Standen Catalogue 03-02-10 Third Edition V7i

8/10/2019 Standen Catalogue 03-02-10 Third Edition V7i

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Contents

Section One

Wire Rope 2General InformationWhat is Wire Rope, Strand Construction 3

Preforming, Cores, Wire Rope Lay,Galvanising, Lubrication 4Uncoiling and Unreeling, Measuring Outside Dia 5 Sheave Grooves, Drum Winding 6

Care and Maintenance of Steel Wire Rope,Handling of Anti-Spin Ropes 7

Product SelectionEngineering & General Purpose Ropes 8

Marine Ropes 9 Verope - Verotop 10 Verope - Veropro 8 11

Section Two

Chain and Chain Fittings 12Product Selection

MAGGI Short, Long & Regular Link Chain 13 MAGGI Stainless Steel & Security Chain 14 Transport Chain & Components 15 Stud-Link Anchor Chain & Anchors 16 GUNNEBO Chain & Components 17 GUNNEBO Chain Sling Connections 25

GUNNEBO Working Load Limits & Maintenance 26 GRAB IQ Radical Re-engineering Overview

& Working Load Limits 27 GRAB IQ Rules for Proper Load Rating 28 GRAB IQ Components 29 GRAB IQ Working Load Limits 31

Section Three

Synthetic Ropes 35Product Selection

Polypropylene Laid, Nylon & Polyester Laid 36 8 & 3 Strand Ropes, Manila Ropes 37 Southern Ocean Ropes Break Chart 38 Southern Ocean Application Chart 38 Knots and Rope Tips 3

Section Four

General Hardware 40Product Selection

Shackles: Hi Load, High Tensile Steel &GalvanisedRigging Screws, Snap Hooks

Turnbuckles, Thimbles & Swivels

Eyebolts, Eyehooks & 43 Wire Rope Grips 44 Sheave Blocks 46 Snatch and Open Wedge Blocks 47

Section Five

Webbing 48General InformationColour Web Slings, Round SlingsFreight Master Lashing Systems

Section Six

Lifting Equipment 51Product Selection

KITO Electric Chain HoistsKITO Manual Chain Hoists & Lever HoistsKITO Univ rsal Trolleys, Lever Hoists & SinglePhase Electric Chain HoistsHITACHI Electric Chain Hoists 56PACIFIC Lever Block, Chain Block & Single PinGirder Trolleys 57

PACIFIC Electric WinchesWELLCULIP Lifting & Beam ClampsWELLCULIP Wire Rope Grip Pulling Hoists &PACIFIC Hand Winches

Section Seven

Height Safety Equipment 61Product Selection

PETZL HarnessesPETZL HelmetsPETZL LanyardsPETZL Descenders, Fall Arresters & Rope ClampsPETZL Pulleys

Anchor Straps, Rigging Equipment, Tripods,Fall Arrest Blocks & RopesPETZL ConnectorsHarness Accessories & Headlamps 6

SW Safety Nets

Section Eight

Product Selection

Services 86

Index 88

Section Nine

Product SelectionWIRELOCK,

Arborist

Special Products

78

e

83

HarnessesRopes

7981

8584

6266

77

677072

74757

5254

55

58

60

59

4950

41

42

9

Drop Forged Standard Eyenuts

LANOGUARD

Advanced Ropeclimbing Technologies 82

Metric Conversion Chart, Drum Capacities 87

DYNAFOR


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DM Standen Ltd has been supplying and distributing wire rope since 1978. Apart from thedistribution of wire rope, our personnel can supply guidance to users on the correct usage and

selection of wire rope.

We offer a service ranging from the supply of cut lengths through to wire ropes tted with any of our full range of attachments.

We are able to source a wide range of alternative rope types to suit your requirements.Weights and typical minimum break loads are to be used as guides only to assist with the selection of an

appropriate rope when taking into account suitable safety factors.

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Wire Rope

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What Is Wire Rope?

A wire rope consists of steel wires, in groups of between 6and 60 or more, twisted together into strands. The strands,numbering between 3 and 8 in simple constructions, are, inturn, twisted together around the core.

The steel wire is drawn from rod of diameters between 5and 10mm to wire of the exact diameter found to give thebest performance in the rope to be made.

Most specications for wire ropes stipulate outsidediameter tolerance of +4% and -1 %, so with upwards of100 wires per rope the tolerance on each wire is, in effect,very small.

As the wire diameter is reduced by drawing throughprogressively smaller tungsten Carbide Dies, the tensilestrength is raised by cold working, so that by varying thenumber and sizes of dies, a wire can be produced with thecorrect diameter, with a tensile strength ranging from 140kgf/mm to upwards of 220 kgf/mm, and with the required

characteristics of hardness and exibility. The wires can begalvanised or left uncoated.

This account is, of course, simplied. In practice manyvariables are introduced and the number, size andarrangement of wires in the strand, and of strands in therope (i.e. the construction of the rope) varies according tothe rope specication, to give varying degrees of strength,exibility, resistance to abrasion, heat, crushing, shockloading etc.

Strand Construction

Each strand in a steel wire rope consists of one or morelayers of wire laid in a spiral round a centre or king wire(except some marine ropes, in which the centre is of bre).

The simplest construction consists of one layer of 6 wiresof equal diameter round a king wire, while others mayconsist of up to 4 or more layers of wire.

Constructions of steel wire rope are expressed in simplenumerical forms showing the number of strands x numberof wires per strand and further simplied by being groupedinto families known, for example, as the 6 x 19 Group

(all of which have 6 strands of between 15 and 25 wires)and 6 x 36 Group (6 strands of between 26 and 41wires).

Every time a wire rope bends each wire moves slightly inrelation to its neighbours, therefore the sizes anddispositions of the wires are very important to theperformance and life of the rope. One distinction canclearly be drawn here between two different types of strandconstruction - Equal Lay and Cross Lay.

Equal Lay - all layers of wire are in spirals of the samepitch, so that each wire supports or is supported by itsneighbours throughout its length. These constructions aremore compact, therefore have a higher density of steelthan a cross lay, so the strand is not easily crushed out ofshape and the wires do not have points of relatively highcontact pressure.

Cross Lay - successively layers are not in the same pitch,so that the wires of one layer will cross over wires in thelayer below. Although many cross lay constructions havethe advantage that all the wires may be of the samediameter, the wires are not as well supported as in equallay ropes, and damage at the points where wires in twolayers cross may reduce rope life.

Core of natural or syntheticbre or steel

Core wire

Steel wire rope

Strand

Rope wire


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PreformingPreforming is a process by which each strand is shaped tothe helical prole it will adopt in the nished rope.If a preformed rope is unlaid (i.e. the strands and wires areseparated) it will be seen that the elements all have their sethelical forms, and the rope can easily be laid up again. APreformed rope had the following advantages:

1) The rope is dead and is therefore more easily handled.2) When the rope is cut, the cut ends do not automatically

unlay (ie. spring open).

The process of Preforming is carried out by a PreformingHead, through which the strands pass immediately beforethe Closing Head, in which they are formed into the wirerope.

Cores The central core is a steel wire rope maintains the circu-lar cross- section of the rope by supporting the strandsaround it, and the core may be of two classes:

Fibre Cores: composed of vegetable bres (e.g.) Manila,Jute or more commonly Sisal) or man made bre (such asPolypropylene) which has the advantage of being moreresistant to deterioration. Fibre cores are often referred toas FC or FMC (Fibre Main Core), and are impregnated witha suitable preserving lubricant.

Steel Cores: may be Wire Strand Core - WSC. - (usually inropes of a diameter less than 8mm) or a complete rope initself (an Independent Wire Rope Core - IWRC - usually of7x7 construction - 6 strands of 7 wires round 1 strand of 7wires).

The steel core will resist distortion when the rope isheavily loaded, passing over relatively small diametersheaves or pulleys, or subjected to drum crushing.Distortion may lead to impaired running over sheaves etc,and may lead to failure due to unequal loading of individualwires, so where these dangers are present a wire rope withIWRC will normally give a longer fatigue life than one with

FC. It is also superior in very hot working conditions, suchas steel making plants, where the FC will soon dry out andcease to support the strands. In general, a wire rope withIWRC has a breaking strength 8% higher than a similarrope with FC.

Wire Rope Lay This Term is applied in various ways:

1) To describe the direction of rotation of wires andstrands.

2) The direction of lay or rotation of the strands is normallyright hand, but some machinery needs left hand layropes.

Galvanising

To protect the rope from corrosion, a coating of Zinc canbe applied to the individual wires. Wire Mills apply this zinccoating using the Hot Dip Process, after which the wiresare further drawn to the nished size. This is known as

Drawn Galvanising, and provided an intimate bondbetween the Zinc and the Steel. The alternative is FinishedGalvanising, in which the Zinc is applied after the wire isfully drawn, and although the Zinc coating may be thicker itis more likely to ake in service.

Lubrication

When a wire rope bends, each wire moves in relation toits neighbours, and lubrication helps to reduce frictionbetween wires. It also helps to combat corrosion, externaland internal.

Specially-selected lubricants have to be applied duringthe manufacture of the wire rope, the choice of lubricantdepending to some extent on the work the rope will bedoing. The lubricant helps protect the wires from corrosionduring transit and storage, resisting oxidisation and waterpenetration.

During prolonged periods of storage, and during itsworking life, a wire rope should be examined regularly andfurther lubricant or dressing may be added if necessary.

This dressing generally only acts as a preservative, since itwill only penetrate the rope if it is applied where the rope is

bent over a sheave, so that the strands are open enoughto allow such penetration.

Lubricants are generally petrolatum-based and compatiblewith similar petroleum jelly type lubricants.

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Uncoiling and Unreeling

In order to avoid forming kinks in the rope, the followingmethods are recommended.

Reels - Place a shaft horizontally through the centre ofthe reel, and raise the shaft after checking that the base isstable. Then pull the free end of the rope in a straight line.

Alternatively, the shaft can be vertical, on a turntable, butthe former method is preferred.

Re-reeling - from one reel to another - avoid reversebends i.e. feed from top of the rst reel to the top of thesecond, to bottom of the rst reel to bottom of the second,but never top to bottom or vice versa.

Coils - Place the coil over a turntable, release the ties andpull the free end as above. Alternatively, the coil may berolled along the ground, leaving the rope lying straight on

the ground, although manhandling a long length of wirerope in a coil can be very difcult.

Measuring Outside Diameter

The diameter of a wire rope is the diameter of a true circleenclosing the rope. Measurement must, therefore, be madeacross the maximum dimension of a wire rope with an even

number of strands i.e. between the crowns of twoopposite strands as in Fig. 1 and not with the callipers incontact with 4 strands as in Fig. 2. To be certain that themaximum dimension is measured, the callipers should berotated around the rope.

After a rope has been in use, diameter measurementscorrectly taken may vary. This occurs when the rope hadbeen braided, or when it has lost its shape due to crushing,or where there has been internal corrosion or damage tothe core. In all these cases the cause of the varyingdiameter measurements should be ascertained.

With used ropes some distortion is inevitable, it isrecommended that two measurements are taken at rightangles to each other which will allow the mean diameter tobe calculated.

