11 Webbing Sling System 12 Chain Sling Configurations 13 Wire Rope Sling Configurations. 19 Bolt & Nut Anchor Shackle 20 Bolt & Nut Chain Shackle

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2 INTRODUCTION 03 MORDEC INTERNATIONAL MORDEC CERTIFICATES 05 Certificate of ABS Consulting 06 Certificate of Compliance, Test & Inspection MORDEC GENERAL INFORMATION & WARNING 7 Definition of Terms Used MORDEC LIFTING SOLUTION 8 Chain Sling System 9 Wire Rope Sling System 10 Recoended Masterlink for Wire Rope Sling MORDEC SHACKLES 15 Instructions for Safe Use of Shackle 17 Screw Pin Anchor Shackle 18 Screw Pin Chain Shackle 11 Webbing Sling System 12 Chain Sling Configurations 13 Wire Rope Sling Configurations 19 Bolt & Nut Anchor Shackle 20 Bolt & Nut Chain Shackle MORDEC GRADE 80 CHAIN SLINGS & ACCESSORIES Instructions for Safe Use of Chain Sling and Accessories Grade 80 Alloy Connecting Link Grade 80 Alloy Eye Steel Hook with Latch Grade 80 Alloy Eye Sling Hook with Latch Grade 80 Alloy Clevis Sling Hook with Latch Grade 80 Alloy Eye Safety Hook Grade 80 Alloy Clevis Safety Hook 29 Grade 80 Alloy Clevis Self Locking Hook Grade 80 Alloy Chain 30 Master Link Welded Type 31 Master Link Assemblies Welded Type 28 Grade 80 Alloy Eye Grab Hook Grade 80 Alloy Clevis Grab Hook MORDEC CARGO SECURING EQUIPMENT Safety Information on Polyester Webbing Sling Ratchet Lashing System 34 Polyester Webbing Sling LEGAL NOTICE: All rights reserved. All information provided in this catalogue supersedes previous issues and is to the best of our knowledge. Specifications are subject to change without notice. This catalogue is not meant to constitute an operational tool. It is intended purely as guidance to be used at user s own risk, and no warranties or representations are given nor are any duty of care or responsibility accepted by MEP and its Group of Companies for any consequences whatsoever resulting directly or indirectly from compliance with or reliance on any guidance or advice contained in the catalogue even if caused by a failure to exercise reasonable care on the part of any of the aforementioned parties.

3 MORDEC INTERNATIONAL PTE LTD 9D Jurong Pier Road, Block 3 #03-01 MEP Building, Singapore Tel: (65) / Fax: (65) info@mordec.com Website: Co. Registration No: D INTRODUCTION M ORDEC INTERNATIONAL specialises in MORDEC Material Handling, Lifting, and Cargo Securing Solutions, with major activities in the field of development and production of lifting, rigging, and cargo securing equipments. MORDEC is currently used in construction, marine, forestry, quarrying, offshore, manufacturing and heavy industry worldwide. Product Design and Testing MORDEC Integrated Systems consist of System Designing, Production and Testing. The integrated system starts from the design stage where products are designed and tested to function efficiently as a whole system, more than just individual 3 components. This is followed by calibration in productions and stringent testing procedures. This approach is effective in supporting product operation for industrial usage even in vigorous working conditions and environments. Coitment towards Safe Lifting Mordec International is coitted to achieving customer satisfaction through quality products and services. All products sold are inspected, tested and closely monitored to ensure that the product characteristics meet prevailing international standards and requirements. Each individual item has a traceability code or individual serial number to allow traceability down to their respective production date and material certification. Mordec International strives for product excellence to ensure that the products are safe and reliable.

4 Quality to International Standards Mordec International engages primarily in the manufacturing, distributing and marketing of MORDEC Solutions, and jointly manages with its partners, production facilities located across Asia. To ensure product quality and durability, MORDEC products undergo fatigue testing which is a dynamic testing mode used to simulate how a component will behave under real life stress conditions. This is done by applying cyclic loading to a test specimen to understand how it will perform under similar conditions in actual use. Fatigue testing allow users to predict the in-service life of MORDEC products. INTRODUCTION The MORDEC Solution One Brand, One System, One Manufacturer Integrated Engineering and Design Single point for Design, Engineering, Productions, Quality Inspection and Distribution 4 MORDEC Material Handling, Lifting, and Cargo Securing Solutions has components comprising of a wide spectrum of lifting accessories including Grade 80 alloy lifting chains, shackles, hooks, clamps, chain blocks, lever hoists, wire ropes, webbing slings and other accessories. All MORDEC products are tested to and fulfill international standards of safety.

5 MORDEC CERTIFICATE 5

6 MORDEC CERTIFICATE 6

7 WARNING: All Mordec products shown in this catalogue are sold with the express understanding that the buyer is thoroughly familiar with the product, and the means of safe and proper use of the product. All safety and operating instructions must be read before using the product. All responsibility for the application of the product rests with the user. Product failure can occur due to misuse, abuse, alteration or improper maintenance which may result in personal injuries, property damage or death. 7MORDEC GENERAL INFORMATION & WARNING All specifications including working load limit and safety factor shown in this catalogue applies to products in new condition only. The working load limit is indicated as a recoendation of the maximum load a product can carry under normal working conditions only, and may be affected by environmental conditions, shock loading, overloading, alteration, and use conditions other than intended. Definition of Terms Used Capacity The designated working load or size of the component or lifting assembly. Minimum Breaking Load (MBL) The minimum load under straight pull at which the component or lifting assembly may break. Safety Factor The ratio of the Minimum Breaking Load to the Working Load Limit. Fatigue Tested Stress testing by applying cyclic loading to the component to understand how it will perform under similar conditions in actual use. Working Load Limit (WLL) The maximum load a component or lifting assembly is authorized to take in general use under a straight pull. The WLL may also be known as the capacity of the component. Actual Breaking Load (ABL) The actual load under straight pull at which the component or lifting assembly sample broke at. Proof Load (PL) The maximum load applied when the component or lifting assembly is tested with no visible permanent deformation or damage after proof loading. Fatigue Properties (European norms) Fatigue rated at 1-1/2 times the Working Load Limit at 20,000 cycles. Product Certification All MORDEC products and assemblies are produced according to stringent MORDEC QA and QC specifications and procedures. The products are inspected and tested at production point, and upon confirmation of conformance, test certificates and certificate of conformance indicating full traceability with product identification code will be issued. Identification and Markings MORDEC steel components are embossed with raised letters at point of production with the working load limit, CE, manufacturer s logo MORDEC, product identification code and component size. G E P C

