pewag winner pro G12/Grade 120 Catalog

pewag winner pro G12/Grade 120 Chains and Components

First documented references of a forging plant in Brückl 1803 Founding of a chain forge in Graz 1923 Merger of plants in Graz and Kapfenberg Creation of the name“pewag” 1975 Established pewag Inc. the North American Distribution Company 2014 pewag opens first chain production plant outside Europe in Pueblo, CO pewag acquires Terrier Lifting Clamps 1787 Founding of a chain forge in Kapfenberg 1836 Establishment of an iron casting plant in Brückl 1912 Production of the first Snow Chain worldwide 1947 Production of the first Tire Protection Chain 2013 Creation of pewag Mexico 2015 pewag is the first producer of Friction Welded Chains Timetable of important events

The pewag brand is well known for premium-quality chain products around the world and is well established as a global market leader. Today, pewag is the technological innovator in the high quality chain business. Stringent demands are placed on all employees to ensure high standards of quality.

At the core of chain innovation since 1479 pewag is one of the oldest chain manufacturers in the world and the company’s history goes back over 535 years when the first production facility was established in the town of Brückl, Austria in 1479. With over 535 years of engineering and manufacturing know-how, pewag has continued its research and development to provide the highest-quality innovative chain products to the market.

2 G12/Grade 120 winner pro History

pewag products The pewag group has a substantial and diverse spectrum of products and services. • Industrial Lifting Chains & Components • Traction Chains (cars, trucks, special purpose vehicles) • Tire Protection Chains (mining vehicles) • Conveyor and Hoist Chains & Components • Security Chains pewag,ContactInc 600 W. Crossroads Parkway Bolingbrook, IL 60440 P: 630.566.1394 F: pewagchain.comsales@pewagchain.com630.759.0788 1479

3 Features and Benefits ................................................................................................................. 4 Lifting Chain winner pro 300 / G12/Grade 120 Lifting Chain ....................................................................... 5 winner pro 200 / G12/Grade 120 Lifting Chain 5 Master Links & Sub Assemblies AWP / Master Link 6 MWP / Enlarged Master Link 6 VMWP / Enlarged Master Link Assembly 7 VLWP 1 / Oversize Master Link Assembly 7 VLWP 2/4 /Oversize Master Link Assembly ............................................................................... 8 ISWP / Shortening Element 8 Lifting Accessories CWP / Connex Connecting Link 9 HSWP / Eye Sling Hook 9 LHWP / Eye Safety Hook 10 PWP / Eye Grab Hook 10 PSWP / Eye Grab Hook w/Safety Pin 11 KHSWP / Clevis Sling Hook 11 KLHWP / Clevis Safety Hook 12 KPWP / Clevis Grab Hook 12 KLHGWP / Oversized Clevis Safety Hook 13 CHWP / Container Hook Set 13 AGWP / Load Distributor 14 Lashing winner pro G12/Grade 120 Lashing 15 RSWP/ Load Binder ............................................................................................................... 16 RPSWP/ Load Binder 16 RSKWP/ Load Binder 17 RSPSWP/ Load Binder 18 KSPSWP/ Ratchet Binder 18 Spare Parts CBHWP / Connex Pin and Bushing Set 19 KBSWP / Clevis Load Pin 19 SFGWP / Safety Latch Set 20 SFGWP-K / Safety Latch Set 20 VLHWP / Trigger Set ............................................................................................................. 21 PSGWP / Safety Catch 21 G120 Slings Choosing a Sling 22 Sling Types 23 Chain Slings Working Load Limit 24-25 User Information 26-29 Terms and Conditions 30 G12/Grade 120 winner pro Contents

rust-resistant material and

chains are

• Intelligent profile: Thanks to the intelligent use of material, the same cross-section achieves a significant improvement of the key characteristics of the chain, for instance fatigue resistance and bending resistance, compared to conventional round-steel chains.

• Your benefits at a glance:

• Optimized bending resistance: This crucial resistance factor that protects the chain from undesirable bending is up to 6% higher with the profile chain than with a round-link chain that has the same cross-section. This reduces the maximum tension in the chain (no red sections).

• Highly efficient for many load ranges, as the size of the chain slings is reduced by one dimension compared to Grade 80 and Grade 100 chain slings.

lashing;

applications

The specially developed chain profile leads to an improved bending resistance, which is particularly helpful when loading the chain over a corner.

4

• 50% higher load capacity compared to Grade 80 • 20% higher load capacity compared to Grade 100

• High stability and a low level of wear guarantee a longer span. Innovative chain system that may be used for lifting or also suitable for many other thanks to its robust design. traceability thanks to identification stamp on each chain link and component, enabling users to track the entire manufacturing process. blue powder coating on 200 painted in thanks to made from including

life

•

Series 300 chains and components, Series

• pewag G12/Grade 120 defines the “Formula 1” of technical chains thanks to its weight-based performance.

light gray. • Maximum safety

• Optimized strength and toughness characteristics at high and low temperatures thanks to patented material

innovative load capacity tag

alloy chains are tested to a 25% higher standard! pewag G12/Grade 120 meets the EN-818 Standard that pull tests to 2.5 times the WLL, whereas the US standards only require pull testing to 2 times the WLL.

• Light

safety warnings. CapacityLoad (lb) Grade 80 Grade 100 Grade 120 Max. % of ReductionWeightChainChainReq.Size WeightChain (lb/ft) ChainReq.Size WeightChain (lb/ft) ChainReq.Size WeightChain (lb/ft) 5,000 3/8˝ 1.48 5/16˝ 1.06 9/32˝ 0.91 39% 10,000 1/2˝ 2.55 1/2˝ 2.80 3/8˝ 1.81 35% 16,000 5/8˝ 3.83 5/8˝ 4.22 1/2˝ 3.23 24% 25,000 3/4˝ 5.78 3/4˝ 6.00 5/8˝ 4.82 20% chainProfilechainRound-link

The use of material was optimized in key areas (blue sections) and reduced in less relevant areas (red sections) to achieve the best possible technical effects.

G12/Grade 120 winner pro Features and Benefits Uniqueness. Safety. Sustainability. pewag is the first chain manufacturer worldwide to offer an innovative G12/Grade 120 chain system.pewag

G12/Grade 120 winner pro pewag is proud of its pioneering role when it comes to the production of lifting chains. The pewag name rests on outstanding quality features that are also the core element of our G12/Grade 120: Given the 50% increase in load capacity compared to standard Grade 80, the G12/Grade 120 range is significantly lighter, resulting in numerous advantages for routine lifting operations.