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Sheaves and Drums- Minimum Diameters

A sheave, or drum, of too small a diameter will hastenfatigue in any wire rope, and in theory sheaves and drumsshould always be of large diameter. In practice howeverdesigners and manufacturers of machinery often nd itnecessary to compromise. While, therefore, the tableopposite should not be used as sole grounds for modifyinga design already implemented, it indicates recommendedminimum sheave/drum diameters.

Sheave Grooves

The rope is supported in the best possible manner if thearc of contact with the groove contour can be 150degrees. This corresponds to a throat angle of 30 degrees.However, with a large eet angle or with oscillating loads,the throat angle should be larger to avoid undue wear of

the rope and sheave anges. The height of the anges should be at least 1.5 times therope diameter to prevent the rope running off the sheave.

A radius 5% larger than half the rope diameter will give thelongest service life of the rope.

Sheaves and pulleys should be of hard metal. Soft metal

is abraded and will wear to the diameter of the wire ropebeing used, and may also be imprinted with the lay of thatwire rope. A new rope will not t this imprint exactly, andwill therefore, suffer damage. Sheaves should be checkedfrequently for wear and alignment.

Lubrication of sheave and pulley bearings should bemaintained.

Recommended Minimum Sheave/Drum DiametersConstruction Diameter

6x7 42 x rope diameter

6x25 Flattened Strand 36 x rope diameter


6x19 Seale 30 x rope diameter

6x21 Filler 28 x rope diameter6x19 Filler 25 x rope diameter




8x19 Seale 21 x rope diameter



Drum Winding The direction in which a wire rope winds on to a drumdepends on the direction of the lay of the rope. Thediagrams indicate the methods used for Right Hand Layand Left Hand Lay ropes respectively, together with auseful means of remembering the system, using the rightand the left hand.

Use the hand to indicate the correct direction, the righthand for the Right Hand Lay rope, and the left hand forLeft Hand Lay rope. The closed st represents the drum,the thumb indicates the side at which the inside end of therope is anchored and the index nger represents the ropeleading off the drum.

Most ropes are supplied Right Hand Lay, but some

machinery will only accept Left Hand Lay ropes, and if thelatter is required it MUST be specied clearly on the order,as Right Hand Lay is always assumed if no lay is indicated.

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Care and Maintenance of a Steel WireRope

In the interests of both personnel and equipment theadvisability of regular and thorough inspection of wire ropescannot be over emphasised.

Regular lubrication can make a considerable improvementin rope life before evidence of fatigue appears. Thelubricant used should be suitable for the purpose; if indoubt check with the wire rope manufacturer that thelubricant you plan to use is compatible with the dressingapplied at the time of manufacture. Do not use solventsto clean a rope before applying lubrication. Parafn is notrecommended.

The recommendations given regarding the running in ofanti-spinning types of wire ropes (see right hand side) applyequally to round strand ropes.

If broken wires are found in a wire rope these should notbe cut off. Grip the broken ends with pliers and bendbackwards and forwards until the wire breaks in the gussetbetween the strands. Loose broken wires out of positioncan cause rapid break up of adjacent wires.

Faulty sheaves are the most common cause ofpermanent wire rope damage. Make certain all sheavesrotate freely and the treads are in good condition. Checkthat all sheaves are properly aligned to the path of the wirerope. Misaligned sheaves cause abrasion due to angescrubbing, also rolling of the rope as it settles into thesheave grooves can result in torsional fatigue.

When there are two or more layers of wire rope on a drum,the areas of maximum wear are usually where the ropeclimbs to the next layer and at the crossover point whenit scrubs hard against the previous turn. Where terminalattachment permit, a length of wire rope equal to half thedrum circumference can be cut from the drum anchorageend to change the position of the wearing sections on thedrum. Care must be taken to ensure that there are alwaystwo and a half dead turns remaining on a drum with themaximum amount of wire in use.

Pressed Aluminium Alloy Ferrule Terminations

DM Standen can splice up to 38mm diameter wire ropeslings of all constructions using pressed aluminium alloyferrules.

Handling of Anti-Spin Ropes

When being reeved on to a machine an anti-spin rope mustbe handled with care. Unless by prior agreement, anti-spinropes will always be supplied on reels, and it isrecommended they be stored on reels if for any reasonthey have to be removed from a machine.

The most common problem encountered in anti-spin ropesis bird caging, which is caused by:

1. Kinking during tting2. Turn being taken out of over cover of strands (leaving the lay looser) allowing the inner layers to pop3. Incorrect hand splicing - anti-spin ropes should only be spliced by an experienced and competent splicer

trained to splice this type of wire rope4. Tight or badly maintained sheaves5. Inadequate or incorrect running-in before normal duty

The running in procedure is:1. Run the rope in and out six times over its maximum

working length with a load approximately 25% of the Safe Working Load.2. Repeat this procedure with the load a 50% of the Safe

Working Load, and3. Continue the same procedure with the load at 100% of

the Safe Working Load.

Pressed Aluminium Alloy Ferrule Splice Applications

Cross-section of a Splice showinghow rope and ferrule form onestrong, homogenous mass.

Longitudinal section of a Spliceshowing how the metal of the ferruleows round the strands of the rope.

Eye with Thimble

Soft Eyes

Eye with Thimble and Shackle

Eye with Thimble and Hook

Eye with Thimble and Link

Eye with Thimble and Ring

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Engineering and General PurposeRopes

Conventional wire ropes, such as those shown listed in thetable below, are used in a wide range of applications whichinclude lifting, hoisting, hauling, logging and drilling.Different constructions have different characteristicssuitable for a variety of uses depending on designrequirements of the strength fatigue resistance wearresistance, exibility and abrasion resistance of the wirerope.

Wire ropes are available in self colour and galvanised formaritime applications.

6x19, 6x31, 6x36, 6x41

Diameter(mm)

Min. Breaking Load * (kN)

Weight(kg/m)

Fibre Core

(FC)

Steel Core

(IWRC)

Fibre Core

(FC)

Steel Core

(IWRC)8.0 37.41 40.30 .230 .255

9.0 47.31 50.98 .293 .323

10.0 58.39 62.97 .361 .399

11.0 70.71 76.19 .437 .481

12.0 84.10 90.70 .521 .573

13.0 98.71 105.92 .611 .672

14.0 114.01 123.57 .707 .780

16.0 150.01 160.82 .924 1.03

18.0 189.01 203.97 1.17 1.2819.0 211.03 226.54 1.31 1.44

20.0 233.90 252.00 1.44 1.59

22.0 283.02 304.99 1.74 1.94

24.0 336.00 362.84 2.09 2.29

26.0 395.01 425.60 2.44 2.69

28.0 458.00 494.25 2.83 3.11

32.0 598.03 644.31 3.89 4.07

35.0 715.90 771.77 4.42 4.87

36.0 757.07 816.90 4.69 5.17

38.0 843.04 910.04 5.22 5.76

* kN x 0.10197 = tonne

Fibre Core Steel Core

Construction:6x19 Seale + FCComposition: 9 + 9 + 1

Construction:6x19 Seale + IWRCComposition: 9 + 9 + 1

Construction:6x31 Warrington-Seale + FCComposition:12 + 6/6 + 6 + 1

Construction:6x31 Warrington-Seale + IWRCComposition:12 + 6/6 + 6 + 1





Indent prices available on request

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Marine Ropes

Marine ropes are galvanised to provide protection againstcorrosion. The ropes listed below are used in suchapplications as shing, mooring, shipping, lashing andcargo handling operations.

Marine/Fishing Ropes - 6x19 GalvanisedSmall Cords and General Purpose

Diameter(mm)


Weight(kg/m)

Fibre Core(FC)

Steel Core(IWRC)

Fibre Core(FC)

Steel Core(IWRC)

3.0 4.89 5.30 .0312 0.0343

4.0 8.68 9.41 .0553 0.0611

5.0 13.61 14.69 .0864 0.0952

6.0 19.61 21.21 .125 0.137

7.0 28.61 30.91 .176 0.1968.0 33.12 39.38 0.23 0.24

9.0 41.90 43.03 0.28 0.31

10.0 53.89 56.88 0.37 0.41

11.0 65.87 67.66 0.45 0.48

12.0 77.44 80.60 0.52 0.57

13.0 87.41 94.62 0.62 0.67

14.0 101.78 109.82 0.71 0.78

16.0 132.74 143.19 0.91 1.02

18.0 167.65 192.77 1.16 1.2719.0 186.60 202.01 1.30 1.38

20.0 206.57 224.56 1.44 1.58

22.0 250.48 269.43 1.75 1.93

24.0 297.37 333.44 2.07 2.28

26.0 349.26 377.20 2.44 2.69

* kN x 0.10197 = tonne

Note: The above ropes can be manufactured with PVC covering up to a44mm outside diameter

Marine/Fishing Ropes - 7x7 Galvanised

Diameter(mm)


Weight(kg/m)

2.0 2.53 .0152

2.5 4.29 .0235

3.0 5.72 .03444.0 10.20 .0610

5.0 15.89 .0952

6.0 22.90 .138

7.0 31.09 .187

8.0 40.70 .244

Marine/Yachting Ropes - Stainless SteelGrade 316Stainless steel and PVC coated wire rope are used whenproviding protection against corrosion.

Diameter(mm)


Weight(kg/m)

7x7

1.5 1.30 .0097

2.0 2.51 .0171

2.5 3.5 .027

7x19

3.0 5.21 0.39

4.0 9.31 0.68

5.0 14.58 1.04

6.0 21.01 1.46

7.0 28.7 .205

8.0 37.4 .257

9.0 47.3 .331

10.0 58.4 .406

12.0 70.9 .487

13.0 84.3 .578

Principal Use in Standard Rigging - 1x19

Diameter(mm)

Min. Breaking Load *(kN)

Weight(kg/m)

2.0 3.20 .195

2.5 500 .365

3.0 720 .439

4.0 1249 .781

5.0 2000 1.14

6.0 2.880 1.76

8.0 4.639 3.12

* kN x 0.10197 = tonne

We also stock 3 & 4 strand shing ropes

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Verotop Rope

Verotop Langs Lay rope: is suitable for high lifting applications is a rotation resistant rope made with outer and inner

strands compacted has an extremely high breaking strength with very

strong resistance to drum crushing is fully lubricated and made of both galvanised and

ungalvanised wires should be used with a swivel

Discard Number of Wires

Length Langs Lay

6xd 30xd

Discard 5 10

Design Data

Total number of wires: 245Number of outer strands: 112

Average ll factor: 0.74 Average spin factor (1960 grade): 0.81

Diameter(mm)