8 MORDEC LIFTING SOLUTION Chain Sling System Certificate + MORDEC RLQ-8 Masterlink Assemblies MORDEC LC-400 G80 Connecting Link MORDEC CA-800 G80 Alloy Chain MORDEC HCS-415 G80 Alloy Clevis Safety Hook MORDEC LIFTING SOLUTION CHAIN SLING SYSTEM Usage of Table Figures shown are for new slings only Working Load Limit shown are for vertical lift, for syetric load with equal weight on each leg only. Asyetric load with unequal weight are to use the following Working Load Limit: 2-Leg Sling is to calculate as 1-Leg. 3-Leg and 4-Leg is to calculate as 2-Leg. Connecting components must match the determined chain size 8 Not to be used in environment with extreme temperature, corrosion inducing, alkaline or acidic condition. Mordec Masterlink & Masterlink Assembly Chain Sling EN Working Load Limit Table Recoended Masterlink, Masterlink Assembly for use with Chain Sling according to EN-818 requirements legged 2 - legged 3 - legged & 4 - legged Choke ß ß ß ß Endless Sling Chain Dia WLL (Ton) Masterlink WLL (Ton) Masterlink WLL (Ton) Masterlink WLL (Ton) Masterlink WLL (Ton) Masterlink WLL (Ton) RLW RLW RLW RLQ RLQ RLW RLW RLW RLQ RLQ RLW RLW RLW RLQ RLQ RLW RLW RLW RLQ RLQ RLW RLW RLW RLQ RLQ RLW RLW RLW RLQ RLQ RLW RLW RLW RLQ RLQ RLW RLW RLW RLQ RLQ RLW RLW RLW N/A RLQ RLW RLW RLW N/A N/A RLW RLW RLW N/A N/A RLW N/A RLW N/A N/A

9 MORDEC LIFTING SOLUTION Wire Rope Sling System Certificate MORDEC RLQ-8 Masterlink Assemblies 9MORDEC LIFTING SOLUTION WIRE ROPE SLING SYSTEM Usage of Table Figures shown are for new slings only Working Load Limit shown are for vertical lift, for syetric load with equal weight on each leg only. Asyetric load with unequal weight are to use the following Working Load Limit: 2-Leg Sling is to calculate as 1-Leg. 3-Leg and 4-Leg is to calculate as 2-Leg. Connecting components must match the determined rope size + MORDEC 6 X 36 WS + IWRC Steel Wire Rope MORDEC HES-410 G80 Alloy Eye Safety Hook Not to be used in environment with extreme temperature, corrosion inducing, alkaline or acidic condition. Wire rope diameter and component must be correctly sized to fit the hook A thimble should be used to protect sling and reduce point loading * For more safety instructions, refer Wire Rope section Wire Rope Safety Factor and Kilonewton to Ton Force in metric Conversion Chart Wire Rope Sling: Based on frequently used design factor of 5 Dia (in.) 1770N/2 B.F. (kn) Tonnage Dia 10 2/ ½ / / / ¾ / / / / / / / / / Safety Factor N/2 B.F. (kn) Tonnage *Wire Rope Type: 6 x 36 WS IWRC RHRL Hot Dip Galvd Steel Wire Rope to EN :2002 Safety Factor

10 For Grade IPS Wire Ropes of Tensile Strength 1770N/2 Recoended Masterlink, Masterlink Assembly for use with Wire Sling according to ISO 2408 requirements N/2 1 - legged 2 - legged 3 - legged & 4 - legged Choke 0-60 RMN RMW RMW RMQ RMQ RMQ-8 Rope Dia WLL (Ton) WLL (Ton) Masterlink WLL (Ton) Masterlink WLL (Ton) Masterlink WLL (Ton) Masterlink WLL (Ton) Masterlink WLL (Ton) Masterlink RLW RLW RLW RLQ RLQ RLQ RLW RLW RLW RLQ RLQ RLQ RLW RLW RLW RLQ RLQ RLQ RLW RLW RLW RLQ RLQ RLQ RLW RLW RLW RLQ RLQ RLQ RLW RLW RLW RLQ RLQ RLQ RLW RLW RLW RLQ RLQ RLQ RLW RLW RLW RLQ RLQ RLQ RLW RLW RLW RLQ RLQ RLQ RLW RLW RLW RLQ RLQ RLQ RLW RLW RLW N/A RLQ RLQ RLW RLW RLW N/A N/A RLQ RLW RLW RLW N/A N/A RLQ RLW RLW RLW N/A N/A N/A RLW RLW RLW N/A N/A N/A RLW RLW RLW N/A N/A N/A RLW RLW RLW N/A N/A N/A RLW RLW RLW N/A N/A N/A For Grade EIPS Wire Ropes of Tensile Strength 1960N/2 Recoended Masterlink, Masterlink Assembly for use with Wire Sling according to ISO 2408 requirements N/2 1 - legged 2 - legged 3 - legged & 4 - legged Choke 0-60 RMW RMW RMW RMQ RMQ RMQ-8 Rope Dia WLL (Ton) WLL (Ton) Masterlink WLL (Ton) Masterlink WLL (Ton) Masterlink WLL (Ton) Masterlink WLL (Ton) Masterlink WLL (Ton) Masterlink RLW RLW RLW RLQ RLQ RLQ RLW RLW RLW RLQ RLQ RLQ RLW RLW RLW RLQ RLQ RLQ RLW RLW RLW RLQ RLQ RLQ RLW RLW RLW RLQ RLQ RLQ RLW RLW RLW RLQ RLQ RLQ RLW RLW RLW RLQ RLQ RLQ RLW RLW RLW RLQ RLQ RLQ RLW RLW RLW RLQ RLQ RLQ RLW RLW RLW RLQ RLQ RLQ RLW RLW RLW RLQ RLQ RLQ RLW RLW RLW RLQ N/A RLQ RLW RLW RLW RLQ N/A RLQ RLW RLW RLW RLQ N/A N/A RLW RLW RLW RLQ N/A N/A RLW RLW RLW N/A N/A N/A RLW RLW RLW N/A N/A N/A RLW RLW RLW N/A N/A N/A RECOMMENDED MASTERLINK FOR WIRE ROPE SLING