• Complete

5 D P W1 W2 D P W1 W2 winner pro 300 / G12/Grade 120 Lifting Chain Highest quality G12/Grade 120 chain. Retains 100% of WLL at -76°F to 400°F / 60% of WLL at 400°F to 570°F. NOT for temperatures under -76°F or over 570°F Powder-coated light blue (PC/B) Stamped pewag 12, 300, & Batch Code. winner pro 200 / G12/Grade 120 Lifting Chain Highest quality grade 120 chain. Retains 100% of WLL at -40°F to 400°F. NOT for temperatures under -40°F or over 400°F Painted Stampedgraypewag 12, 200, & Batch Code. Code ChainSize WLL (lb) BreakingLoad (lb) ThicknessNominalD PitchP (inch) WidthInsidemin.W1 (inch) WidthOutsidemax.W2 (inch) LengthDrum (feet) Weight (lbs/ft) WINPRO 7 FLEX 300 (Formerly NI720) 9/32˝ 5,200 20,800 0.276˝ (7mm) 0.87 0.39 1.02 800 0.91 WINPRO 8 FLEX 300 (Formerly NI820) 5/16˝ 6,600 26,550 0.315˝ (8mm) 0.98 0.43 1.14 500 1.10 WINPRO 10 FLEX 300 (Formerly NI1020) 3/8˝ 10,600 42,400 0.394˝ (10mm) 1.30 0.55 1.46 400 1.81 WINPRO 13 FLEX 300 (Formerly NI1320) 1/2˝ 17,900 71,600 0.512˝ (13mm) 1.61 0.75 1.97 200 3.23 WINPRO 16 FLEX 300 (Formerly NI1620) 5/8˝ 27,500 110,000 0.630˝ (16mm) 2.00 0.75 1.97 100 4.82 Code ChainSize WLL (lb) BreakingLoad (lb) ThicknessNominalD PitchP (inch) WidthInsidemin.W1 (inch) WidthOutsidemax.W2 (inch) LengthDrum (feet) Weight (lbs/ft) WINPRO 7 FLEX 200 (Formerly NI720) 9/32˝ 5,200 20,800 0.276˝ (7mm) 0.87 0.39 1.02 800 0.91 WINPRO 8 FLEX 200 (Formerly NI820) 5/16˝ 6,600 26,550 0.315˝ (8mm) 0.98 0.43 1.14 500 1.10 WINPRO 10 FLEX 200 (Formerly NI1020) 3/8˝ 10,600 42,400 0.394˝ (10mm) 1.30 0.55 1.46 400 1.81 WINPRO 13 FLEX 200 (Formerly NI1320) 1/2˝ 17,900 71,600 0.512˝ (13mm) 1.61 0.75 1.97 200 3.23 WINPRO 16 FLEX 200 (Formerly NI1620) 5/8˝ 27,500 110,000 0.630˝ (16mm) 2.00 0.75 1.97 100 4.82

6 G12/Grade 120 winner pro AWP / Master Link This is a standard master link for creating Single and Double leg chain slings using the CWP Connex connecting links. t s wd Code legSinglesling legDoublesling WLL 90° - 45° (lb) d (inch) t (inch) w (inch) s (inch) Weight (lbs/pc) AWP 13 9/32˝ 5,200 0.51 4.38 2.36 0.39 0.82 AWP 16 5/16˝ 9/32˝ 7,400 0.67 4.38 2.36 0.55 1.21 AWP 18 3/8˝ 5/16˝ 9,300 0.75 5.31 2.95 0.55 1.90 AWP 22 1/2˝ 3/8˝ 15,000 0.90 6.30 3.54 0.67 3.52 AWP 27 5/8˝ 1/2˝ 25,300 1.10 7.87 4.33 0.83 6.43 AWP 33 5/8˝ 38,500 1.30 7.87 4.33 0.83 9.12 MWP / Enlarged Master Link This is a standard master link for creating Single and Double leg chain slings using the CWP Connex connecting links. With its extra-large inner width compared to the AWP Master Link, it is suitable for double hooks and larger single hooks. t s wd Code legSinglesling legDoublesling WLL 90° - 45° (lb) d (inch) t (inch) w (inch) s (inch) Weight (lbs/pc) MWP (Formerly13M1320) 9/32˝ - 6,100 0.55 4.72 2.76 0.39 1.00 MWP (Formerly16M1320) 5/16˝ 8,400 0.67 5.51 3.15 0.51 1.63 MWP (Formerly18M1820) 3/8˝ 12,800 0.75 6.30 3.74 0.55 2.31 MWP (Formerly26M2620) 1/2˝ 30,000 1.06 7.48 4.33 0.79 5.45 MWP (Formerly30M3020) 5/8˝ 27,500 1.18 7.48 4.33 7.28 MWP (Formerly36M3620) 5/8˝ 38,500 1.50 10.80 5.91 1.14 16.50

7 Code legDoublesling Triple/Quadlegsling WLL 90° - 45° (lb) e (inch) d (inch) t (inch) s (inch) w (inch) d1 (inch) t1 (inch) w1 (inch) Weight (lbs/pc) VMWP 2-7/8 (Formerly VM720) 9/32˝ - 12,800 8.43 0.75 6.30 0.55 3.74 0.51 2.13 0.98 3.24 VMWP 2-10/4-7/8 (Formerly VM10720) 3/8˝ 9/32˝ 22,000 10.24 1.06 7.48 0.70 4.33 0.67 2.76 1.34 7.60 VMWP 2-13/4-10 (Formerly VM131020) 1/2˝ 3/8˝ 33,200 12.40 1.30 9.06 1.03 5.12 0.79 3.35 1.57 13.84 VMWP 4-13 (Formerly VM1320) 1/2˝ 61,100 16.34 1.50 10.83 1.14 5.91 1.06 5.51 2.56 25.40 VMWP 4-16 (Formerly VM1620) 5/8˝ 71,500 16.70 1.50 10.80 1.14 5.91 1.30 5.91 2.76 30.42 VMWP / Enlarged Master Link Assembly Enlarged master link assembly for Double, Triple, and Quad Leg sling chains. Match to chain size according to table. d e (t + t1) d1t1 w1 w s t Code legSinglesling WLL (lb) e (inch) d (inch) t (inch) s (inch) w (inch) d1 (inch) t1 (inch) w1 (inch) Weight (lbs/pc) VLWP 1-7/8 9/32˝ - 5/16˝ 6,600 15.51 0.90 13.39 0.65 6.10 0.51 2.13 0.98 7.43 VLWP 1-10 3/8˝ 10,600 16.14 1.06 13.39 0.83 6.10 0.67 2.76 1.34 7.85 VLWP 1-13 1/2˝ 17,900 13.39 1.06 13.39 0.83 6.10 9.70 VLWP 1-16 5/8˝ 27,500 13.39 1.30 13.39 1.02 6.10 14.55 VLWP 1 / Oversized Master Link Assembly This asymmetrical master link assembly is equipped with extra large links that are perfect for crane hooks. t s w1 d1 e wd t1

