Sockets - ropeblock.com · All casting tolerances are in accordance with DIN 1683-1 GTB 17, unless otherwise specified. The Ropeblock socket is marked with size, wire rope diameter

Sockets Wire rope terminations

MISSION

Introduction

With a dedicated team of professionals, a state-of-the-art production

facility and global distribution, Ropeblock is the leading supplier for

the lifting and wire rope industry. Active in all major related industries,

ranging from Mobile cranes to Offshore, Ropeblock has over 30 years

of experience in producing products of the highest quality.

Critical equipment

Our products are used in critical equipment such as port cranes,

ship cranes, offshore cranes and platforms, dredging equipment,

pendant structures, mooring systems and in the heavy lifting industry.

Both subsea as well as on todays highest skyscrapers, our products

operate successfully on all continents.

Preferred by leading crane and wire rope manufacturers

Many of the leading crane and wire rope manufacturers around

the world choose our products and our standard of quality.

Exports represent 95% of our sales, and our products can meet with

the very demanding international regulations and standards.

Central to our mission is the customer. By combining our expertise and

close solid customer relationships, we are able to create innovative

designs and solutions that meet the needs of the market. A large stock

of standard components and the possibility of custom made solutions all

contribute to an optimal service for our customers. The flexibility offered

by our organization confirms our leading position in the market.

OUR MISSION STATEMENT IS TO ADVISE IN, ENGINEER, MANUFACTURE AND

MARKET SAFE AND HIGH QUALITY COMPONENTS FOR THE GLOBAL LIFTING

AND WIRE ROPE INDUSTRY.

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Contents

Introduction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2

Partner for standard and custom designed sockets . . . . . . . . . . . . . . . . . . . . . 4

Quality and Certificates . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8

Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10

Warning and safety information . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12

Open Spelter Sockets . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26

Closed Spelter Sockets . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 28

Short Bow Sockets . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 29

Fast Connector Sockets . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 30

Super reeve Connector Sockets . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 32

Open Wedge Sockets . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 34

Tailgrip Open Wedge Sockets . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 36

Closed Wedge Sockets . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 38

Open Spelter Sockets JIS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 39

Swage Sockets . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 40

Sleeves . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 42

Custom socket solutions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 43

Ropeblock, your partner for standard and custom designed sockets

s e e o u r w a r n i n g a n d s a f e t y i n f o r m a t i o n4

Ropeblocks product portfolio of lifting products is well established.

After the initial introduction, two decades ago, Ropeblocks socket line

has become the industry standard for many end-users and lifting system

designers. Wire rope manufacturers worldwide consider Ropeblock to

be the brand of choice for their rope. Our time proven design has been

awarded with both DNV and Lloyds Register type approvals, establishing

our unique position in the industry.

Through our knowledge and experience as a crane block and swivel

manufacturer, our sockets have been designed to meet the latest lifting

standards. This is one of the reasons why many crane manufacturers

specify Ropeblocks socket in their cranes and structures.

The socket product line consists of sockets to be used with both general

purpose as well as high performance ropes. They may be used for both

quasi-static applications such as bridge suspensions, pendant lines etc.

and of course also for more dynamic situations such as in lifting, rigging

and mooring applications. Ropeblock sockets are used in extreme

environments such as dredging, mining, arctic and subsea applications.

Besides the standard line that is shown in this catalogue, Ropeblock can

design, engineer and manufacture any special socket solution that a

certain application might require.

DistributionRopeblock has a strong and global network of stocking distributors. This

ensures end-users and OEMs immediate availability to Ropeblock

sockets.

Research and designRopeblocks engineering team is continuously researching the

limits and limitation of socket design, material usage, application

and certification requirements. These extensive studies have led to

innovative designs with articles published in several industry leading

trade magazines.

Some of the key-features of Ropeblock sockets include: n A groove-less spelter design: this reduces peak stress areas,

enabling the function of the wire-gripping-slide action n Anti-Rotation notch: this prevents the resin-wire mixture in

the cone to rotate and move upwards in a zero-load situation n Sockets are castings: research has shown that, when

subjected to multi-directional loads, a casting provides

optimal load resistance, compared to forgings n Design and materials are optimized for fatigue resistance n 3D FEM analysis is done for each component

MaterialOur standard socket range is available in quenched and tempered

cast steel with mechanical properties meeting todays tough

market requirements. The Short Bow range (SBS, p 17) is also made

of quenched and tempered cast steel, with a different chemical

composition and with extremely high mechanical properties

s e e o u r w a r n i n g a n d s a f e t y i n f o r m a t i o n 5

to achieve an unmatched weight to MBL ratio. All our sockets are

suitable for usage in a sub-zero temperature environment. Materials

meet or exceed an impact value of > 42 Joule / -20C Charpy-V.

All casting tolerances are in accordance with DIN 1683-1 GTB 17,

unless otherwise specified.

The Ropeblock socket is marked with size, wire rope diameter and

batch or serial number. All parts are fully traceable to their certificate

by batch or serial number marked on each component.

TestingRopeblock sockets are subject to the most stringent surface and

volumetric NDT procedures, excluding any risk for production flaws.

These procedures are accepted by IACS authorities.

Sockets can be proof loaded in accordance with the Ropeblock testing

program, this implies testing up to 30% of the MBL of the socket.

Higher proof loads are available upon request. In-house access to a

vertical socket test bed, as well as a horizontal general purpose test

bed is available to ensure fast reaction time. Custom designed testing

tools have been developed to test all elements, including the cone

(or spelter).

FinishAll Wedge, Spelter and Fast and Super reeve Connector Sockets are

finished with a Ropeblock-blue coating, or a hot dip galvanized finish.

Swage sockets and sleeves are available in a self coloured finish.

Special requirementsOur engineers are ready to work on any special requirements you may

have. Advanced 3D CAD and Finite Element Method (FEM) techniques

decrease the time-to-market of new innovative socket designs.

These designs include, but are not limited to, different materials

(e.g. stainless steel), advanced features (e.g. swivel socket), aesthetic

designs (e.g. for bridge work).

Visit our website www.ropeblock.com for more details, or contact

your sales representative directly.

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ROPEBLOCK

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and many more...

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QualityThe Quality Management System

of Ropeblock has been certified

in accordance with ISO 9001: 2008

The manufacturing processes

have been approved by DNV, RINA

and Bureau Veritas, resulting in a

Manufacturing Survey Arrangement.

This, together with a dedicated team

of QA/QC professionals, ensures a

consistent quality of product and

service.

Certificates and documentsUpon request, all sockets can be supplied with any of the following

documents:n Declaration of compliance according to EN 10204-2.1, containing:

Certificate number

Wire rope diameter

Minimum breaking load (MBL)

Quantity

Order numbern All Ropeblock Spelter Sockets (Type OSS, CSS and SBS) are

Type Approved by DNV and Lloyds Registern EC Declaration according to Machine Directive 2006/42/EGn Material certificate according to EN 10204-3.1 or EN 10204-3.2n Manufacturer test certificate according to ILO convention No. 152n NDE inspection reportsn Inspection certificate issued by official classification or inspection

agencies are available on request

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Form code: TA 1411a Revision: 2014-11 www.dnvgl.com Page 1 of 9 DNV GL 2014. DNV GL and the Horizon Graphic are trademarks of DNV GL AS.

TYPE APPROVAL CERTIFICATE

Certificate No:S-8551 File No:686.74 Job Id:262.1-001218-5

This is to certify:

That the Chain, shackles, swivels, sockets

with type designation(s) Closed spelter sockets, open spelter sockets, short bow sockets

Issued to

Ropeblock B.V. Oldenzaal, Netherlands is found to comply with Standard for Certification No. 2.22 Lifting Appliances

Application :

Closed spelter sockets, open spelter sockets and short bow sockets for end termination of wire ropes.

This Certificate is valid until 2019-06-30.

Issued at Hvik on 2015-03-18

DNV GL local station: Rotterdam, Product Certification /Verification

Approval Engineer: Antonio Sendin Alvarez

for DNV GL

Aldo Matteucci

Head of Section

This Certificate is subject to terms and conditions overleaf. Any significant change in design or construction may render this Certificate invalid. The validity date relates to the Type Approval Certificate and not to the approval of equipment/systems installed.

The

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ifting- and wire rope industry

Overview

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Open Spelter Sockets

Quenched and tempered cast

steel range with mechanical

values (Charpy-V > 42 Joule /

-20C) for tough and low

temperature use. For wire rope

diameter 6 - 200 mm (1/4 - 77/8).

Pin secured by cotter pin or bolt,

nut and cotter. Optional is a

flange connection for use with a

bend stiffener. All spelter sockets

have a 100% efficiency on wire

rope MBL.

Closed Spelter Sockets

Quenched and tempered cast

steel range with mechanical

values (Charpy-V > 42 Joule /

-20C) for tough and low

temperature use. For wire rope

diameter 6 - 200 mm (1/4 - 77/8).

All spelter sockets have a 100%

efficiency on wire rope MBL.

Short BowSockets

The ultimate socket for

dynamic loads. Towing lines,

anchor lines and chain-rope

connections used by major

offshore contractors. Quenched

and tempered cast steel with

extremely high mechanical

values for an unmatched weight

to MBL ratio. All spelter sockets

have a 100% efficiency on wire

rope MBL.

Super reeve Connector Sockets

A revolutionary evolution of the

Fast Connector Socket. This

socket line has the smallest

connector diameter available in

the market today, and still meets

the respective EN standards. It

has been designed to go

through the smallest spaces in a

crane reeving system. This

unique patent pending design

allows refitting by pouring in

the field, saving valuable down

time compared to swaging

techniques.