11 MORDEC LIFTING SOLUTION Webbing Sling System Certificate MORDEC RLQ-8 Masterlink Assemblies MORDEC LIFTING SOLUTION WEBBING SLING SYSTEM 11 Usage of Table Figures shown are for new slings only Working Load Limit shown are for vertical lift, for syetric load with equal weight on each leg only. Asyetric load with unequal weight are to use the following Working Load Limit: 2-Leg Sling is to calculate as 1-Leg. 3-Leg and 4-Leg is to calculate as 2-Leg. Recoended Masterlink for use with Single Leg Webbing Sling Straight Lift + Choked Lift "U" Lift 45 Lift 45/60 Lift MORDEC RWS-06 Webbing Sling MORDEC HAE-420 G80 Alloy Eye Steel hook w Latch Not to be used in environment with extreme temperature, corrosion inducing, alkaline or acidic condition. Connecting components must match the sling WLL and size *For more safety instructions, refer Webbing section Product code WLL (Ton) M = 1 (Ton) M = 0.8 (Ton) Masterlink M = 2 (Ton) Masterlink M = 1.4 (Ton) Masterlink M = 1.0 (Ton) Masterlink RWS-06-1T RLW RLW RLW RLW-8-13 RWS=06-2T RLW RLW RLW RLW-8-13 RWS-06-3T RLW RLW RLW RLW-8-16 RWS-06-4T RLW RLW RLW RLW-8-16 RWS=06-5T RLW RLW RLW RLW-8-20 RWS-06-6T RLW RLW RLW RLW-8-20 RWS-06-8T RLW RLW RLW RLW-8-22 RWS-06-10T RLW RLW RLW RLW-8-25 RWS-06-12T RLW RLW RLW RLW-8-32 MORDEC MATERIAL HANDLING SOLUTION MORDEC CARGO SECURING SYSTEM MORDEC RTP-200 Plain Trolley + MORDEC BT-120 Chain Block with Bearing MORDEC BB-125 Chain Block with Bushing Cargo lashing on vehicle Cargo lashing on vessels

12 CHAIN SLING CONFIGURATIONS Some coonly used chain sling configurations are listed below. Contact your local distribution for more assistance. Single Leg Sling with Masterlink and Hook Two Leg Sling with Masterlink and Hook Two Leg Sling with Masterlink, Shortener and Hook Three Leg Sling with Masterlink Assembly and Hook CHAIN SLING CONFIGURATIONS 12 Four Leg Sling with Masterlink Assembly and Hook Single Leg Sling, Choker Assembly with Hook Two Leg Sling, Choker Assembly with Hook COMPONENTS LC-400 HSC-435 HCS-415 HGC-445 MLW-8 HAE-420 HSE-425 HES-410 HEG-440 MLQ-8

13 WIRE ROPE SLING CONFIGURATIONS MORDEC LIFTING SOLUTION WIRE ROPE SLING SYSTEM Single Leg Sling with Masterlink and Hook Two Leg Sling with Masterlink Assembly and Hook Three Leg Sling with Masterlink Assembly and Hook 13 Four Leg Sling with Masterlink Assembly and Hook Single Leg Sling with Masterlink, Choke Hook and Bottom Hook Two Leg Sling with Masterlink and Shackle WEBBING SLING CONFIGURATIONS Single Leg Sling with Masterlink and Hook Two Leg Sling with Masterlink Assembly and Hook Four Leg Sling with Masterlink Assembly and Hook

14 SHACKLES

15 General Instructions For Safe Use Of Shackles The following information is of a general nature covering universal safety guidelines on the use and maintenance of shackles. Operating guidelines may vary with specified use conditions, industry or government regulations. Shackles can be used in a wide variety of applications including lifting, tying, suspending and towing. Careful selection of shackles should be made based on the load conditions when planning lifting activities. SHACKLES 15 Shackles are sized according to the dimension of the bow structure and not the pin. When selecting shackles, two types of designs are available anchor and chain. Both used either with screw pins or bolt and nut configuration. Anchor shackle can be used for in-line load lifting as well as side-lifting with reduced working load limit, while Chain shackle are strictly used for in-line load lifting only. Quality To International Standards Mordec Shackles are manufactured using only high tensile carbon and alloy steel, and are engineered to meet the high performance requirements of US Federal Specification RR-C-271D with key features as follows: Forged Carbon Steel Body and Alloy Steel Pin Design factor of 6 to 1 Proof load at 2 times the working load limit Individually marked with raised letters on the bow with the working load limit, CE, manufacturer s name, traceability code and size Unique traceability code for every batch with full records of material composition Consistent mechanical properties Prevention of catastrophic failure by elongating or deforming on overloading Impression die forged for closer tolerance and material density Fatigue tested at 1.5 times of working load limit Hot dipped galvanised finishing with an average thickness of one hundred microns Side Loading Load Limit Reduction Chart Side loading should be avoided where possible as the Working Load Limit is reduced. If side loading must take place, the following information must be taken into consideration. Angle of Load Corresponding IMPORTANT TO NOTE From In-Line Working Load Limit Do not side load chain shackles or non-mordec 0 100% of Rated WLL shackles 45 70% of Rated WLL Avoid side loading for asyetric or unbalance load 90 50% of Rated WLL Do not exceed 120 total angle for shackle loaded with two leg sling WLL 2T In-Line MORDEC A 1 45 Degrees Degrees WLL 2T In-Line Do Not Side Load MORDEC A MAXIMUM 120 ONLY Two Leg Sling Side Loading with Anchor Shackle Only Anchor Type Chain Type