8 G12/Grade 120 winner pro de a gb Code legDoublesling Triple/Quadlegsling WLL 90° - 45°(lb) e (inch) d (inch) t (inch) s (inch) w (inch) d1 (inch) t1 (inch) w1 (inch) Weight (lbs/pc) VLWP 2-7/8 9/32˝- 5/16˝ 9,300 15.51 0.90 13.39 0.65 6.10 0.51 2.13 0.98 7.94 VLWP 2-10/4-7/8 3/8˝ 9/32˝- 5/16˝ 15,000 16.14 1.06 13.39 0.83 6.10 0.67 2.76 1.34 11.46 VLWP 2-13/4-10 1/2˝ 3/8˝ 25,300 16.73 1.30 13.39 1.02 6.10 0.81 3.35 1.57 17.63 VLWP 4-13 1/2˝ 38,000 18.90 1.50 13.39 1.14 6.10 1.06 5.51 2.56 28.22 VLWP 2-16 5/8˝ 38,500 13.39 1.50 13.39 1.14 6.10 19.62 VLWP 4-16 5/8˝ 58,000 19.29 1.57 13.39 1.14 6.10 1.30 5.90 2.76 35.93 VLWP 2/4 / Oversized Master Link Assembly This asymmetrical master link assembly is equipped with extra large links that are perfect for crane hooks and suitable for the assembly of double and Quad Leg chain slings. t s e wd t1w1d1 ISWP / Shortening Element A shortening element that allows Tool-Free positioning anywhere along the entire length of the chain. It ’s possible to operate the shortening element with just one hand, making it extemely user-friendly. No work load reduction when using this shortening element. Code WLL (lb) e (inch) a (inch) b (inch) d (inch) g (inch) Weight (lbs/pc) ISWP 10 10,600 3.94 3.90 3.07 0.55 0.47 4.85

9 HSWP / Eye Sling Hook For general lifting applications. All hooks have a forged and galvanized safety latch that provides excellent protection against lateral shifts. e g1 d1 ba h d2 Code Size WLL (lb) e (inch) h (inch) a (inch) d1 (inch) d2 (inch) g1 (inch) b (inch) Weight (lbs/pc) HSWP 7/8 (Formerly HS720/820) 9/32˝ - 5/16˝ 6,600 4.17 1.06 0.75 0.98 0.43 1.02 3.46 1.43 HSWP 10 (Formerly HS1020) 3/8˝ 10,600 5.16 1.30 1.02 1.34 0.63 1.22 4.25 2.84 HSWP 13 (Formerly HS1320) 1/2˝ 17,900 6.46 1.69 1.30 1.69 0.75 1.54 5.20 5.36 CWP / Connex Connecting Link Connex connecting link for easy assembly of chains, master links, master link assemblies and components. edgs c b t Code Size WLL (lb) e (inch) c (inch) s (inch) t (inch d (inch) b (inch) g (inch) Weight (lbs/pc) CWP (Formerly7 C720) 9/32˝ 5,200 2.48 0.43 0.51 0.61 0.35 1.85 0.67 0.53 CWP (Formerly8C820) 5/16˝ 6,600 2.44 0.55 0.59 0.79 0.39 2.28 0.79 0.60 CWP (Formerly10C1020) 3/8˝ 10,600 3.07 0.63 0.79 0.98 0.51 2.60 0.87 1.26 CWP (Formerly13C1320) 1/2˝ 17,900 4.21 0.83 0.94 1.34 0.67 3.31 0.98 3.15 CWP (Formerly16C1620) 5/8˝ 27,500 5.04 1.06 1.22 1.61 0.83 4.72 1.89 4.98

10 G12/Grade 120 winner pro e g1 d1 b d2PWP / Eye Grab Hook This grab hook is suitable for the shortening of chains and the forming of slings that must not tighten. No work load reduction when shortening with this hook. Code Size WLL (lb) e (inch) b (inch) d1 (inch) d2 (inch) g1 (inch) Weight (lbs/pc) PWP (Formerly7/8P720/820) 9/32˝- 5/16˝ 6,600 2.68 2.48 0.71 0.43 0.39 1.12 PWP (Formerly10P1020) 3/8˝ 10,600 3.46 3.19 0.87 0.55 0.51 2.29 PWP (Formerly13P1320) 1/2˝ 17,900 4.33 4.06 1.02 0.71 0.67 4.83 Code Size WLL (lb) e (inch) h (inch) a (inch) b (inch) d1 (inch) d2 (inch) g1 (inch) s max. (inch) Weight (lbs/pc) LHWP 7/8 (Formerly LH720/820) 9/32˝- 5/16˝ 6,600 4.96 0.98 0.94 3.50 0.98 0.55 1.34 0.04 2.00 LHWP 10 (Formerly LH1020) 3/8˝ 10,600 6.22 1.22 1.10 4.41 1.22 0.67 1.77 0.08 3.44 LHWP 13 (Formerly LH1320) 1/2˝ 17,900 8.07 1.61 1.34 5.71 1.57 0.87 2.13 0.08 7.71 LHWP / Eye Safety Hook This safety hook has a larger opening than HSWP Eye Sling Hook. The LHWP Eye Safety Hook may only be opened when it is not under load, ensuring a high level of safety. e g1 d1 ab h d2 s max

11 KHSWP / Clevis Sling Hook A considerably larger jaw size than the HS Eye Sling Hook. It may be mounted directly into the chain without the need for a connecting link. KHSWP Clevis Sling Hooks have a forged safety latch that locks into the tip of the hook, thereby providing excellent protection against lateral shifts deh b g1 a Code Size WLL (lb) e (inch) h (inch) a (inch) d (inch) g1 (inch) b (inch) Weight (lbs/pc) KHSWP 7 (Formerly KHS720) 9/32˝ 5,200 4.13 1.02 0.75 0.37 1.42 3.98 1.87 KHSWP 8 (Formerly KHS820) 5/16˝ 6,600 4.13 1.02 0.75 0.42 1.42 3.98 1.87 KHSWP 10 (Formerly KHS1020) 3/8˝ 10,600 4.76 1.30 1.02 0.55 1.61 4.65 3.70 KHSWP 13 (Formerly KHS1320) 1/2˝ 17,900 5.83 1.69 1.18 0.69 1.93 5.79 6.59 KHSWP 16 (Formerly KHS1620) 5/8˝ 27,500 6.81 2.01 1.38 0.83 2.32 6.93 11.24 e g1 d1 b d2PSWP / Eye Grab Hook w/Safety Catch This grab hook is suitable for the shortening of chains and the forming of slings that must not tighten. No work load reduction when shortened with this hook. The PS Eye Grab Hook is equiped with a safety catch to prevent the accidental unhooking of the chain. Code Size WLL (lb) e (inch) b (inch) d1 (inch) d2 (inch) g1 (inch) Weight (lbs/pc) PSWP 7/8 (Formerly PS720/820) 9/32˝- 5/16˝ 6,600 2.68 2.48 0.71 0.43 0.39 1.06 PSWP 10 (Formerly PS1020) 3/8˝ 10,600 3.46 3.19 0.87 0.55 0.51 2.27 PSWP 13 (Formerly PS1320) 1/2˝ 17,900 4.33 4.06 1.02 0.71 0.67 4.63