Min. Breaking Load * (kN) Weight

(kg/m)1960 Grade 2160 Grade

10.0 91.42 97.55 0.510

12.0 131.6 140.5 0.735

12.7 147.5 157.3 0.823

13.0 154.5 164.9 0.862

14.0 179.2 191.2 1.000

15.0 205.7 219.5 1.148

16.0 234.0 249.7 1.306

17.0 264.2 281.9 1.475

18.0 296.2 316.1 1.653

19.0 330.0 352.2 1.842

20.0 365.7 390.2 2.041

21.0 403.2 430.2 2.250

22.0 442.5 472.2 2.47022.4 458.7 489.5 2.561

23.0 483.6 516.1 2.700

24.0 526.6 561.9 2.939

25.0 571.4 609.7 3.189

25.4 589.8 629.4 3.292

26.0 618.0 659.5 3.450

27.0 666.5 711.2 3.720

28.0 716.7 764.8 4.001

28.6 747.8 797.9 4.17429.0 768.8 820.4 4.292

30.0 822.8 878.0 4.593

31.0 878.6 937.5 4.904

32.0 936.1 998.9 5.226

33.0 995.6 1062.0 5.557

34.0 1057.0 1128.0 5.899

35.0 1120.0 1195.0 6.251

36.0 1185.0 1264.0 6.614

38.0 1320.0 1409.0 7.369

40.0 1463.0 1561.0 8.165

* kN x 0.10197 = tonne

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Veropro 8 Rope

Veropro 8 Regular Lay or Langs Lay rope: has a plastic layer between the core and the

compacted outer strands has a high breaking load and good structural reliability is fully lubricated and made of both galvanised and

ungalvanised wires is suitable for multi-layer spooling has very good resistance to drum crushing is a non-rotation resistant rope and should not be used

with a swivel

Discard Number of Wires

Length Regular Lay Langs Lay

6xd 30xd 6xd 30xd

Discard 18 35 9 18

Design Data

Total number of wires: 327Number of outer strands: 208

Average ll factor: 0.67 Average spin factor (1960 grade): 0.85

Diameter(mm)

Min. Breaking Load * (kN) Weight

(kg/m)1960 Grade 2160 Grade

12.0 126.2 135.0 0.660

12.7 141.3 151.2 0.740

13.0 148.1 158.4 0.775

14.0 171.7 183.7 0.899

15.0 197.1 210.9 1.032

16.0 224.3 240.0 1.174

17.0 253.2 270.9 1.325

18.0 283.9 303.7 1.486

19.0 316.3 338.4 1.655

20.0 350.4 374.9 1.834

21.0 386.4 413.4 2.022

22.0 424.0 453.7 2.219

22.4 439.6 470.3 2.30123.0 463.5 495.9 2.426

24.0 504.6 539.9 2.641

25.0 547.6 585.8 2.866

25.4 565.2 604.7 2.958

26.0 592.3 633.7 3.100

27.0 638.7 683.3 3.343

28.0 686.9 734.9 3.595

28.6 716.6 766.7 3.751

29.0 736.8 788.3 3.85630.0 788.5 843.6 4.127

31.0 841.9 900.8 4.407

32.0 897.1 959.9 4.695

33.0 954.1 1021.0 4.994

34.0 1013.0 1084.0 5.301

35.0 1073.0 1148.0 5.617

36.0 1135.0 1215.0 5.943

38.0 1265.0 1354.0 6.621

40.0 1402.0 1500.0 7.337

41.3 1494.0 1599.0 7.821

42.0 1545.0 1653.0 8.089

44.0 1696.0 1815.0 8.877

45.0 1774.0 1898.0 9.285

46.0 1854.0 1983.0 9.703

47.5 1977.0 2115.0 10.35

48.0 2019.0 2160.0 10.56

50.0 2190.0 2343.0 11.46

52.0 2369.0 2535.0 12.40

54.0 2555.0 2733.0 13.37* kN x 0.10197 = tonne

Wire Rope


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Chain and Chain Fittings

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Short Link ChainManufactured in Italy to DIN766/A Standard. This particular chainis made to exceed the Grade L (30) specications. This gives thischain high strength and with excellent galvanising, a long life. Testcerticates for vessels going into survey, ABS and the like areavailable. The only one for your anchor.

Dimensions (mm)

Toleranceper 11 Links

Min.Breaking Load

(kg)

Weight(kg/m)

A B C

ChainSize

InternalLength

ExternalWidth

6 18.5 20 +1.5/-0.5mm 1800 0.8

7 22 23 +1.5/-0.5mm 2520 1.0

8 24 26 +2.5/-0.5mm 3200 1.4

10 28 34 +2.5/-0.5mm 5000 2.3

10 30 35 +/-1mm link 5000 2.3

11 31 36 +2.5/-0.5mm 6400 2.712 36 40 +/-1 mm link 6500 3.3

13 36 44 +2.5/-Q.5mm 8480 3.9

14 42 46 +/-1mm link 10000 4.4

16 45 54 +3.8/-1.3mm 12600 6.1

18 50 60 +3.8/-1.3mm 16000 7.8

20 56 67 +3.8/-1.3mm 20000 9.3

22 66 75 +/-1.5mm link 24000 11.4

Long Link Chain

Manufactured in Italy to DIN5685/C Standard. This particularchain is made using the same materials and methods as theGrade L short link giving excellent reliability and performance.

This gives this chain high strength and combined with excellentgalvanising, a long life. The high strength weld, on the smallersizes, means high break loads. Test Certicates are available.

The long link formation gives you lots of metres for your money.

Dimensions (mm) Min.Breaking

Load(kg)

Weight(kg/m)

A B C

Chain Size Internal Length External Width

Hot Dipped Galvanised

3 26 12 280 0.145

4 32 16 500 0.35 35 20 775 0.46

6 42 24 1150 0.65

8 52 32 2000 1.15

10 65 40 3100 1.82

12 78 48 4500 2.63

13 82 52 5300 3.05

16 100 56 10000 4.5

20 100 75 16000 7.6

Self-Colour/Polished

5 35 20 775 0.45

6 42 24 1150 0.64

Electro-Galvanised

2.5 24 10 200 0.11

Regular Link ChainManufactured in Italy to DIN5685/A Standard. This particularchain is made using the same materials and methods as theGrade L short link giving excellent reliability and performance.

This gives this chain high strength and combined with excellentgalvanising, a long life. The high strength weld, on the smallersizes, means high break loads. Test certicates are available.

Dimensions (mm)

ToleranceMin.

Breaking Load(kg)

Weight(kg/m

A B C

ChainSize

InternalLength

ExternalWidth

Hot Dipped Galvanised

3 18 13 +/-0.5mm 300 0.16

4 19 16 +/-0.5mm 550 0.33

5 21 19 +/-0.5mm 850 0.50

6 24 23 +/.0.5mm 1300 0.73

8 32 30 +/-0.5mm 2300 1.33

10 40 37 +/-0.5mm 4300 2.10

12 48 46 +/-1mm 5000 3.00

14 56 51 +/-1mm 7000 4.20

16 56 56 +/-1mm 9000 5.70

18 63 63 +/-1.5mm 11500 7.00

20 70 70 +/-1.5mm 14000 8.40

22 78 75 +/-1.5mm 17000 10.40

Self-Colour/Polished

6 24 23 +/-0.5mm 1300 0.72

8 32 30 +/.0.5mm 2300 1.31

10 40 37 +/-0.5mm 4300 2.10

12 48 46 +/-1mm 5000 2.9414 56 51 +/-1mm 7000 4.15

16 56 56 +/-1mm 9000 5.30

18 63 63 +/-1.5mm 11500 6.70

20 70 70 +/-1.5mm 14000 8.10

22 78 75 +/-1.5mm 17000 10.00

24 84 81 20000 11.6

26 91 87 23000 14.4

28 100 97 30000 16.9

30 105 102 32000 18.6

32 112 108 36000 21.2

33 116 113 38000 22.5

Electro-Galvanised

2 16 10 200 0.07

3 18 13 300 0.16

4 19 16 550 0.33

5 21 19 850 0.50

B

A C


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Stainless Steel Chain

We stock a wide range of stainless steel chain in both shortand regular link. Other sizes are available on indent.


Load(kg)

Weight(kg/m)

A B C

Chain Size Internal Length External Width

Short Link

6 18.5 20 1800 0.8

7 21 23 2520 1.1

8 24 26 3200 1.4

10 30 35 5000 2.3

12 36 40 6500 3.2

13 36 44 8480 3.8

14 42 46 10000 4.3

Regular Link

1.5 14 8 150 0.04

2 14 9 200 0.07

3 18 13 300 0.18

4 19 16 550 0.30

5 21 19 850 0.50

6 24 23 1300 0.68

8 32 30 2300 1.2510 40 37 4300 2.00

High Tech Security Chains

The square link chains go through a special hardeningprocess to make them extremely resistant to boltcutters and hacksaw proof. The chains are then doublezinc coated and covered with plastic for protection.

Snake Chains

These have a bolt cutter and hacksaw resistant exible wirecore covered by a exible hardened steel shell. Completewith a drilling or picking resistant lock. Very exible.

Security Chains

Motoblock

These are the same as the high tech chains complete withan armoured in-line lock. An excellent very high level ofsecurity matching chain and lock. They come packaged asshown. Available in 1200mm and 1500mm.

Plastic Coated Security Chain

A very good general purpose security chain. They havebeen case hardened to resist bolt cutters and hacksaws.

The chains are dipped in a exible vinyl coating to minimisedamage.

B

A C

Description

Very High Security Chain 8mm x 900mm8mm x 1200mm8mm x 1500mm

10mm x 1200mm10mm x 1500mm10mm x 2000mm

Motoblock Serious Security 1200mmChain and Lock 1500mm

Poly-Coated Medium 5mm x 600mmSecurity Chain 5mm x 900mm

7mm x 900mm7mm x 1200mm7mm x 1500mm

10mm x 90mm 10mm x 1200mm

10mm x 1500mm

Snake Chain Lock 100mm 1200mm 1500mm


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Transport Chain and Components

Transport Chain is hardened and tempered which makesit more resistant to wear. It is designed for t iedown anddragging applications. The chain is also passivated to giveadded protection against the elements. Test certicates areavailable on request.

Clevis Grab Hooks *

Product CodeTo Suit

Chain Dia.(mm)

Min.

