element.600 13 10 9. 9. Grade 80 pewag Grade 100 8 10 13 Load capacity Previous chain Ø pewag Grade 100 chain Ø 3.500 16 13 VË Simple visual identification of pewag Grade 100 components thanks to high visibility orange color powder coating. Worldwide distribution network – smooth supply of spare and replacement parts. Note: Grade 100 components can be used to repair Grade 80 slings but not at an increased working load.6 kg 30% Attractive price/performance ratio thanks to the small price differential compared to Grade 80.6 kg 36% 9. -3. Reduced energy consumption during production Traceability of all production data by use of codes on chains and components.500 42.6 kg 17. Components meet the requirements of EN 1677-1. which are incorporated in the product development and production process of our products.550 16. Identification made easy – each link is marked ”W“. Weight Grade 80 pewag Grade 100 3. -4. Avoiding danger through improperly shortened chains – an additional saftey feature of our shortening hooks. Broad range of components in special Grade 100 quality.A ccessories Chain and Grade 100 Features And Benefits Of Chains In Grade 100 Quality User friendliness and safety are based on clearly defined and measurable characteristics.600 27. Compatible with our Grade 80 range – used slings easy to repair.550 10 8 5. because fewer components are in use. pewag Grade 100 – The Environmentally Friendly Chain One dimension smaller than Grade 80 slings. The ISO 14001 certification is also fully implemented with our Grade 100 lifting chains. Load capacity 25% higher load capacity than Grade 80.2 kg 29.600 kg Quality-approved European production by an ISO 9001 certified company.550 kg 5. -2. Less material used – protection of raw material reserve Low weight – less to transport Less material to be recycled 20 .500 kg Load capacity Previous chain weight Grade 100 chain weight % Weight reduction 3. Easier daily/annual inspection – easier and faster in comparison to Grade 80.0 kg 32% 5.2 kg 11. for many load ranges – thus providing excellent value. Experience – in 1989 pewag where the first company to manufacture Grade 100 chain slings in the USA. Extended service life due to higher wear resistance. 7 0.Demanding conditions Temperature -40°F – 400°F above 400°F – 572°F above 572°F – 800°F Load factor pewag Grade 100 1 not permissible not permissible Asymmetric load distribution The WLL has to be reduced by at least 1 leg. Edge load * R = larger than 2 x d R = larger than d R = smaller than d Load factor 1 0.7 not permissible * d = thickness of the material 21 . In case of doubt only consider 1 leg as load-bearing.5 Shock slight shocks medium shocks strong shocks Load factor 1 0. use only original pewag Grade 100 components! For any sling types not shown below. If you assemble them yourself. SOS DOS 22 * SOSL SOG DOSL SOO SSS * DOG SOSLXK DOO . The usual tolerance of length „L“ is +2 chain pitches.A ccessories Chain and Grade 100 Pewag Grade 100 Standard Sling Types The chain slings shown here are standard sling types. They can – to some degree – also be produced and supplied in other assembly systems than the ones listed below. any securing links needed are mounted in the middle of the leg. please submit a small sketch indicating the required type. Unless stated otherwise. DOSXK DOSLXK DOSA TOS TOSL TOG QOSXK QOSLXK * TOO QOS QOO * Must specify with or without pin 23 SB DB . 276 800 0.55 2.866 100 2.475 NI 100 t W NE NI 130 1/2˝ 0.800 0.87 4.394 400 1. Code Size Nominal diameter d Standard delivery length Pitch t Inside width b1 min.100 1.260 50 3.53 1/2˝ 3/8˝ A260 26.500 0.939 3/8˝ 0.A ccessories Chain and Grade 100 NI | Round Steel Chain Round steel chains for use in lifting.42 8.55 1.75 7.200 1.97 0.39 3.24 5.39 7.98 4.94 0.75 5. Code WLL 0-45° d t w s Weight [Inch] [Inch] [Inch] [Inch] [lb/pc.000 0.83 0.18 3.48 - 36.700 22.300 17.024 100 3.000 1.70 59.800 0.200 0.17 5/16˝ 9/32˝ A180 10.85 15.31 0. NI 5.900 2.50 7/32˝ 0.800 10.55 1.63 4.77 13.03 3/8˝ 5/16˝ A220 16.787 100 2.79 5.700 238.13 3/4˝ 5/8˝ A360 61.512 200 1.43 1.830 NI 200 3/4˝ 0.51 4.91 6.02 9.548 NI 160 5/8˝ 0.470 NI 70 9/32˝ 0.53 90.700 10.780 NI 220 7/8˝ 0.600 15.39 0.800 7.02 2.30 7.72 7/8˝ 3/4˝ A450 83.36 15.84 - 99.27 1˝ 7/8˝ A500 111.31 2.42 5/8˝ 1/2˝ A320 39.738 NI 80 5/16˝ 0.71 1.30 3.800 0.54 0.400 361.000 1.51 - 13.11 9.38 3.33 1.315 500 0.78 7.75 9/32˝ 7/32˝ A160 7.09 - 28.69 4.15 1.67 0.33 2.31 7/32˝ - A130 5.100 1.455 A | Master Link Master link for 1 or 2 leg chain sling. Maximum working temperature: 400°F.95 0.14 5.06 7.76 18.700 0.89 0.54 0.36 0.07 1.214 NI 320 1-1/4˝ 1.324 NI 260 1˝ 1.42 10.600 90.60 1.800 35.200 5.94 0.18 0.09 3.56 - 1-1/4˝ A720 234.217 400 0.67 3.87 2.630 150 1.36 0.39 0.87 - 59.44 1. Standard surface: blasted.100 1.49 1-1/4˝ 1˝ A560 156.400 3. WLL [lb] Breaking force Weight [lb/ft] [lb] [feet] d t b1 min.23 - - .600 2.97 13.83 2.000 60.80 35. Outside width b2 max.33 2.11 42.800 0.700 170. clear painted.39 0.28 22.000 2.78 1.] Master link for chain [lb] 24 1-leg 2-leg A100 3.300 141. 50 A180+2BW13* 8.54 5.91 1.18 5/8˝ V200 A500+2BW32* 91. Code Consisting of WLL 60° e t w Weight [lb] [Inch] [Inch] [Inch] [lb/pc.600 22.800 0.66 7/8˝ V260 A560+2BW45* 126.79 5.95 2.49 7/32˝ M130 6.75 6.97 9/32˝ 7/32˝ M 160 8.43 7.100 1.44 5.11 3/8˝ V130 A320+2BW22* 39.15 0.06 5.31 2.47 13.87 91.39 0.700 15.63 5.12 9/32˝/ 5/6˝ V100 A260+2BW20* 22.14 16.100 7.51 3.56 0.48 5/16˝ 9/32˝ M 180 12.900 20.49 7/8 3/4˝ V | Master Link Assembly For assembling 3.09 1˝ V320 A720+2BW50* 234.12 1.33 0.84 146.09 3.000 1.94 8.24 5.30 9.69 13.54 2.76 0.43 3.000 12. and for rope slings.800 0. Code WLL d t w s Weight [lb] [Inch] [Inch] [Inch] [Inch] [lb/pc.33 0.] For Chain V5.44 15. but due to larger inside dimensions suitable for next sized crane hook or special hook.54 3/4˝ 5/8˝ M360 61.40 3/8˝ 5/16˝ M 220 18.50 10.87 4.51 1.78 7/32˝ V70-80 A220+2BW16* 14.M | Enlarged Master Link Similar to master link A.30 4.98 18.33 14.48 54.30 3.and 4-leg chains with connex links.24 1/2˝ V160 A360+2BW26* 58.75 7.91 6.67 3.100 0.06 6.48 50.78 7.75 10.85 1 1/4˝ *BW dimensions on bottom of page 26 25 .55 4.400 0.06 7.40 7.500 0.30 3.78 7.39 0.900 25.11 9.] Master link for chain 1-leg 2-leg M100 3.84 5/8˝ 1/2˝ M320 45.43 3/4˝ V220 A500+2BW36* 110.73 1/2˝ 3/8˝ M260 30.48 4.72 2.800 9.900 10.74 0.000 1.55 2.51 22.02 10.700 19.83 5. 13 0.79 BW 20 0.91 24.91 4.83 7.87 3.06 5.39 0.12 15.02 6.34 0.35 1.33 5.77 BW 50 1.34 10.30 3.200 M 220 + 2 BW 16 9/32˝ 9.43 6.30 5.79 4.91 2.83 5.15 VM 70-80 11. Code WLL Consisting of For Chain [lb] e t w Weight [Inch] [Inch] [Inch] [lb/pc.98 0.76 1.67 2.21 VM 160 58.55 0.79 3.57 - 1. but also suitable for larger crane hooks and special hooks.94 - 23.06 5.56 0.000 M 320 + 2 BW 22 1/2˝ 13. Similar to V 4-leg set.900 M 260 + 2 BW 20 3/8˝ 10.84 VM 130 39.97 7.] BW 13 0.31 VM 100 22.08 BW 45 1.51 2.30 4.95 - 9.700 M360 + 2 BW26 5/8˝ 16. 