16 General Instructions For Safe Use Of Shackle Inspection and Maintenance: Shackles should be kept in dry, clean conditions and free from corrosion inducing elements Thorough inspection should be done regularly by a Competent Person. Replace shackles that show any sign of elongation, distortion, corrosion, fractures or wear of more than 10% of the original dimension of the shackle. A bent shackle indicates excessive side-loading and elongation shows overloading was performed. All markings on the shackle bow should be clearly legible. All pins should be straight and fit completely when seated in eye holes Shackle must not be modified, repaired, replaced by unknown pins, or reshaped by heating or bending If in doubt, the shackle should not be used and always refer to a Competent Person for examination During Operations: Screw pins should be correctly engaged into the shackle eye and fully tightened by hand. For bolt and nut shackle, ensure that the nut is placed at the inner end of the thread and cotter pin must be fitted. Avoid loading in a manner that will result in shock loading the shackle. Ensure load applied is centralized at the bow, use spacers if necessary and avoid pulling at an angle. SHACKLES 16 Do Not Use Unknown Pins Do not replace pin with unidentified parts as the load will bend it. Only use the original part supplied, shackles with missing parts must not be used. Do Not Pull At An Angle Do not pull at an angle or in a manner that allows the pin to unwind if screw pins are used. The load applied should be positioned at the centre of the bow body to be in a straight direction. Markings Signs of wear or defect Straight Pin Seated Pin Size of gap Do Not Modify Do not attempt to alter, repair, weld or reshape the shackle by heating or bending. Use proper size of connecting components and ensure that all the connections fit properly. Inspect Shackles Regularly All markings should be legible. Inspect the bow for any sign of bending, defect, wear or fractures. Pins should be straight and seat fully in eye hole. Size of gap between eyes should not widen.

17 MORDEC G-308 Screw Pin Anchor Shackle Designed for easy frequent application For use on direct or side lifting or multi-load systems Traceability code, capacity, MORDEC and WLL embossed G-308 SHACKLES Material: Forged Carbon Steel with Alloy Pin Construction: Quenched and Tempered Finish: Hot dipped Galvanized Proof Load: Proof Load Tested at 2 times of Working Load Limit Safety Factor: 6 to 1 Fatigue: Fatigue Tested at 1.5 times of the Working Load Limit Standard: US Federal Specification RR-C-271D G E 17 C H1 Meets Requirement of US Federal Specification RR-C-271D Product Code Norminal Size in. WLL 6 Ton Weight Kg H ø3 C Dimension ø1 E ø2 G L H1 Tolerance (+/-) C H RSA-G /16 1/ RSA-G /4 1/ RSA-G /16 3/ RSA-G / RSA-G /16 1.1/ RSA-G / RSA-G /8 3.1/ RSA-G /4 4.3/ RSA-G /8 6.1/ RSA-G / RSA-G /8 9.1/ RSA-G / RSA-G /8 13.1/ RSA-G / RSA-G / RSA-G RSA-G / *Minimum breaking strength is 6 times the working load limit

18 L ø3 MORDEC G-306 Screw Pin Chain Shackle Designed for easy frequent application For use on direct lifting or single-load systems Traceability code, capacity, MORDEC and WLL embossed G-306 Material: Forged Carbon Steel with Alloy Pin Construction: Quenched and Tempered Finish: Hot dipped Galvanized Proof Load: Proof Load Tested at 2 times of Working Load Limit Safety Factor: 6 to 1 Fatigue: Fatigue Tested at 1.5 times of Working Load Limit Standard: US Federal Specification RR-C-271D SHACKLES G C 18 ø2 H H1 Meets Requirement of US Federal Specification RR-C-271D Product Code Norminal Size in WLL 6 Ton Weight Kg H ø3 C Dimension ø1 ø2 G L H1 Tolerance (+/-) C H RSC-G /16 1/ RSC-G /4 1/ RSC-G /16 3/ RSC-G / RSC-G /16 1.1/ RSC-G / RSC-G /8 3.1/ RSC-G /4 4.3/ RSC-G /8 6.1/ RSC-G / RSC-G /8 9.1/ RSC-G / RSC-G /8 13.1/ RSC-G / RSC-G / RSC-G RSC-G / *Minimum breaking strength is 6 times the working load limit

19 ø3 MORDEC G-3080 Bolt & Nut Anchor Shackle SHACKLES Recoended for long term to permanent applications For use on direct or side lifting or multi-load systems Enhanced safety protection with bolt, nut & cotter pin Reduce the need to tighten pin before each application Traceability code, capacity, MORDEC and WLL embossed Material: Forged Carbon Steel with Alloy Pin Construction: Quenched and Tempered Finish: Hot dipped Galvanized Proof Load: Proof Load Tested at 2 times of Working Load Limit Safety Factor: 6 to 1 Fatigue: Fatigue Tested at 1.5 times of Working Load Limit Standard: US Federal Specification RR-C-271D G-3080 G E 19 L C ø2 H H1 Meets Requirement of US Federal Specification RR-C-271D Product Code Norminal Size in. WLL 6:1 Ton Weight Kg H ø3 C Dimension ø1 E ø2 L G H1 Tolerance (+/-) C H RSA-G /4 1/ RSA-G /16 3/ RSA-G / RSA-G /16 1.1/ RSA-G / RSA-G /8 3.1/ RSA-G /4 4.3/ RSA-G /8 6.1/ RSA-G / RSA-G /8 9.1/ RSA-G / RSA-G /8 13.1/ RSA-G / RSA-G / RSA-G RSA-G / RSA-G *Minimum breaking strength is 6 times the working load limit