BreakingLoad(T)

IHOOKCG06 6.0 4200

IHOOKCGO8 8.0 8000

IHOOKCG10 10.0 10500

IHOOKCG12 12.5 16500

* Grab Hooks reduce lashing capacity by 25%

Clevis Slip Hooks *

Product CodeTo Suit

Chain Dia.(mm)

WorkingLoadLimit(kg)

IHOOKCS06 6.0 750

IHOOKCS08 8.0 1500

IHOOKCS10 10.0 2500

* Not suitable for lifting

Clevis Lug Links *

Product CodeTo Suit

Chain Dia.(mm)

WorkingLoadLimit(kg)

ILUG08 8.0 1500

ILUG10 10.0 2500

* Not suitable for lifting

Grade 70 Transport Chain *

ProductCode


Load(T)

Weight(kg/m)

A B C

ChainSize

InternalLength

ExternalWidth

ICHSZ06 6.0 18.0 20.1 4200 116.0

ICHSZ7.3 7.3 23.8 25.9 6000 86.3ICHSZ08 8.0 24.0 27.0 8000 69.0

ICHSZ10 10.0 30.0 34.0 10500 45.2

ICHSZ12.5 12.5 39.0 42.0 16500 25.6

Lever Type Load Binders

Mechanical advantage 25 : 1 Forged steel: quenched and tempered

ProductCode

Chain Size(mm)

Min.Breaking Load

(kg)

Take Up(mm)

Weight(kg)

with Grab Hooks

ILOAD204 6.0 3650 61 1.15

ILOAD206 7.3-8.0 8615 114 3.20

ILOAD208 10-13 12700 114 5.65

with Claw Hooks

ILOAD304 6.0 3650 61 1.15

ILOAD306 7.3-8.0 8615 114 3.20ILOAD308 10-13 12700 114 5.65

Ratchet Type Load Binders

Mechanical advantage 50 : 1 One piece assembly Easy operating positive ratchet Continuous take-up feature - innite adjustment

ProductCode

Chain Size(mm)

Min.Breaking Load

(kg)

Take Up(mm)

Weight(kg)

with Grab Hooks

ILOAD406 7.3-8.0 8615 200 5.10

ILOAD408 10-13 14965 200 5.80

We also stock container lashing equipment


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ChainSize

(mm)

Proof Load(kg)

Min. Breaking Load(kg) Min. Weight

(kg/27.5m)Grade U2 Grade U3 Grade U2 Grade U3

12.5 6700 9400 9400 13500 95

14 8400 11800 11800 16800 120

16 10900 15300 15300 22000 155

17.5 13000 18300 18300 26100 200

19 15300 21500 21500 30700 21820.5 17800 24900 24900 35600 265

22 20400 28600 28600 40900 292

24 24200 33900 33900 48500 347

26 28300 39700 39700 56700 407

28 32700 45800 45800 65500 473

30 37500 52400 52400 74900 543

32 42500 59400 59400 84900 617

34 47700 66800 66800 95600 697

36 53300 74600 74600 107000 781

38 59200 82800 82800 118000 890

40 65300 91400 91400 131000 946

42 71700 100000 100000 143000 1063

44 78400 110000 110000 157000 1166

46 85300 119000 119000 171000 1275

48 92600 130000 130000 185000 1388

50 100000 140000 140000 200000 1506

52 108000 151000 151000 215000 1629

54 116000 162000 162000 231000 1757

56 124000 174000 174000 248000 1889

58 132000 185000 185000 265000 2026

60 141000 198000 198000 282000 2169

62 150000 210000 210000 300000 2315

64 159000 223000 223000 319000 2467

66 169000 236000 236000 337000 2624

68 178000 250000 250000 357000 2786

70 188000 263000 263000 376000 2952

73 203000 285000 285000 407000 3210

76 219000 307000 307000 438000 3479

78 230000 322000 322000 459000

81 246000 345000 345000 492000

6

8

10

12

14

16

18

20

22

Anchor Size (lbs)

ChainLength

(m)

B o a t L e n g t h ( m )

Key to chain size (short link): 8mm 10mm 12mm(plus warp of sufcient thickness and length)

9111522

111417202635

Anchors

Anchors come in all shapes and sizes, shown here aresome of the more popular types available. For specialisedrequirements please contact our sales staff.

Moorings supplied to your specications

AC Hall Anchor Danforth Anchor

Bruce Anchor Plough Anchor

15 20 25 30 35 40 45 50 60 80 100 125 150

141824

30

Stud Link Anchor Chain

Stud link anchor chain is used for anchor chains on largervessels such as super yachts, shing vessels, merchantships, oil rigs etc. A full range of auxiliary ttings such askenter joining shackles, swivels and links are available withfull test certication available by request.

Anchor Chain Size Selection Guide

These are general recommendations. Contact our salesstaff for your specic requirements.

Second Hand Stud Link Anchor ChainSuitable for both mooring and mussel farm use, secondhand stud link anchor chain is generally stocked in sizes20mm through to 52mm diameter.

Sizes and quantities on hand are dependant on availability

at the time of the order and uctuate accordingly.Second hand stud link will be cut to required lengths.


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Safety Put to the Test

Gunnebo Industries is one of the worlds leading manufacturers of complete lifting systems. The quality of our products iswidely recognised as high and our goal is to be world leader in our eld. Quality will always be fundamental to Gunnebo andeverything we do is in line with the strong focus on safety for people and property.

Gunnebo started its production as early as 1764. Gunnebo is today an internationally fast-growing security group with 110companies located in 32 countries. The Group has sales to a further hundred markets via agents and distributors. GunneboEngineering is a division within the Gunnebo Group. The division comprises the following business units: Gunnebo Lifting,Gunnebo Fastening, Gunnebo Blocks and Gunnebo Non Skid. Business Unit Lifting produces and sells chain and liftingcomponents (such as coupling links, hooks and master links) wire rope, soft slings, round slings, ratchets, lashing and goodsanchorage systems.


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Master Link, M According to EN 1677-4 Designed for use with chain or wire rope

WLL

Product (tonnes) Dimensions (mm) WeightCode 0 - 45 L B D (kg)M-6-8 1.25 100 60 11 0.2M-86-8 2.5 120 70 14 0.4M-108-8 4 140 80 17 0.8M-13-8 5.4 150 90 19 1M-1310-8 7.5 160 95 22 1.5M-1613-8 10 190 110 25 2.3M-19-8 12 200 120 30 3.5M-2016-8 17 240 140 34 5.3M-2220-8 25 250 150 38 7M-2622-8 28 250 150 40 8M-32-8 33 300 180 45 12M-3226-8 43 300 200 50 15M-3632-8 56 350 200 55 21M-4536-8 70 375 210 60 26M-90T-8 90 450 250 70 43M-100T-8 100 450 260 80 57M-125T-8 125 450 260 80 57

Master Link, MF According to EN 1677-4 Designed for use with chain or wire rope

WLL

Product (tonnes) Dimensions (mm) WeightCode 0 - 45 L B D (kg)MF-6-8 1.25 100 60 11 0.2MF-86-8 2.5 120 70 14 0.4MF-108-8 4 140 80 17 0.8MF-1310-8 7.5 160 95 22 1.5MF-1613-8 10 190 110 25 2.3MF-2016-8 17 240 140 34 5.3MF-2220-8 25 250 150 38 7

Master Link, MT According to EN 1677-4 Designed for use with chain or wire rope

WLLProduct (tonnes) Dimensions (mm) WeightCode 0 - 45 L1 L B D I b d (kg)MT-6-8 3.5 270 150 90 19 120 70 14 1.8MT-8-8 5 300 160 95 22 140 80 17 3.1MT-10-8 11.5 360 200 120 30 160 95 22 6.5MT-13-8 17 450 250 150 40 200 120 30 15MT-16-8 28 500 300 200 50 200 120 32 23MT-20-8 35 550 300 200 55 250 150 38 33MT-22-8 53 610 350 200 60 260 140 45 46MT-26-8 70 730 450 250 70 280 160 50 71MT-32-8 90 750 450 260 80 280 160 55 91

Master Link, MTC According to EN 1677-4 Designed for use with chain

WLLProduct (tonnes) Dimensions (mm) WeightCode 0 - 45 L1 L B D I b d (kg)

MTC-6-8 2.36 210 150 90 19 60 38 13 1.4MTC-8-8 4.25 230 160 95 22 70 46 16 2.1MTC-10-8 6.7 290 200 120 30 90 60 19 4.7MTC-13-8 11.2 380 240 140 34 140 65 25 9MTC-16-8 17 420 250 150 40 170 100 32 15MTC-20-8 26.5 470 300 200 50 170 110 38 26MTC-22-8 31.5 470 300 200 55 170 110 40 31

Dimensions L and B not according to EN1677-4With attened section for use with Berglok Chain Coupler (BL)If used for chain, check for corresponding WLL values in the WLLtable according to EN818-4. Safety factor 4:1


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Chain, KLB

WLLProduct (tonnes) Dimensions (mm) WeightCode D P W (kg)KLB-6-8E 1.12 6 18 8.5 0.8KBL-7-8E 1.5 7 21 10 1.1KLB-8-8E 2 8 24 11 1.4KLB-10-8E 3.15 10 30 14 2.2KLB-13-8E 5.3 13 39 18 3.7KLB-16-8E 8 16 48 22 5.6KLB-19-8E 11.2 19 57 26 7.8KLB-22-8E 15 22 66 30 11KLB-26-8E 21.2 26 78 35 14.3

KLB-32-8E 31.5 32 96 43 23

Coupling Link, G

WLL ChainProduct (tonnes) Size Dimensions (mm) WeightCode (mm) L B G E (kg)G-6-8 1.12 6 44 15 8 16 0.1G-7/8-8 2 7,8 56 18 9 22 0.2G-10-8 3.2 10 68 25 12 26 0.3G-13-8 5.4 13 89 29 15 33 0.7G-16-8 8 16 105 36 19 40 1.2G-18/20-8 12.5 19 125 43 22 47 1.9G-22-8 15.5 22 152 50 24 59 3G-26-8 21.6 26 160 58 29 61 4.6G-32-8 32 32 200 70 38 78 8.6

Berglok Chain Coupler, BL

WLL ChainProduct (tonnes) Size Dimensions (mm) WeightCode (mm) L B G H (kg)BL-6-8 1.12 6 27 20 9 14 0.1BL-7/8-8 2 7,8 35 25 11 18 0.2BL-10-8 3.2 10 45 32 14 22 0.4BL-13-8 5.4 13 56 40 17 28 1BL-16-8 8 16 68 50 22 35 1.4BL-19-8 11.5 19 80 58 25 41 2.3

Safety factor 4:1

Master Link, O Connection to chain with coupling link (G)

WLL Chain SizeProduct (tonnes) (mm) Dimensions (mm) WeightCode 1-Leg 2-Leg L B D (kg)O-6-8 1.25 6 - 100 60 11 0.2O-86-8 2.5 7,8 6 120 70 14 0.4O-108-8 4 10 7,8 140 80 17 0.7O-13-8 6.3 - - 150 90 19 1O-1310-8 8 13 10 160 95 22 1.5O-16-8 11.5 - - 190 110 25 2.2O-1613-8 15 16 13 180 105 28 2.7O-19-8 17 - - 200 120 30 3.5O-2216-8 20 19,22 16 240 140 34 5.1O-26-8 25 - - 250 150 38 7O-2619-8 30 26 19 250 150 40 8O-3222-8 37 32 22 300 180 45 12O-3626-8 50 36 26 300 200 50 15O-4028-8 63 40 28 300 200 55 18O-4532-8 80 45 32 350 200 60 25

Master Link, OT Connection to chain with coupling link (G)

Chain

SizeWLL (mm)

Product (tonnes) 3/4- Dimensions (mm) WeightCode Leg L1 L B D I b d (kg)OT-6-8 5 6 260 150 90 19 110 60 14 1.8OT-8-8 8 7,8 300 160 95 22 140 80 17 2.8OT-10-8 16 10 360 200 120 30 160 95 22 6OT-13-8 30 13 430 250 150 40 180 105 28 13OT-16-8 40 16 500 300 200 50 200 110 32 23OT-19-8 50 19 560 300 200 55 260 140 38 32OT-22-8 75 22 610 350 200 60 260 140 45 46OT-26-8 100 26 680 400 250 70 280 160 50 68OT-32-8 125 32 680 400 250 80 280 160 55 87