50 7.52 BW | Secondery Links On Master Link Assembly Code 26 d t w s Weight [Inch] [Inch] [Inch] [Inch] [lb/pc.97 0.53 1.81 .42 6.50 BW 22 0.58 9.77 6.] VM 5.000 M180 + 2 BW 13 7/32˝ 8.37 BW 16 0.23 BW 32 1.97 BW 36 1.06 6.76 1.and 4-leg chain slings.56 BW 26 1.74 3.33 8.69 2.51 2.69 3.48 4.A ccessories Chain and Grade 100 VM | Enlarged Master Link Assembly For assembling 3.15 - 15.67 2. 48 VXK 1-160 22.31 2. Adjustable style.33 2.000 1/2˝ 1.65 VXK 1-130 15.100 5/8˝ 1.26 16. Adjustable style.33 20.400 9/32˝ 0.36 9.VXK1 | Clevis Master Set Master set for 1-leg chain slings.94 16.56 9.13 2.90 VXK2-100 15.06 7.200 9/32˝ 0.63 4.54 12. 27 . VXK2 | Clevis Master Set Master set for 2-leg chain slings.29 9.42 10.91 6.05 30.69 19.54 14. Code WLL for chain [lb] d t w e Weight [Inch] [Inch] [Inch] [Inch] [lb/pc.92 64.87 4.57 4.000 1/2˝ 1.24 5.900 3/8˝ 1.94 15. Code WLL for chain [lb] d t w e Weight [Inch] [Inch] [Inch] [Inch] [lb/pc.86 10.54 13.30 7.52 Example: VXK 4-100 can be used for 4-leg slings with 3/8 chain.800 3/8˝ 0.] VXK 1-70 4.30 3.300 9/32˝ 0.51 24.09 3.700 5/8˝ 1.06 7.39 38.33 2.36 9.30 3.75 5.04 VXK2-130 26.12 VXK 1-100 8.200 3/8˝ 0. Code WLL for chain [lb] VXK 2-70 d t w e Weight [Inch] [Inch] [Inch] [Inch] [lb/pc.91 6.51 4.30 3.45 VXK 4-130 39.30 Example: VXK 2-100 can be used for 2-leg slings with 3/8 chain. VXK4 | Clevis Master Set Master set for 4-leg chain slings.] 7.95 11.30 7.] VXK4-70 11.01 Example: VXK1-100 can be used for 1-leg slings with 3/8 chain.09 3.08 17.06 VXK4-160 58.94 16.000 1/2˝ 0.13 3.67 VXK4-100 22.09 3.06 7.33 17. Adjustable style.33 VXK2-160 39.91 6.87 4.600 5/8˝ 1. 52 0.39 0.85 2.700 6.83 4.77 C320 1-1/4˝ 90.83 4.39 2.51 2.31 0.17 1.26 C80 5/16˝ 5.98 5. Code W NE Size WLL e c s d b g Weight [lb] [Inch] [Inch] [Inch] [Inch] [Inch] [Inch] [lb/pc.400 8.46 0.chain.85 0.600 4.09 C200 3/4˝ 35.46 0.43 0.93 CL 130 1/2˝ 15.300 2.800 2.700 1.70 Assembly: CL | Connex Connecting Link.87 0.57 1.30 2.700 2.67 3.51 0.71 0.67 0.54 0.17 1.000 3.85 C160 5/8˝ 22.300 2.47 0.600 4.71 0.10 1. Hook . Only for straight pull.11 1.chain.14 0.67 3.73 0.79 0.51 C100 3/8˝ 8.34 1.81 1.700 7.83 1.11 1.52 0. Chain .55 0.34 1. Non-Removable For applications where the pin must not be removed or must be secured by positive locking.83 1.11 1.59 0.67 0.300 4.83 0.15 24.01 0.94 0.20 1.30 3.14 0.65 1.89 2.83 0.85 C L1 6 0 5/8˝ 22.10 1.A ccessories Chain and Grade 100 C | Connex Connecting Link.18 6.17 0.93 C130 1/2˝ 15.87 0.06 0.15 C260 1˝ 59.83 2.01 0.65 5.71 0.44 0.000 3.51 2.79 0.38 0.85 0.chain.39 0.48 1.55 0.54 0.] C5.51 CL 70 28 Size .98 4.13 C70 9/32˝ 4.59 0. Removable Connecting link for: Master link .35 1.35 1.] 9/32˝ 4.06 0.94 0.50 3.53 1.26 CL 100 3/8˝ 8.800 2.18 1. Only for straight pull.29 C220 7/8˝ 42.31 1.51 0.36 14.01 9.38 8. 50 7/32˝ 2. Code WLL e c s d b g Weight [lb] [Inch] [Inch] [Inch] [Inch] [Inch] [Inch] [lb/pc. 02 3.34 0.700 4.02 3.49 1.74 1.54 1.54 0.09 2.21 4.71 0.76 1.000 5.] KHS 5.62 2.51 2.22 4.55 0.66 XK 70 9/32˝ 4.800 6.700 3.50 7/32˝ 2.79 0.39 1.75 0.10 1.44 7.72 0.44 2.94 0. therefore no need for connecting links.52 1.77 6.24 2.79 10.89 0.06 2.300 3.26 2.47 0.300 7.60 0.97 1.94 0.94 0.43 KHS 130 1/2˝ 15.50 7/32˝ 2.44 KHS 70 9/32˝ 4.31 1.32 KHS 100 3/8˝ 8.94 2.93 1.600 9.10 0. can be attached directly to the chain.95 XK 160 5/8˝ 22.25 2.35 1.39 XK 100 3/8˝ 8.72 19.59 5.61 1.16 4.02 7.35 0.67 KHS 200 3/4˝ 35.46 0.43 1.10 0.75 2.74 1.43 2.XK | Clevis Shortening Hook Shortening hook to be used as shortener ONLY.000 7.80 2.38 0.700 8.03 KHS 220 7/8˝ 42.13 1.05 1.14 0.54 0.22 0.63 1.13 1.300 4. Can be mounted in any chain leg thanks to clevis connecting link Code Size WLL e b a d1 d2 g Weight [lb] [Inch] [Inch] [Inch] [Inch] [Inch] [Inch] [lb/pc.700 3.54 1.46 1.98 0.31 0.76 XK 130 1/2˝ 15.54 5.15 1. Code Size WLL e h a d g1 b Weight [lb] [Inch] [Inch] [Inch] [Inch] [Inch] [Inch] [lb/pc.43 1.46 0.01 0.800 4.58 KHS | Clevis Sling Hook General purpose hook.37 XK 80 5/16˝ 5.02 3.75 0.85 29 .99 3.35 1.29 1.700 2.09 6.41 KHS 160 5/8˝ 22.80 2.71 0.79 1.97 11.] XK 5.59 0.600 6.28 0.32 KHS 80 5/16˝ 5.47 0. 75 0.28 0.98 1.60 1.50 1.000 4.85 H S160 5/8˝ 22.29 2.700 8.40 2.600 7.25 29.36 2.] KP 5.300 5.77 6.72 17.35 0.77 3.46 2.700 10.94 0.000 6.72 0.43 0.22 4.97 2.28 4.34 0.42 KP 70 9/32˝ 4.75 2.39 0.79 H S220 7/8˝ 42.01 12.17 1.06 19.30 1.91 0.09 7.31 0.300 2.95 2.84 KP 80 5/16˝ 5.28 0.43 0.79 0. First clevis grab hook in Grade 100 quality on the market.43 H S130 1/2˝ 15.50 7/32˝ 2.77 3.400 11.700 6.56 K P 220 7/8˝ 42.700 1.700 2. 30 .] H S5.83 0.87 KP 130 1/2˝ 15.44 1.30 1. All hooks with forged safety catch.22 6.51 1.94 KP 200 3/4˝ 35.A ccessories Chain and Grade 100 HS | Eye Sling Hook For general lifting applications.19 KP 160 5/8˝ 22.02 3.17 1.66 H S70/80 9/32˝ 5.89 2.87 9.43 1.85 0.57 4.20 2.63 0.46 1.97 0. Code Size WLL e b d g Weight [lb] [Inch] [Inch] [Inch] [Inch] [lb/pc.49 0.46 60.99 2.76 1.46 1.97 1.06 2.23 2.84 K P 100 3/8˝ 8.68 0. It is very important and intended from the technical point of view that the middle chain link no longer contacts the bearing surface of the pewag grab or clevis grab hook.700 4. Code NE W Size WLL e h a d1 d2 g1 b Weight [lb] [Inch] [Inch] [Inch] [Inch] [Inch] [Inch] [Inch] [lb/pc.700 3.10 7.54 5.99 0.85 With help of the latest upgraded pewag design the optical misinterpretation that the fitting of the Grade 100 chain is not correct will be avoided.55 H S320 1-1/4˝ 90.55 5.800 2.75 1.35 0.64 H S260 1˝ 59.16 1.600 4.06 1.98 13.40 2.57 1.64 KP | Clevis Grab Hook For shortening and for slings that must not tighten.98 0.73 1.02 1.72 H S200 3/4˝ 35.98 0.20 1.300 8.44 7.39 0.67 4.69 0.07 2.06 0.800 5.36 1.09 3.10 H S100 3/8˝ 8.43 11. since the Grade 100 chain is supported by the side faces of the pewag grab hook.79 0. Reduction of load capacity not required thanks to 4-fold safety.28 0.63 1.14 2.82 3.67 0.17 1.77 1.86 2. 50 7/32˝ 2.79 7. 46 2.700 2.46 2.99 0. since the Grade 100 chain is supported by the side faces of the pewag grab hook.79 0.94 5.98 P 130 1/2˝ 15.800 3.65 1.86 0.P | Grab Hook For shortening and for slings that must not tighten.57 9.08 4.80 2.300 5.75 7. First grab hook with safety catch in Grade 100 quality on the market.400 9.86 0. Code WLL e b d1 d2 g Weight [lb] [Inch] [Inch] [Inch] [Inch] [Inch] [lb/pc. Code WLL e b d1 d2 g Weight [lb] [Inch] [Inch] [Inch] [Inch] [Inch] [lb/pc.51 1.67 0.06 18.68 1.000 3.47 0.28 0. First grab hook in Grade 100 quality on the market.30 P 260 1˝ 59. 50 P 70/80 W NE Size PS | Grab Hook With Safety Catch Shortening hook with safety catch against accidental release of the chain.63 3.67 0.] 7/32˝ 2.46 1.50 55.700 2.43 0.26 30.91 1.56 P 220 7/8˝ 42.86 3.43 P 320 1-1/4˝ 90.600 5.80 2.97 1.13 P 5.42 1.22 1.63 3.50 1.53 2.65 1.88 P S100 3/8˝ 8.26 0.98 13.69 1.43 0.99 0.700 2.28 0.40 9/32˝.700 7.800 3.26 0.87 0.31 0. It is very important and intended from the technical point of view that the middle chain link no longer contacts the bearing surface of the pewag grab or clevis grab hook. 31 .87 0.700 6.86 3.91 7.69 6.000 3.] 