Fast Connector Sockets

Specifically designed for

mobile and crawler cranes as an

alternative to wedge sockets,

but with the benefit of 100%

efficiency on the wire rope MBL.

Open Wedge Sockets

Quick detachable socket range

for wire rope diameter 7 - 86 mm

(5/16 - 33/8). Basket and wedge

in quenched and tempered cast

steel. Wedge and basket are

designed for easy installation

and optimal wire rope efficiency.

Tailgrip Open Wedge Sockets


for wire rope diameter 9 - 32 mm



steel. Wedge, basket and clip are

designed for easy installation and

optimal wire rope efficiency.

Closed Wedge Sockets


for wire rope dia meter 7 - 86 mm



steel. Wedge and basket are

designed for easy installation

and optimal wire rope efficiency.

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Sleeves and Swage Sockets

The line of sleeves and swage

sockets is a completion of the

line of sockets. Forged from

special C-1035 steel, fine grain,

special bar quality. Spheroidized

annealed for cold swaging.

Warning and safety information

GeneralThis W&S document provides important information

concerning the transport, installation, use, inspection,

maintenance and safe use of your Ropeblock product.

This information is restricted to components used

in rigging, tensioning or lashing intended to be

used in lifting-systems or (quasi) static applications.

Components typically comprise a product helping

to connect the wire rope or other components to a

structure, other components, or the wire rope

itself. Possibly they are used for lifting, lowering or

pulling by applying tension to a wire rope or rope

and as such holding and transferring the load.

Please examine your Ropeblock product, carefully

read and understand the information presented

and apply this information in practice. If you do not

fully understand the information, DO NOT PUT

YOUR PRODUCT INTO SERVICE. Please call your

sales representative or Ropeblock B.V. directly.

Disclaimer

Your Ropeblock product is by default considered a

tool or essential part of the intended application

and therefore defined by the application or system

designer or application owner. In accordance with

Machine Directive 2006/42/EC, it is therefore supplied

as standard without EC declaration.

Where applicable, the product will become part of

a CE-marked assembly. The product must then not

be put into service until the full assembly has been

declared to conform to the provisions of 2006/42/EC.

Where the product is considered a lifting accessory,

requiring an individual conformity declaration (IIA)

or declaration of incorporation (IIB), it should be

mentioned in the contract.

The party installing Ropeblock products shall be

competent and qualified in the design, construction

or maintenance of the relevant application and

have the knowledge of the relevant regulations and

standards concerning the application/equipment

required for proper installation, or be declared

competent by their employer.

The party using Ropeblock products shall be

12

Contents

General . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12

Definitions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13

Health and safety warning . . . . . . . . . . . . . . . . 15

Limitations of use . . . . . . . . . . . . . . . . . . . . . 15

Warnings and information on use . . 17

Sockets . . . . . . . . . . . . . . . . . . . . . . . 18

Certification . . . . . . . . . . . . . . . 24

Inspections and

maintenance . . . . . . . 24

competent and qualified in the operation of the

relevant application and have the knowledge of the

relevant regulations and standards concerning the

application/equipment required for proper operation,

or be declared competent by their employer.

Ropeblock is not responsible for any misuse of the

products or misinterpretation of this document.

In case of any doubt or problems, always contact

your sales representative or Ropeblock B.V.

Manufacturer contact details

Ropeblock B.V. Ropeblock B.V.

PO Box 391 Kampenstraat 1

7570 AJ Oldenzaal 7575 ER Oldenzaal

The Netherlands The Netherlands

Phone: +31 (0)541 532 300

Fax: +31 (0)541 536 575

Email: [email protected]

Contract information

Order confirmation is subject to Ropeblocks

General Terms and Conditions of Sale and

Delivery. These conditions are filed with the

chamber of Commerce under number 060.78.445.

Acceptance of our products implies acceptance of

the Terms and Conditions in the contract.

DefinitionsSafe Working Load (SWL)

The maximum load on the head fitting, as

determined by a competent person, which an

item of Lifting Equipment may raise, lower or

suspend under particular (operational/dynamic)

service conditions.

Allowable Line Pull (ALP)

The operational maximum line pull, as determined

by a competent person, which an item of Lifting

Equipment can be subjected to. For a single

sheave block, this could also be referred to as SWL

(as such, then not on the head fitting).

Working Load Limit (WLL)

The maximum load on the head fitting, as

determined by the manufacturer, which an item

of Lifting Equipment is designed to raise, lower or

suspend under ideal (static) service conditions with

a given safety factor calculated against the MBL.

Minimum Breaking Load (MBL)

The load, checked by the manufacturer against

the minimum theoretical failure strength of the

material, at which an item of Lifting Equipment is

designed to fail or break. (Or determined

empirically in a laboratory breaking load test.)

Also referred to as Minimum Breaking Force

(MBF).


13

14


Factor of Safety (FoS)

Factor determined as the ratio between MBL and

WLL. Also referred to as the Safety Factor (SF),

Design Factor (DF) or Design Safety Factor (DSF).*

Design Dynamic Factor (DDF)

The factor specified by the designer of the lifting

appliance (e.g. crane). DDF is not the same as DAF,

which is defined separately and applicable to a

specific operation. DDF = Design load / SWL.

Design load

Load used for the purposes of design, derived

by combining relevant characteristic load(s)

(both static and dynamic) with appropriate load

factor(s). The design load represents all foreseeable

loads and combinations thereof (including all

directions) that the lifting appliance will be subject to.

Design load shall not be confused with SWL.

Proof Load (PL)

The predetermined test load, greater than the SWL

or WLL to which an item of lifting equipment is

subjected before acceptance for use.

Design temperature

Reference temperature, specified by the designer

of the lifting appliance, used as a criterion for the

selection of material grades and properties.

Minimum operating temperature

Lowest temperature, determined by a competent

person, the item of Lifting Equipment can be

operated at without compromising safety.

Competent person

A competent person as defined in ISO 9927-1.

To determine fit-for-use the level Expert

Engineer** is required. Alternatively, a qualified

person nominated as such by their employer.

* Note:

The Factor of Safety is the actual MBL/WLL ratio the

item itself has. The Design Factor is the MBL/WLL ratio

required for the job the item is engineered to do. The FoS

shall therefore be DF and is in most cases the same.

** Note:

An expert engineer is an engineer with experience in the

design, construction or maintenance of cranes, sufficient

knowledge of the relevant regulations and standards

and the equipment necessary for carrying out the

inspection. Furthermore, an expert engineer is an

engineer who is in a position to judge the safe condition

of the crane and to decide which measures shall be

taken in order to ensure continued safe operation.

Particular service conditions are defined in

combination with the applicable design

standards or rules.

With regard to WLL, the client shall act as the

competent person to establish fit-for-use under the

given particular service conditions against the

factor of safety of the item of lifting equipment.

With regard to MBL, the client shall act as the

compe tent person to establish the SWL in conjunc-

tion with the given particular service conditions.

15


Health and safety warningThe party installing Ropeblock products shall

be competent in the design, construction or

maintenance of the relevant application and have

the knowledge of the relevant regulations and

standards concerning the application/equipment

required for proper installation,

or be declared competent by their employer.

The party using Ropeblock products shall be

competent in the operation of the relevant

application and have the knowledge of the

relevant regulations and standards concerning the

application/equipment required for proper

operation, or be declared competent by their

employer.

NEVER USE THE PRODUCTS IF THE CONDITIONS

STATED IN THIS DOCUMENT ARE NOT FULFILLED

OR IF YOU DO NOT UNDERSTAND THE

INFORMATION PRESENTED.

During transportation and handling, a crushing,

shearing or dropping hazard exists.

Care shall be taken when installing, working

with or repairing lifting or rigging equipment.

If installed or used incorrectly or if a repair is

executed incorrectly, loss of stability, falling

objects, insufficient mechanical strength or failure

of parts could occur and inflict injury or death.

Where your Ropeblock product has swiveling and

moving parts, there are potential crushing,

shearing or entanglement hazards.

When the product is in use do not put hands:

1. Between sheaves, side plates, guards, wire

rope or other moving parts.

2. In the area of becket, hook, hook nut or

cross head.

Workers must be made alert and wear proper

safety gear at all times. Take great care to avoid

clothing becoming trapped or snagged. Pay

attention to sharp edges.

Repairs shall be carried out by competent and

trained personnel only. Power shall be switched off

and stored energy eliminated, before repair

activities are carried out. Work shall only take place

with the product on a firm surface with the product

secured. Always follow local rules and regulations.

Limitations of useGeneral

NEVER STAND UNDER THE LOAD.

The Safe Working Load (SWL), Allowable Line Pull

(ALP) and Working Load Limit (WLL) shall never

be exceeded.

Always understand the working load and actual the

SWL or WLL of your system and components. The

SWL or WLL shall exceed the intended working load

you plan to lift or tension, including its rigging.

!

16


Capacity ratings apply to new products or

products considered to be in an as new

condition by a competent and qualified person.

Capacity may be affected by wear, misuse,

corrosion, impact deformation or modification.

Side loading is prohibited as it may create

unacceptable stresses in the component.

Shock or side loading shall not be applied unless

the product is designed for this purpose.

Design

Your Ropeblock product was designed in accordance

with the standards and design rules as stated in the

contract and/or drawings and/or with knowledge of

industry standards (in part or whole) where applicable

and can as such be considered state-of-the-art.

Design parameters such as SWL or WLL, load

group or factor of safety, wire rope size, weight

and design or operating temperature must be

visible on the product tag plate, or be engraved,

or be traceable back from the certificate or

contract by its serial number. DO NOT USE YOUR

PRODUCT WITHOUT THIS INFORMATION.