20 ø3 MORDEC G-3060 Bolt & Nut Chain Shackle Recoended for long term to permanent applications For use on direct lifting or single-load systems Enhanced safety protection with bolt, nut & cotter pin Reduce the need to tighten pin before each application Traceability code, capacity, MORDEC and WLL embossed Material: Forged Carbon Steel with Alloy Pin Construction: Quenched and Tempered Finish: Hot dipped Galvanized Proof Load: Proof Load Tested at 2 times of Working Load Limit Safety Factor: 6 to 1 Fatigue: Fatigue Tested at 1.5 times of Working Load Limit Standard: US Federal Specification RR-C-271D G-3060 SHACKLES M L G 20 ø2 P H Meets Requirement of US Federal Specification RR-C-271D Product Code Norminal Size in. WLL 6:1 Ton Weight Kg H ø3 ø1 Dimension ø2 G L M P Tolerance (+/-) C H RSC-G / RSC-G /16 1.1/ RSC-G / RSC-G /8 3.1/ RSC-G /4 4.3/ RSC-G /8 6.1/ RSC-G / RSC-G /8 9.1/ RSC-G / RSC-G /8 13.1/ RSC-G / RSC-G / RSC-G RSC-G / *Minimum breaking strength is 6 times the working load limit

21 GRADE 80 CHAIN SLINGS AND ACCESSORIES

22 Instructions for Safe Use of Chain Sling and Accessories This information is of a general nature covering universal safety guidelines on the use and maintenance of chain slings for general lifting purposes. Operating guidelines may vary with specified use conditions, industry or government regulations. Quality To International Standards Mordec Grade 80 sling fittings are manufactured using only high tensile alloy steel for its strong mechanical properties, and tested to EN-818 for alloy chain, EN-1677 for fittings. Forged alloy steel body, quenched and tempered Design factor of 4 to 1 Proof load tested at 2.5 times the working load limit Prevention of catastrophic failure by deforming on overloading Fatigue rated at 1.5 times of working load limit to 20,000 cycles Impression die forged for closer tolerance and material strength Unique traceability code for every batch with full records of material composition Individually marked with raised letters with the manufacturer s name, CE, traceability code, G8 and component size GRADE 80 CHAIN SLINGS & ACCESSORIES 22 Asyetric Loading Conditions In the case of non-syetrical load, more precaution must be taken to minimise the risk of overloading. The centre of gravity (COG) should be determined and the point of lift should be directly above the COG. The load should be rigged to the COG where possible. In the case where asyetric loading conditions cannot be avoided, the following working load limit should be used. 2-Leg sling is to calculate as 1-Leg sling for each leg 3-Leg and 4-Leg sling is to calculate as 2-Leg sling for every 2 legs. Connecting components must match the determined chain size Extreme Working Conditions Avoid using slings in environments where alkaline or acidic or corrosion inducing conditions are present. Slings used in such conditions must be regularly inspected. Extreme temperature will affect the working load limit and slings should not be used in temperatures beyond specified in the table. Temperature ( C) -40 to to to 400 Working Load Limit Normal Reduction of 10% Reduction of 25%

23 Instructions for Safe Use of Chain Sling and Accessories Alloy chain can be used in a variety of applications including lifting, lashing and towing, and are often selected for operations in rough conditions as they are flexible, strong and durable. Careful selection of slings and fittings should be made based on load conditions when planning lifting activities. Only alloy chain and accessories that are Grade 80 and above can be used for lifting applications. GRADE 80 CHAIN SLINGS & ACCESSORIES Care and Maintenance Chain slings must be cleaned prior to any inspection as dirt or oil may hide any damage All slings must be kept in clean and dry storage area to prevent rust or corrosion Slings should preferably be stored on wall racks or hooks or A-frames A record of chain sling usage and maintenance must be kept to ensure regular care of slings Sling must be inspected every 6 months for any damage Slings identification tags must be present, do not use unknown slings Clean slings regularly as dirt or sand will cause wear at load bearing points Slings should be oiled prior to any long storage Do not heat or modify any part of the chain or component Any damaged slings and repairs must be referred to a Competent Person for examination 23 All slings and fittings must be inspected for the following: Slings should not have any twists or kinks on the chain. Checked hooks for deformation and replace if found bent Damaged or chemically contaminated slings must not be used. Replace chain and fittings that show any sign of elongation, distortion, corrosion, fractures or wear of more than 10% of the original dimension of the fitting. Sling and fittings must not be modified, reshaped or heated. Identification tag should be present for every set of sling Correct sling configuration and connectors should be used Slings with more than 2 leg must connect to a Master Link Assembly instead of single Master Link. Check Sling For: correct sling configuration, ID tag must be present Check Sling For: kinks, twists, knots, nicks, cracks, bent or enlongated links of > 10% of original diameter Check Sling For: deformation, distortion, fractures, corrosion, wear or elongation of > 10% of original diameter

24 Instructions for Safe Use of Chain Sling and Accessories Before Lifting Always Plan The Lift Each lifting operation should be conducted by a Competent Person who must first plan the lift by calculating the load weight, centre of gravity, lifting method, rated working load limit, inspect the equipment and prepare the area where the operation will take place. Important Warning During Any Lift Do not exceed the rated WLL of the sling or component whichever being lower rated Correct size sling and components must be used for the load including angles or uneven load Ensure load is fully supported at the bow of the hook, not at the tip Hooks must be positioned facing outwards when lifting with multi-leg slings Avoid dragging the load or shock loading, conduct the lift slowly and gradually Do not tie a knot with the chain, always use a grab hook if shorter length is required Lifting point must be over the centre of gravity to ensure a balance load on all legs of the sling Use packing to prevent damage to the sling or the load on sharp edges For safety reasons, no one should be allowed near or under the load during lifting Slings should be rigged in a manner to discourage rotation of the load or use a tagline if required Ensure chain or components do not get crushed or pressed during lifting or lowering Always check operation instructions if to be used in extreme conditions or temperatures GRADE 80 CHAIN SLINGS & ACCESSORIES 24 Hooks Must Not Face Each Other Hooks must be positioned to face outwards when using slings with more than 1 leg. Do Not Have Personnel Near The Load During any lifting operation, no one is to be allowed near the load or under the load.