9/32˝.36 1.53 P S160 5/8˝ 22.94 P 200 3/4˝ 35.65 1.91 0.35 0.47 0.88 P 100 3/8˝ 8.5/16˝ 5.51 1.06 0.94 0.59 0.47 0.01 1.75 7.91 0.5/16˝ 5. Reduction of load capacity not required thanks to 4-fold safety.94 P S70/80 Size With help of the latest upgraded pewag design the optical misinterpretation that the fitting of the Grade 100 chain is not correct will be avoided.79 0.89 0.53 P 160 5/8˝ 22.94 0.98 P S130 1/2˝ 15.59 0.600 5.08 4. Reduction of load capacity not required thanks to 4-fold safety. 61 0.57 1.61 2.83 0.800 8.79 2.10 0.] W L H 70 5.36 0.80 0.46 0.41 W L H 130 15.02 0.57 1.700 3.77 0.05 8.57 0.20 LH | Safety Hook Large eye.300 10.39 KL H 160 5/8˝ 22.600 8.64 2.43 1.97 1.36 1.34 L H 5.08 45.5/16˝ 5.63 2. Code N WLL e h a b d g s max.02 0.64 0.44 1.08 12.04 3. 50 7/32˝ 2.36 0.88 1.000 10.34 0.77 0.68 2.11 2.36 0.08 8.38 5.14 1.93 1.31 3.07 1.65 1.38 1.06 3.05 8.08 6.04 1.79 3.83 KL H 220 7/8˝ 42.95 L H 160 5/8˝ 22.04 1.700 7.79 KL H 200 3/4˝ 35.43 1.08 14.67 2.19 0.31 2.94 0.04 3.36 0.04 1.700 12.08 5.600 9.97 1.300 4.43 0.97 1. Not for welded system! Code 32 WLL e h a w w1 d2 g s max.56 2.46 0.42 2.800 6.31 1.30 3.14 4.79 0.35 1.08 27.65 1.39 1.82 W L H 160 22.33 0.99 .05 0.67 1.56 2.80 0.05 0.31 L H 130 1/2˝ 15.08 21.38 1.79 3. Weight [lb] [Inch] [Inch] [Inch] [Inch] [Inch] [Inch] [Inch] [Inch] [lb/pc.34 0.98 0.61 6.700 11.14 4.53 KL H 100 EW Size K L H 130 1/2˝ 15. therefore suitable for wire ropes and webbing slings.59 1.38 5.43 W L H 100 8.28 1.36 2.76 0.56 1.79 2.13 1.94 2.98 L H 100 3/8˝ 8.79 3.63 1.26 3.04 4.76 0.79 1.21 0.21 1.58 1.08 21.70 0.06 2.58 1.000 8.61 1.77 0.47 1.700 5.18 1.94 2.46 0. Weight [lb] [Inch] [Inch] [Inch] [Inch] [Inch] [Inch] [Inch] [lb/pc.61 6.10 9/32˝.57 1.59 1.10 K L H 70 9/32˝ 4.97 7.61 L H 220 7/8˝ 42.09 1.700 4.84 1.38 0.57 L H 200 3/4˝ 35.76 1.97 1.79 0.49 1.85 0.18 1.84 1.22 KLH 260 1˝ 59.] KL H 5. Automatically closes and locks under load.38 0.02 0.700 13.40 9.08 12.A ccessories Chain and Grade 100 KLH | Clevis Safety Hook Closes and locks automatically under load.02 0.04 1.67 2.10 0. 50 LH70/80 Size WLH | Swivel Safety Hook NE W Swivel hook does not rotate under load.600 12.000 7.26 2.96 1. Code WLL e h a b d1 d2 g s max.] 7/32˝ 2.35 1.04 2.08 28.19 0.18 1. and requires the load to be grounded before load can be released.18 2.800 5.300 11.44 1. Weight [lb] [Inch] [Inch] [Inch] [Inch] [Inch] [Inch] [Inch] [Inch] [lb/pc.34 0.34 0.57 0.98 KL H 80 5/16˝ 5.79 2.700 4.04 1.05 0.98 3/8˝ 8.51 1.97 7.20 2. 35 4.26 2.10 2.300 4.14 0. Use min.67 3.57 3.5/16˝ 5.09 16.38 1.72 1.69 BW 160 5/8˝ 22.69 1.600 10.50 6.89 7.94 0.90 F130 1/2˝ 15.20 1.52 0.91 67.14 0.30 3.61 3.300 10. check whether hooks without safety catch are allowed to be used for this particular application.26 1.29 8.87 11.40 2.81 1.97 4.51 1.63 6.65 2.59 BW 220 7/8˝ 42.000 8. Code Size WLL e h a g d b Weight [lb] [Inch] [Inch] [Inch] [Inch] [Inch] [Inch] [lb/pc.57 3.13 2.KF | Clevis Foundry Hook Before using the hook.56 6.63 3.55 2.03 F100 3/8˝ 8.69 6.95 5.49 5.16 1.43 2.30 1.300 11.12 38.22 1.600 8.63 3.800 5.] 9/32˝.85 0.51 1.33 23.97 0.800 6.97 2.79 1.98 0.700 5.15 BW 200 3/4˝ 35.87 4.28 4.000 7.09 F200 3/4˝ 35.02 7.94 1.53 F | Foundry Hook Before using the hook.21 KF 100 3/8˝ 8.31 BW 100 3/8˝ 8.52 4.22 F160 5/8˝ 22.65 1.71 1.15 5. Code WLL e s b h d1 g Weight [lb] [Inch] [Inch] [Inch] [Inch] [Inch] [Inch] [lb/pc.65 2.48 1.17 3.98 2.98 2.57 2.02 1.72 1.92 KF 130 1/2˝ 15.82 1.000 6.22 0.] 9/32˝.99 0.700 4. 3-leg chain sling.42 2.54 11.54 0.17 BW 130 1/2˝ 15.700 5.99 5.52 0.700 14.21 KF 80 5/16˝ 5.15 1.76 1. Code WLL e h a d1 d2 g b Weight [lb] [Inch] [Inch] [Inch] [Inch] [Inch] [Inch] [Inch] [lb/pc.15 1.24 2.97 1.] KF 70 9/32˝ 4.10 4.76 0.14 0.38 1.49 9.36 5.5/16˝ 5.39 4.12 3.50 0.76 F70-80 Size BW | Sheet Metal Plate Hook For lifting sheet metal stacks and boards.25 BW 70/80 Size 33 .94 2.28 6. check whether hooks without safety catch are allowed to be used for this particular application.57 1.16 3.69 6.65 1.66 5.65 2.800 6. 97 0.62 2.71 6.62 KO80 5/16˝ 5.39 2.14 2.35 0.] 9/32˝ 13.35 0.79 0.] KO70 9/32˝ 4.59 3.41 CAR220 7/8˝ 42.57 3.58 2.34 0.04 L Length closed L Length open Tension range length of lever [inch] [inch] [inch] [inch] RLB | Load Binder For Pewag Winner Connex System.800 1.88 CAR100 3/8˝ 8.22 0.23 0.98 19.32 14.08 5.33 1.83 Image as shown is for dimensional purposes only.10 2. Can also be used as an end link.51 3.A ccessories Chain and Grade 100 CAR | Round Sling Connecting Link Link for webbing slings mounted in one connex half.76 1.71 13.71 8.600 8.79 0.57 4. Reduced risk of damage thanks to wide surface.33 CAR 80 KO | Clevis Reeving Link Master set for 1-leg chains.46 2.65 5.02 1.04 4.47 0.19 0. Load binders sold assembled (connector and grab hook included).97 4.98 1.77 3.71 9. Code Size WLL a e c d b s Weight [lb] [Inch] [Inch] [Inch] [Inch] [Inch] [Inch] [lb/pc.14 1.60 0.71 0.02 0.37 20. 34 .27 0.06 10G 100R L B 3/8˝ 14.83 1.76 1.67 3.700 1.94 1.79 0.300 3.66 KO100 3/8˝ 8.000 1.38 13G 100R L B 1/2˝ 22.69 5.63 0.700 3.43 6.60 0. Code 7G 100R L B Size D d Weight [inch] [inch] [lb/pc.21 CAR130 1/2˝ 15.06 8.42 14. No danger of confusing this master link with any other master link.13 1.56 0.65 CAR 160 5/8˝ 22.34 0.35 0.45 0.83 4. Code Size WLL e t w d s Weight [lb] [Inch] [Inch] [Inch] [Inch] [Inch] [lb/pc.09 KO160 5/8˝ 22.87 21.33 0.600 1. Load Binder with optimized lever length.39 0.700 4.29 7.01 1.59 0.49 0.85 4.54 KO130 1/2˝ 15.09 11.47 1.68 34.09 0.35 2.83 0.] 5/16˝ 5.800 5.000 6.63 7. 39 1.77 11.10 KCH 100 3/8˝ 8.KCH | Clevis C-Hook Suitable for simple and fast hooking and removal.300 3.91 0.39 1.] KCH 70 9/32˝ 4. Only for applications without safety catch requirement.39 2.08 1. Code Size WLL e h d b g Weight [lb] [Inch] [Inch] [Inch] [Inch] [Inch] [lb/pc.54 1.10 3. Code Size WLL e h d b g Weight [lb] [Inch] [Inch] [Inch] [Inch] [Inch] [lb/pc.54 2.54 0.600 8.01 0.10 0.91 0.49 4.79 1.54 1.69 KSCH | Clevis Shackle Directly attached to the chain.000 6.07 2.79 6.39 2.91 0.58 1.79 1.21 1.10 0.600 8.54 2.] KCH 70 9/32˝ 4.77 11.36 0.09 KCH 130 1/2˝ 15.49 4.79 1.800 5.62 KCH 160 5/8˝ 22.10 KCH 80 5/16˝ 5.700 3.10 0.08 1.800 5.63 5.35 2.54 1.10 KCH 100 3/8˝ 8.61 6.79 6.54 1.01 0.10 0.07 2.79 1.69 35 .54 0.300 3.91 0.09 KCH 130 1/2˝ 15.36 0.10 3. Allows direct connection with other components such as spreader beams.35 2.10 KCH 80 5/16˝ 5.58 1.62 KCH 160 5/8˝ 22.63 5.61 6.700 3.21 1.000 6. KLH 100 VLH 130 Grade 100 LH 130.A ccessories Chain and Grade 100 | Spare Parts C | Bolts + Safety Catch Code for Connex type CBH 50 Grade 100 C 50 CBH 60 Grade 100 C 60 CBH 70 Grade 100 C 70 CBH 80 Grade 100 C 80. CAR 100 CBH 130 Grade 100 C 130. KLH 80 VLH 100 Grade 100 LH 100. KLH 50/60 LH | Trigger Sets 36 VLH 70/80 Grade 100 LH 70/80. CAR 220 CBH 260 Grade 100 C 260 CBH 320 Grade 100 C 320 CL | Retaining Sleeves Code for Connex type CLBH 70 Grade 100 CL 70 CLBH 100 Grade 100 CL 100 CLBH 130 Grade 100 CL 130 CLBH 160 Grade 100 CL 160 Code for hook type PS | Safety Catches P SG 70/80 Grade 100 PS 70/80 P SG 100 Grade 100 PS 100 P SG 130 Grade 100 PS 130 P SG 160 Grade 100 PS 160 Code for hook type VLH 50/60 Grade 100 LH 50/60. CAR 160 CBH 190/200 Grade 100 C 190/200 CBH 220 Grade 100 C 220. KLH 130 VLH 160 Grade 100 LH 160. KLH 70. LH 220. CAR 80 CBH 100 Grade 100 C 100. KLH 160 VLH 190/200/220/260 Grade 100 LH 190/200. KLH 190/200 . CAR 130 CBH 160 Grade 100 C 160. K H S160 SFG W 190/200 H SW 19/20. K H S50 /6 0 SFG W 70/80 H S7 0/80. K H S220 SFG W 260/320 H S260.SFG | Safety Catch Sets Code for hook type SFG 50 H S5 0/60. 