12 G12/Grade 120 winner pro e g1 d b KPWP / Clevis Grab Hook This grab hook is suitable for the shortening of chains and the forming of slings that must not tighten. No work load reduction when shortening with this hook. Code Size WLL (lb) e (inch) b (inch) d (inch) g1 (inch) Weight (lbs/pc) KPWP 7 9/32˝ 5,200 2.48 2.76 0.39 0.39 1.28 KPWP 8 5/16˝ 6,600 2.44 2.76 0.43 0.39 1.28 KPWP 10 3/8˝ 10,600 2.87 3.27 0.55 0.47 2.20 KPWP 13 1/2˝ 17,900 3.86 4.09 0.71 0.63 5.05 KPWP 16 (Formerly KP1620) 5/8˝ 27,500 4.88 4.84 0.87 0.75 9.52 Code Size WLL (lb) e (inch) h (inch) a (inch) b (inch) d (inch) g1 (inch) s max. (inch) Weight (lbs/pc) KLHWP 7 9/32˝ 5,200 4.57 0.96 0.93 3.54 0.37 1.26 0.04 1.96 KLHWP 8 5/16˝ 6,600 4.53 0.96 0.93 3.54 0.42 1.26 0.04 1.98 KLHWP 10 3/8˝ 10,600 5.35 1.24 1.09 4.45 0.55 1.77 0.04 3.53 KLHWP 13 1/2˝ 17,900 7.05 1.57 1.33 5.75 0.69 2.13 0.06 7.54 KLHWP / Clevis Safety Hook The great advantage of the KLHWP Clevis Safety Hook is that it closes and locks automatically under load, thereby preventing unintentional opening and providing additional safety. e g1 ab dhs max

13 Code Size WLL (lbs) e (inch) h (inch) a (inch) b (inch) d (inch) g1 (inch) s max. (inch) Weight (lbs/pc) KLHGWP 7 9/32 ˝ 5,200 5.12 1.06 0.83 4.21 0.37 1.89 0.04 2.43 KLHGWP 8 5/16 ˝ 6,600 5.12 1.06 0.83 4.21 0.42 1.89 0.04 2.43 KLHGWP 10 3/8 ˝ 10,600 6.54 1.38 1.02 5.39 0.55 2.40 0.04 4.76 KLHGWP 13 1/2 ˝ 17,900 8.19 1.73 1.26 6.89 0.69 3.07 0.06 9.55 KLHGWP 16 5/8 ˝ 27,500 9.33 2.13 1.46 7.68 0.83 3.39 0.08 16.98 e g1 ab dhs max KLHGWP / Oversized Clevis Safety Hook Same great advantages as the KLHWP Clevis Safety Hook with an oversized mouth and a recessed trigger. CHWP / Container Hook Set For the lifting of containers with a maximum weight of 50 tons - for container corners according to ISO 1161. Sold in Sets of 4 hooks, two right hand hooks (RH) - safety bolt powder-coated red and two left hand hooks (LH) - safety bolt galvanized blue. Suitable for use with accessories such as connex connecting link C1620, sling hook KHS1620, and safety hook KLH1620. Code WLL Set (4 w/verticalpcs.)load (lbs) WLL Set (4 pcs.) at a max. 54° (lbs) WLL Set (4 pcs.) at a max. 40° (lbs) WLL Set (4 pcs.) at a max. 30° (lbs) Weight Set (4 (lbs)pcs) CHWP 16 110,000 88,000 70,400 55,000 41.45 Code IndividualWLL (lbs) e (inch) b (inch) d (inch) d1 (inch) d2 (inch) w (inch) w1 (inch) Weight Individual(lbs) CHWP 16RH CHWP 16LH 27,500 3.74 6.53 1.93 1.38 1.38 1.89 2.40 10.36

14 G12/Grade 120 winner pro L2 L1 L2 L1 d1 e d2 a h1 h sAGWP / Load Distributor The AGWP Load Distributor is used for assembling Quad Leg chain slings with Connex connecting links. Load distributors are designed to equalize length tolerances of the chain legs in Quad Leg chain slings, as well as with non-optimal lifting point positions. If two double leg slings are used at the same time and one of them is provided with a load distributor, this system will be treated as a Quad Leg sling with four load-carrying legs providing increased safe load distribution as rated by ASME B30.9 and as part of a Special Master Coupling Link (MCL). The load distributor may be turned by 180° once the elimination criteria have been reached, thereby doubling its lifespan! Contact pewag for technical information. Code Chain Size e (inch) a (inch) d1 (inch) d2 (inch) h (inch) h1 (inch) s (inch) Weight (lbs/pc) AGWP 7/8 9/32˝- 5/16˝ 2.01 8.27 0.87 0.98 0.61 0.55 0.59 3.86 AGWP 10 3/8˝ 1.26 7.09 0.98 1.26 0.91 0.61 0.59 3.44 Code WLL - 2 Legs (in Quad Leg Sling) (90° - 45°) (lb) WLL - 2 Legs (in Quad Leg Sling) (45° - 30°) (lb) Master Link Assemblies to use Connecting Link L1Difference/L2 (chain links) AGWP 7/8 7,400 / 9,300 5,200 / 6,600 VW 7/8, VMW 10, VAW 10 C1020 6 / 5 AGWP 10 15,000 10,600 VW 13, VMW 13, VAW 13 C1320 4