25 GRADE 80 CHAIN SLINGS & ACCESSORIES MORDEC LC-400 Grade 80 Alloy Connecting Link Designed for use with Grade 80 alloy chain or wire rope Use to connect alloy chain to accessories for lifting application Identical sides for easy assembly without special tools or skills Traceability code, MORDEC, CE and Size Code embossed Material: High Tensile Forged Alloy Steel Construction: Quenched and Tempered Finish: Powder Coated Proof Load: Proof Load Tested at 2.5 times of Working Load Limit Safety Factor: 4 to 1 Fatigue: Fatigue Rated at 1.5 times of Working Load Limit Standard: EN Tested according to EN 1677:2000 Product Code Chain Size E A C 25 *Design Factor 4:1 proof tested and certified MORDEC HAE-420 B D Weight kg WLL Ton RLC RLC RLC RLC RLC RLC RLC RLC RLC Grade 80 Alloy Eye Steel Hook with Latch Designed for use with grade 80 alloy chain or wire rope Use for overhead lifting application US Type Hook Design Safety latch to prevent load disengagement Stainless steel latch and spring to prevent rust Traceability code, MORDEC, CE and Size Code embossed E LC-400 B A C HAE-420 D XX-8 Material: High Tensile Forged Alloy Steel Construction: Quenched and Tempered Finish: Powder Coated Proof Load: Proof Load Tested at 2.5 times of Working Load Limit Safety Factor: 4 to 1 Fatigue: Fatigue Tested at 1.5 times of Working Load Limit Standard: EN Tested according to EN 1677:2000 Product ø E H L A Weight WLL Code kg Ton RHAE RHAE RHAE RHAE RHAE RHAE RHAE RHAE RHAE RHAE RHAE *Design Factor 4:1 proof tested and certified L A H ø

26 MORDEC HSE-425 Grade 80 Alloy Eye Sling Hook with Latch Designed for use with Grade 80 Alloy chain or wire rope Use for overhead lifting application Safety latch to prevent load disengagement Stainless steel latch and spring to prevent rust Traceability code, MORDEC, CE and Size Code embossed Material: High Tensile Forged Alloy Steel Construction: Quenched and Tempered Finish: Powder Coated Proof Load: Proof Load Tested at 2.5 times of Working Load Limit Safety Factor: 4 to 1 Fatigue: Fatigue Tested at 1.5 times of Working Load Limit Standard: EN Tested according to EN 1677:2000 Product Code Chain Size L A E D T H Weight kg HSE-425 T *Design Factor 4:1 proof tested and certified 26 MORDEC HSC-435 Grade 80 Alloy Clevis Sling Hook with Latch Designed for use with Grade 80 Alloy chain Use for overhead lifting application Safety latch to prevent load disengagement Stainless steel latch and spring to prevent rust Clevis opening prevents the use of wrong chain size Traceability code, MORDEC, CE and Size Code embossed WLL 4:1 Ton RHSE RHSE RHSE RHSE RHSE RHSE RHSE RHSE H L HSC-435 A D GRADE 80 CHAIN SLINGS & ACCESSORIES Material: High Tensile Forged Alloy Steel Construction: Quenched and Tempered Finish: Powder Coated Proof Load: Proof Load Tested at 2.5 times of Working Load Limit Safety Factor: 4 to 1 Fatigue: Fatigue Tested at 1.5 times of Working Load Limit Standard: EN F Tested according to EN 1677:2000 Product Code Chain Size L P C *Design Factor 4:1 proof tested and certified D E F G H Weight kg WLL 4:1 Ton RHSC RHSC RHSC RHSC RHSC RHSC RHSC H L D E T C G H

27 MORDEC HES-410 Grade 80 Alloy Eye Safety Hook Designed for use with Grade 80 Alloy chain or wire rope Use for overhead lifting application Safe automatic self-locking mechanism when load is lifted Eliminates any danger from touching the latch Traceability code, MORDEC, CE and Size Code embossed LC-410 GRADE 80 CHAIN SLINGS & ACCESSORIES 27 Material: High Tensile Forged Alloy Steel Construction: Quenched and Tempered Finish: Powder Coated Proof Load: Proof Load Tested at 2.5 times of Working Load Limit Safety Factor: 4 to 1 Fatigue: Fatigue Tested at 1.5 times of Working Load Limit Standard: EN Tested according to EN 1677:2000 Product Code Chain Size L A B D E F G H Weight kg WLL 4:1 Ton RHES RHES RHES RHES RHES RHES RHES *Design Factor 4:1 proof tested and certified F G D E H L MORDEC HCS-415 Grade 80 Alloy Clevis Safety Hook Designed for use with Grade 80 Alloy chain Use for overhead lifting application Safe automatic self-locking mechanism when load is lifted Eliminates any danger from touching the latch Clevis opening prevents the use of wrong chain size Traceability code, MORDEC, CE and Size Code embossed HCS-415 Material: High Tensile Forged Alloy Steel Construction: Quenched and Tempered Finish: Powder Coated Proof Load: Proof Load Tested at 2.5 times of Working Load Limit Safety Factor: 4 to 1 Fatigue: Fatigue Tested at 1.5 times of Working Load Limit Standard: EN Tested according to EN 1677:2000 F E Product Code Chain Size L A B C D *Design Factor 4:1 proof tested and certified E F G H Weight kg WLL 4:1 Ton RHCS RHCS RHCS RHCS RHCS L H C G D