45. K H S100 SFG W 130 H S1 30. K H SW 19 /20 SFG W 220 H S2 20. 60 Degrees 37 . H S320 PIN | Clevis Load Pins Replacements Code For Clevis hook size P I N50/60 3/16˝ P I N70 9/32˝ P I N80 5/16˝ P I N100 3/8˝ P I N130 1/2˝ P I N160 5/8˝ P I N190 3/4˝ P I N220 7/8˝ Sling ID Tag Stainless Steel ID Tag Code for hook type Sling warning single leg 90 Degrees Sling warning multiple legs 30. K H S130 SFG W 160 H S1 60. K H S70/8 0 SFG W 100 H S1 00. Grade 80 Chain and Accessories 39 . 83 2.475 NI 13 0.24 1.300 289.05 7.992 3.440 1.26 1.843 12.42 0.97 0.417 7.38 12.35 1.06 2.20 3.63 1.66 0.22 0.10 2.79 1.12 3.65 0.65 4.680 0.100 3/8˝ 1.830 NI 20 0.38 179110AR 7.704 47.598 1.56 184016AR 18.430 1.02 100 3.88 1.5 0.87 100 2.49 1.738 NI 8 0.81 1.300 113.118 34.13 0.09 1.2 1.28 800 0.800 10.181 0.826 0.500 14.100 5/8˝ 2.97 7.5 1.39 1.73 179116AR 18.535 0. Outside b2 max.100 5/8˝ 2.548 NI 16 0.81 1.51 200 1.400 0.98 1.85 184013AR 12.05 2.69 1. [Inch] [Inch] [Inch] 400 0.] 179107AR 3.776 28.89 0.42 0.400 1.134 4.39 1.12 2.000 0.700 190.12 4.88 184010AR 7.689 1.500 9/32˝ 1.26 50 3.008 2.98 0.5 0.94 1.000 2.500 18.000 48.5/16˝ 1.87 Design factor 4:1 AR | Clevis Grab Hook Alloy Steel Code WLL Chain size [lb] Size [lb/pc.13 0.14 0.42 3.76 0.17 Design factor 4:1 40 Weight .87 2.071 1.39 400 1.18 1.77 0.200 5.646 72.378 3.64 179113AR 12.52 1.95 0.54 2.16 5.12 2.38 4.787 2.214 NI 32 1.52 5.800 7.16 3.50 6.] A B C Ød E ØF G H L [Inch] [Inch] [Inch] [Inch] [Inch] [Inch] [Inch] [Inch] [Inch] 184007AR 3.79 1.470 0.500 9/32˝.100 1/2˝ 1.39 0.200 15.200 136.890 0.79 100 2.78 1.38 0.A ccessories Chain and Grade 80 NI | Alloy Chain Made By PEWAG Code Material thickness dn Standard delivery length [Inch] [feet] NI 5.32 500 0.69 4.57 2.2 5.268 18.5 1.100 3/8˝ 1.69 2.100 8.05 3.319 0.324 NI 26 1.63 150 1.63 1.25 0.945 0.28 0.18 0.100 1/2˝ 2.375 0.780 NI 22 0.939 NI 10 0.94 1.13 1.100 28.76 1.1 0.161 3.79 1.26 1.000 0.531 1.455 WLL Breaking force [lb] Weight [lb/ft] [lb] AR | Clevis Sling Hook Code WLL Chain size [lb] Dimension A A1 i B C D ØF G Ød H L Weight [Inch] [Inch] [Inch] [Inch] [Inch] [Inch] [Inch] [Inch] [Inch] [Inch] [lb/pc.657 4.780 1.100 72.22 NI 7 Pitch t Inside b1 min.10 3.846 2.400 3. 06 15.04 22.75 3.50 5.69 1.83 0.44 101150DS 15 101200ES 22 1.Grade 80 design factor 4:1 41 .68 1810138R 12.36 1810108R 7.05 2.65 4.20 1.20 3.70 1.03 0.87 0.54 3.13 0.09 101050DS 5 101070ES 8 0.24 1.46 1.98 1.18 1.17 0.74 2.36 1.17 Design factor 4:1 ! R | Connecting Links Alloy steel Code Chain size WLL [lb] Size Weight [lb/pc.5 1.42 3.67 0.59 1.95 0.93 1.49 Design factor 4:1 DS/ES | Eye Sling Hook Carbon steel Grade 40 Code Alloy steel Grade 80 WLL CODE [metric t] Size Weight l[lb/pc.65 4.06 0.60 44.24 3.97 5.25 0.13 1.76 8.79 0.69 101075DS 7.87 2.52 2.06 2.09 2.64 0.73 101010DS 1 101015ES 1.34 3.79 0.31 101030DS 3.87 1.46 1.14 2.52 5.5 0.46 2.43 3.10 2.76 0.66 1.10 1.46 1810168R 18.4 0.91 0.66 0.91 0.8 101010ES 1.22 1.2 0.23 1.42 0.26 4.71 1.] WLL A B C D D1 E F G H L [metric t] [Inch] [Inch] [Inch] [Inch] [Inch] [Inch] [Inch] [Inch] [Inch] [Inch] 101007DS 0.22 0.61 4.2 101045ES 5.06 3.6 0.] A B ØC D E LU [Inch] [Inch] [Inch] [Inch] [Inch] [Inch] 1810078R 3.69 1.02 1.09 2.37 0.] A B C Ød E ØF G H L [Inch] [Inch] [Inch] [Inch] [Inch] [Inch] [Inch] [Inch] [Inch] 184L 07AR 3.14 3.78 1.31 10.56 4.85 184L 13AR 12.95 9.43 0.AR | Clevis Grab Hook with Safety Pin Alloy steel Code WLL Chain size [lb] Size Weight [lb/pc.81 1.100 5/8˝ 2.71 0.18 0.91 1.91 0.79 1.91 1.18 1.28 2.88 1.10 3.36 8.88 184L 10AR 7.500 9/32˝.60 2.47 0.91 2.51 1.3 2.59 1.39 0.28 2.6 101 020ES 2.06 1.69 1.02 0.16 3.000 1/2˝ 0.50 4.42 1.91 0.01 1.05 3.52 7.71 0.98 3.71 1.63 1.37 0.000 1/2˝ 2.17 1.34 3.80 2.31 1.15 2.56 184L16AR 18.5/16˝ 0.01 101015DS 1.07 3.14 1.50 6.64 2.65 101020DS 2 101030ES 3.12 2.12 2.38 4.76 1.22 3.53 0.25 0.50 2.81 2.59 0.13 0.49 1.100 3/8˝ 0.100 3/8˝ 1.91 2.67 0.57 1.23 0.87 0.97 7.44 7.06 0.10 2.500 9/32˝ 1.100 5/8˝ 0.33 12.54 11.05 2.75 4.98 0.66 Grade 40: design factor 5:1 .01 6.94 1.84 101100DS 10 101150ES 16 1.38 1.26 1.39 1.76 2.5 101110ES 11.87 1. 30 - Grade 40: Design factor 5:1 – Grade 80: Design factor 4:1 AS | Swivel Locking Hook Alloy steel Code WLL Size Chain size Weight [lb/pc.49 58.22 2.90 102010AS 3.66 - 147200ES 22 0.2 0.49 1.34 5.73 1.71 1.49 2.87 0.01 1.69 2.80 11.5 0.30 4.22 1.63 3.46 2.01 0.94 17.42 1.91 1.75 8.77 1.11 1.01 1.06 0.36 0.94 5.83 0.06 0.30 3.85 3.02 0.06 21.4 1/2˝ 0.98 1.49 1.30 1.20 3.31 13.59 1.03 0.31 1.63 5.50 2.97 8.69 1.89 0.39 1.39 1.40 1.94 12.70 1.01 1.68 2.06 3.49 2.02 0.42 7.56 6.79 0.14 5.60 2.94 1.06 3.32 112020AN 2 5/8˝ 0.27 1.69 1.57 4.6 0.85 3.06 1.59 1.59 1.91 0.35 3.89 0.94 1.22 4.94 0.18 0.02 0.47 2.87 2.60 Design factor 4:1 AN | Sliding Chocker Hook Alloy steel Code WLL [metric t] Wire rope size Size [lb/pc.38 3.] [lb] A B D E F H L M N P R [inch] [inch] [inch] [inch] [inch] [inch] [inch] [inch] [inch] [inch] [inch] 102007AS 2 9/32˝ 0.34 1.09 112030AN 3 3/4˝ 0.22 4.31 1.23 1.59 1.76 0.95 12.57 7.36 0.44 10.34 5.79 0.14 1.57 1.50 6.46 1.83 4.50 2.50 2.39 33.22 2.03 147050DS 5 147070ES 8 0.51 1.23 5.18 0.68 7.28 8.79 0.12 0.38 1.25 0.48 1.78 2.5 3/8˝-1/2˝ 0.08 147020DS 2 147030ES 3.54 0.11 1.79 3.23 1.77 7.A ccessories Chain and Grade 80 DS/ES | Swivel Hook · Carbon and Alloy Carbon steel Grade 40 Code Alloy steel Grade 80 WLL Size Weight [lb/pc.22 0.27 2.65 6.39 2.48 1.85 3.98 2.71 1.26 1.77 8.63 3.5 0.48 1.06 0.79 0.39 1.50 2.17 1.5 147110ES 11.91 0.94 0.4 0.91 1.03 147010DS 1 147015ES 1.91 1.28 2.44 1.54 0.65 3.76 1.2 3/8˝ 0.79 1.45 147100DS 10 147150ES 16 0.09 1.13 1.18 1.20 147015DS 1.8 147010ES 1.87 0.97 5.06 2.61 1.36 0.56 2.75 9.04 3.68 102016AS 8 5/8˝ 0.39 1.83 0.78 2.28 3.09 2.93 1.] A B C D E F G H [inch] [inch] [inch] [inch] [inch] [inch] [inch] [inch] 112015AN 1.91 147075DS 7.72 2.26 5.51 1.57 1.] Code [lb] WLL A B C D D1 E F H L M N P R [lb] c [inch] [inch] [inch] [inch] [inch] [inch] [inch] [inch] [inch] [inch] [inch] [inch] 147007DS 0.22 2.97 2.83 4.63 2.07 2.30 3.11 1.72 2.69 2.06 102013AS 5.57 1.06 2.2 147045ES 5.01 1.89 0.6 147020ES 2.03 0.64 2.65 147030DS 3.61 1.20 1.94 0.38 1.15 1.18 2.80 2.28 3.40 112050AN 5 7/8˝-1˝ 1.98 4.54 0.36 1.23 1.57 Design factor 5:1 42 – Weight .49 1.57 1. 