Service life

Generically designed products (WLL products)

should meet their normal service life when used in

their intended application. Check with your sales

representative for information.

Specifically designed products (SWL products)

should meet their intended service life according to

the prescribed design standard or 3rd party rules

from the application or system designer. The

service life of Ropeblock products will signifi cantly

depend on the actual intensity of use, or possible

misuse. Monitoring for wear and reduced capacity

is essential for continued safe operation (see the

section on inspection and maintenance).

Material

For use in applications or environments other than

those originally intended, please contact your

sales representative or Ropeblock B.V.

Components from grade 8 upwards must not be

used in highly alkaline (>pH10) or acidic conditions

(

17


Warnings and information on useTransport

The products shall be handled with care.

Depending on the surface it is placed on,

the product may tilt and tip over, roll or slide.

A potential crushing hazard exists. Lashing of

handling lifting points shall be used for their

intended purpose only.

NEVER USE IN OR WITH THE APPLICATION. Use other

lifting equipment to handle the product if required.

Installation

Always verify that the product is in its proper and

intended condition suitable for your application.

Make sure all optional features are properly secured.

If in doubt, contact your sales representative or

Ropeblock.

Lifting points (on optional features) are designed for

ONE unit only. NEVER PICK STACKED UNITS WITH

ONE LIFTING POINT. Do not add components or

mass to the product unless it has been designed by

Ropeblock and intended for this purpose.

Operation

Always follow the prescribed inspection protocols

and ensure that the product condition complies

with the requirements for the job and the product

has been properly maintained.

The Safe Working Load (SWL), Allowable Line Pull

(ALP) or Working Load Limit (WLL) shall never be

exceeded.

To ensure structural integrity of the product, only

fully closed and properly fitted products may be

put into operation in your system. All locks, pins

and retainers shall be properly assembled and/or

tightened prior to any operation to eliminate

potential falling objects or loads that may inflict

injury or death. Always understand the actual

working load and the SWL or WLL of your system

and components. The SWL or WLL shall exceed the

intended working load you plan to lift or tension,

including its rigging. Ensure you are following the

applicable local and national regulations.

Attaching the load

The lashing or rigging arrangement shall at all times

be in accordance with acceptable practice and be

appropriate to the application and intended lift.

We recommend using hardware that matches the

shape of the counterpart.

Tugging

If there is tugging, this shall be such that the

rigging, and consequently the Ropeblock product,

is free from significant forces perpendicular to the

vertical hoisting forces from the load. Perpendicular

forces are a side load and create a bending moment.

Unless specifically indicated, your product is not

designed for this. Tugging lines are intended only

to hold the product in position.

n Always carry out a visual inspection before

using a socket and pin. n Never use a part showing cracks or damages. n Do not side-load a socket. n Repairs are not allowed; For consultation contact Ropeblock. n Never shock-load a socket.S

OC

KET

S

18


SocketsGeneral

Safety measures should be taken into account when

using our sockets. Carefully follow all installation

instructions. Important information can be found

below. Ropeblock sockets provide adequate ductility

and should be considered fit for purpose until

minimum operating temperatures of -40C in general

service application. Check your application specific

criteria with the set design temperature against the

specifications set forth in de applicable design

standards or rules. Ropeblock sockets meet or

exceed 42J/-20C Charpy V impact values.

Excluding limitations set forth by the wire rope

and/or resin or spelter material as described in

the EN and ISO standards (typ. 80C for fibre

core ropes and 110C for resin), sockets will be

affected by higher temperatures too, but

continue to serve with below approximate

limited work load capacity rating at these

elevated temperatures.

110C with 100% capacity rating





Your application requires compensation for this.

For intermittent use at elevated temperatures the

temperature the socket body will reach should be

determined. Use above 300C is not recommended,

contact Ropeblock for further guidance.

Dimensional tolerances depend on the

manufacturing techniques applied and are

different between machined components (pins)

and cast components (socket bodies and

wedges). Also surface finish e.g. hot dip

galvanizing or even paint may add to the overall

thickness and fork distance. Please contact

Ropeblock for further guidance and a detailed

dimensional tolerance sheet.

All spelter sockets and wedge sockets receive the

vigorous Ropeblock Non Destructive Testing

(NDT) regime. This working program is covering

both surface inspections (MT and visual) as well

as volumetric inspections (UT). Volumetric RT

inspections can be done on request. Certificates

are available when so ordered.

Socket(pin)s may be used as an orientating

hinge-point. To prevent excessive wear and

additional rope bending they should not be used

as a friction hinge point under load. Further

design evaluation and creating a proper

functional hinge point is advised.

Check for potential pin rolling with axial movement

that may develop depending operation.

19


Proof testing individual sockets

Sockets can be individually proof tested on

request. The default proof load value is 30% of

the catalogue MBL of the socket. Testing to 40%

can be done on request. Higher values will require

special consideration.

Proof testing socketed assemblies

Per EN 13411-4:2011 type testing may be required.

Please see the standard and annex C and F for

further guidance. (Alternatively ISO 17558:2006.)

Depending the application, end-user requirement

and / or local regulations, socketed assemblies may

require to be proof tested individually with a proof

load relative to the Work Load Limit or Safe Working

Load assigned to the socketed assembly.

Spelter Sockets

Proper spelter socket terminations have an

efficiency equal to the breaking load of the

wire. This can be limited by the minimum

breaking load of the socket (MBL), as

mentioned in the tables.

For further performance specifications, see

our type approvals.

Please read the instructions of the resin

manufacturer carefully before use. Incorrect

use of the resin or spelter material can

result in an unsafe termination. Look for the

expiration date of the resin. More

information can also be obtained from your

wire rope supplier.

Always remove any dirt and grease from the

wire rope broom and socket basket.

Ensure that the broomed wires are evenly

spaced in the basket and that the wire and

basket are aligned with each other.

When using white metal or zinc, the socket

may be preheated up-to 350C (660F).

Make sure the base of the socket is properly

sealed. This to prevent resin leakage, which

may cause voids.

It is recommended to pour on one side as this

will help eliminate air bubbles being formed.

Check for proper penetration of the resin to

the bottom. Recommendation to use a 1mm

probe wire between the strands to validate

resin penetration if possible.

Re-grease the wire rope at the neck.

Never use an assembly before the resin is

fully hardened.

Procedures in EN 13411-4 or ISO 17558 or

equivalent should be followed.

Socketing should always be executed by

qualified and competent personnel only.

Additional for Fast Connector Sockets

The FCS Spin Resistant connector shall be

used with non-rotation resistant wire rope and

may be used with rotation resistant wire rope.

The FCS standard (rotating) connector shall

be used with non-rotating or cat 1. rotation

resistant wire rope only.

Normal socketing procedures for spelter

sockets shall be followed.

20


Remove seizing after and up to the bottom

of the basket when the seizing is in contact

with the housing.

The lugs are not a lifting device; they are

designed to fit a tool used to pull the

connector through the reeving system with

a standard shackle. One may leave the tool

once assembled if clearance in the application

allows for it.

Additional for Super reeve Connector Sockets

The SCS Spin Resistant connector shall be used

with non-rotation resistant wire rope and may

be used with rotation resistant wire rope.

The SCS standard (rotating) connector shall

be used with non-rotating or cat 1. rotation

resistant wire rope only.

The basket length differs from normal.

Measure appropriately for required broom

height. Seizing should match your working

method.

Use a cover to protect the thread.

Resin penetration may be more difficult in the

tight SCS buttons, esp. with large fill factor

ropes with a large number of wires (e.g. high

performance ropes like 35x7). Normal

socketing procedures for spelter sockets shall

be followed with the addition of the following

recommendations for resin:

- Do NOT use booster packages to speed

up curing.

- Reduce mixing time when possible, but keep

resin mfg instructions.

- At higher ambient temperatures we

recommend to refrigerator cool the resin to

delay curing / increase gel time. And if

possible to cool the pre-assembly too to the

same temperature as the resin. Follow resin

manufacturers limitations.

- It is recommend to stay out of direct sunlight

on hotter days.

- Suggest to use low viscous resin. (typ. found

in smaller cans.)

- Suggest wire poking around in the socket

basket, as you pour, which should release air

bubbles more easy and promote resin

penetration to the bottom.

- To prevent air becoming trapped, consider

pouring without putty at the bottom and

placing the putty once the resin comes out at

the bottom. (Two pair of hands needed.)

Remove seizing after and up to the bottom of

the basket when the seizing is in contact with

the housing.

The connector cap shall be secured after

socketing by means of a high strength thread

locking adhesive. (E.g. Loctite 270, etc.)

The connector cap is not a lifting device; it is

used to pull the connector through the reeving

system with a standard shackle.

The connector shall always be installed in the

socket housing and used with the retainer

properly mounted and secured.

The SCS connector is not recommended

for re-use.

21


Requ

ired

resi

n vo

lum

e fo

r soc

ketin

g w

ire ro

pe te

rmin

atio

ns

Wedge Sockets

Always mount the loaded part of the wire in

the centre line of the pin (see figures below).

Make sure you are using the correct house,

rope and wedge size combination.

Nominal intermediate rope sizes should be

used with the biggest socket within the range.

Secure properly the dead end with a wire

rope clip.

Do not attach the dead end to the live wire.

The dead end should have a length of 6 times

the wire diameter with a minimum of 150 mm.

Ensure that the wire rope and wedge are fully

seated after the first load.

A load may slip if the connection is not

properly installed.

Inspect the connection regularly.