28 MORDEC HEG-440 Grade 80 Alloy Eye Grab Hook Designed for use with Grade 80 Alloy chain or wire rope Use to shorten or hold a length of chain Prevent slip-off by engaging chain through narrow gap and resting ridges Traceability code, MORDEC, CE and Size Code embossed HEG-440 Material: High Tensile Forged Alloy Steel Construction: Quenched and Tempered Finish: Powder Coated Proof Load: Proof Load Tested at 2.5 times of Working Load Limit Safety Factor: 4 to 1 Fatigue: Fatigue Tested at 1.5 times of Working Load Limit Standard: EN Tested according to EN 1677:2000 Product Chain Size L A B C D E H Weight WLL Code kg 4:1 Ton RHEG RHEG RHEG RHEG RHEG RHEG RHEG *Design Factor 4:1 proof tested and certified D E H L A C B GRADE 80 CHAIN SLINGS & ACCESSORIES 28 MORDEC HGC-445 Grade 80 Alloy Clevis Grab Hook Designed for use with grade 80 Alloy chain Use to shorten or hold a length of chain Prevent slip-off by engaging chain through narrow gap and resting ridges Clevis opening prevents the use of wrong chain size Traceability code, MORDEC, CE and Size Code embossed HGC-445 Material: High Tensile Forged Alloy Steel Construction: Quenched and Tempered Finish: Powder Coated Proof Load: Proof Load Tested at 2.5 times of Working Load Limit Safety Factor: 4 to 1 Fatigue: Fatigue Tested at 1.5 times of Working Load Limit Standard: EN Tested according to EN 1677:2000 Product Code Chain Size L B C D E F G H Weight kg WLL 4:1 Ton RHGC RHGC RHGC RHGC RHGC C L F E RHGC H *Design Factor 4:1 proof tested and certified D G

29 GRADE 80 CHAIN SLINGS & ACCESSORIES MORDEC HCH-465 Grade 80 Alloy Clevis Self Locking Hook Designed for use with Grade 80 alloy chain Use for overhead lifting application Safe automatic self-locking mechanism when load is lifted Eliminates any danger from touching the latch Button type trigger for easy handling Clevis opening prevents the use of wrong chain size Traceability code, MORDEC, CE and Size Code embossed Material: High Tensile Forged Alloy Steel Construction: Quenched and Tempered Finish: Powder Coated Proof Load: Proof Load Tested at 2.5 times of Working Load Limit Safety Factor: 4 to 1 Fatigue: Fatigue Tested at 1.5 times of Working Load Limit Standard: EN Tested accordingly to EN 1677:2000 Product Code Chain Size A E ø 29 *Design Factor 4:1 proof tested and certified H K L Weight kg WLL 4:1 Ton RHCH RHCH RHCH RHCH RHCH MORDEC CA-800 Grade 80 Alloy Chain Designed for use with Grade 80 accessories Use for overhead lifting application Versatile assembly for multipurpose applications High tensile steel for tougher and more reliable usage Non-greasy bright finish Anti-rust lubricant, two years protection MOR, traceability code and G8 embossed for easy identification Strong and uniform chain link welding HCH-465 Material: High Tensile Alloy Steel Construction: Quenched and Tempered Finish: Bright Finish Proof Load: Proof Load Tested at 2.5 times of Working Load Limit Safety Factor: 4 to 1 Fatigue: Fatigue Tested at 1.5 times of Working Load Limit Standard: EN & EN CA-800 Product Code Chain Dia d P W *Design Factor 4:1 proof tested and certified W1 Weight kg/m WLL 4:1 Ton Standard Length (m) RCA RCA RCA RCA RCA RCA RCA RCA RCA RCA RCA W1 W D MOR G8 P

30 MORDEC RMW-8 Master Link Welded Type Designed for use with grade 80 alloy chain or wire rope Use for overhead lifting application Versatile assembly for multipurpose applications Engineered Flat for use with coupling link Traceability code, Product Code and MORDEC embossed Material: High Tensile Forged Alloy Steel Construction: Quenched and Tempered Finish: Powder Coated Proof Load: Proof Load Tested at 2.5 times of Working Load Limit Safety Factor: 4 to 1 Fatigue: Fatigue Tested at 1.5 times of Working Load Limit Standard: EN W RLW-8 GRADE 80 CHAIN SLINGS & ACCESSORIES ø L MORDEC MLW X-XX WLL XX t 30 Tested according to EN 1677:2000 Product Code Size ø x W x L WLL 4:1 Ton Weight kg RMW-8-13 ø13 x W60 x L RMW ø16 x W70 x L RMW -8-16A ø16 x W100 x L RMW ø20 x W90 x L RMW ø22 x W90 x L RMW -8-22A ø22 x W110 x L RMW ø25 x W100 x L RMW ø28 x W140 x L RMW -8-28A ø28 x W140 x L RMW ø32 x W140 x L RMW ø38 x W140 x L RMW ø45 x W170 x L RMW ø50 x W200 x L RMW ø60 x W220 x L RMW-8-70 ø70 x W220 x L *Design Factor 4:1 proof tested and certified

31 GRADE 80 CHAIN SLINGS & ACCESSORIES MORDEC RMQ-8 Master Link Assemblies Welded Type Designed for use with grade 80 alloy chain or wire rope Use for overhead lifting application Versatile assembly for multipurpose applications Engineered Flat for use with coupling link Traceability code, Product Code and MORDEC embossed Material: High Tensile Forged Alloy Steel Construction: Quenched and Tempered Finish: Powder Coated Proof Load: Proof Load Tested at 2.5 times of Working Load Limit Safety Factor: 4 to 1 Fatigue: Fatigue Tested at 1.5 times of Working Load Limit Standard: EN L1 MORDEC W ø MLW X-XX WLL XX t RLQ-8 31 L Tested according to EN 1677:2000 Product Code Master Link Size ø x W x L Intermediate Link Size d x W1 x L2 L WLL 4:1 Ton Weight kg RMQ-8-16 ø16 x W70 x L120 ø13 x W51 x L RMQ ø20 x W90 x L170 ø16 x W70 x L RMQ ø22 x W90 x L170 ø20 x W80 x L RMQ ø25 x W100 x L190 ø20 x W80 x L RMQ ø28 x W110 x L210 ø22 x W90 x L RMQ ø32 x W140 x L270 ø25 x W100 x L RMQ ø38 x W140 x L270 ø32 x W140 x L RMQ ø45 x W170 x L320 ø38 x W140 x L RMQ ø50 x W200 x L380 ø38 x W140 x L RMQ ø60 x W220 x L430 ø50 x W200 x L RMQ ø70 x W250 x L500 ø60 x W220 x L *Design Factor 4:1 proof tested and certified