96 8.89 4.31 11.59 4.61 13.91 0.5 1.77 8.14 3.27 40.57 21.BH | Bucket Hook Code BH-1 WLL B! M L L1 H B Ø D1 A Weight [ton] [inch] [inch] [inch] [inch] [inch] inch [inch] [inch] [inch] [lb/pc.22 0.71 5.26 5.46 1.22 BH-5 5 1.19 5.24 4.91 0.69 1.] Code [t] - WLL A B C D D1 E F G H L [t] [inch] [inch] [inch] [inch] [inch] [inch] [inch] [inch] [inch] [inch] - 0.29 10 1.95 6.38 1.50 8.17 1.79 0.24 4.22 0.4 1.90 2.95 11.59 1.06 1.23 2.40 121100D S 10 121150E S 16 1.31 6.28 5.97 1.59 0.50 Grade 40: Design factor 5:1 – Grade 80: Design factor 4:1 43 .28 2.50 2.95 0.97 0.70 - - 121300E S 30 3.22 2.18 15.00 1.31 11.82 3.36 1.83 8.09 7.97 0.32 0.62 6.5 121110E S 11.46 2.47 121050D S 5.38 5.14 1.12 2.] 1 0.72 4.42 3.13 3.18 1.33 8.93 1.98 1.67 10.20 1.57 0.60 2.15 2.57 0.41 8.] BH-C10 10 1.09 2.38 1.30 6.60 BH-8 BH-10 8 1.38 1.22 0.35 3.65 3.2 121045E S 5.16 1.70 3.15 1.74 2.98 4.98 5.14 1.72 9.15 4.42 7.59 1.64 2.69 2.52 2.07 5.24 3.32 5.31 8.14 3.01 1.83 0.84 82.73 2.24 3.03 0.94 1.98 0.57 1.40 1.94 0.07 3.21 1.77 121007DS 0.58 121075D S 7.97 3.26 1.56 4.91 2.15 3.56 1.30 BH-4 4 1.43 3.47 1.28 2.81 2.31 16.69 3.05 2.31 6.80 2.8 121020D S 2 121030E S 3.93 3.18 1.57 1.98 7.73 Design Factor 4:1 BHC | Bucket Hook Code WLL B1 M L L1 H B D1 A Weight [ton] [inch] [inch] [inch] [inch] [inch] [inch] [inch] [inch] ]lb/pc.46 1.02 Design factor 4:1 DS/ES | Shank Hook Carbon steel Grade 40 Code Alloy steel Grade 80 WLL Size Weight [lb/pc.44 4.83 0.69 1.23 - - 121200E S 22 2.57 1.48 3.4 121070E S 8 1.5 0.07 7.43 3.87 4.32 BH-C18 18 2.42 121030D S 3.39 24.35 9. 01 1.42 2.74 122085SP 123085SB 8.36 5.50 1 3/8˝ 1.77 1.00 8.10 1.04 122135SP 123135SB 13.40 0.09 1.98 2.99 2.50 1˝ 0.16 1.60 2.55 11.98 0.87 2.00 3.5 7/16˝ 0.63 0.03 1.28 0.57 2.60 33.22 2.09 2.43 0.69 1.60 1DS0D3 1.51 122020SP 123020SB 2 1/2˝ 0.75 3/4˝ 0.91 0.31 -- 22.68 4.14 0.73 1.75 0.75 3.24 5.15 2.01 2.66 1.75 1.62 13.26 0.85 4.34 0.88 5.20 1DS0D5 3.25 1DS0D2 1.71 1.25 2.24 5.122 series Bolt type pin with hexagon nut and split cotter pin .96 28.91 2.47 1.32 122095SP 123095SB 9.42 122065SP 123065SB 6.91 7.24 7.52 1.05 122120SP 123120SB 12 1 1/4˝ 1.20 3.50 1.00 Screwed pin .38 0.29 0.40 1DS0D6 3.46 0.A ccessories Chain and Grade 80 SP/SB | Shackles Code Screw pin WLL Size [ton] [inch] Size Weight (Tolerances: up 1t to 2 t ± 1.20 2.44 1.00 1DS0D9 6.38 2.57 1.77 122032SP 123032SB 3.00 5.46 14.06 2.26 8.67 1.61 122047SP 123047SB 4.37 1.90 16.64 1.39 0.36 1.99 1.93 1.50 1DS0D8 5.95 7.27 2.53 0.00 1DS0D7 3. up 3.16 1.20 2.50 7/8˝ 0.00 16.56 1.16 4. more ±3) Safety bolt A B C D E [inch] [inch] [inch] [inch] [inch] [lb/pc.02 0.50 1DS0D4 2.50 1 1/8˝ 1.26 1.33 122015SP 123015SB 1.01 4.] F Screw pin Bolt Type 122010SP 123010SB 1 3/8˝ 0.05 2.67 0.38 1.01 4.14 0.87 0.47 3.61 0.53 3.52 0.43 0.26 2.25t to 25t ±2.85 1.50 2.69 3.74 2.52 122170SP 123170SB 17 1 1/2˝ 1.69 1.00 1.98 1.93 0.94 19.36 122250SP 123250SB 25 1 3/4˝ 1.50 3.00 .123 series Design factor 5:1 DS/ES | Latch Kits For Sling Hooks Code 44 Size WLL For hook type A B C D Carbon steel Alloy steel [inch] [inch] [inch] [inch] [ton] [ton] 1DS0D1 1.75 1.25 5/8˝ 0.39 1.87 1.43 2.5.50 11.31 2.91 0.10 2.65 3.28 3.27 9.02 0.20 5.13 0.63 1.78 3.97 4.42 3.75 0.46 0.16 0.24 3.24 10. 23 BH-C10 SPC215 3.02 0.83 1.38 0.20 5/8˝ 1PE120AN 0.12 9/32˝.79 1.94 2.97 0.5/16˝ 1PE110AN 0.63 1.91 1.65 0.49 1.39 1.31 BH-C18 Electrogalvanized AN | Load pins Code F G d [inch] [inch] [inch] Chain Size (For Grade 80 Clevis Hooks) 1PE107AN 0.12 3/8˝ 1PE113AN 0.36 0.33 0.39 BH-8 & BH-10 Electrogalvanized SPC | Latch for style BH-C Code Size For Bucket Hook Style ˝C” A B C D [inch] [inch] [inch] [inch] SPC204/206 2.81 2.20 BH-1 SPU202 2.16 1/2˝ 1PE116AN 0.38 0.73 0.79 0.20 3/4˝ 45 .24 BH-3 SPU203 2.48 1.39 2.10 0.50 0.44 2.31 BH-4 & BH-5 SPU206 3.KR | Triger for Safety Hook Triger for Swivel Safety Hook Grade 80 Code Size 10 2 0 0 7 K R 9/32˝ 102010KR 3/8˝ 102013KR 1/2˝ 102016KR 5/8˝ SPU | Latch for style BH Code Size Fits Bucket Hook Style ˝BH” A B C D [inch] [inch] [inch] [inch] SPU201 1.91 1.63 0.16 1.24 1.30 2.97 1. Grade 50 Stainless Steel Chain and Accessories OTO ? PH 47 . 000 4.600 1.28 11.100 4.500 NI K 16* 5/8˝ 11.71 1.09 0.100 7.400 2.100 23.100 28.400 17.28 1.000 11.] CK 5 1.42 0.400 2.26 CK10 4.700 NI K 10 3/8˝ 4.500 6.10 0.01 0.200 8.4 1.800 0.100 * At use with Eye sling hook HSK 16 from batch code G onwards.51 0.63 0.83 4.500 NI K 13 1/2˝ 7.6 Code dimension Working load limit [lb] NI K5 3/16˝ 1.87 0.100 3.55 1.48 NI K13 1/2˝ 200 1.400 6.18 0.89 0.200 7.73 CK13 7.76 0.98 2.200 2.83 1.14 1.91 0.42 4.000 12.700 14.100 10.300 2.600 9.100 10.62 0.13 1. NIK | Lifting Chain Code Nominal diameter [dn] Standard delivery length Pitch t [inch] [feet] Inside width b1 min Outside width b2 max.28 0.100 1.000 15.87 2.85 7.7 1.46 2.39 0.39 0.13 0.100 1.31 0.5 2.400 0.39 1.900 18.200 2.51 0.55 NI K16 5/8˝ 100 1.69 .900 1. respectively slings without Eye sling hooks.51 2.38 NI K7 9/32˝ 200 0.700 2.300 4.1 2.75 1.35 0.54 0.300 11.34 0.500 23.100 3.600 5. [inch] [inch] WLL [lb] Breaking force Weight [lb/ft] [lb] NI K5 3/16˝ 200 0.67 0.71 0.900 NI K 7 9/32˝ 2.67 0.+ 4-leg chains Angle of inclination: - 30° 45° 60° 30° 45° 60° Load factor: 1 1 1.000 3.11 CK7 2.600 1.35 2.100 1.700 16.54 CK16 11.800 3.67 3.83 0.600 18.200 3.51 0.400 4.74 NI K10 3/8˝ 200 1.83 CK | Connecting Link Code 48 WLL e c s d b g Weight [lb] [inch] [inch] [inch] [inch] [inch] [inch] [lb/pc.98 0.000 44.A ccessories Chain and Grade 50 Capacities Design factor 4:1 1-leg chains 2-leg chains 3. 900 0.33 1.500 10.400 4.02 9.13 - 5/8 AK36 23.62 * For HSK 16 up from batch code G VK | Master Link Assembly Code Consisting of WLL e d t w d1 t1 w1 Weight [lb] [inch] [inch] [inch] [inch] [inch] [inch] [inch] [lb/pc.700 1.42 10.85 1.51 4.30 3.06 7.72 - - 49 .06 0.900 6.15 VK7 AK 22+2BW I1 6* 5.54 0.55 0.85 0.900 0.200 1.36 0.200 3.24 5.18 *BWI dimension on next page AK | Master Link Code WLL d t w s Weight [lb] [inch] [inch] [inch] [inch] [lb/pc.36 0.06 0.14 3.87 4.55 1.30 3.700 9.55 H SK 7 2.06 7.79 0.75 0.87 2.75 9/32 - AK16 3.100 1.79 3.35 1.40 1.89 6.55 1.55 0.51 4.14 13.65 H SK 16* 11.55 H SK 10 4.51 1.87 1.42 10.30 4.31 0.500 0.79 5.54 1.91 6.03 3/8 - AK22 7.30 7.32 H SK 13 7.400 0.73 0.33 2.02 6.15 1.39 3.] for1-leg chain slings for 2-leg chain slings AK10 1.67 2.39 1.46 1.92 1.54 0.79 0.36 0.91 6.97 0.87 2.95 0.56 22.39 0.76 1.83 0.10 0.100 4.100 3.33 0.43 1.12 VK10 AK 26+2BW I 20* 11.24 5.33 2.79 1.42 VK 13 AK32+2BW I2 2* 18.000 6.94 0.09 3.09 3.94 0.33 2.39 0.94 0.17 - 9/32 AK 18 4.55 2.09 1.51 2.60 0.06 5.31 3/16 3/16 AK13 2.67 4.] H SK 5 1.34 5.60 0.91 4.53 1/2 3/8 AK26 12.24 VK16 AK36+2BW I 26* 23.57 8.15 0.500 12.51 1.] VK5 AK13+2BW I 1 0* 2.43 1.15 0.97 14.22 0.53 1.25 2.HSK | Eye Sling Hook Code WLL e h a d1 d2 g1 b Weight [lb] [inch] [inch] [inch] [inch] [inch] [inch] [inch] [lb/pc.67 3.30 7.31 2.30 1.87 4.14 1.89 1.83 0.75 1.42 5/8 1/2 AK32 18.800 0.31 0.100 15.75 5. 