15 G12/Grade 120 winner pro Lashing pewag winner pro key data - facts speak for themselves • Chain qualities: pewag WINPRO FLEX 200 – based on ASTM A973 with modifications (profile, higher load capacity, reduced operating temperature). • This lashing chain surpasses the requirements of EN 12195-3 and has a 50% higher lashing capacity than standard G8 lashing chains. • Test stress: 750 N/mm². • Breaking stress: 1,200 N/mm². • Breaking elongation: min. 20%. • Admissible operating temperature: pewag WINPRO FLEX 200: -40°F to 400°F. • Compatibility: Please note that the compatibility of pewag winner pro chains and components with those of other grades and from other manufacturers is limited and must be approved by pewag in advance. • This product must not be used for lifting or attaching loads. A full operating manual tells you all you need to know about how to use the chain to its best advantage. Build your own. Below you will find a detailed example of an order for a finished and commercially available pewag lashing chain. The lashing chain comes in a modular design with a standard length of 3,500 mm and is also suitable for frictional lashing, provided that the STF value is taken into account. Other end fittings and/or combinations and delivery lengths are available upon request and with short delivery times. EyeHSWPSling Hook ConnectingConnex Link Lashing Tag EyePSWPGrab Hook w/Safety Catch WINPRO FLEX 200 chain LoadRSWPBinder EyeHSWPSling Hook L1 m Z (Denotes lashing) Load Binder / Chain size/specification / Component(s) / “L” Length / Connex Sample order: Z RSWP / 7 FLEX 200 / HSWP-HSWP-PSWP / 8’ / Connex

RSKWP thus also apply to these universal systems and include a long tension distance, a safety mechanism to prevent accidental loosening, the turndown lever that minimizes risk potential, and the option to secure the load binder and thus the entire load against theft using a padlock. These load binders offer at least a 50% higher lashing capacity than grade 8 load binders, and thus the option of downsizing to the next lower chain dimension. Note: The RPSWP load binder is not a standard stock item and available upon request only. Code CapacityLashingLC (kN) TensionStandardSTFForce (daN) ClosedLengthL (inch) LengthOpenL (inch) ClampingRange (inch) LengthLeverI (inch) Jaw Sizeg (inch) Weight (lbs/pc) RPSWP 7 47 2,200 23.78 30.70 6.93 9.33 0.39 14.60 RPSWP 8 60 2,200 23.78 30.70 6.93 9.33 0.39 14.60 RPSWP 10 100 2,500 26.61 33.54 6.93 14.17 0.51 18.34 RPSWP 13 160 3,000 37.76 50.55 12.80 16.18 0.67 29.90 L g l

16 G12/Grade 120 winner pro I D L d RSWP / Load Binder Universal load binder with an optimized lever length for one and two-part lashing chain systems is suitable for direct lashing as well as for lashing down in the pewag G120 Connex system. Code Stamping CapacityLashingLC (kN) TensionStandardSTFForce (daN) ClosedLengthL (inch) LengthOpenL (inch) TensionRange (inch) lengthLeverI (inch) D (inch) d (inch) Weight (lbs/pc) RSWP 7/8 Type A 60 1,900 13.98 19.69 5.71 9.33 0.79 0.63 7.04 RSWP 10 Type B 100 3,000 14.37 20.08 5.71 13.98 1.02 0.71 8.36 RSWP 13 Type C 160 2,500 22.68 34.09 11.42 14.13 1.22 0.87 21.78 RPSWP / Load Binder

The RPSWP Load Binder was developed for by the

two-part lashing systems. The benefits offered

Note: The RSKWP load binder may also be used for lifting operations. Please contact pewag for more information.

Code CapacityLashingLC (kN) TensionStandardSTFForce (daN) ClosedLengthL (inch) LengthOpenL (inch) TensionRange (inch) lengthLeverI (inch) D (inch) d (inch) Weight (lbs/pc) RSKWP 7/8 60 2,200 14.17 21.10 6.93 9.33 0.91 0.63 11.44 RSKWP 10 100 2,500 14.17 21.10 6.93 14.17 0.91 0.63 12.10 RSKWP 13 160 3,000 22.40 35.20 12.80 16.18 1.38 0.91 18.52 RSKWP 16 250 22.40 35.20 12.80 16.18 1.38 0.91 18.52 Folding position Anti-theft position

RSKWP / Load Binder

17 I D L d

This load binder, newly developed by pewag, stands for safety at the highest level. It is suitable for direct lashing as well as for lashing down in the pewag winner pro Connex system (always take note of the STF value).

The RSKWP load binder is manufactured according to EN 12195 3 with the mechanical values for G12 and comes with a full operating manual.

The slot on the lever snaps securely into place either between two nubs or over one nub, and the added safety catch ensures that the load binder remains in the correct position, offering double safety for the user by preventing the unintended loosening of the lashing assembly. The flat design, obtained by folding down the lever, reduces the risk of injuries for users and prevents them from getting caught in the assembly. The load binder also comes with several additional advantages: it is easy to store and to transport and also offers theft protection as it may be locked using a separate shackle lock. The long tension distance makes the load binder particularly easy to use as the chain may be shortened and tensioned with a minimum amount of force. Thanks to the open system, the safety catch and the thread condition are easy to check and maintain as needed.

18 G12/Grade 120 winner pro L g l RSPSWP / Load Binder This load binder for two-part lashing chain systems. It includes a pre-mounted shortening hook including safety catch and, depending on the selected lever length, all sizes are also suitable for frictional lashing (always take the STF value into account!). This load binder is not suitable for lifting or attaching loads. Code CapacityLashingLC (kN) TensionStandardSTFForce (daN) ClosedLengthL (inch) LengthOpenL (inch) TensionRange (inch) LengthLeverI (inch) Jaw Sizeg (inch) Weight (lbs/pc) RSPSWP 7 47 1,900 23.07 29.17 6.10 9.33 0.39 10.14 RSPSWP 8 60 1,900 23.62 29.72 6.10 9.33 0.39 10.80 RSPSWP 10 100 3,000 26.54 32.64 6.10 13.98 0.51 14.77 RSPSWP 13 160 2,500 38.62 50.31 11.69 14.13 0.67 34.61 KSPSWP / Ratchet Binder The KSPSWP ratchet binder was developed for direct lashing applications in single-part lashing systems. The grab hook is attached directly to the binder, making very short lengths possible. The latch is easier to operate than in previous safety systems and the binder comes with a long tension range, ensuring sufficient tension at all times. A safety chain and safety catch mechanism are available as spare parts. For more information, please contact pewag customer service. Code CapacityLashingLC (kN) TensionStandardSTFForce (daN) ClosedLengthL (inch) LengthOpenL (inch) TensionRange (inch) d (inch) Jaw Sizeg (inch) Weight (lbs/pc) KSPSWP 7 100 17.32 24.45 7.13 0.55 0.49 9.04 L g d