32 CARGO SECURING EQUIPMENT

33 SAFETY INFORMATION ON POLYESTER WEBBING SLINGS The use of polyester sling for lifting applications has many advantages as it is light, easy to handle, flexible and has relatively high strength to weight ratio. It is coonly used to lift fragile cargo as it will not damage the cargo surface, and may also be used in explosive or hazardous environment as it will not cause sparks from friction. Due to the material properties, polyester slings are also less affected by oils, chemicals and are resistant to twists and kinks. Mordec polyester webbing slings and ratchet lashings are manufactured with high tenacity web made of pure polyester yarn. Key Features Closely weaved web with low elongation Abrasion, damage and wear resistant Good strength to weight ratio Visible and clear identification Produced to meet international standards INSPECTION AND MAINTENANCE Slings should always be inspected for any damage to assure that the strength has not been compromised. Ensure all identification and specification are correct prior to use and remove all slings from service if there are signs of cut webbing, chemical, UV damage, extensive wear or other defects. GUIDE TO SAFE LIFTING Avoid using or storing slings in high temperature above 200F or exposed to strong chemicals Prolong exposure to ultra-violet light eg. sunlight will cause polyester slings to weaken Slings showing signs of UV damaged eg. bleached, stiff appearance should be retired 32 Do not overload or perform shock loading on slings Protect slings from sharp edges and abrasion, use protective sleeves if necessary Do not twist, brunch or tie knots in the sling CARGO SECURING EQUIPMENT Symptoms Description Preventive Measures Cuts in webbing Broken fibers on the webbing surface or at Position slings to avoid direct contact with Tears at edge the edges; if broken lengths are equal show web were cut by sharp object or sharp edges. sharp surfaces, use protective sleeve or wear pads between the sling and the edge. Holes Punctures Visible holes or punctures on the sling Position slings to avoid direct contact with Fiber sticking out surface; areas where fiber sticks out from the sharp surfaces or protrusions during lifting, webbing surface. transporting and storing. Use protective sleeve or wear pads between the sling and the edge. Abrasion Surface wear Broken stitches Stained or discolored area, area of webbing that looks worn or fuzzy with fibers out of alignment indicating contact with a rough surface. Avoid brushing the sling against rough surfaces, dragging the sling on the ground or pull the sling from under the load while load is on the ground. Use wear pads to protect against abrasion if required. Worn patches Melted fibers Discolouration Patches where fiber is discolored or melted, fused together; areas where fiber feels stiff and inflexible. May be caused by chemical or heat damage. Do not use slings in high temperatures beyond recoendations or with chemicals that sling material is incompatible with. Strong chemicals should be avoided,

34 CARGO SECURING EQUIPMENT MORDEC RWT-DJH Ratchet Lashing System Tracer lines and MORDEC indicated for easy identification Provide maximum load protection and security Hold loads in place on vehicles, trains, ships and other carriers Marked with clear traceability label Hardened and treated for strong resistance to abrasion and damage Both ends fitted with double J hook for tighter lashing on load Material: Standard: 100% High Tenacity Polyester Fiber EN12195 Product Code Width Breaking Strength Colour RWT-DJH /16"-3/8" Yellow RWT-DJH-50 RWT-DJH /8" - 1/2" Orange 75 1/2" - 5/8" Yellow WTD RATCHET LASHING SYSTEM Mordec Ratchet Lashing Tie Downs are lightweight synthetic web straps with hooks at the ends to secure cargo to vehicle structures. The polyester material does not damage delicate surfaces and is easy to handle. The heat treated and toughened web provides strong and durable support to the cargo during transportation. Always ensure that safety measures are followed when using these devices: Do not use ratchet lashing for lifting or pulling of load Do not overload, secure more lashing to anchor points to manage working load limit Do not twist, brunch or tie knots in the webbing Avoid dragging on the ground or use against sharp edges Prolong exposure to ultra-violet light eg. sunlight will cause polyester web to weaken Slings showing signs of UV damaged eg. bleached, stiff appearance should be retired

35 MORDECRWS-06 Polyester Webbing Sling Different base color and tracer lines to indicate Working Load Limit Will not damage polished or fragile surfaces Mark with batch serial number Strong resistance to abrasion, wear and damage Light, Flexible and able to absorb shock loads Safe for operators at no risk of injury Working temperature range from -40oc to 100oc Material: 100% High Tenacity Polyester Fiber Construction: Color-coded with Tracer Lines Safety Factor: 6 to 1 Standard: BS 3481:Part Length: Up to 12m Meets Requirements of BS 3481:Part RWS-06 Staight Choked Lift "U"Lift 45 Lift 45/60 Lift Product Capacity Color Width Code Ton M= 1 M= 0.8 M= 2 M= 1.4 M= 1.0 RWS-06-1T 1 Violet RWS-06-2T 2 Green RWS-06-3T 3 Yellow RWS-06-4T 4 Grey RWS-06-5T 5 Red RWS-06-6T 6 Brown RWS-06-8T 8 Blue RWS-06-10T 10 Orange RWS-06-12T 12 Orange *M= Modefactorforsyetricalloading MORDECRWS-07 Polyester Webbing Sling Different base color and tracer lines to indicate Working Load Limit Will not damage polished or fragile surfaces Mark with batch serial number Strong resistance to abrasion, wear and damage Light, Flexible and able to absorb shock loads Safe for operators at no risk of injury Working temperature range from -40oc to 100oc Material: 100% High Tenacity Polyester Fiber Construction: Color-coded with Tracer Lines Safety Factor: 7 to 1 Standard: EN Length: Up to 12m RWS-07 W L W L W L CARGO SECURING EQUIPMENT 34 Meets Requirements of EN Staight Choked Lift "U" Lift 45 Lift 45/60 Lift Product Capacity Color Width Code Ton M= 1 M= 0.8 M= 2 M=1.4 M= 1.0 RWS-07-1T 1 Violet RWS-07-2T 2 Green RWS-07-3T 3 Yellow RWS-07-4T 4 Grey RWS-07-5T 5 Red RWS-07-6T 6 Brown RWS-07-8T 8 Blue RWS-07-10T 10 Orange RWS-07-12T 12 Orange *M = Mode factor for syetrical loading

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