34 0.73 0.79 7.56 0.65 4.39 1.51 2.07 VL K 16 11.57 0.100 0.67 2.79 4.91 VL K 13 7.47 1.48 g a Latch Kit for HSK Stainless Steel Eye Sling Hook Stainless steel safety latch set with extra strong spring and rivetable safety pin Code for hook 1078 H SK 5 3/16˝-7/16˝ Stainles Steel Eye Sling Hook 1080 H SK 7 9/32˝ Stainles Steel Eye Sling Hook 1094 H SK 10 Sold as a kit only 50 3/8˝ Stainles Steel Eye Sling Hook 1095 H SK 13 1/2˝ Stainles Steel Eye Sling Hook 36047 H SK 16 5/8˝ Stainles Steel Eye Sling Hook .05 0.91 4.06 5.400 5.A ccessories Chain and Grade 50 HSK | Secondary Link Dimensions Code WLL d t w s Weight [lb] [inch] [inch] [inch] [inch] [lbkg/pc.53 1.26 2.37 2.76 1.50 2.79 1/2 1/2 BW I 20 11.05 0.000 0.35 1.650 3.68 0.28 1.97 0.67 2.06 1.750 4.] VL K 5 1.20 - - BW I 16 7.02 0.24 3.43 1.56 - - BW I 26 22.34 0.87 1.] for 1-leg chain slings for 2-leg chain slings BW I 10 2.55 0.000 8.39 1.50 5/8 5/8 BW I 22 14.63 4.63 1.000 1.25 1.03 5.040 6.79 3.23 - - VLK | Adjustable Code W NE d VLK in use d1 e WLL e a d d1 g Weight [lb] [inch] [inch] [inch] [inch] [inch] [lb/pc.57 - 1.15 2.03 VL K 10 4.40 VL K 7 2.800 0.200 0.79 - 0.52 0.31 0. Pewag Winner Profilift Points Lifting and lashing 51 . 63 1.400 26.64 0.79 3.77 2.30 - 3/8˝ 1˝ 1.200 2.700 13.1 ¼ 1 1/4˝.200 P L A W. which is secured against loss.400 8. max.77 2.600 3.11 3.8 295 8.000 17.77 3.8 8.41 - 9/16˝ 1 3/8˝ 6.1 P L A W.000 22.5 1100 22.17 1.800 13. The load ring is loadable in a range of 130° and can be positioned at any required angle due to its replaceable and patented spring.40 2.200 2.43 7.000 P L A W.57 0.600 4.61 3. 30° max.200 27.000 22. The screw is 100% crack detection tested as well as covered with a chromate VI-free protection against corrosion.66 5.800 8.94 1.17 1.300 1.77 2. pewag winner profilift alpha is able to withstand a 4-fold Safety against break in all directions.68 5.400 18.400 13.800 8.97 0.63 1.40 1 1 2 2 2 2 3+4 3+4 2 3+4 0° 90° 0° 90° 0°– 45° 45°– 60° 0°– 45° 45°– 60° asymm.61 3.000 44. pewag winner profilift alpha is available with metric or UNC-thread.39 P L A W.30 - 3/8˝ 1˝ 2.53 2.53 2.68 5.350 2.200 13.13 88.57 0.05 4.500 17.51 2.3/8 3/8˝.200 8.600 17.400 4.45 P L A W.9 material. Each lifting point is marked with an individual serial number that allows product traceability.16 1.74 0.1 1 1/4˝-7 13.57 0.17 0.000 17.800 18.34 2.13 3.41 1.6 17.3/8 3/8˝.300 3.6 1.350 P L A W.79 2.500 4.79 2.300 8.¾ 3/4˝.200 2.64 1.600 6.600 12.300 2.400 2.64 1. 130° 360° Picture 1 Code Thread WLL a b c d e g h k n [inch] [lb] [inch] [inch] [inch] [inch] [inch] [inch] [inch] [inch] [inch] n max.400 9.000 30.000 25.74 0.400 4.800 2.1 ½ 1 1/2˝.74 0.200 13.200 4.800 1.000 22. The table with the working load limit depending on the type of application as lifting gear.300 6.000 52 .400 4.i ts Lifting Po nGrade 100 PLAW | Pewag Winner Profilift Alpha 360° rotatable lifting point.94 1.11 148 3.] [inch] P L A W. asymm.800 1.91 2.000 22.16 51.61 3.1 ¼ P L A W.000 4.800 17.000 2.800 3.64 0.800 4.43 1.77 3.10 4.72 2.91 2.06 3.200 1.6 590 17.300 P L A W.000 24.5 2.5 /8 5/8˝.000 45.600 3.16 - 3/4˝ 1 1/2˝ 14.700 2.300 3.5 /8 5/8˝.800 6.43 1.80 P L A W.13 2.900 1. Likewise interchangeable is the hexagon-special screw from grade 10.1 ½ 1 1/2˝.79 - 3/8˝ 1˝ 1.000 3.10 221 4.350 2.350 1.¾ 3/4˝.35 1.200 26.350 1.95 4.700 1. Method of lifting Number of legs Angle of inclination Code Thread Torque [inch] [lb/ft] WLL [lbs] P L A W.000 33.64 1.43 1.36 1˝.93 - 9/16˝ 1 3/8˝ 6. number of legs and angle of inclination is a part of the user manual and packed together with each lifting point. Weight [lbs/Stk.200 4.½ 1/2˝.95 4.400 1˝.½ 1/2˝.7 369 13. and marked with the load capacity and thread size.300 6.200 6.41 P L A W.800 19.17 4.000 44.000 34.91 2.000 34.800 8.800 P L A W.000 17.19 1.350 1.64 1.40 P L A W.30 - 3/8˝ 1˝ 1.400 3.200 P L A W.1 ¾ 1 3/4˝.000 36. 000 17.3200 P L AW.200 75 115 67 20 68 143 45 100 49 260 14 36 6.200 26.400 19.M 1 0 M10 1.200 2.300 P L AW.800 17.14 P L AW.300 6.800 8.700 1.500 11. asymm.320 8.700 2.M 1 6 M16 147.300 3.000 53 .400 4.M 3 6 M36 590.200 4.200 26.800 17.700 5.300 3. Code H c n max.M 2 0 M20 221.350 2.M 2 4 M24 8.300 6.M 1 6 M16 3.400 26.800 1.000 11.000 24.M 1 0 M10 51.350 45 67 40 11 41 95 23 55 29 160 10 24 1.16 P L AW.M 3 0 M30 13.600 6.M 2 0 M20 5.300 2.800 P L AW.M 2 4 M24 295.350 1. Weight [lbs/Stk. = n max.500 P L AW.000 25.200 5.200 8.6 1.900 1.600 12.M 3 0 M30 368.600 13. to the inspection certificate respectively table of WLL in the mentioned directions of pull – see picture 1. Method of liftingzt Number of legs Angle of inclination Code Thread Torque [mm] [lb/ft] WLL [lbs] P L AW.700 13. Non permissible usage Make sure when choosing the assembly that improper load can not arise eg if: VËËÍjËaÁjWÍËwˬÖËÄËMÄÍÁÖWÍja VËËaÁjWÍËwˬÖËÄËÍËËÍjËwÁjÄjjË?Áj?Ë®ÄjjˬWÍÖÁjËÔ¯ VËË?aËÁ~ËÁjÄÍÄË?~?ÄÍËja~jÄËÁË?aË®¬WÍÖÁjËϯ Picture 2 Picture 3 The load ring must be placed in the direction of pull before loading – do not turn under load.400 18.M 1 2 M12 88.000 1.000 17.000 8.0 8.600 3.800 75 115 67 20 68 143 45 100 36 220 14 36 5.21 P L AW.400 3.600 4.800 8.000 93 147 85 27 87 188 52 120 55 260 19 36 13.200 2.600 4.700 1.8 13.20 P L AW.200 45 67 40 11 41 95 23 55 29 160 10 24 1.200 P L AW.350 1.0 17.000 34.5 3.800 3. b a d e To calculate the necessary thread length (L): L= H + S + K + X g H = Material height S = Thickness of the washer K = Height of the nut (depending on the thread size of the screw) X = Excess length of the screw (twofold pitch of the screw) L max.350 2.300 45 67 40 11 41 95 23 55 29 160 10 24 1.500 54 81 50 13 55 112 33 67 33 160 8 24 2.20 1 1 2 2 2 2 3+4 3+4 2 3+4 0° 90° 0° 90° 0°– 45° 45°– 60° 0°– 45° 45°– 60° asymm.Permissible usage Load capacity acc. n S K h X k Thread WLL a b c d e g h k n [mm] [lb] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] n max.] [mm] P L AW.500 17.3 5.188 P L AW.500 5.000 2.3200 1. For more details please have a look into our user manual.000 34.200 13.000 34.200 4.600 17.M 1 2 M12 2.500 11.000 17.94 P L AW.350 P L AW.400 3.5 2.M 3 6 M36 17.500 5.000 7. 8 Method of lifting No. The screw is 100% crack-tested as well as covered with a chromate VI-free protection against corrosion.000 4.200 P L B W.300 1.000 44.000 4.7/8 7/8˝-9 118 12.50 2.700 1.77 2.200 3.500 17.1 [lbs] 1˝-8 148 13.000 4.25 5.69 3.78 1˝.000 P L B W.600 5.14 2. It can be tightened with a hexagon wrench or spanner wrench.500 3. of legs: Angle of inclination 1 1 2 2 2 2 3+4 3+4 2 3+4 0° 90° 0° 90° 0°– 45° 45°– 60° 0°– 45° 45°– 60° asymm.1 ¼ 1 1/4˝-7 200 19.95 - 5/16˝ 1˝ 2. number of legs and angle of inclination is a part of the user manual and packed together with each lifting point.000 17.73 P L B W.69 3.9 /1 6 9/16˝.29 P L B W.68 3.000 3.72 - 3/4˝ 2 3/16˝ 32.0 P L B W.500 39.¾ 3/4˝.79 - 9/16˝ 1 3/8˝ 8.000 24.70 0.71 1.9 8.50 0.7 13.11 3.7/1 6 7/16˝.58 13. In permissible fields of operations the lifting point corresponds to a 5-fold safety.500 3.000 22.300 8.000 1 1/2“-6 295 25.52 4.500 3.1 /8 1 1/8˝.200 5.18 1.300 P L B W.000 26.9 /1 6 9/16˝-12 22 4.500 7.25 5.500 13.500 13.52 4.500 17.58 13.75 P L B W.1 /8 1 1/8˝-7 185 14.500 P L B W.35 1.200 1.1 ¼ 1 1/4˝.36 3.000 7.