19 CBHWP / Connex Bolt and Bushing Set Spare parts for CWP Connex Connecting Link. Code For Connex Type CBHWP 7 (Formerly CBH7) CWP 7 CBHWP 8 (Formerly CBH8) CWP 8 CBHWP 10 (Formerly CBH10) CWP 10 CBHWP 13 (Formerly CBH13) CWP 13 CBHWP 16 (Formerly CBH16) CWP 16 KBSWP / Clevis Load Pin Load pin for KPWP Clevis. Code For Hook Type KBSWP 7 KHSWP 7, KPWP 7 KBSWP 8 KHSWP 8, KPWP 8 KBSWP 10 KHSWP 10, KPWP 10 KBSWP 13 KHSWP 13, KPWP 13 KBSWP 16 KHSWP 16, KPWP 16 G12/Grade 120 Spare Parts

20 G12/Grade 120 winner pro SFGWP / Forged Safety Latch Set Safety latch set for HS Eye Sling Hook. Code For Hook Type SFGWP 7/8 (Formerly SFG7/8) HSWP 7/8 SFGWP 10 (Formerly SFG10) HSWP 10 SFGWP 13 (Formerly SFG13) HSWP 13 SFGWP-K / Forged Safety Latch Set Safety latch set for KHSWP / Clevis Sling Hook. Code For Hook Type SFGWP-K 7/8 (Formerly SFG7/8) KHSWP 7, KHSWP 8 SFGWP-K 10 (Formerly SFG10) KHSWP 10 SFGWP-K 13 (Formerly SFG13) KHSWP 13 SFGWP-K 16 (Formerly SFG16) KHSWP 16

21 PSGWP / Safety Catch Spare parts for PS Grab Hook with Safety Catch. Code For Hook Type PSGWP 7/8 (Formerly PSG70) PSWP 7/8 PSGWP 10 (Formerly PSG10) PSWP 10 PSGWP 13 (Formerly PSG13) PSWP 13 VLHWP / Trigger Set Trigger set for LH Eye Safety Hook Code For Hook Type VLHWP 7/8 (Formerly VLH720) LHWP 7/8 VLHWP 10 (Formerly VLH1020) LHWP 10 VLHWP 13 (Formerly VLH1320) LHWP 13

22 G12/Grade 120 winner pro G12/Grade 120 winner pro Slings How to choose a chain sling • Determine the maximum load to be lifted. • Determine the type of sling needed (single, double, etc.) • Estimate the proper angle between the leg of the sling and the load during operation • Select the proper fittings (master links, hooks, etc.) • Determine the overall reach (measured from bearing point to bearing point) • Choose the chain size which meets your required work load, angle, and reduction factor • Choose a grade that meets your requirements DOSA connectingcapacityMasterlinkLoadtagConnexlinkShorteninghook Chain End hook D (Double Leg) O (Oblong) S (Sling hook) A (Adjustable) Sample order: 8/G120/DOSA/4 Chain Size(mm) / Grade / Sling Type / Length Sling type explanation The type of chain sling is indicated by 3 letters (4th letter for adjustable) • First Letter indicates number of legs on the sling S = Single Leg D = Double Leg T = Triple Leg Q = Quad Leg • Second Letter indicates component on top of sling O = Oblong Link (AWP, MWP, VMWP, VLWP 1, VLWP 2/4) S = Sling Hook (KHSWP, HSWP) G = Grab Hook (PWP, PSWP, KPWP) P = Pear Link D = D-Link R = Ring • Third Letter indicates component on bottom of sling S = Sling Hook (KHSWP, HSWP) G = Grab Hook (PWP, PSWP, KPWP) SL = Self Locking Hook (KLHWP, LHWP) O = Oblong Link (AWP, MWP) • Fourth Letter (if needed, indicates adjustable) A = Grab Hook with Connecting Link B = 3 Links of Chain and Grab Hook

23 Standard G120 Sling Types SOS SOSL SOG* SSS DOS DOSLSOO DOG* DOO DOSA TOS TOSL TOG* TOO QOS QOO SB DB * Must specify with or without safety pin

24 G12/Grade 120 winner pro G12/Grade 120 Chain Sling Working Load Limits Single Leg Double Leg Triple & Quad Leg Angle: 90° 60° 45° 30° 60° 45° 30° 90° - 45° 45° - 30° Load Factor: 1 1.7 1.4 1 2.6 2.1 1.5 2.1 1.5 Chain Diameter WLL (lb) WLL (lb) WLL (lb) WLL (lb) WLL (lb) WLL (lb) WLL (lb) WLL (lb) WLL (lb) WINPRO 7 9/32˝ 5,200 9,000 7,400 5,200 13,500 11,000 7,800 11,000 7,800 WINPRO 8 5/16˝ 6,600 11,400 9,300 6,600 17,100 14,000 9,900 14,000 9,900 WINPRO 10 3/8˝ 10,600 18,400 15,000 10,600 27,500 22,500 15,900 22,500 15,900 WINPRO 13 1/2˝ 17,900 31,000 25,300 17,900 46,500 38,000 26,900 WINPRO 16 5/8˝ 27,500 47,000 38,500 27,500 71,500 58,000 41,500 α Working Load Limits of winner pro 300 & 200 G120 chain slings 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 be used to avoid damage. For correct and incorrect use see below illustrations. Quad Leg w/Load Distributor

25 ChainEndlessSling Single Lifting Sling Double Lifting Sling Single Leg Double Leg DistributionAsymmetricalofLoad - 90° - 45° 45° - 30° 90° - 45° 45° - 30° 90° 90° - 45° 45° - 30° Load Reducefactor:WLL by one (rated) leg. If in doubt, consider only one leg is carrying the load 1.6 1.4 1 2.1 1.5 0.8 1.12 0.8 WLL (lb) WLL (lb) WLL (lb) WLL (lb) WLL (lb) WLL (lb) WLL (lb) WLL (lb) 8,200 7,400 5,200 11,000 7,800 4,200 5,800 4,200 10,400 9,300 6,600 14,000 9,900 5,300 7,400 5,300 17,600 15,000 10,600 22,500 15,900 8,500 11,900 8,500 27,500 24,700 17,900 38,000 26,900 14,300 20,000 14,300 44,000 25,300 27,500 58,000 41,500 22,000 30,800 22,000 Edge loading If chains are guided over edges without proper protection, their load capacity is reduced. R > 2x chain dia. R > chain dia. R < chain dia. Load factor 1.0 0.7 0.5 Shock loading Light shocks Moderate shocks Strong shocks Load factor 1.0 0.7 Not permitted Temperature range Below 76° F 76° F to 40° F 40° F to 400° F 400° F to 570° F Above 570° F Load factor for winner pro 300 G120 lifting chain Not permitted 100% of WLL 100% of WLL 60% of WLL Not permitted Load factor for winner pro 200 G120 lifting chain Not permitted Not permitted 100% of WLL Not permitted Not permitted Even premium quality products will lose some of their load capacity when exposed to high temperatures, asymmetrical loading, edge loading, shocks or other severe operating conditions. Please refer to the operating manuals if you think that any of these conditions apply. pewag classifies the following factors as severe conditions:

All information on the area of application is based on EN 818-6. All information on the assembly of chain slings and their load capacity refers without exception to the standard method of rating (Uniform Load) with the angle ranges 90°-45° and 45-30°.