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Swivel Safety Hook, BKLK (with ball bearing)

WLL Chain

Product (tonnes) Size Dimensions (mm) WeightCode (mm) L B C E F G H (kg)BKLK-6-8 1.12 6 150 29 24 33 11 15 21 0.7BKLK-7/8-8 2 7,8 184 37 27 35 12 17 23 1.1BKLK-10-8 3.2 10 218 44 35 42 15 24 29 1.9BKLK-13-8 5.4 13 277 54 41 48 19 30 38 3.8BKLK-16-8 8 16 330 62 53 61 22 37 49 7.2BKLK-18/20-8 12.5 19 367 69 59 74 26 42 56 10.8

Clevis Swivel Safety Hook, BKH(with ball bearing)

WLL ChainProduct (tonnes) Size Dimensions (mm) WeightCode (mm) L B K G H (kg)BKH-6-8 1.12 6 145 28 6.8 14 19 0.7BKH-7/8-8 2 7,8 181 36 8.8 17 23 1.2

Safety Hook, BKB

WLL Chain Product (tonnes) Size Dimensions (mm) WeightCode (mm) L B D E F G H (kg)BKB-10-8 3.2 10 170 38 72 32 13 32 42 2.4

Safety factor 4:1

Sling Hook, EKN (with latch)

WLL ChainProduct (tonnes) Size Dimensions (mm) WeightCode (mm) L B E F G H (kg)EKN-6-8 1.12 6 94 24 22 10 17 19 0.4EKN-7/8-8 2 7,8 105 28 25 11.5 17 22 0.5EKN-10-8 3.2 10 131 37 32 13.5 20 29 0.9EKN-13-8 5.4 13 161 42 40 17.5 27 37 1.8EKN-16-8 8 16 197 52 50 22 34 44 3.4EKN-18/20-8 12.5 18,20 229 60 60 26 37 52 5.2EKN-22-8 15.5 22 269 77 64 31 42 67 9.4EKN-26-8 21.6 26 301 81 66 32 51 75 12.6EKN-32-8 32 32 333 93 76 38 61 80 17.9

Sling Hook, EK

WLL Chain

Product (tonnes) SizeDimensions (mm)

WeightCode (mm) L B E F G H (kg)EK-6-8 1.12 6 94 29 22 10 16 19 0.3EK-7/8-8 2 7,8 105 32 25 11.5 17 22 0.4EK-10-8 3.2 10 131 42 32 13.5 19 28 0.8EK-13-8 5.4 13 161 49 40 17.5 27 36 1.8EK-16-8 8 16 197 60 50 22 34 44 3.2EK-18/2-8 12.5 18,20 229 69 60 26 37 52 4.8EK-22-8 15.5 22 267 83 64 31 42 67 8.5EK-26-8 21.6 26 301 95 66 32 51 75 12.1EK-32-8 32 32 333 105 76 38 61 80 17.3

Sling Hook, EGK/GK

WLL Chain

Product (tonnes) Size Dimensions (mm) WeightCode (mm) L B G H (kg)EGK/GK-7/8-8 2 7,8 95 33 17 22 0.5EGK/GK-10-8 3.2 10 121 40 23 29 0.9EGK/GK-13-8 5.4 13 147 48 28 36 1.9EGK/GK-16-8 8 16 170 56 33 43 3.4EGK/GK-19/20-8 12.5 19 212 73 43 51 5.8


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Sling Hook, EGKN/GKN

WLL ChainProduct Code (tonnes) Size Dimensions (mm) Weight (mm) L B G H (kg)EGKN/GKN-7/8-8 2 7,8 95 29 17 22 0.5EGKN/GKN-10-8 3.2 10 121 34 23 29 1EGKN/GKN-13-8 5.4 13 147 42 28 36 2.1EGKN/GKN-16-8 8 16 170 49 33 43 3.6EGKN/GKN-19/20-8 12.5 19 212 60 43 51 6

Foundary Hook, OKE

WLL Chain

Product (tonnes) Size Dimensions (mm) WeightCode (mm) L B E F G H (kg)OKE-7/8-8 2 7,8 122 63 25 11 18 26 0.6OKE-10-8 3.2 10 150 76 32 14 25 30 1.2OKE-13-8 5.4 13 182 90 40 18 32 38 2.3OKE-16-8 8 16 215 102 50 22 40 45 3.9OKE-18/20-8 12.5 19 247 114 60 26 46 57 6.1OKE-26-8 21.6 26 300 113 66 38 64 73 16.4OKE-32-8 32 32 384 145 80 48 77 94 35

Swivel Latch Hook, LKN

WLL Chain

Product (tonnes) Size Dimensions (mm) WeightCode (mm) L B C E F G H (kg)LKN-7/8-8 2 7,8 155 29 28 36 12 18 23.5 0.9LKN-10-8 3.2 10 192 36 37 42 15 23 30 1.5LKN-13-8 5.4 13 234 40 43 48 19 28 35 3LKN-16-8 8 16 286 53 57 61 22 33 44 5.1

Swivel Latch Hook, LKNK (with ball bearing)

WLL Chain Product (tonnes) Size Dimensions (mm) WeightCode (mm) L B C E F G H (kg)LKNK-7/8-8 2 7,8 156 29 28 35 12 18 21 0.9LKNK-10-8 3.2 10 191 35 35 42 15 23 30 1.6LKNK-13-8 5.4 13 234 40 43 48 19 28 35 3.1LKNK-16-8 8 16 286 53 50 61 22 33 43 5.1

Clevis Swivel Latch Hook, LKNG

WLL Chain

Product (tonnes) Size Dimensions (mm) WeightCode (mm) L B C F G H M (kg)LKNG-16-8 8 16 252 49 30 28 33 43 27 5.5

Grab Hook, OG Not for use with Berglok chain coupler No reduction of working load limit, thanks to supporting

lugs on either side of hook to prevent chain linkdeformation.

WLL ChainProduct Code (tonnes) Size Dimensions (mm) Weight (mm) L B E F (kg)OG-7-8 1.5 7 60 10 15 9 0.2OG-8-8 2 8 72 10 16 10 0.4OG-10-8 3.2 10 85 12 20 12 0.6OG-13-8 5.4 13 104 15 25 16 1.2OG-16-8 8 16 130 19 28 19 2.4OG-19/20-8 12.5 19 156 22.5 36 23 4.6OG-22-8 15.5 22 180 25.5 42 26 6.2

Safety factor 4:1


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Grab Hook, GG Not for use with Berglok chain coupler No reduction of working load limit, thanks to supporting

lugs on either side of hook to prevent chain linkdeformation

WLL Chain

Product Code (tonnes) Size Dimensions (mm) Weight (mm) L B (kg)GG-7-8 1.5 7 56 10 0.3GG-10-8 3.2 10 77 12 0.8GG-13-8 5.4 13 97 15 1.5GG-16-8 8 16 124 19 2.8GG-19/20-8

12.5 19 145 22.5 4.8

Shortening Clutch, GKL Can be supplied without safety latch

WLL ChainProduct (tonnes) Size Dimensions (mm) WeightCode (mm) A B C D L (kg)GKL-6-8 1.12 6 75 34 38 15 53 0.3GKL-7-8 1.5 7 93 42 42 20 66 0.5GKL-8-8 2 8 93 42 42 20 65 0.5GKL-10-8 3.2 10 120 55 58 25 84 1GKL-13-8 5.4 13 151 66 74 32 103 2.4GKL-16-8 8 16 179 79 90 40 122 3.4

Choker Hook, LK For use with Berglok chain coupler as end component

WLL Chain

Product (tonnes) Size Dimensions (mm) Weight

Code (mm) L B E (kg)LK-7/8-8 2 7,8 96 19 32 0.3LK-10-8 3.2 10 120 21 42 0.8LK-13-8 5.4 13 150 26 52 1.8

Universal Weld-on Hook, UKN

WLLProduct (tonnes) Dimensions (mm) WeightCode B C G H K L S (kg)UKN-0.75 0.75 20 56 13 20 19 81,5 5 0.3UKN-1 1 21 72 17 25 25 95 6 0.6UKN-2 2 26 86 20 30 30 114 8 1UKN-3 3 29 105 23 30 35 132 10 1.3UKN-4 4 29 111 29 38 42 140 11 1.9UKN-5 5 34 130 30 46 45 165 12 2.8UKN-8 8 34 133 39 51 50 172 13 3.7UKN-10 10 47 168 43 58 55 220 14 6.3

If welding on to an excavator or its accessories we recommend that the working load limitis reduced, where necessary, to meet any appropriate legislative requirements.Please contact your distributor for further information.

Excavator Hook, SHB

WLL

Product (tonnes) Dimensions (mm) WeightCode L A B C G H K S (kg)SHB-14 14 210 8 50 223 42 60 60 20 8.5

Shackle, SA

WLL ChainProduct (tonnes) Size Dimensions (mm) WeightCode (mm) L B D G M (kg)SA-7/8-8 2 7,8 30 15 8 20 10 0.1SA-10-8 3.2 10 52 24 13 35 16 0.4SA-13-8 5.4 13 65 28 16 42 20 0.7SA-16-8 8 16 72 30 18 46 22 1SA-19-8 11.5 19 86 36 22 55 27 1.8SA-22-8 15.5 22 94 40 25 62 30 2.5SA-26-8 21.6 26 116 48 32 75 39 5.2

Safety factor 4:1 Safety factor 5:1 Welding plate slightly curved


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Clevis Shackle, GSA

WLL Chain

Product (tonnes) Size Dimensions (mm) Weight Code (mm) A B C G L M (kg)GSA-7/8-8 2 7,8 36 32 79 34 60 16 0.5GSA-10-8 3.2 10 48 34 93 40 80 20 0.9GSA-13-8 5.4 13 65 50 118 44 98 22 1.7GSA-16-8 8 16 70 60 141 54 114 27 3

Master Link, D

WLL(tonnes) Dimensions (mm) Weight

Product Code B D L R (kg)D-14-8 2.5 55 14 65 24 0.3D-17-8 4 64 17 62 29 0.5D-22-8 8 76 22 90 33 1

Clevis Egg Link, CEL

WLL ChainProduct (tonnes) Size Dimensions (mm) WeightCode (mm) A B G H L (kg)CEL-7/8-8 2 7,8 80 40 14 15 100 0.4CEL-10-8 3.2 10 100 50 18 19 126 0.7CEL-13-8 5.4 13 130 65 23 25 162 1.5CEL-16-8 8 16 157 78 28 30 197 2.6

Container Hook, CH-3

WLL

Product (tonnes) Dimensions (mm) WeightCode L B H F G E (kg)CH-3 12.5 192 70 46 25 47 75 4CH-3 Turned 45 Ieft 12.5CH-3 Turned 45 right 12.5

Container Hook, BKGC

WLL ChainProduct (tonnes) Size Dimensions (mm) Weight (mm) L B G H (kg)BKGC-13-8 5.4 13 164 49 27 43 3.2BKGC-16-8 8 16 160 49 27 43 3.4

Weldable Lifting Point, WLP Can be supplied with or without spring for stay up function.