The efficiency of a 6 or 8 strand wire rope and

most high performance ropes with a Ropeblock

wedge socket connection is 80% of the MBL of the

wire rope, but limited to the MBL of the socket.

Check your wire rope supplier for efficiency

rating details when used with high

performance ropes or test the assembly

type to determine efficiency.

W A R N I N G Sn Always carry out a visual inspection before using a

socket and pin.n Never use a part showing cracks.n Do not side-load a socket.n Repairs are not allowed, for any repairs contact

your supplier.n Never shock-load a socket.

6 - 7 8 - 10 11 - 13 14 - 16 18 - 19 20 - 22 23 - 26 27 - 30 31 - 36 37 - 39 40 - 42 43 - 48 49 - 54 55 - 60 61 - 68 69 - 75 76 - 80 81 - 86 87 - 93 94 - 102 108 - 115 120 - 130 135 - 140 141 - 153 154 - 165 166 - 178 179 - 191 192 - 204

1/43/81/25/83/47/81

1 1/81 1/2 - 1 3/8

1 1/21 5/8

1 3/4 - 1 7/82 - 2 1/8

2 1/4 - 2 3/82 1/2 - 2 5/82 3/4 - 2 7/8

3 - 3 1/83 1/4 - 3 3/83 1/2 - 3 5/8

3 3/4 - 4 4 1/4 - 4 1/2

4 3/4 - 5 5 1/2

5 3/4 - 66 1/4 - 6 1/2

6 3/4 - 77 1/4 - 7 1/2

7 3/4 - 8

For wire rope Approximateresin volume

mm inch cc

915355080

120160220350425500700

12001450185022503500400050007500

1050014000160002000026000330003900048000

incorrectincorrectcorrect

22


Tailgrip Wedge Sockets

Check that the wire rope is suitable for the

socket application.

Check that socket, wedge and wire rope clip

match to fit the wire rope size. The correct wire

rope size can be checked with the Go - No Go

feature, implemented in the wedge.

- The wire rope MUST pass thru the Go

hole in the wedge

- The wire rope shall NOT pass thru the

No-Go hole in the wedge

After mounting the wire rope in a loop

through the OWS socket, place the wedge

correctly in the socket. (See Figure 1)

Pre-tension the wire rope, so that wedge is

fixed inside the socket housing.

Mount the wire rope clip on the dead end

section, gripping the tail of the wire rope.

(See Figure 2)

Figure 1

Figure 2

The dead end length or tail length should be

a minimum of:

- Standard 6-8 Strand Wire Rope

Minimum of 6 rope diameters, but not less

than 150mm

- Rotation resistant Wire Rope

Minimum of 18 rope diameters, but not

less than 150mm

Tighten nuts on clip to recommended torque.

* Clips per EN 13411-5

Go

No-Go

Wire rope clip

Pretensioning

OWS Type 0,5 1 2 3 4 5 6 7

Wire rope clips Type* 10 13 16 19 22 26 30 34

Torque [Nm] 9 33 49 68 107 147 212 296

Dea

d en

d le

nght

h

23


Swage sockets and sleeves (Flemish eye ferrule)

Swage Sockets and Sleeves are recommended

for use on 6 x 19 or 6 x 37 IPS or XIP (EIP), XXIP

(EEIP), RRL, FC, or IWRC wire ropes. They are

also approved for use on galvanized bridge

rope. They are not recommended for use on

fibre core ropes without further measures.

Properly applied Swage Sockets may reach an

efficiency rating of 100% and shall have a

minimum efficiency of 90% per EN 13411-8.

This rating is based on the catalogue strength

of wire rope. This can be limited by the

minimum breaking load of the socket (MBL)

Swaged sleeves should generate an efficiency

of at least 90% per EN 13411-3.

For further performance specifications, please

contact Ropeblock.

Swage sockets and sleeves are forged from

special steel quality and heat treated for cold

swaging.

Proper swaging methods must be followed for

all Swage Sockets and Sleeves.

Always use the matching dies to the socket or

sleeve.

Ensure the dies are aligned and within the

limits for admissible wear.

The position of the rope end should be verified

prior to swaging and after swaging.

Multiple progressive pressings are required to

prevent flash, which could develop into a

permanent mark or possibly a crack in the

sleeve. A color change will not indicate proper

swaging

A light oil lubricant should be applied to each

die and wiped clean after swaging

For swaging practice details contact the die

manufacturer

Always verify after swaging dimensional limits.

Each swaged termination shall be free of any

flaws and surface defects and shall not exhibit

any sharp edges or rough surfaces.

The outline of EN 13411-3 / EN 13411-8 or

equivalent should be followed

Caution: Proper swaging practices are the

responsibility of the sling manufacturer.

Before using Swage Sockets or Sleeves with

other type lay, construction or grade of wire

rope, it is recommended that the termination

be type tested to prove the adequacy of the

assembly

For Flemish eye constructions we recommend

to follow internationally prescribed

construction, safety criteria and inspection

procedures. (e.g. EN 13414, ISO 8792 and

ASME B30.9)

24


CertificationGeneral

The following certificates or other documents,

where applicable, have been provided with the

product:

Declaration of compliance EN 10204 2.1 Alt.

Test report EN 10204 2.2

Documents per contract

Inspection and MaintenanceInspections and maintenance

Inspections should be carried out daily or weekly

or, if your Ropeblock product is used infrequently,

each time it is used by the operator. Examination

of the product by a competent and trained

person should be carried out monthly to check

for damage, corrosion and the free movement of

parts. Thorough examination of the product by a

competent and trained person should be carried

out annually or periodically depending on usage

intensity as seen fit by the application designer

or owner.

Particular attention shall at least be paid to the

following:

Wear in pins, beckets or threads.

Wear of holes and play in the bearing supports.

Spacer bolts, nuts and lynch pins.

Cracks in welds.

The condition of retainers and grease nipples.

Deformed or missing items or the presence of

secondary retention.

If cracks or heavy gouges are apparent, the

product shall not be used and competent

opinion sought. Repairs should be undertaken by

grinding smooth in the surrounding area only. If

it is grooved and its section reduced by more

than 5% from its nominal dimension, the item

shall be replaced.

Repair or modification by welding, flame torch, or

other significant heat inducing method is strictly

prohibited unless prior consent in writing has been

obtained from Ropeblock.

Comprehensive and more intense regular

examination must be carried out when your

product is used in severe or corrosion inducing

environments. High-grade steels may be

susceptible to hydrogen embrittlement and loss

of ductility. Check for cracks. Where stainless

steel bolting is used, check for cathodic

corrosion. If your Ropeblock product was fitted

with retaining or securing wires, check that these

are present, intact and correctly fitted.

If the holes in the cross head, plates, becket or

eyes are enlarged by more than 5% from

nominal, the part shall be replaced. Items that are

out of original tolerance, bent, deformed or

24

Depending on local regulations, products

should be dismantled and inspected every

4 or 5 years and maybe re-tested (proof loaded)

RO

PEB

LOC

K

25


misaligned shall be replaced. Employ sound

engineering practice to evaluate and decide.

Contact your sales representative for advice.

Any replacement parts shall be purchased from

Ropeblock B.V. All repairs shall be carried out by

trained and competent personnel and great care

shall be taken in the re-assembly of the

equipment and fastening or securing parts such

as grub screws, lynch pins, etc. Check and refit

only correct sizes and threads. Nyloc nuts, should

be replaced.

Depending on the actual intensity of use and

cumulative load throughout the products life and

environmental influences, the number of cycles

could be higher or lower.

With it, the effective life of the product itself

compared to its original design life can be

affected. Under severe (environmental, usage)

conditions, more intense inspection and

maintenance should be implemented.

For spare parts or information, or in the event

of any problems or doubt, always contact your

sales representative or Ropeblock B.V.

25

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s e e o u r w a r n i n g a n d s a f e t y i n f o r m a t i o n26