¾ 3/4˝-10 74 6.69 3.17 7. and marked with WLL and thread size.40 4.500 5.000 22.400 3.10 5.43 0.300 13.000 50.40 4.000 22.900 13.50 2.000 50.500 28.000 P L B W.23 1.000 15.000 11.5 /8 5/8˝.800 6.71 1.5 /8 5/8˝-11 37 5. pewag winner profilift beta is available with metric or UNC-thread.11 1.200 22.44 - 9/16˝ 1 3/8˝ 7.300 1.500 13. which explains the increased WLL in the upright loaded position.8 11.000 3.50 5.06 3.200 4.000 33.600 35.500 28.800 2.800 17.300 3.7/1 6 7/16˝-14 11 2.50 5.200 1.300 4.000 18.50 0.11 1.7 17.07 P L B W.98 1.600 12.23 1.5 2.18 1.11 1.300 2.300 3.1 P L B W.25 5.87 - 5/16˝ 1˝ 2.68 3.000 24.000 8.] P L B W.500 1.000 23.200 2.65 2.50 5.27 [inch] [lb/pc.000 7.000 54 PLBW-1½ . The load ring is 180° movable and can be held at each requested position due to its replaceable and patented spring.000 8.17 0.500 P L B W.14 2.000 30.03 2.17 7.35 1.58 13.28 8.500 8.98 1.20 1.000 24.600 24.20 2.000 46.35 1.59 - 5/16˝ 5/8˝ 0.13 - 3/4˝ 2 3/16˝ 32.800 8.500 4.800 1.50 2.43 0.000 4.3/8 3/8˝.28 8.000 1.89 P L B W.20 2.400 11.03 2.600 4.800 24.36 3.400 24.500 36.38 P L B W.500 P L B W.500 11.65 2.000 11.23 1.700 5.52 4.32 - 3/4˝ 2 3/16˝ 32. which is secured against loss. that allows product traceability and load capacity for the most inappropriate field of operation.600 1.500 P L B W.000 22.600 27.500 17.20 1.14 2.40 4. asymm.800 18.67 - 5/16˝ 5/8˝ 0.600 2.12 3.000 2.200 11. 180° Picture 1 Code Picture 2 Thread WLL a b c e f g h n [inch] [lbs] [inch] [inch] [inch] [inch] [inch] [inch] [inch] [inch] n max Weight P L B W. The table with the different load capacities depending on the method of lifting as lifting gear.000 48.16 1.17 0.500 5.2 P L B W.800 11.000 Code P L B W.77 2.i ts Lifting Po nGrade 100 PLBW | Pewag Winner Profilift Beta 360° rotatable lifting point.77 2.400 2.000 2.700 17.06 3.17 0.19 - 5/16˝ 1˝ 2.68 3.98 1.1 ½ 1 1/2˝-6 24.20 2.800 8.000 48.500 1.500 5.1 3/8 1 3/8˝-6 236 24.400 3.70 0.9 material.36 3.500 11.59 - 9/16˝ 1 3/8˝ 7. Likewise interchangeable is the hexagonspecial screw of grade 10.300 1.000 11.3/8 3/8˝-16 7.500 2.65 2.28 8.03 2.200 2.800 2.43 1.800 22.7/8 7/8˝.000 24.17 7.900 3. The lifting points pewag winner profilift beta are marked with an individual serial number. WLL Thread Torque [inch] [lb/ft] P L B W.300 13.1 3/8 1 3/8˝-6 22.000 6. 000 34.700 13.M 2 0 M20 221.700 1.200 4.800 P L BW.400 19.320 8.000 8.800 75 115 67 20 68 143 45 100 36 220 14 36 5.200 26.000 24. to the inspection certificate respectively table of WLL in the mentioned directions of pull – see picture 1 an 2.M 3 6 M36 590.350 2. 1.300 3.400 4.350 1.300 45 67 40 11 41 95 23 55 29 160 10 24 1.000 17.400 3. For more details please have a look into our user manual.900 1350 1.600 13.Permissible usage Load capacity acc.21 P L BW. asymm.200 13.0 8.500 P L BW.M 2 0 M20 5.M 1 2 M12 2.600 12.400 3.M 1 0 Thread Torque [mm] [lb/ft] M10 51.500 11.14 1.400 18.] 10 24 1.500 5.000 17.200 2.700 5. Non permissible usage Make sure when choosing the assembly that improper load can not arise eg if: VËËÍjËaÁjWÍËwˬÖËÄËMÄÍÁÖWÍja VËËaÁjWÍËwˬÖËÄËÍËËÍjËwÁjÄjjË?Áj?Ë®ÄjjˬWÍÖÁjËϯ VËË?a~ËÁ~ËÁjÄÍÄË?~?ÄÍËja~jÄËÁË?aË®¬WÍÖÁjË|¯ Picture 3 Picture 4 The load ring must be placed in the direction of pull before loading – do not turn under load.600 4.M 2 4 M24 295.500 11.3 5.700 2.5 3.400 26.6 WLL [lb] 1.200 75 115 67 20 68 143 45 100 49 260 14 36 6.350 45 67 40 11 41 95 23 55 29 P L BW.000 93 147 85 27 87 188 52 120 55 260 19 36 13.000 2.500 17.0 17.200 4.000 34.M 1 6 M16 3.500 54 81 50 13 55 112 33 67 33 160 8 24 2.300 6.500 5.300 6.800 P L BW. a S n K c X b Code Thread WLL a b c d e g h k n [mm] [lb] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] M10 1.M 3 0 M30 13.20 P L BW. Weight [mm] 160 [lb/pc.M 2 4 M24 8.000 55 .300 P L BW.M 3 6 M36 17.200 13.200 P L BW.800 8.600 3.350 Method of lifting Number of legs Angle of inclination Code P L BW.200 45 67 40 11 41 95 23 55 29 160 10 24 P L BW.800 17.94 P L BW.800 3.000 25.800 17.000 34.M 1 0 n max.600 6.M 1 6 M16 147.000 11.300 3.8 13.M 1 2 M12 88.300 2.200 P L BW.20 1 1 2 2 2 2 3+4 3+4 2 3+4 0° 90° 0° 90° 0°– 45° 45°– 60° 0°– 45° 45°– 60° asymm.16 P L BW.350 2.200 2.000 17.M 3 0 M30 368.600 4.200 26.000 13.200 5. g f To calculate the necessary thread length (L): L= H + S + K + X H = Material height S = Thickness of the washer K = Height of the nut (depending on the thread size of the screw) X = Excess length of the screw (twofold pitch of the screw) e h H n max.200 8.000 7.188 P L BW.600 17.700 1.5 2.800 8. 9 material. High resistant lifting eye 180° movable. To calculate the necessary thread length (L): L= H + S + K + X H = Material height S = Thickness of the washer K = Height of the nut (depending on the thread size of the screw) X = Excess length of the screw (twofold pitch of the screw) In case of requesting a lifting point with a special thread length. W NE The pewag winner profilift delta lifting points are marked with a WLL for the most inappropriate field of application. which explains the increased WLL in the upright loaded position.i ts Lifting Po nGrade 100 PLDW | Pewag Winner Profilift Delta In development from pewag: a ball-bearing loaded. to the inspection certificate respectively table of WLL in the mentioned directions of pull – see picture 1. 360° under load rotatable lifting point. 180° Non permissible usage Make sure when choosing the assembly that improper load can not arise eg if: VËËÍjËaÁjWÍËwˬÖËÄËMÄÍÁÖWÍja VËËaÁjWÍËwˬÖËÄËÍËËÍjËwÁjÄjjË?Áj?Ë®ÄjjˬWÍÖÁjËÔ¯ VËË ?a~ËÁ~ËËÁjÄÍÄË?~?ÄÍËja~jÄËÁË?aË®¬WÍÖÁjËϯ For more details please have a look into our detailed user manual. and marked with WLL and thread size. please mention the requested thread length “L”. The table with the load capacities depending on the method of lifting as lifting gear. with a 4-fold safety against break in all directions of load. Each lifting point is marked with an individual serial number. pewag winner profilift delta is optionally also available with special designed thread lengths. Permissible usage Load capacity acc. Special screw of grade 10. number of legs and angle of inclination is a part of the user manual and packed together with each lifting point. which is 100% crack-tested as well as protected against corrosion. that allows traceability. Picture 1 Picture 2 a b d c f M e 56 . It can be thightened with a hexagon wrench or spanner wrench. 200 9. [mm] 90 34 P LD W 0.540 3.03 P LD W 1.7 t M12 1.5 t M48 27.5 t M10 1.300 P LD W 2. of legs 1 Angle of inclination Code P LD W 0.200 1. 880 660 660 WLL [lb] 1.620 3.320 P L D W 0.680 2.34 P LD W 10 t M42 22.5 90° 0° 2 90° 2 0°.600 3.45° 45°.800 8.3 t 0° Thread Torque [mm] [Ft*lbs] M8 7.776 2.200 4.904 880 660 1.08 PL D W 2.300 3.500 7.000 60 91 114 23 92 60 260 75 10.200 2.800 8.03 PLD W 0.300 35 48 54 13 38 33 160 34 1.60° asymm.320 660 5.500 35 55 75 16 55 33 160 46 2.03 P LD W 1t * M14 2.500 65 116 114 27 92 68 260 75 10.620 3.900 5.800 4.540 1.500 5.42 P LD W 4t M24 8.400 2.600 60 91 114 23 92 55 260 75 10.540 1.7 t M12 11 3.78 1 2 2 3+4 Lifting Method No.080 2.540 35 48 54 13 38 22 160 34 1.5 t M10 7.620 3.5 2.680 3.500 8.200 1.800 45 66 82 17 63 40 260 50 3.200 35 48 54 13 38 22 160 34 1.808 9.800 57 .30 P LD W 6t M30 13.100 P LD W 0.84 PL D W 8t M36 17.650 1.56 P LD W 12 .300 4.100 2.5 t M20 59 9.840 1.5 t M48 443 8.300 7.300 2.700 5.5 t M16 22 6.500 P L D W 4t M24 111 PL D W 6t M30 170 PL D W 8t M36 332 P LD W 10 t M42 443 P LD W 12 . asymm.700 5.080 2.100 1.540 6.080 1.090 1.200 6.540 P LD W 1t * M14 18 4.5 t M20 5.200 1.820 P LD W 1.Code P LD W 0.5 t M16 3.45° 3+4 2 3+4 45°.100 30 38 54 13 38 20 160 34 1.100 4.60° 0°.200 50 70 92 20 72 40 260 60 4.3 t Thread WLL a b c d e f [mm] [lb] [mm] [mm] [mm] [mm] [mm] [mm] M8 660 30 38 54 13 38 20 f max. 500 8.000 6.500 3.100 500 2.000 8.000 PLGW3 M24 190 Nm 7.200 4.600 4.000 700 700 P L G W 1. NEW It is 360° rotatable. 