WLLProduct (tonnes) Dimensions (mm) WeightCode B D G L R T (kg)WLP-1T 1 50 14 27 53 24 95 0.5WLP-3T 3 58 17 34 48 29 97 0.9WLP-5T 5 64 22 41 73 33 135 1.7

Screw-on Lifting Point, SLP

WLL Product (tonnes) Dimensions (mm) WeightCode B C D H L M T R (kg)SLP-1T 1 50 72 14 98 55 M14 139 24 0.9SLP-3T 3 58 84 17 114 50 M16 144 29 1.4

SLP-5T 5 64 116 22 160 74 M20 203 33 2.9

Eye Lifting Point, ELP

WLLProduct (tonnes) Dimensions (mm) WeightCode B D G H L M (kg)ELP-M16-8 1 72 16 42 56 24 M16 0.4ELP-M20-8 1.5 72 16 42 58 30 M20 0.5

ELP-M24-8 2 88 19 48 69 36 M24 0.9ELP-M30-8 3 106 22 60 84 45 M30 1.4ELP-M36-8 4 127 26 72 100 54 M36 2.3

Note: Threaded depths need to be at least 1xM for steel, 1.25xM forcast iron and 2xM for aluminium alloy.

Safety factor 4:1 The load bearing width must be at least 0.5 x BIn 1-leg applications where loading is limited to s traight loading in thedirection of thread (no bending force) it is possible to use an ELP withfour times higher WLL than shown in the table.


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Examples Of Chain Sling Connections

Lifting is easier and more cost efcient with the use of Gunnebo Grade 80 chains andattachments. Listed below are some of our more popular chain sling assemblies. Our staff arealso available to answer your queries on specialist lifting problems.

Single Leg with Hook Two Leg Safety Hook Two Leg with Hook and Shortener

Product Codewith G-Link 1-G-BK 2-G-BK 2-G-BK-OKFwith Berglok 1-BL-BK 2-BL-BK 2-BL-BK-OKF

Three Leg with Hook Four Leg with Hook Single Leg Choker Assembly Hook

Product Codewith G-Link 3-G-BK 4-G-BK 1-BL-LK with Berglok 3-BL-BK 4-BL-BK


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Working Load Limits (tonnes)

Working limits at varying angles, maintenance/user instructions

1-Leg 2-Leg 3-Leg 4-Leg Choked andless Sling

0.45 45.60 0.45 45-60Straight Lifting O-90 90.120 0-90 90-120

Factor 1.4 Factor 1.0 Factor 2.1 Factor 1.5 Factor 1.6 Chain Size (mm) WLL (tonnes) WLL (tonnes) WLL (tonnes) WLL (tonnes) WLL (tonnes) WLL (tonnes) 6 1.12 1.6 1.12 2.36 1.7 1.8 7 1.5 2.12 1.5 3.15 2.24 2.5 8 2.0 2.8 2.0 4.25 3.0 3.15 10 3.15 4.25 3.15 6.7 4.75 5.0 13 5.3 7.5 5.3 11.2 8.0 8.5 16 8.0 11.2 8.0 17.0 11.8 12.5 19 11.2 4.25 11.2 23.6 17.0 18.0 22 15.0 7.5 15.0 31.5 22.4 23.6 26 21.2 11.2 21.2 45.0 31.5 33.5 32 31.5 45.0 31.5 67.0 47.5 50.0

Asymmetric Loading ConditionsFor unequally loaded chain slings we recommend that theWorking Load Limits be determined as follows: 2-leg slings calculated as the corresponding 1-leg slings 3-leg and 4-leg slings calculated as the corresponding

2-leg slings.

Severe EnvironmentChain and components Grade G8 (T) must not be used inalkaline or acidic conditions.Comprehensive and regular examination must be carriedout when using Grade 8 (T) equipment in severe orcorrosion inducing environments. .

Advice for Safe Use and Maintenance

Use Keep a register of all slings in use Never lift with a twisted chain.

Chain slings should be shortened with a shorteninghook, never by knotting.

Protect the chain against sharp edges by properpadding.

Never point load a hook - the load should always seatcorrectly in the bowl of the hook.

Always use the correct size sling for the load, allowingfor the included angle and the possibility of unequalloading.

The master link should always be able to move freely onthe crane hook.

Avoid snatch- loading at all times.

Extreme Temperature ConditionsFor G8 chain slings the in-service temperature of thewhole or part of the chain sling affects the working limit asfollows:

Temperature Reduction Inof Sling Working Load Limit

-40 deg C to 200 deg C None +200 deg C to 300 deg C 10% +300 deg C to 400 deg C 25%

Upon retum to normal temperature the sling reverts to itsfull capacity. G8 slings should not be used above or belowthese temperature limits.

Note: Hot dip galvanising or plating is not allowed outsidethe control of the manufacturer.

Maintenance

Periodic thorough examination must be carried out at leastevery 6 months or more frequently according to statutoryregulations, type of use and past experience.1. Chains with bent links or with cracks or gouges in the

link should be replaced, as should deformedcomponents such as bent master links, opened uphook and any ttings showing signs of damage.

2. The wear of the chain and components shall in placeexceed 10% of the original dimensions. The chain linkwear - max 10% - is dened as the reduction of themean diameter of the material measured in twodirections.

3. Overloaded chain slings must be taken out of service.

We stock Stainproof Grade 80 ttings from Gunnebo - your partner in safe lifting


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Gunnebo Lifting GrabiQThe all-inclusive chain sling system for coupli ng,shortening and lifti ng in gr ade 10.

Our GrabiQ sling system is designed to improve andmake your lifting as quick and easy as possible.GrabiQ means for example; 25 % additional strength in the new grade 10

material. All top assemblies consist of no more than three

components. Shortening function of chain legs is integral with no extra components.

One of the main merits of the GrabiQ system is that thework involved in connecting, adjusting and checking thelift takes less time and can be carried out more easily.

The already included shortening function, means forexample, that a four-part sling which previously requiredup to thirteen different top components now needs onlythree in the GrabiQ system.

The German Berufsgenossenschaften (BG) launched inthe beginning of 2004 a new specification for Grade 10

components, Gunnebo Lifting has passed this newspecification as one of the first companies in the world

.

The double latch BK-hook with a recessed trigger -the safest self-locking hook in the market

Our latest development in the BK family is our new BKD. The hook has beendeveloped to meet the stringent requirements and demands in the oil & gas andoffshore industry. The working conditions and the environment on aplatform is the toughest in the world and they can't risk a failure since thatmight harm the work engineers and in worst cases can jeopardise their lives.The innovative and patent pending solution is as simple as it is good. If there forany reason will be that the latch will accidentally become open, either by adirect hit on the trigger or that the trigger has been worn out, an extra latch willbe there to keep the load in its place. The latch will not harm the operators duringservice but might save their lives if something happens. The investment for thisspecial device is low, but the safety it provides is priceless. We are happy to

announce that we have following sizes ready for the market and that others willfollow during the coming year. BKD 13-10, BKD 16-10 and BKD 18/20-20.

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Sling type

Conditionof use

Load factor 1 1.4 1 1 1 2.1 1.5 1 1

Chain size

6 1.5 2.12 1.5 1.5 1.5 3.15 2.24 1.5 1.5

8 2.5 3.5 2 .5 2.5 2.5 5 .2 3.7 2.5 2 .5

10 4.0 5.6 4 .0 4.0 4.0 8 .4 6.0 4.0 4 .0

13 6.7 9.5 6.7 6.7 6.7 14.0 10.0 6.7 6.7

16 10.0 14.0 10 .0 10.0 10.0 21 .0 15.0 10.0 10 .0

20 16.0 22.4 16.0 16 .0 16.0 33.6 24.0 16 .0 16.0

Straight 0-45 45-60 Asymmetricalload

Single point lift 0-45 45-60 Asymmetricalload

Single point lift

1-leg 3- and 4-leg

Sling type

Conditionof use

Load factor 0.8 1.1 0.8 0.8 0.8 1 1.4 2.1 2.1

Chain size

6 1.2 1.6 1.2 1.2 1.2 1.5 2.12 3.15 3.15

8 2.0 2.7 2.0 2.0 2.0 2.5 3.5 5.2 5.2

10 3.2 4.4 3.2 3.2 3.2 4.0 5.6 8.4 8.4

13 5.2 7.4 5.3 5.3 5.3 6.7 9.5 14.0 14.0

16 8 .0 11.0 8.0 8.0 8.0 10.0 14.0 21.0 21.0

20 12.8 17.6 12.8 12.8 12.8 - - - -

Straight 0-45 45-60 Asymmetricalload

Single point lift max 30

1-leg 2-leg 3-leg 4-leg

0-45 max 30

0-45 max 30

0-45 max 30

1-leg Choke hitch Home pocket loop

Sling type

Conditionof use

Load factor 1.4 1.0 2.1 1.5 1.6

Chain size

6 2.12 1.5 3.15 2.24 2.5

8 3.5 2.5 5.2 3.7 4.0

10 5.6 4.0 8.4 6.0 6.4

13 9.5 6.7 14.0 10.0 10.7

16 14.0 10.0 21.0 15.0 16.0

20 22.4 16.0 33.6 24.0 25.6

0-45 45-60 0-45 45-60

Basket slings

Single 2-leg top assembly Double 4-leg assembly

Endless choke sling

45max

60max

45max

60max

45max

45max

60max

60max

45max

Note: Max 30 every in-loop topangle

45max

45max

2-leg

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Master Grab, MG All-in-one compact top link

WLL

(tonnes) Dimensions (mm) WeightProduct Code L A B H (kg)MG 6-10 1.5 145 85 60 15 0.5MG 8-10 2.5 171 95 60 18 1.0MG 10-10 4 211 115 75 22 1.8MG 13-10 6.7 261 138 90 26 3.5MG 16-10 10 31 162 105 30 5.8

Master Grab Duo, MGD All-in-one compact top link for 2-leg slings

WLL

(tonnes)

Dimensions (mm) Weight

Product Code L A B H (kg)MGD 6-10 2.1 144 90 60 17 0.7MGD 8-10 3.5 171 100 75 21 1.4MGD 10-10 5.6 211 124 90 24 2.5MGD 13-10 9.1 262 148 105 29 5MGD 16-10 14 310 175 120 35 8.9

Safety factor 4:1

Chain, KLA (Grade 8 +or Grade 10)

WLL Chain

Product Code (tonnes) Size Dimensions (mm) Weight (mm) P W1KLA 6 1.5 6 18 8 1KLA 8 2.5 8 24 11 1.7KLA 10 4 10 30 14 2.6KLA 13 6.5 13 39 18 4.5KLA 16 10 16 48 22 6.6

KLA 20 16 20 60 29 9.4

(kgs/m)

N te! For chain grade 10 the maximum in service temperature is 2 0 CNoote! For chain grade 10 the maximum in service temperature is 2 0 00 Co