Open Spelter Sockets with pinQuenched and tempered cast steel

OSS 196 P 8 6-7 1/4 - - 50 40 19 34 9 16 9 109 51 19 0,4OSS 197 P 12 8-10 3/8 - - 57 45 22 42 13 20 11 124 63 21 0,7OSS 198 P 20 11-13 7/16 - 1/2 - - 64 51 27 50 15 25 12 142 67 25 1OSS 199 P 25 14-16 9/16 - 5/8 13 1/2 76 63 32 58 18 30 14 171 85 32 1,8OSS 100 P 40 18-19 3/4 14-16 9/16 - 5/8 89 76 40 70 22 35 16 205 95 38 3OSS 104 P 55 20-22 7/8 18-19 3/4 101 89 45 80 25 41 19 235 110 44 4,6OSS 108 P 75 23-26 1 20-22 7/8 114 101 60 104 29 51 22 275 128 51 8OSS 111 P 90 27-30 11/8 23-26 1 127 114 65 114 33 57 25 306 142 57 11OSS 115 P 125 31-36 11/4 - 13/8 27-28 11/16 - 11/8 139 127 72 126 39 63 28 338 155 63 15OSS 118 P 150 37-39 11/2 30-32 13/16 - 11/4 152 162 80 142 42 70 30 394 177 76 22OSS 120 P 170 40-42 15/8 33-35 15/16 - 13/8 165 165 88 156 45 76 33 418 187 76 27OSS 125 P 225 43-48 13/4 - 17/8 36-40 17/16 - 15/8 191 178 100 176 52 89 39 469 215 89 41OSS 128 P 280 49-54 2 - 21/8 42-45 15/8 - 13/4 216 228 108 194 59 95 45 552 244 101 60OSS 130 P 360 55-60 21/4 - 23/8 46-48 113/16 - 17/8 229 254 120 210 64 108 53 603 275 113 88OSS 132 P 425 61-68 21/2 - 25/8 50-54 2 - 21/8 248 273 133 236 75 121 60 654 300 127 118OSS 135 P 460 69-75 23/4 - 27/8 56-62 21/4 - 21/2 279 279 138 240 81 127 73 696 335 133 155OSS 138 P 560 76-80 3 - 31/8 64-67 21/2 - 25/8 305 286 146 252 88 133 76 737 355 146 186OSS 140 P 625 81-86 31/4 - 33/8 69-76 23/4 - 3 330 298 160 290 92 140 79 788 375 159 227OSS 142 P 720 87-93 31/2 - 35/8 78-86 31/16 - 33/8 356 318 178 320 99 152 83 852 400 171 283OSS 144 P 875 94-102 33/4 - 4 88-96 37/16 - 33/4 381 343 190 350 108 178 89 914 435 191 374OSS 146 P 1200 108-115 41/4 - 41/2 98-110 37/8 - 45/16 450 480 215 400 129 195 100 1145 465 205 539OSS 150 P 1400 120-130 43/4 - 5 112-124 47/16 - 47/8 500 500 250 450 147 220 110 1250 525 225 761OSS 155 P 1600 135-140 51/4 - 51/2 125-132 415/16 - 53/16 540 497 263 480 157 240 140 1300 590 230 1067OSS 160 P 2000 142-153 53/4 - 6 133-143 51/4 - 55/8 585 505 275 500 171 255 140 1365 610 250 1172OSS 165 P 2220 154-165 61/4 - 61/2 144-154 511/16 - 61/4 630 530 300 550 185 275 150 1460 640 260 1441OSS 170 P 2500 166-178 63/4 - 7 155-166 61/4 - 63/4 680 570 310 570 199 295 150 1560 660 280 1615OSS 175 P 2800 180-191 71/4 - 71/2 167-179 69/16 - 71/16 725 600 325 600 213 310 155 1650 689 300 1907OSS 180 P 3200 192-204 73/4 - 8 180-191 71/4 - 71/2 775 620 345 640 229 330 160 1740 720 320 2239

Model nr. MBL(Mtons)

for wire Strand Dimensions (mm) Weight(kg)mm inch mm inch A B C D H P T TL TB W

MBL = Minimum Breaking LoadThe standard finish of our sockets is blue. Hot dipped galvanized is also available. Socket range OSS 196 until OSS 100 is delivered with galvanized finish, other finishes are available upon request. All sockets are provided with an EN 10204-2.1 declaration of conformity, EN 10204-3.1 material certificate and can be provided with a 2006/42/EC declaration where applicable. Dimensional tolerances depend on the manufacturing techniques applied and are different between machined components (pins) and cast components (socket bodies and wedges). Also surface finish e.g. hot dip galvanizing or even paint may add to the overall thickness and fork distance. Please contact Ropeblock for further guidance and a detailed dimensional tolerance sheet.

s e e o u r w a r n i n g a n d s a f e t y i n f o r m a t i o n 27

Open Spelter Sockets with bolt and nutQuenched and tempered cast steel


OSS 196 B 8 6-7 1/4 - - 50 40 19 34 9 16 9 109 62 19 0,5OSS 197 B 12 8-10 3/8 - - 57 45 22 42 13 20 11 124 75 21 0,8OSS 198 B 20 11-13 7/16 - 1/2 - - 64 51 27 50 15 25 12 142 80 25 1,1OSS 199 B 25 14-16 9/16 - 5/8 13 1/2 76 63 32 58 18 30 14 171 96 32 1,9OSS 100 B 40 18-19 3/4 14-16 9/16 - 5/8 89 76 40 70 22 35 16 205 107 38 3,1OSS 104 B 55 20-22 7/8 18-19 3/4 101 89 45 80 25 41 19 235 123 44 4,7OSS 108 B 75 23-26 1 20-22 7/8 114 101 60 104 29 51 22 275 138 51 8OSS 111 B 90 27-30 11/8 23-26 1 127 114 65 114 33 57 25 306 160 57 12OSS 115 B 125 31-36 11/4 - 13/8 27-28 11/16 - 11/8 139 127 72 126 39 63 28 338 165 63 16OSS 118 B 150 37-39 11/2 30-32 13/16 - 11/4 152 162 80 142 42 70 30 394 199 76 23OSS 120 B 170 40-42 15/8 33-35 15/16 - 13/8 165 165 88 156 45 76 33 418 209 76 28OSS 125 B 225 43-48 13/4 - 17/8 36-40 17/16 - 15/8 191 178 100 176 52 89 39 469 237 89 43OSS 128 B 280 49-54 2 - 21/8 42-45 15/8 - 13/4 216 228 108 194 59 95 45 552 263 101 62OSS 130 B 360 55-60 21/4 - 23/8 46-48 113/16 - 17/8 229 254 120 210 64 108 53 603 298 113 90OSS 132 B 425 61-68 21/2 - 25/8 50-54 2 - 21/8 248 273 133 236 75 121 60 654 330 127 123OSS 135 B 460 69-75 23/4 - 27/8 56-62 21/4 - 21/2 279 279 138 240 81 127 73 696 359 133 159OSS 138 B 560 76-80 3 - 31/8 64-67 21/2 - 25/8 305 286 146 252 88 133 76 737 380 146 190OSS 140 B 625 81-86 31/4 - 33/8 69-76 23/4 - 3 330 298 160 290 92 140 79 788 397 159 230OSS 142 B 720 87-93 31/2 - 35/8 78-86 31/16 - 33/8 356 318 178 320 99 152 83 852 419 171 287OSS 144 B 875 94-102 33/4 - 4 88-96 37/16 - 33/4 381 343 190 350 108 178 89 914 451 191 377OSS 146 B 1200 108-115 41/4 - 41/2 98-110 37/8 - 45/16 450 480 215 400 129 195 100 1145 506 205 548OSS 150 B 1400 120-130 43/4 - 5 112-124 47/16 - 47/8 500 500 250 450 147 220 110 1250 546 225 766OSS 155 B 1600 135-140 51/4 - 51/2 125-132 415/16 - 53/16 540 497 263 480 157 240 140 1300 623 230 1081OSS 160 B 2000 142-153 53/4 - 6 133-143 51/4 - 55/8 585 505 275 500 171 255 140 1365 655 250 1200OSS 165 B 2220 154-165 61/4 - 61/2 144-154 5 11/16 - 61/4 630 530 300 550 185 275 150 1460 685 260 1474OSS 170 B 2500 166-178 63/4 - 7 155-166 61/4 - 63/4 680 570 310 570 199 295 150 1560 715 280 1655OSS 175 B 2800 180-191 71/4 - 71/2 167-179 69/16 - 71/16 725 600 325 600 213 310 155 1650 750 300 1956OSS 180 B 3200 192-204 73/4 - 8 180-191 71/4 - 71/2 775 620 345 640 229 330 160 1740 790 320 2303


for wire Strand Dimensions (mm) Weight(kg)mm inch mm inch A B C D H P T TL TB W

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Closed Spelter SocketsQuenched and tempered cast steel

CSS 296 8 6-7 1/4 - - 50 40 11 9 22 13 37 101 0,3CSS 297 12 8-10 3/8 - - 57 48 14 13 25 18 43 119 0,4CSS 298 20 11-13 7/16 - 1/2 - - 64 59 17,5 15 30 23 51 140 0,7CSS 299 25 14-16 9/16 - 5/8 13 1/2 76 65 21 18 36 26 67 162 1,4CSS 200 40 18-19 3/4 14-16 9/16 - 5/8 89 78 27 22 42 32 76 194 2,2CSS 201 55 20-22 7/8 18-19 3/4 101 90 33 25 47 38 92 224 3,8CSS 204 75 23-26 1 20-22 7/8 114 103 36 29 57 44 104 253 5,4CSS 207 90 27-30 11/8 23-26 1 127 116 39 33 65 51 114 282 7CSS 212 125 31-36 11/4 - 13/8 27-28 11/16 -11/8 139 130 43 39 71 57 126 312 10CSS 215 150 37-39 11/2 30-32 13/16 -11/4 152 155 51 42 81 63 136 358 13CSS 217 170 40-42 15/8 33-35 15/16 -13/8 165 171 54 45 83 70 146 390 17CSS 219 225 43-48 13/4 - 17/8 36-40 17/16 -15/8 190 198 55 52 93 76 171 443 26CSS 222 280 49-54 2 - 21/8 42-45 15/8 -13/4 216 224 62 59 100 82 193 502 37CSS 224 360 55-60 21/4 - 23/8 46-48 113/16 -17/8 228 247 73 64 112 92 216 548 50CSS 226 425 61-68 21/2 - 25/8 50-54 2 -21/8 248 270 79 75 140 102 241 597 66CSS 227 460 69-75 23/4 - 27/8 56-62 21/4 -21/2 279 286 79 81 159 124 273 644 91CSS 228 560 76-80 3 - 31/8 64-67 21/2 -25/8 315 298 83 88 171 133 292 696 117CSS 229 625 81-86 31/4 - 33/8 69-76 23/4 -3 330 311 102 92 184 146 311 743 125CSS 230 720 87-93 31/2 - 35/8 78-86 31/16 -33/8 356 330 102 99 197 159 330 788 176CSS 231 875 94-102 33/4 - 4 88-96 37/16 -33/4 381 356 108 108 216 178 362 845 228CSS 233 1200 108-115 41/4 - 41/2 98-110 37/8 -45/16 450 425 125 129 235 190 405 1000 323CSS 240 1400 120-130 43/4 - 5 112-124 47/16 -47/8 500 525 125 147 260 200 450 1150 447CSS 245 1600 135-140 51/4 - 51/2 125-132 415/16 - 53/16 540 495 150 157 290 220 520 1185 645CSS 250 2000 142-153 53/4 - 6 133-143 51/4 - 55/8 585 530 170 171 305 240 545 1285 741CSS 255 2220 154-165 61/4 - 61/2 144-154 5 11/16 - 61/4 630 565 175 185 330 250 575 1370 860CSS 260 2500 166-178 63/4 - 7 155-166 61/4 - 63/4 680 590 180 199 330 270 595 1450 985CSS 265 2800 180-191 71/4 - 71/2 167-179 69/16 - 71/16 725 620 190 213 350 290 625 1535 1183CSS 270 3200 192-204 73/4 - 8 180-191 71/4 - 71/2 775 650 210 229 395 305 690 1635 1487