Temperature effects

Modifying the original condition of the lifting accessories by bending, grinding, removal of parts, welding, drilling, stamping etc. means exposing yourself and others to unnecessary danger. In such a case, safety can no longer be guaranteed and usage becomes dangerous. Such potentially hazardous modifications include heating the Grade 120 lifting chain 300 series to a temperature of more than 572°F and the Grade 120 lifting chain 200 series to a temperature of more than 400°F and removing safety parts such as safety pins, sleeves, catches etc. Do not apply any surface coatings to the pewag winner pro chain system, i.e. do not subject products to hot galvanizing or electrogalvanizing. Dipping or removing a coating with chemicals are potentially dangerous processes that may give rise to hazards.

There is also an alternative method in existence for rating the product load capacity, for which the specific application scenario of the chain and all operating conditions must be known. In such a case, please contact the pewag Technical Service team, as the information contained in the catalogues does not apply to such processes. pewag winner pro lifting chains may only be adjusted, inspected and serviced by competent personnel.

pewag winner pro chains and accessories may only be assembled by competent persons using exclusively original parts contained in the scope of delivery, i.e. bolts, safety pins etc. As pewag winner pro chains and components have only limited compatibility with chains and components of other suppliers, each individual case where pewag winner pro chain system parts are combined with components from other suppliers and/or parts made from other grades must be assessed by a competent person. Please note that pewag accepts not liability for damage resulting from such combinations. Please ensure that the load capacity is based on the weakest link in the assembly during every application. Labelling and/or color-coding help prevent situations where the load capacity is misjudged – for pewag, this is a key safety factor!

Restrictions of use For hazardous or dangerous conditions, please refer to pages 24-25.

26 G12/Grade 120 winner pro G12/Grade 120 User Information

General information and safety-specific information on usage, storage, inspection and maintenance of pewag lifting equipment.

Changes to the condition as delivered

Exposure to acids, caustic solutions or chemicals pewag winner pro lifting accessories must not be used in acids or caustic solutions or be exposed to their vapours. Please be aware of this requirement at all times as certain production processes release acids and/or vapours! If the use of pewag winner pro lifting accessories with highly concentrated chemicals in combination with high temperatures cannot be avoided, please make sure to obtain written approval of such use by a pewag expert.

Assembly of chain slings

We urgently recommend customers to check with the pewag technical team first.

Responsibility is key If pewag lifting accessories are used correctly and by competent persons, it has a long lifespan and provides the highest possible safety standards. Material and personal damage can be avoided by reading this user information carefully and handling all lifting processes in a responsible, provident manner.

General information

To ensure safe identification, pewag winner pro lashing chains must be labelled with a purpose-built load capacity tag. This tag may only be used if the load capacity of the chain corresponds to the tables on pages 24-25. In situations where the load capacities are different due to combinations with products of other suppliers,this must be highlighted with a different tag (for instance round-shaped).

The table on page 25 lists the load reduction values in case of extreme temperatures. These values apply until the chain and/or the components have returned to room temperature. pewag winner pro lifting equipment must not be used outside the indicated temperature range! If this has been the case, the chains must be removed from service.

Like many other pewag quality products, the pewag winner pro chain system stands out for its versatility and flexible application when it comes to lifting loads. Prior to use, a competent person must determine whether the equipment is suitable for the intended application. If in doubt, please consult pewag directly.

Visual inspection criteria If one of the criteria listed below manifests itself during the visual inspection, all parts must be removed from service.

• Deformation of sling parts or the chain itself

• Breakage of a component

t

• Cracks and cross-cracks that are visible to the naked eye

• Has the inspection certificate or certificate of conformity been supplied?

• Missing or non-functional safety device as well as signs of widening or twisting of hooks, i.e. noticeable enlargement of the opening or other forms of deformation. The critical point is reached when the enlargement of the opening exceeds 10% of the nominal value. If the safety catch is open, as this indicates that the hook is overloaded

• Does the lifting chain correspond to the order?

• Visible damage such as cuts, notches, grooves, surface cracks, discolouration due to excessive heat exposure, signs of subsequent welding, bent or twisted links or other flaws

• Has the operating manual outlining the correct use of the chain sling been supplied and read and understood by all personnel? Please check the lifting accessories for visible signs of damage or wear prior to each use. In case of any doubt or damage, do not use the chain slings and have them inspected by a competent Inspectionsperson.byacompetent person must be performed in accordance with national legislation, but at least once every 12 months. If the chain sling is frequently used at its full load capacity, more frequent inspections are required! Please note that the chain sling must also be inspected after unusual events, for instance uncontrolled exposure to heat, overloading or collision.

tn Designation Dimension Admissible deviation Chain dn -10% t n +5% wear at edges d = dn Rings d -10% t +10% Hook e +5% d2 and h -10% g +10% linksConnecting halves must be moveable must be given e +5% c -10% d -10% Clevis Connexandbolts d -10%

We recommend subjecting the chain sling to a load capacity test with 2 times the load capacity every two years, followed by a visual inspection, or another type of crack test.

• Illegible or missing marking of the chain sling (i.e. information on identification data and/or load capacity)

• Do the markings and load capacities stated on the chain sling correspond to the information given on the inspection certificate or certificate of conformity?

• Wear of edges if d < dn

The chain must be replaced when any of the following conditions apply: dm = d1 + d2 < 0.9 dn 2

Maximum approved dimensional change (based on the nominal dimension):

• Wear as determined by the mean value of two measurements of diameters d1 and d2 carried out at a right angle as shown

• Elongation of the chain resulting in > 1.05

Prevention is better than the cure! Before using any lifting accessory, several inspections must be performed:

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The working load limits in this catalogue have been determined on the basis that the product is not being used in hazardous conditions. Hazardous conditions are present when lifting accessories are used offshore or for the lifting of persons or potentially dangerous goods such as liquid metal, corrosive or caustic substances or nuclear material. If lifting accessories are to be used for such purposes, the extent of the risk is to be assessed by an expert, the load capacity must be adjusted accordingly and incorrect usage in hazardous conditions must be avoided at all cost. As a rule, usage in hazardous conditions should be avoided.

• Have all the particularities of the chain sling been entered into a register of lifting equipment, if required?