7 M12 25 Nm 2.9 material.000 9.000 PLGW9 M42 925 Nm 22. 5 M16 60 Nm 4.400 1.000 4.000 60.000 4.000 2.500 PLGW2 M20 125 Nm 5.000 2.000 14.000 3.800 7.000 PLGW4 M30 320 Nm 10.800 12.400 1.000 [kg] Safety factor 4 Attention: Subject to technical changes! Availability on request! Tool-free assembly and disassembly The valve in pos. asymm. Each lifting point is marked with an individual serial number.000 12.000 18.700 10. pewag profilift gamma is optionally also available with a UNC-thread.000 1.000 9.200 1. contains a patented and interchangeable special screw of grade 10.500 9.000 700 4.000 2.000 18.000 12.i ts Lifting Po nGrade 100 PLGW | Pewag Winner Profilift Gamma Pewag introduces a worldwide novelty on the market: a patented tool-free pewag winner profilift lifting point.000 7.000 4.100 1.000 20.000 1. 5 M10 10 Nm 1.900 13.000 700 500 500 P L G W 0.000 2. 2 has contact with the screw (picture 2) VË0jËÜ?ÜjËÄËj¬ÍËˬÄÍËÝÍË?ˬ?ÍjÍjaËĬÁ~ VË ßjËMÍËÄËÍËÁÍ?Í?Mj˱j±ËÍjËw?ÄÍj~ËÍÁ¶ÖjËÄËÍÁ?ÄÍÍja to the screw and thus the eye bolt can be (re)assembled.200 1.500 3.800 2.500 7. Picture 1 58 Picture 2 .000 24.600 9.000 2. which can be tightened and aligned manually in the load direction. number of legs and angle of inclination is a part of the user manual and packed together with each lifting point.000 14.000 PLGW7 M36 590 Nm 15.000 3.000 4.000 3.000 30.500 1.000 4. Method of lifting Number of legs Angle of inclination Code 1 0° 1 90° 2 0° 2 90° 2 0°–45° 2 45°–60° 3+4 0°–45° 3+4 45°–60° 2 3+4 asymm.000 5. 4 M8 10 Nm 1.000 12.000 8.000 44.000 10.000 9.000 P L G W 12 M48 1400 Nm 30.000 700 1.000 14.000 16.1 must not have any contact with the screw (picture 1) VË0jËÜ?ÜjËÄËj¬ÍËˬÄÍËÝÍË?ˬ?ÍjÍjaËĬÁ~ VË ßjËMÍËÄËÁÍ?Í?Mj The valve in pos.200 3.000 800 560 400 800 600 400 400 P L G W 0. The table with the load capacities depending on the different methods of lifting as lifting gear.000 25.000 700 500 1.000 2.000 6.000 18. that allows traceability.200 6.000 12. Thread Fastening torque [mm] [Nm] Load capacity P L G W 0.000 4. which is 100% crack-tested as well as covered with a chromate VI-face-protection against corrosion and marked with WLL and thread size.000 7.200 3.000 400 2. Based on the latest standards of pewag we have designed and manufactured a lifting point for the tool-free anchorage. Ideal for hanging of lifting and lashing parts.400 PLBW 9/16 6. 180° d f b The instructions according to EN 15817 are valid for the welding.] 2464 1.320 16.600 4.520 2. of legs: Angle of inclination 0° 90° 0° 90° 0°– 45° 45°– 60° 0°– 45° 3+4 2 3+4 45°– 60° asymm.930 6.46 1.930 13.24 2.72 2. e a The lifting points will be packed individually and together with a user manual and welding instructions.640 17.27 1.30 6.600 17.000 33. Due to the integrated spring.77 3.300 2.180 26.85 1. the ring will be kept in each requested position.42 1.200 35.520 10.600 PLBW 7/8 33.69 1.400 4.320 23.600 37.000 66.40 PLE 22 33000 3.54 12.000 59 .66 1.400 8.57 1.57 1.57 0.680 6.52 4.87 1. Non permissible usage Make sure when choosing the assembly that improper load can not arise eg if: VËËÍjËaÁjWÍËwˬÖËÄËMÄÍÁÖWÍja VËËaÁjWÍËwˬÖËÄËÍËËÍjËwÁjÄjjË?Áj?Ë®ÄjjˬWÍÖÁjËϯ VËË?a~ËÁ~ËÁjÄÍÄË?~?ÄÍËja~jÄË?aË?a Code PLE 6 Picture 2 WLL a b d e f l Weight [lbs] [inch] [inch] [inch] [inch] [inch] [inch] [lb/pc.600 17.928 3.860 9.50 0.05 0.48 2.000 46.51 2.928 4.500 33.660 PLBW 3/4 17.13 1.61 1.69 0.400 17.46 0.600 35.464 2.62 3.000 69.64 1.660 11.660 23. for welding onto machine parts or vehicle bodies.930 PLBW 5/8 11.64 0.42 3. The welding may only be carried out by a welding operator with a valid qualification according to EN 287-1.464 5.464 PLBW 7/16 4.660 11.930 14.000 33.240 6.860 13.82 2.200 24.960 49.280 11.97 2.62 PLE 8 4400 1.464 2.65 3.800 8.87 2.660 24.860 17. Picture 1 l Permissible usage Load capacity acc.91 4.400 9.64 PLE 16 17600 2.340 6.38 0.060 3.160 4.464 4.200 33.43 2.86 PLE 10 6930 1.10 1 1 2 2 2 2 3+4 Picture 3 Method of lifting No.380 11. to the inspection certificate respectively table of WLL in the mentioned directions of pull – see picture 1 and 2. asymm.50 3.800 6.36 PLE 13 11660 2.400 4.000 66. WLL Code [lbs] PLBW 3/8 2.PLE | Pewag Winner Profilift Eta High-tensile eyebolts pewag winner profilift eta.930 6. Other Chains Chain and Accessories 61 . 14 Norm/Inside Link Size Lg. WLL lb 0. In.276 0.04 7/64" 3 0.87 2000 0.86 2000 0.21 1. In 304 L 3/16" 5 0.276 0.118 0.94 2850 0.55 1.55 1.43 0.73 5/16" 8 0.158 0.19 3/16" 5 0. 0.38 0.32 9/32" 7 0.54 7400 2.87 55 Weight lb/ft.393 0.158 0.Other Chains Stainless Steel Chain Type Trade size In.315 0.73 5/16" 8 0.26 0.95 1200 0.512 0.02 132 0.26 0. 316 L 5/64" 2 Norm/Inside Link Size Wd.69 1.46 0.96 3/8" 10 0.10 3550 1.200 0.46 0.079 0.200 0.315 0.45 0.38 0.10 3550 1. In. mm Actual Material Dia.96 3/8” 10 0.32 9/32" 7 0. 316 L will resist pitting and most kinds of corrosion.19 ! NOT FOR OVERHEAD LIFTING ! 304 L has good resistance to atmospheric corrosion. 0.393 0.94 2450 0.94 410 0.53 ! NOT FOR OVERHEAD LIFTING ! Alloy Steel Hoist Chains Pewag to OEM Crossover Chart 62 Hoist Brand Pewag chain # OEM’ Chain # Chain Description Lodestar (CM) 19790 85944 G-80 RDS Z/P Lodestar (CM) 19801 85949 G-80 RDS Z/P Coffing EC/ELC 2380 JL-19-B G-80 RD Coffing EC/ELC 20577 JL-19-1 G-80 RD Yale KEL-KAL 20576 642700424 G-80 RD Z/P Yellow Chromate Budgit 19790 910126 Z/P 208776-3 G-80 RD Z/P Budgit 19801 910142 Z/P 209156-3 G-80 RD Z/P CM (Manual) 63273 85839 G-80 HEO S/C CM (Manual) 63274 85847 G-80 HEO S/C Harrington (electric) 64403 LCER010C G-80 HE RDS S/C Harrington 32060 KLB5056NP/LCL5010NP G-100 HEO S/C Harrington 32072 KLB5071NP/LCL5015NP G-100 HEO S/C Harrington 32073 KLB5100NO/LCL5030NP G-100 HEO S/C .10 1/8" 4 0. Chain has excellent resistance to pitting in phosphoric and acetic solution.94 410 0.53 1/2” 13 0.49 1/8" 4 0.95 1200 0. 276 14827 100’ 75 EG 3/8 10 0. Finish mm 9/32 7 0. Standard Package Weight 100 ft.394 11696 100’ 165 EG ! NOT FOR OVERHEAD LIFTING ! Compatible lock for 3/8” security Chain offers anti-drill steel case for the ultimate protection.All Square Casehardened Security Chain All Square Casehardened Security Chain Chain Diameter In. Inch Stock Number. 63 . Contact Pewag Inc. Suite D Rocklin. 3825 Cincinnati Ave.. IL 60440 Phone 800-526-3924 Fax 630-759-0788 Pewag Inc. USA Corporate Offices 600 W.com 64 .com · www. CA 95765 Phone 800-445-2895 Fax 916-408-0575 sales@pewagchain. Crossroads Parkway Bolingbrook.pewagchain.