for wire Strand Dimensions (mm) Weight(kg)mm inch mm inch A B C H K T TA TL

MBL = Minimum Breaking LoadThe standard finish of our sockets is blue. Hot dipped galvanized is also available. Socket range CSS 296 until CSS 201 is delivered with galvanized finish, other finishes are available upon request. All sockets are provided with an EN 10204-2.1 declaration of conformity, EN 10204-3.1 material certificate and can be provided with a 2006/42/EC declaration where applicable. Dimensional tolerances depend on the manufacturing techniques applied and are different between machined components (pins) and cast components (socket bodies and wedges). Also surface finish e.g. hot dip galvanizing or even paint may add to the overall thickness and fork distance. Please contact Ropeblock for further guidance and a detailed dimensional tolerance sheet.

s e e o u r w a r n i n g a n d s a f e t y i n f o r m a t i o n

29

SBS 512 140 31-36 11/4 -13/8 141 83 38 39 75 132 262 7SBS 517 160 37-42 11/2 -15/8 162 103 40 44 92 152 305 10SBS 519 200 43-48 13/4 -17/8 188 120 48 51 112 178 356 16SBS 522 250 49-54 2 -21/8 204 132 54 59 120 200 390 21SBS 524 320 55-60 21/4 -23/8 230 148 62 64 135 220 440 28SBS 526 400 61-68 21/2 -25/8 265 165 68 73 150 250 498 44SBS 527 500 69-75 23/4 -27/8 287 178 75 79 164 274 540 53SBS 528 600 76-80 3-31/8 314 195 76 89 175 295 585 70SBS 529 700 81-86 31/4 -33/8 327 216 82 92 194 320 625 81SBS 530 800 87-93 31/2 -35/8 358 220 92 99 202 350 670 112SBS 531 900 94-102 33/4 -4 365 235 100 108 215 375 700 130SBS 533 1000 108-115 41/4 - 41/2 420 270 110 120 240 410 800 182


for wire Dimensions (mm) Weight(kg)

mm inch A B C H K TA TL

MBL = Minimum Breaking LoadThe standard finish of our sockets is blue. Hot dipped galvanized is also available. All sockets are provided with an EN 10204-2.1 declaration of conformity, EN 10204-3.1 material certificate and can be provided with a 2006/42/EC declaration where applicable. Dimensional tolerances depend on the manufacturing techniques applied and are different between machined components (pins) and cast components (socket bodies and wedges). Also surface finish e.g. hot dip galvanizing or even paint may add to the overall thickness and fork distance. Please contact Ropeblock for further guidance and a detailed dimensional tolerance sheet.

Short Bow SocketsQuenched and tempered cast steel


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Fast Connector Sockets with pinQuenched and tempered cast steel

FCS 701 P - 20 11-13 7/16 - 1/2 62 61 27 15 25 12 25 50 33 49 46 67 150 1,6FCS 702 P - 25 13-16 1/2 - 5/8 72 78 32 18 30 14 32 58 38 60 59 85 182 2,6FCS 703 P - 40 16-19 5/8 - 3/4 85 93 40 21 35 16 38 70 45 70 69 95 218 4,5FCS 704 P - 55 20-22 7/8 102 106 45 24 41 19 44 80 50 82 81 110 253 6,5FCS 705 P - 75 23-26 1 115 123 60 28 51 22 51 104 60 95 90 128 298 11

FCS 706 P - 90 27-29 11/8 140 152 65 32 57 25 57 114 70 107 116 142 357 16FCS 705 P.SR T 705 75 23-26 1 115 123 60 28 51 22 51 104 60 95 90 128 298 11

FCS 706 P.SR T 706 90 27-29 11/8 140 152 65 32 57 25 57 114 70 107 116 142 357 16FCS 707 P.SR T 706 125 30-32 11/4 150 159 73 36 63 28 63 126 80 119 120 155 382 18FCS 708 P.SR T 706 125 33-36 13/8 160 171 73 39 64 28 69 126 85 125 130 160 404 23FCS 709 P.SR T 709 150 37-39 11/2 176 187 80 42 70 30 76 142 90 136 142 177 443 29FCS 710 P.SR T 709 170 40-42 15/8 188 198 88 45 76 33 76 156 95 142 150 187 474 36FCS 711 P.SR T 711 225 43-48 13/4- 17/8 210 232 100 52 89 39 89 176 110 167 175 215 542 58

Model nr. Reevingaid

MBL (Mtons)

for wire Dimensions (mm) Weight(kg)mm inch A B C H P T W D D J K TB TL

Reeving tool (optional)


Spin resistant


31

FCS 701 B - 20 11-13 7/16 - 1/2 62 61 27 15 25 12 25 50 33 49 46 80 150 1,6FCS 702 B - 25 13-16 1/2 - 5/8 72 78 32 18 30 14 32 58 38 60 59 96 182 2,6FCS 703 B - 40 16-19 5/8 - 3/4 85 93 40 21 35 16 38 70 45 70 69 107 218 4,5FCS 704 B - 55 20-22 7/8 102 106 45 24 41 19 44 80 50 82 81 123 253 6,5FCS 705 B - 75 23-26 1 115 123 60 28 51 22 51 104 60 95 90 138 298 11

FCS 706 B - 90 27-29 11/8 140 152 65 32 57 25 57 114 70 107 116 160 357 16FCS 705 B.SR T 705 75 23-26 1 115 123 60 28 51 22 51 104 60 95 90 138 298 11

FCS 706 B.SR T 706 90 27-29 11/8 140 152 65 32 57 25 57 114 70 107 116 160 357 16FCS 707 B.SR T 706 125 30-32 11/4 150 159 73 36 63 28 63 126 80 119 120 165 382 18FCS 708 B.SR T 706 125 33-36 13/8 160 171 73 39 64 28 69 126 85 125 130 185 404 23FCS 709 B.SR T 709 150 37-39 11/2 176 187 80 42 70 30 76 142 90 136 142 201 443 29FCS 710 B.SR T 709 170 40-42 15/8 188 198 88 45 76 33 76 156 95 142 150 209 474 36FCS 711 B.SR T 711 225 43-48 13/4 - 17/8 210 232 100 52 89 39 89 176 110 167 175 237 542 58

Model nr. Reevingaid

MBL (Mtons)

for wire Dimensions (mm) Weight(kg)mm inch A B C H P T W D D J K TB TL


Fast Connector Sockets with bolt and nutQuenched and tempered cast steel

Reeving tool (optional)

Spin resistant


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Spin resistant

Super reeve Connector Sockets with pinQuenched and tempered cast steel


SCS 901 P 20 11-13 7/16 - 1/2 - - - - - - - - - - - - - -SCS 902 P 25 13-16 1/2 - 5/8 85 133 32 19 30 14 32 58 32 56 98 85 250 3,1SCS 903 P 40 16-19 5/8 - 3/4 90 160 40 22 35 16 38 70 40 65 114 95 290 4,8SCS 904 P 55 20-22 7/8 107 184 45 26 41 19 44 80 44 77 130 110 336 8SCS 905 P 75 23-26 1 115 211 60 31 50 22 51 104 52 88 142 128 386 12

SCS 906 P 90 27-29 11/8 140 215 65 34 57 25 57 114 58 96 159 142 420 16SCS 907 P 125 30-32 11/4 150 260 73 36 63 28 63 126 64 110 177 155 483 23SCS 908 P 125 33-36 13/8 170 260 73 40 64 28 69 126 68 114 197 160 503 25

SCS 902 P.SR 25 13-16 1/2 - 5/8 85 133 32 19 30 14 32 58 32 56 98 85 250 3,1SCS 903 P.SR 40 16-19 5/8 - 3/4 90 160 40 22 35 16 38 70 40 65 114 95 290 4,8SCS 904 P.SR 55 20-22 7/8 107 184 45 26 41 19 44 80 44 77 130 110 336 8SCS 905 P.SR 75 23-26 1 115 211 60 31 50 22 51 104 52 88 142 128 386 12

SCS 906 P.SR 90 27-29 1 1/8 140 215 65 34 57 25 57 114 58 96 159 142 420 16SCS 907 P.SR 125 30-32 1 1/4 150 260 73 36 63 28 63 126 64 110 177 155 483 23SCS 908 P.SR 125 33-36 1 3/8 170 260 73 40 64 28 69 126 68 114 197 160 503 25SCS 909 P.SR 150 37-39 11/2 - - - - - - - - - - - - - -SCS 910 P.SR 170 40-42 15/8 - - - - - - - - - - - - - -SCS 911 P.SR 225 43-48 13/4- 17/8 - - - - - - - - - - - - - -SCS 912 P.SR 280 49-54 2 - 21/8 225 373 108 60 95 45 101 194 105 185 280 244 706 93