Hazardous conditions

If they are used correctly, pewag winner pro lifting chains and accessories withstand high load cycles. pewag products come with a standard rating of 20,000 load cycles. However, in case of high dynamic loads there is a risk of damage to the chain or chain components.

28 G12/Grade 120 winner pro

• Strong impact results for instance from the load falling into the unloaded chain

All inspections and their results must be recorded and these records be kept throughout the service life of the chain slings. Precise records of this sort constitute the best basis for effective maintenance.

• Medium impact may result from the chain slipping while adjusting itself to the shape of the load

For the load capacities of pewag winner pro lifting chains to apply, it is assumed that the individual chain strands are not subjected to impact- or shock-loading. In cases of possible impact/shock, the load factors on page 25 apply.

• For three- and four-stranded lifting chains, it must be ensured that the corresponding plan angles are within 15° of each other The main part of the load is carried by just one leg The main part of the load is carried by two legs

Correct maintenance

Correct use of chain slings

Classification of impacts

Edge-loading – know your limits

For the load capacities of pewag winner pro lifting chains to apply, it is assumed that the individual chain strands are placed under load symmetrically. When the load is lifted, this results in equal angles of inclination and the individual strands are symmetrical to each other. The load may be considered symmetrical when all of the following conditions apply:

To ensure safe handling, the slinging points and chain sling types must be selected in such a way that the angles of inclination of all chain strands (legs) lie within the data given on the load capacity tag. Preferably, all angles of inclination should be the same. Avoid angles of inclination greater than 75° because of the high risk of load instability. Never use chain slings with the angle of inclination less than 30°!

Symmetrical loading

• The load is less than 80% of the indicated load capacity

For smaller diameters, the load capacity of the chains must be reduced by 50%.

Precise documentation

• Slight impact may result from accelerated lifting or lowering operations

Impact-/shock-loading

Vibrations

Please note that all maintenance activities of pewag lifting accessories must be performed by a qualified person! Only pewag winner pro spare parts may be used to minimize the risk of improper use.

The maximum load capacity of pewag winner pro chain slings assumes that the individual chain legs are pulled straight under load, i.e. that they do not run over edges. However, if edgeloading is unavoidable, load protection (packing) should be used to avoid damage (see illustration): If chains are guided over edges without proper protection, their load capacity is significantly reduced and safe usage can no longer be guaranteed. See the table on pages 24-25 for the corresponding load factors. Where chain has to be wrapped around beams or other round-shaped loads, the diameter should be at least twice or 3 times the chain pitch.

The Trade Association Metall Nord Süd recommends reducing stress at WLL by using a larger nominal thickness/ size in such a case.

• The angles of inclination of all chain strands are not greater than 75° and are very similar (i.e. only differ by a maximum of 15°)

Clean storage pewag lifting chains must always be stored in a clean and dry condition and protected against corrosion, i.e. slightly lubricated

29 Be Careful! If not all of these parameters are complied with, the load cannot be considered symmetrical and the classification of the lifting operation must be left to an expert. In case of doubt, only one chain strand (leg) should be considered as load-bearing. For the corresponding load capacity values, please refer to the load capacity table on pages 24-25. Wrongful use defeats the purpose pewag winner pro lifting chains offer perfect quality standards if they are used according to their intended purpose. In cases where not all individual legs are used simultaneously or where several lifting chains are used at the same time, different load capacities apply as outlined in the tables on pages 24-25. In case of doubt regarding the intended purpose, the load capacity as indicated on the tag must be amended in accordance with the following table: Type of sling chain Number strandsindividualofused Use factor in relation to the load capacity given on the tag Double leg 1 1/2 Triple and Quad leg 2 2/3 Triple and Quad leg 1 1/3 2 x Single leg 2 1.4 2 x Double leg 3 or 4 1.5 Precautions• Hang any individual strands (leg) that you are not using 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 • Angles of inclination of more than 45° must be avoided • Use only chain slings of the same nominal thickness and grade at the same time Identification and Testing pewag lifting chains and fittings are marked with a batch identification number and the manufacturer’s identification marking: • “120” or “12” to indicate pewag Grade 120 Alloy • “100” or “10” to indicate pewag Grade 100 Alloy • “8” to indicate pewag Grade 80 Alloy • “6” to indicate pewag Grade 63 Stainless All Alloy chains are 100% tested to 2.5 times the working load values and are furnished with a test certificate to this effect, this exceeds US requirements. Every chain sling manufactured by pewag is supplied with a test certificate and steel sling warning tag, as shown below. Detailed original operating manuals for individual products are available for download at pewagchain.com. Our manuals are subject to a continuous improvement process to ensure that they are always up to date. For this reason, always refer to the latest version of a manual. Sling WARNING tag Front(s) Back

30 G12/Grade 120 winner pro pewag Industrial Products Terms and Conditions • TERMS: Net 30 days - Credit must be established with pewag Inc. All other - cash in advance. • FREIGHT POLICY - USA & Canada pewag Inc. shipments, including Terrier Lifting Clamps, over 1,500 lbs. or $4,000.00 within the continental United States or Provincial Canada are prepaid. Carrier at the discretion of pewag. Shipments under 1,500 lbs. or $4,000.00 will be prepaid and added to the invoice. Minimum order of $25.00 For all shipments to Canada, customer will be responsible for duties and taxes. • PRICES: All prices are shown in US Dollars, order will be accepted subject to prevailing prices at time of order. Prices are subject to change without notice. • RETURN GOODS: pewag Inc./Terrier Lifting Clamps: Please note that we will accept returns only after a return merchandise authorization has been obtained. Items must be in new condition, unused in original packaging, with manuals and certifications. NO merchandise will be accepted without prior written authorization. Items must be returned to pewag within 120 days from the day shippedNO returns accepted after 120 days. All returns are subject to a 25% (35% if manuals and certifications are not returned) restocking/handling charge, which will be deducted from the amount of the credit memo. Returned shipments must be prepaid. Collect or unauthorized shipments will be refused. • CHAIN SLINGS AND SPECIALTY/CUSTOM ITEMS: Specialty items, cut chain, and chain slings are custom items and are NONRETURNABLE, NONCANCELLABLE, and NONREFUNDABLE. • FOR ALL OTHER PEWAG TERMS AND CONDITIONS OF SALE: https://www.pewagchain.com/footer/service/terms-and-conditions/ Disclaimer for Printed Literature: The information contained in our 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 in our catalog. The products and specifications set forth in our catalog are subject to change without notice and pewag Inc. disclaims any and all liability for such changes. The information contained in our catalog 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 in our catalog. 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.

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G120CAT/09/2022 pewag, Inc pewagchain.comsales@pewagchain.com630-566-1394