0

0-45WLLProduct (tonnes) (mm) (mm) Weight

1-Leg 2-Leg 3/4-Leg L B D (kg)

Master Link, MFS

MFS 1310-10MFS 1610-10MFS 2016-10MFS 2220-10MFSW 2220-10

For cranehook

DIN 15401

Designed for crane hooks, DIN 15401

For chain size Dimensions

B

D

L

0-45

28 20 16 350 175 38 7.6 25

25 20 13 320 225 38 9.5 50

7.5 13 10 8 200 125 22 1.8 12

10 16 13 10 220 135 25 2.7 12

17 20 18 13 240 175 32 4.5 16

Master Link, MF For 1-,2-,3- and 4-leg slings

WLL Chain Size DimensionsProduct (tonnes) (mm) (mm) Weight Code 1-Leg 2-Leg 3/4-Leg L B D (kg)MF 86-10 2.5 6.8 6 120 70 14 0.4MF 108-10 4 10 8 6 140 80 17 0.7MF 1310-10 7.5 13 10 8 160 95 22 1.5MF 1613-10 10 16 13 10 190 110 25 2.2

MF 2016-10 17 20 13 240 140 34 5.1MF 2220-10 25 16 250 150 38 7.2

0-45

Master Link, MT Designed for use with chain or wire rope For 3- and 4-leg slings

WLL

Product (tonnes) Dimensions (mm) WeightCode L1 L B D I b dMT 6-10MT 8-10

B

D

L

L1

l

db

MT 10-10MT 13-10MT 16-10MT 20-10

0-45

(kg) 3 .5 270 150 90 19 120 70 14 1.8

6.2

11.5

17

28

35

160 95 140 17

160

15

300 22 80 3.0

360 200 120 30

40

50

55

450

500

550

250

300

350

150

200

200

200

200

250

95

120

120

150

22

30

32

38

6.5

23

33


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Master Link, MFX Oversized For 1- and 2-leg slings

WLL0-45 Chain Size Dimensions

(tonnes) (mm) (mm) WeightProduct Code 1-Leg 2-Leg L B D (kg)MFX 108-10 4 8,10 8 340 180 25 3.7MFX 1310-10 6.7 13 10 340 180 28 4.7MFX 1613-10 10 16 13 340 180 34 MFX 2016-10 16 02 8 93818034016

7.0

Safety factor 4:1

Master Link, MTX Oversized For 3- and 4-leg slings

WLL

Product (tonnes) Dimensions (mm) WeightCode L1 L B D I b dMT 6-10MT 8-10

MT 10-10MT 13-10MT 16-10MT 20-10

0-45

(kg) 3.5 270 150 90 19 120 70 14 1.8

6.211.5172835

160 95 140 17160

15

300 22 80 3.0360 200 120 30

405055

450500550

250300350

150200200

200200250

95120120150

22303238

6.5

2333

C-Grab, CG For use with master links eye hooks and choke


Product Code L B E H (kg)CG 6-10 1.5 11 24 19 0.3CG 8-10 2.5 107 12 32 24 0.8CG 10-10 4 134 15 40 29 1.5CG 13-10 6.7 172 18 52 38 3.2CG 16-10 10 215 22 64 47 6.1

C-Lok Duo, CLD For use with master links


Product Code L B E H (kg)CLD 6-10 2.1 43 11 24 22 0.3CLD 6-10 3.5 57 12 32 29 0.8CLD 10-10 5.6 74 15 40 37 1.5CLD 13-10 9.1 94 18 52 46 3.2CLD 16-10 14 119 25 64 57 6

79 0-45

C-Lok, CL For use with master links and choke


Product Code L B E H (kg)CL 6-10 1.5 43 11 24 18 0.2CL 8-10 2.5 59 12 32 24 0.5CL 10-10 4 74 15 40 29 0.9CL 13-10 6.7 94 18 52 38 2CL 16-10 10 119 22 64 48 3.8

C-Grab Duo, CGD For use with master links


Product Code L B E H (kg)CGD 6-10 2.1 79 11 24 20 0.5CGD 8-10 3.5 107 12 32 29 1.3CGD 10-10 5.6 134 15 40 37 2.5CGD 13-10 9.5 172 18 52 46 5.5CGD 16-10 14 215 22 64 57 10.2

0-45


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Coupling link G

WLL

(tonnes) Dimensions (mm) WeightProduct Code L B G E (kg)

1.5G 6-10G 8-10G 10-10G 13-10G 16-10G 20-10

15 1645 8 0.118 0.2

0.30.7

1018

2.54.08.7

566889104125

25293643

912151926

2226334047

1.22.2

Grab hook GG

WLL(tonnes)

DimensionsWeight

Product Code LCG 8-10CG 10-10CG 13-10CG 16-10CG 20-10

(mm)

10.5(kg)B

1216

1016

2.54

6.7

578397

124147

2026

0.40.81.73.16.8

Sling Hook with latch EGKN, without latch EGK


Product Code L B G E (kg)

1.5 0.40.5

1018

2.54.0

170

22

3845

EGKN 6-10EGKN 8-10EGKN 10-10EGKN 13-10EGKN 16-10EGKN 20-10

5.7

8695121145

209

273141495973

171723283642

20

30

60

1.02.03.87.8

Sling hook with latch EKN, withoutVlatch EK


Product Code L B E F G H (kg) 1.5 24 22 10 17 20 0.4

108 28 13 17 23 0.8

134 15

19

10

2.5

4 34 23 30 1.0

6.7 44 38 2.1

203 56 24 36 45

EKN 6-10EKN 7/8-10EKN 10-10EKN 13-10EKN 16-10

94

166

28

37

42

50

28

4.0

Safety hook OBK


Product Code L B E F G H (kg) 1.5 26 22 14 0.4

139 28 10 22 0.8

170 13

1510

2.5

4 34 22 1.3

6.7 44 37 2.6251 56 45 4.4


Product Code L B G H (kg)

Safety hook GBK

OBK 6-10OBK 7/8-10OBK 10-10

OBK 13-10OBK 16-10

GBK 6-10GBK 8-10GBK 10-10

GBK 13-10GBK 16-10

103

206

37

47

5468

9

19

20

3729

17

29

26

119 20

150

10

2.5

4

6.7207

37

47

5462

0.40.81.3

2.44.3

1.5 87

172

15

21

3037

21

22

30

3949


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Safety Hook, BKLK With ball-bearing

WLL

(tonnes)Dimensions (mm)

WeightProduct CodeBKLK-10BKLK 7/8-10BKLK 10-10BKLK 13-10BKLK 16-10BK

20-10

1 .5 150 29 24 11 21 0.7184 27 12 25

1016

2.5 374 45 35 30 1.96.7 281 54 39

62 4973 64

L B C E F G H (kg)151721303744

218

339367

456359

333842486174

Safety Hook, BKL


Product CodeBKL 6-10BKL 7/8-10BKL 10-10BKL 13-10BKL 16-10BKL 20-10

1 .5 149 29 24 15 21 0.5183 27 17 25 0.9

1016

2.5 374 45 35 21 30 1.56.7 280 54 30 39 2.8

62 37 49 5.673 44 64 8.3

L B C E F G H (kg)151721303744

218

343367

456359

333842486174LK

15192226

1.2

3.87.2

11.3

Safety factor 4:1

Safety Hook, BKG

WLL

(tonnes) Dimensions (mm) WeightProduct Code L B G H (kg)BKG 6-10 1.5 91 28 15 21 0.5BKG 8-10 2.5 121 37 17 25 0.9BKG 10-10 4 142 45 30 30 2.1BKG 13-10 6.5 180 54 32 39 3.0BKG 16-10 10 225 62 39 49 5.7

BKG 20-10 15 240 73 42 64 8.3

Safety Hook, BK

WLL

(tonnes) Dimensions (mm) WeightProduct Code L B E F G H (kg)BKG 6-10BKG 8-10BKG 10-10BKG 13-10BKG 16-10BKG 20-10

1.5 109 29 22 10 15 21 0.5137 28 11 17 25 0.9168 13

161016

2.5 374 45 34 21 30 1.56.7 207 54 44 30 39 2.8

253 62 56 20 37 49 5.6290 73 60 22 44 64 8.3

WLLProduct (tonnes) Dimensions (mm) WeightCode L (kg)

. 12

10

15

19

23

Swivel safety hook with griplatch LBK Swivel safety hook with griplatch LKBK With ball-bearing

LBK 7/8-10LBK 10-10LBK 13-10LBK 16-10

2 5

4

6.7

B C E F G H176

213

235

324

37

47

54

62

27

36

47

68

38

42

48

61

17

21

30

37

25

30

39

49

0.8

1.8

3.8

6.0

WLLProduct (tonnes) Dimensions (mm) WeightCode L (kg)

. 12

10

15

19

23

LKBK 7/8-10LKBK 10-10LKBK 13-10LKBK 16-10

2 5

4

6.7

B C E F G H176

213

236

320

37

47

54

62

27

36

47

61

38

42

48

61

17

21

30

37

25

30

39

49

0.8

1.8

3.8

6.0

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Foundry hook OKE


Product Code L B E F G H123 28 11.5 26 0.7

151 15 29

184 19 39

217

OKE 7/8-10OKE 10-10OKE 13-10OKE 16-10

2.5

4

6.7

10

63

76

90

102

34

44

55 23

20

26

33

40 45

1.3

2.8

4.9


Product Code 19 0.4

Roundsling hook RH

RH 1-10RH 2-10RH 3-10RH 5-10

1

2

3

5

B D L H M (kg)24

28

33

43

35

40

47

73

84

96

117

155

22

30

36

8

10

12

16.5

0.7

1.4

3.2


Product Code 0.7

(kg)80

Midgrab shortener MIG

Locking options for the MIG

MIG C MIG CC MIG L MIG LC

MIG 8-10MIG 10-10

MIG 13-10

2.5

4.0

6.7

L A S95

125

150

50

70

90

77

80

1.1

2.6

Safety factor 4:1

(kg)

RH - The perfect polyester hook and shackle - the ultimate connection between polyester slings and the load. The RH-hook is the perfect load connection solution combining the advantages of both soft lifting slings and grade 100components and will, in many lifting applications, replace the time consuming shackles. RH is a connector as well as a hook which gives the user increased flexibility, safer use and adds lifetime to the soft slings.RH-hook can, at any time, be inserted into the soft sling and give a safer and quicker assembly than a shackle and will be theideal solution when you want to increase the use of your soft slings without jeopardising the safety of your personnel and goods.


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Safety factor 4:1 The WLL of the RLP may be doubled in 1-leg applications provided

only axial loading takes place (no bending force applied in thedirection of the thread).