Model nr. MBL (Mtons)

for wire Dimensions (mm) Weight(kg)mm inch A B C H P T W D D J L TB TL


33

Spin resistant

Super reeve Connector Sockets with bolt and nutQuenched and tempered cast steel


SCS 901 B 20 11-13 7/16 - 1/2 - - - - - - - - - - - - - -SCS 902 B 25 13-16 1/2 - 5/8 85 133 32 19 30 14 32 58 32 56 98 96 250 3,1SCS 903 B 40 16-19 5/8 - 3/4 90 160 40 22 35 16 38 70 40 65 114 107 290 4,8SCS 904 B 55 20-22 7/8 107 184 45 26 41 19 44 80 44 77 130 123 336 8SCS 905 B 75 23-26 1 115 211 60 31 50 22 51 104 52 88 142 138 386 12

SCS 906 B 90 27-29 11/8 140 215 65 34 57 25 57 114 58 96 159 160 420 16SCS 907 B 125 30-32 11/4 150 260 73 36 63 28 63 126 64 110 177 165 483 23SCS 908 B 125 33-36 13/8 170 260 73 40 64 28 69 126 68 114 197 185 503 25

SCS 902 B.SR 25 13-16 1/2 - 5/8 85 133 32 19 30 14 32 58 32 56 98 96 250 3,1SCS 903 B.SR 40 16-19 5/8 - 3/4 90 160 40 22 35 16 38 70 40 65 114 107 290 4,8SCS 904 B.SR 55 20-22 7/8 107 184 45 26 41 19 44 80 44 77 130 123 336 8SCS 905 B.SR 75 23-26 1 115 211 60 31 50 22 51 104 52 88 142 138 386 12

SCS 906 B.SR 90 27-29 1 1/8 140 215 65 34 57 25 57 114 58 96 159 160 420 16SCS 907 B.SR 125 30-32 1 1/4 150 260 73 36 63 28 63 126 64 110 177 165 483 23SCS 908 B.SR 125 33-36 1 3/8 170 260 73 40 64 28 69 126 68 114 197 185 503 25SCS 909 B.SR 150 37-39 11/2 - - - - - - - - - - - - - -SCS 910 B.SR 170 40-42 15/8 - - - - - - - - - - - - - -SCS 911 B.SR 225 43-48 13/4- 17/8 - - - - - - - - - - - - - -SCS 912 B.SR 280 49-54 2 - 21/8 225 373 108 60 95 45 101 194 105 185 280 263 706 93


for wire Dimensions (mm) Weight(kg)mm inch A B C H P T W D D J L TB TL


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Open Wedge Sockets with pinQuenched and tempered cast steel

OWS 0.25 P 8 7-8 5/16 110 18 36 16 9 128 51 18 0,8OWS 0.5 P 12 9-10 3/8 145 23 46 21 11 168 63 21 1,7 OWS 1 P 20 11-13 1/2 146 29 57 25 12 175 67 25 2,1 OWS 2 P 25 14-16 5/8 176 35 70 30 15 211 85 31 4OWS 3 P 40 18-19 3/4 210 40 80 35 16 250 95 38 7OWS 4 P 55 20-22 7/8 238 48 95 41 18 285 110 44 10OWS 5 P 75 23-26 1 275 55 110 51 22 330 128 51 15

OWS 6 P 90 27-29 11/8 310 65 130 57 25 375 142 57 21OWS 7 P 110 30-32 11/4 350 73 146 63 28 423 155 63 31 OWS 8 P 125 34-36 13/8 400 74 148 64 28 474 160 70 37OWS 9 P 150 37-39 11/2 450 80 142 70 30 530 177 77 51

OWS 10 P 170 40-42 15/8 500 87 160 76 33 587 187 76 64OWS 11 P 225 43-48 13/4 - 17/8 550 100 186 89 39 650 215 89 96OWS 12 P 280 49-52 2 640 105 205 95 46 745 244 101 130

OWS 13 P 360 54-58 21/4 660 125 250 108 54 785 275 114 180OWS 14 P 425 60-68 21/2 835 135 270 121 60 970 300 127 275OWS 15 P 460 72-76 3 1000 150 300 133 76 1150 355 146 440

OWS 16 P 625 81-86 31/4 - 33/8 1100 150 300 140 79 1250 375 159 510


for wire Dimensions (mm) Weight(kg)mm inch A B C P T TL TB W

MBL = Minimum Breaking LoadThe standard finish of our sockets is blue. Hot dipped galvanized is also available. Socket range OWS 0.25 until OWS 0.5 is delivered with galvanized finish, other finishes are available upon request. All sockets are provided with an EN 10204-2.1declaration of conformity, EN 10204-3.1 material certificate and can be provided with a 2006/42/EC declaration where applicable. Meets performance requirements of API 2C. Dimensional tolerances depend on the manufacturing techniques applied and are different between machined components (pins) and cast components (socket bodies and wedges). Also surface finish e.g. hot dip galvanizing or even paint may add to the overall thickness and fork distance. Please contact Ropeblock for further guidance and a detailed dimensional tolerance sheet.


35

OWS 0.25 B 8 7-8 5/16 110 18 36 16 9 128 62 18 0,8OWS 0.5 B 12 9-10 3/8 145 23 46 21 11 168 75 21 1,7 OWS 1 B 20 11-13 1/2 146 29 57 25 12 175 80 25 2,1 OWS 2 B 25 14-16 5/8 176 35 70 30 15 211 96 31 4OWS 3 B 40 18-19 3/4 210 40 80 35 16 250 107 38 7OWS 4 B 55 20-22 7/8 238 48 95 41 18 285 123 44 10OWS 5 B 75 23-26 1 275 55 110 51 22 330 138 51 15

OWS 6 B 90 27-29 11/8 310 65 130 57 25 375 160 57 21OWS 7 B 110 30-32 11/4 350 73 146 63 28 423 165 63 31 OWS 8 B 125 34-36 13/8 400 74 148 64 28 474 185 70 37OWS 9 B 150 37-39 11/2 450 80 142 70 30 530 201 77 51

OWS 10 B 170 40-42 15/8 500 87 160 76 33 587 209 76 64OWS 11 B 225 43-48 13/4 - 17/8 550 100 186 89 39 650 237 89 96OWS 12 B 280 49-52 2 640 105 205 95 46 745 263 101 130

OWS 13 B 360 54-58 21/4 660 125 250 108 54 785 298 114 180OWS 14 B 425 60-68 21/2 835 135 270 121 60 970 330 127 275OWS 15 B 460 72-76 3 1000 150 300 133 76 1150 380 146 440

OWS 16 B 625 81-86 31/4 - 33/8 1100 150 300 140 79 1250 397 159 510


for wire Dimensions (mm) Weight(kg)mm inch A B C P T TL TB W

MBL = Minimum Breaking LoadThe standard finish of our sockets is blue. Hot dipped galvanized is also available. Socket range OWS 0.25 until OWS 0.5 is delivered with galvanized finish, other finishes are available upon request. All sockets are provided with an EN 10204-2.1 declaration of conformity, EN 10204-3.1 material certificate and can be provided with a 2006/42/EC declaration where applicable. Meets performance requirements of API 2C. Dimensional tolerances depend on the manufacturing techniques applied and are different between machined components (pins) and cast components (socket bodies and wedges). Also surface finish e.g. hot dip galvanizing or even paint may add to the overall thickness and fork distance. Please contact Ropeblock for further guidance and a detailed dimensional tolerance sheet.

Open Wedge Sockets with bolt and nutQuenched and tempered cast steel


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Tailgrip Open Wedge Sockets with pinQuenched and tempered cast steel

MBL = Minimum Breaking LoadThe standard finish of our sockets is blue. Hot dipped galvanized is also available. All sockets can be provided with Declaration of compliance according EN 10204-2.1. Material certificate according EN 10204-3.1 and EC Declaration according machine directive 2006/42/EC. Meets performance requirements of API 2C. Dimensional tolerances depend on the manufacturing techniques applied and are different between machined components (pins) and cast components (socket bodies and wedges). Also surface finish e.g. hot dip galvanizing or even paint may add to the overall thickness and fork distance. Please contact Ropeblock for further guidance and a detailed dimensional tolerance sheet.

OWS-TG 0.5 P 12 9-10 3/8 145 23 46 40 21 11 76 168 63 21 1,9

OWS-TG 1 P 20 11-13 1/2 146 29 57 55 25 12 100 175 67 25 2,4

OWS-TG 2 P 25 14-16 5/8 176 35 70 64 30 15 125 211 85 31 5

OWS-TG 3 P 40 18-19 3/4 210 40 80 68 35 16 142 250 95 38 8

OWS-TG 4 P 55 20-22 7/8 238 48 95 74 41 18 164 285 110 44 11

OWS-TG 5 P 75 23-26 1 275 55 110 84 51 22 189 330 128 51 16

OWS-TG 6 P 90 27-29 1 1/8 310 65 130 95 57 25 217 375 142 57 23

OWS-TG 7 P 110 30-32 1 1/4 350 73 146 105 63 28 238 423 155 63 34

Model nr. MBL

(Mtons)for wire Dimensions (mm) Weight

(kg)mm inch A B C E P T TH TL TB W

W

T

TB

P

E

B

C

TL

A

TH


37

Tailgrip Open Wedge Sockets with bolt and nutQuenched and tempered cast steel

MBL = Minimum Breaking LoadThe standard finish of our sockets is blue. Hot dipped galvanized is also available. All sockets can be provided with Declaration of compliance according EN 10204-2.1. Material certificate according EN 10204-3.1 and EC Declaration according machine directive 2006/42/EC. Meets performance requirements of API 2C. Dimensional tolerances depend on the manufacturing techniques applied and are different between machined components (pins) and cast components (socket bodies and wedges). Also surface finish e.g. hot dip galvanizing or even paint may add to the overall thickness and fork distance. Please contact Ropeblock for further guidance and a detailed dimensional tolerance sheet.