L1 standard. L2 can be supplied on special request

Working Load Limits for Rotating Lifting Point, RLP

No. of Legs 1 1 2 2 2 Symmetric 3 and 4 Symmetric 0 90 0 90 0-45 45-60 0-45 45-60

Load Factor 1 2 1.4 1 2.1 1.5RLP-M8-8+ 0,60 0,30 1,20 0,60 0,42 0,30 0,63 0,45RLP-M10-8+ 1,00 0,50 2,00 1,00 0,70 0,50 1,05 0,75RLP-M12-8+ 1,50 0,75 3,00 1,50 1,00 0,75 1,60 1,13RLP-M16-8+ 3,00 1,50 6,00 3,00 2,10 1,50 3,15 2,35RLP-M20-8+ 5,00 2,50 10,00 5,00 3,50 2,50 5,25 3,75RLP-M24-8+ 7,00 3,50 14,00 7,00 4,90 3,50 7,35 5,25

GrabiQ ... INNOVATION not limitation

Rotating Lifting Point, RLP Patented design makes it suitable for applications where

a conventional lifting point would not be fully adequate. Intended for use as a lifting point, lashing point or

towing attachment. Dismountable open D-ring enables assembly of

round sling, master link, link or hook directly onto RLP. Hexagon-headed screw for easy assembly/disassembly

with an ordinary wrench. RLP can rotate 360 and articulate 180. Forged in Grade 8+ material permits higher WLL than

Grade 8 and DIN 580 eyebolts.

WLLProduct (tonnes) Dimensions (mm) WeightCode L1/L2 M B D G H (kg)RLP M8-8+ 0.3 15/26 M8 42 12 35 60 0.3RLP M10-8+ 0.5 20/31 M10 42 12 34 60 0.3RLP M12-8+ 0.75 19/40 M12 57 19 46.5 85 0.9RLP M16-8+ 1.5 24/50 M16 57 19 44 85 0.9RLP M20-8+ 2.5 32/67 M20 83 28 56 111 2.8RLP M24-8+ 3.5 37/77 M24 83 28 53 111 2.8

Note: Threaded depths need to be at least 1xM for steel, 1.25xM forcast iron and 2xM for aluminium alloy.


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Synthetic Ropes

Well known nationally as the Rope Centre, DM Standen Ltd is one of New Zealands premierdistributors of ropes, braids and twines made both from natural bre and man-made products.Ropes may be purchased in full coils or reels, or we will supply and cut to any length required.

Alternatively a full splicing service is available to meet your requirements.

Synthetic Ropes

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Polypropylene Laid Rope Thin tapes of polypropylene which are then twisted intoyarn, then into strands and nally into rope. Polyprop is aninexpensive all purpose rope.

Advantages/Characteristics Made from Polypropylene Good abrasion resistance. Impervious to water, petroleum products, dilute acids

and alkalais. Value for money(price relative to high strength and light

weight). Polypropylene laid rope is treated with UV inhibitor to

improve its UV resistance.

Uses Many general purposes Ideal for towing and temporary mooring ropes because

it oats.

Because of the low cost, polypropylene products aresometimes used for anchor warps. However, althoughnormally satisfactory, this practise may be hazardousbecause of the ropes oating characteristic. It isrecommended sinking ropes be used for anchor warps.

Sizes and Breaking Loads Dia (mm) Breaking Load (kg) 3 160 4 280 5 390 6 550

7 740 8 960 10 1425 12 2030 14 2790

16 3500 20 5370 24 7600 Larger sizes are available on request

Nylon RopesNylon is the strongest of the man made bres in commonuse. It has excellent shock absorbtion, is not affected bywide variations in temperature, and is very elastic,stretching up to 46% before breaking. Due to its highstretch, however, it is prone to internal stretch abrasion(which is caused as the bres scissor over one anotheras the rope extends and contracts) with hard use. Nylonis 1.14 times more dense than water and therefore sinks.Nylon makes an excellent anchor warp and light towingrope. It has other applications where a high strength shockresistant rope is required. Nylon rope has a shiny whiteappearance and when new, an oily feel.

Advantages/Characteristics High elasticity - stretches up to 46% before breaking. Medium abrasion and U.V resistance. (Slightly less

resistance than polyester.) Excellent shock absorbtion. Sinks in water. Strongest of all conventional synthetic ropes.

Uses Light and heavy tow ropes (possible because of

excellent shock absorption). Anchor and mooring ropes (because of high elasticity)

Sizes and Breaking Loads Dia (mm) Breaking Load (kg) 6 750 8 1350

10 2080 12 3000 14 4100


Polyester Laid Rope

Polyester rope is generally considered to be the best allpurpose rope as it has a high resistance to abrasion andat normal working loads very little stretch. When new it hasa dull white colour and it is 1.38 times more dense thanwater and therefore sinks. Polyester is ideal for lifting gearand for all other ropes where minimum stretch and a goodresistance to abrasion are required.

ConstructionManufactured with a 3 strand hawser laid construction.

Advantages/Characteristics Low stretch. High strength and high breakload. Very high UV and abrasion resistance (superior to nylon) Resistant to most chemicals - both acidic and alkaline. Non-oating.

Uses General purposes. Heavy towing. Running rigging-yachting sheets and halyards. Anchor warps and mooring lines.

Sizes and Breaking Loads Dia (mm) Breaking Load (kg) 6 565 8 1020 10 1590 12 2270 14 3180


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Synthetic Ropes

Southern Ocean Break Strain Chart

Average Break LoadsRope Challenge Yachtmaster Southern Dinghy Dinghy Spectra

Diameter PBO Elite SuperBraid Braid SpectraBraid XS Lights Racing Line Dockline Ocean12 Solo (mm) (kg) (kg) (kg) (kg) (kg) (kg) (kg) (kg) (kg) (kg) (kg)

2 295 3 55O 470 1500

4 700 735 20005 1200 1100 66O 3100 1450

6 2700 2110 163O 1570 1195 1170 1270 4200 7 3110 20OO 2800 8 4600 3670 36OO 32OO 1650 2110 2260 1595 6600 9 4460 4300 10 7100 6370 68OO 4950 2890 2695 34OO 11000

11 5800 12 10100 7660 8100 5985 4570 352O 5000 165OO

14 12800 8800 10400 7600 4720 4620 7300 212OO16 17200 10750 119OO 94OO 5530 8000 273OO18 23000 12400 14200 10350 6330 8670

20 15200 16400 12000 7240 1070022 18700 20200 14800 8600 1286024 20700 232OO 18400 9800 152OO

26 23100 25600 20400 17800 28 25900 28400 21900 20600 30 29800 32300 23500 23600

PRODUCTChallenge BraidVectranSuperBraidVectranSpectraSpeedSpectraYachtmaster XSPolyesterBrightsPolyesterDinghy RacingSpectra/Polypropylene

Southern Lights*Spectra/PolypropyleneDinghy LightPolypropyleneNylon Dockline

Nylon Rope

Polyester Rope

Boat Rope*Polypropylene

A P P L I C A T I O N

M a i n H a l y a

r d

M a i n s h e

e t T r a v e l l e r

M a i n s h e

e t

R e e n g

L i n e s

M a i n s a i l O u t h a u l

C u n n i n g h a m

G e n o a / J i b H

a l y a r d

G e n o a / J i b S

h e e t

G e n o a C a r C

o n t r o l

G e n o a / J i b

C u n n i n g h a m

S p i n n a k e r H

a l y a r d

S p i n n a k e r S

h e e t

A f t e r G u y / B

r a c e

S p i n n a k e r P

o l e

T o p p i n g L i f t

S p i n n a k e r P

o l e

F o r e G u y

S p i n n a k e r /

G e n o a

B a r b e r h a u l e

r

R u n n i n g B a

c k s t a y

P u r c h a s e

T o p m a s t B a

c k s t a y

C o n t r o l

L a z y

J a c k L i n e

A n c h o r

W a r p

D o c k

L i n e

D i n g h y

P a i n t e r

D i n g h y

S h e e t L i n e s

D i n g h y

C o n t r o l

L i n e s

Southern Ocean Application Chart

Where more than one product is suitable for the purpose BLUE indicates the most suitable and GREY the next best alternative. In some instances a combination of both may be desirable.

Boat Size (m) Product Diameter (mm)2-4 4-5 4-8 6 4 3-4 4-5 6 3 3 4-5 4-5 4-5 4-5 3-4 6 6 4-6 2-54-6 5-6 5-8 6-8 6 5 4-5 6 6 3-4 4 4-6 6 5-6 5 4-5 8 8 4-8 2-66-8 6-8 6-8 8-10 8 6-8 5-6 6 7-8 4-5 5 6 6-8 7-8 6 6 5-6 6-8 5 4 10 10 10-128-10 8-10 8-10 10-12 10 8-10 6-8 8 8-10 6 6 8 6-8 8-10 8 6-8 6 8 6 6 12 12 10-1210-12 10-12 10 10-12 10-12 10 8-10 10 10-12 6-8 8 8-10 8-10 10 8-10 8-10 6-8 8-10 6 6 14 14 10-1212-14 12-14 10-12 12-14 12-14 12 10 12 12-14 8-10 8 10-12 8-12 10-12 10 10 8 10-12 8 6 14-16 14-16 10-1214-16 12-14 12-14 14-16 14 12-14 10 12-14 14-16 8-10 10 12-14 10-12 12-14 10-12 12 8-10 12-14 8 6 16-20 16 10-12

Note: Sizes indicated are an approximate guide only. Variation on the type of yacht (cruiser, cruiser racer, high tech racer) and factors such as displacement, righting moment, sailarea and rig types will produce different load characteristics. As a general rule Challenge Braid and SuperBraid can be the smaller of the diameters shown.

Note: Ensure that the line is of sufcient diameter to avoid slippage on self tailing winches, cleats and jammers.* Brand is bouyant when wet


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Synthetic Ropes

Knots

Know Your Ropes. Tips!! Synthetic ropes are much more slippery than their

natural bre counterparts and knots can sometimesslip. Allow plenty ot extra tail in synthetic rope knots to

compensate for this. Polypropylene is the bre thatshows least slippage and polyethylene shows the most.

One of the ropes worst enemies is direct sunlight. Thiscan make outer bres brittle and cause serious damagein small sized ropes if left exposed for very long periods.

This effect is most noticed in polypropylene.

Where a length of rope has a certain proportion of itslength in frequent contact with a working surface suchas a sheave, change the rope end-for end occassionally- or alter its length so that the wear is evenly distributed.In this way, as with swapping around the tyres in a car,you will get longer and more reliable service from yourcordage.

Prusik Loop

the foot-lock it allows the

Italian HitchUsed with a carabinerto control a descent.

Blakes Hitch

DoubleFishermans Knot Normally used to tietwo ropes of equalsize together.

Running Bowline

Surgeons Knot

French Bowline

WhippingIt is important that a whipping shall be

put on any bore end of a rope in orderto prevent the unlaying of the strands

Clove Hitch on the Bight

Clove Hitch of the End

Eye Splice

Sea Gasket Coil

Halyard Coil

HandlingCoiling rope (braided, plaited or3-strand) puts turns in it that cancause kinking. To help avoid kink-ing, form a line into a gure eightfor storage or tape down on a deckso it will then run free

Sheet Bend or Swab Hitch

Sheet BendTo secure a ropes end to an eyeor a small rope to a larger one

Figure Eight Knot

A useful non-jamming knotwhich prevents a rope fromunreeving through a block orfair

Documents

Standen Catalogue 03-02-10 Third Edition V7i