OWS-TG 0.5 B 12 9-10 3/8 145 23 46 40 21 11 76 168 75 21 1,9

OWS-TG 1 B 20 11-13 1/2 146 29 57 55 25 12 100 175 80 25 2,4

OWS-TG 2 B 25 14-16 5/8 176 35 70 64 30 15 125 211 96 31 5

OWS-TG 3 B 40 18-19 3/4 210 40 80 68 35 16 142 250 107 38 8

OWS-TG 4 B 55 20-22 7/8 238 48 95 74 41 18 164 285 123 44 11

OWS-TG 5 B 75 23-26 1 275 55 110 84 51 22 189 330 138 51 16

OWS-TG 6 B 90 27-29 1 1/8 310 65 130 95 57 25 217 375 160 57 23

OWS-TG 7 B 110 30-32 1 1/4 350 73 146 105 63 28 238 423 165 63 34

Model nr. MBL

(Mtons)for wire Dimensions (mm) Weight

(kg)mm inch A B C E P T TH TL TB W

A

B

TL

C

TH

T

W

TB

P

E


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Closed Wedge SocketsQuenched and tempered cast steel

CWS 303 40 18-19 3/4 220 100 34 40 90 254 7CWS 304 55 20-22 7/8 225 125 42 47 110 267 9CWS 305 75 24-26 1 290 130 50 55 125 340 14

CWS 306 90 27-29 11/8 325 145 60 70 152 385 22CWS 307 110 30-32 11/4 360 160 68 75 165 428 30CWS 308 125 34-36 13/8 400 180 68 75 165 468 38CWS 309 150 37-39 11/2 500 240 72 80 185 572 49CWS 310 170 40-42 15/8 600 310 80 90 210 680 65CWS 311 225 43-48 13/4 - 17/8 640 325 90 100 225 730 100CWS 312 280 49-52 2 720 375 100 110 245 820 150

CWS 313 360 54-58 21/4 775 400 110 120 265 885 160CWS 314 425 61-64 21/2 900 470 125 130 300 1025 230CWS 315 460 72-76 3 1000 425 130 150 330 1130 360

CWS 316 625 81-86 31/8 - 31/4 1125 550 135 165 360 1260 425


for wire Dimensions (mm) Weight(kg)mm inch A B C K TA TL

MBL = Minimum Breaking LoadThe standard finish of our sockets is blue. Hot dipped galvanized is also available. All sockets are provided with an EN 10204-2.1 declaration of conformity, EN 10204-3.1 material certificate and can be provided with a 2006/42/EC declaration where applicable. Meets performance requirements of API 2C. Dimensional tolerances depend on the manufacturing techniques applied and are different between machined components (pins) and cast components (socket bodies and wedges). Also surface finish e.g. hot dip galvanizing or even paint may add to the overall thickness and fork distance. Please contact Ropeblock for further guidance and a detailed dimensional tolerance sheet.


39

Open Spelter Sockets JIS with boltQuenched and tempered cast steel


OSS 100-J20-B30 28 18-19 3/4 89 76 40 70 21 30 16 205 107 38 3OSS 104-J22-B34 35 20-22,4 7/8 101 89 45 80 24 34 19 235 123 44 4,4OSS 108-J24-B37 41 23-26 1 114 101 60 104 28 37 22 275 138 51 8,2OSS 108-J25-B40 52 23-26 1 114 101 60 104 28 40 22 275 138 51 8,2OSS 111-J28-B43 56 27-30 1 1/8 127 114 65 114 32 43 25 306 160 57 11,4OSS 111-J30-B46 69 27-30 1 1/8 127 114 65 114 32 46 25 306 160 57 11,6OSS 115-J32-B48 69 31-36 1 1/4 - 1 3/8 139 127 72 126 38 48 28 338 174 63 15OSS 115-J34-B52 88 31-36 1 1/4 - 1 3/8 139 127 72 126 38 52 28 338 174 63 15,2OSS 118-J36-B56 94 35,5-39 1 1/2 152 162 80 142 41 56 30 394 201 76 22


for wire Dimensions (mm) Weight(kg)mm inch A B C D H P T TL TB W


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SSO 06 6 1/4 12,7 6,85 17,5 38 121 54 102 8 17 35 0,25SSO 08 8 5/16 19,6 8,65 20,6 44 159 81 135 10 21 41 0,50SSO 10 10 3/8 19,6 10,4 20,6 44 159 81 135 10 21 41 0,50SSO 11 11 7/16 24,9 12,2 25,4 51 198 108 169 13 25 51 1,10SSO 13 13 1/2 24,9 14 25,4 51 198 108 169 13 25 51 1,10SSO 14 14 9/16 31,8 15,5 30,2 57 243 135 206 16 32 63 2,10SSO 16 16 5/8 31,8 17 30,2 57 243 135 206 16 32 63 2,10SSO 19 19 3/4 39,4 20,3 35,1 70 297 162 254 19 38 76 3,60SSO 22 22 7/8 43,2 23,9 41,1 83 346 189 295 23 44 86 5,30SSO 25 25 1 50,5 26,9 51 95 397 216 340 26 51 102 8,10

SSO 29 29 11/8 57 30,2 57 108 444 243 381 30 57 114 13,50SSO 32 32 11/4 64,5 33,8 63,5 121 494 270 419 30 63 127 16,40SSO 35 35 13/8 71 36,8 63,5 133 540 297 460 33 63 133 21,40SSO 38 38 11/2 78 40,1 70 146 591 324 502 37 76 146 29,50SSO 44 44 13/4 86 47,2 89 171 689 378 584 43 89 178 42,20SSO 51 51 2 100 53,5 95,5 203 798 432 679 46 102 203 65,80

SSO 57 57 21/4 113 59,9 108 171 835 486 705 65 114 222 93,50SSO 63 63 21/2 125,2 67,5 108 171 879 498 749 65 114 222 103,00SSO 76 76 3 150,6 80,4 133,4 219 1045 603 905 76 146 241 181,50

Model nr. for wire Dimensions (mm) Weight(kg)mm inch C H P B TL A L T W D

Proper swaging methods must be followed. Proper swaging practices are the responsibility of the sling manufacturer. A color change will not indicate proper swaging. For further guidance see our Warning & Safety information. Dimensional tolerances depend on the manufacturing techniques applied. Please contact Ropeblock for further guidance and a detailed dimensional tolerance sheet.

Swage Sockets OpenForged carbon steel


41

SSC 06 6 1/4 12,7 6,85 37 19,1 13 54 111 89 0,15SSC 08 8 5/16 19,6 8,65 43 22,4 17 81 140 114 0,36SSC 10 10 3/8 19,6 10,4 43 22,4 17 81 140 114 0,35SSC 11 11 7/16 24,9 12,2 51 26,9 22 108 176 146 0,70SSC 13 13 1/2 24,9 14 51 26,9 22 108 176 146 0,70SSC 14 14 9/16 31,8 15,5 63 31,8 29 135 222 184 1,30SSC 16 16 5/8 31,8 17 63 31,8 29 135 222 184 1,30SSC 19 19 3/4 39,4 20,3 76 36,6 33 162 264 219 2,30SSC 22 22 7/8 43,2 23,9 89 42,9 38 189 308 257 3,40SSC 25 25 1 50,5 26,9 102 52,5 44 216 349 292 5,10

SSC 29 29 11/8 57 30,2 114 58,5 51 243 387 324 7,20SSC 32 32 11/4 64,5 33,8 127 65 57 270 438 365 10,50SSC 35 35 13/8 71 36,8 133 65 57 297 479 400 14,10SSC 38 38 11/2 78 40,1 140 71,5 63 324 518 432 17,70SSC 44 44 13/4 86 47,2 171 90,5 76 378 610 508 23,60SSC 51 51 2 100 53,5 197 96,5 83 432 698 584 40,80

SSC 57 57 21/4 113 59,9 219 109,5 102 486 756 632 55,40SSC 63 63 21/2 125,2 67,5 219 109,5 102 498 791 667 64,40SSC 76 76 3 150,6 80,4 235 134,9 137 603 959 816 114,30

Model nr. for wire Dimensions (mm) Weight(kg)mm inch C H D P T A TL L

Proper swaging methods must be followed. Proper swaging practices are the responsibility of the sling manufacturer. A color change will not indicate proper swaging. For further guidance see our Warning & Safety information. Dimensional tolerances depend on the manufacturing techniques applied. Please contact Ropeblock for further guidance and a detailed dimensional tolerance sheet.

Swage Sockets ClosedForged carbon steel


42

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SSL 06 6 1/4 Gold 25,4 16,7 8,3 11,9 7,1 2,4 12,7 0,02SSL 08 8 5/16 Red 38,1 23 11,1 15,5 11,1 3,8 18,5 0,06SSL 10 10 3/8 Green 38,1 23 11,9 16,7 11,1 3,2 18,5 0,05SSL 11 11 7/16 Blue 51 31 14,3 21,4 15,1 4,8 24,9 0,15SSL 13 13 1/2 Gold 51 31 15,9 23 15,1 4 24,9 0,13SSL 14 14 9/16 Red 70 37 17,5 26,2 17,9 5,4 30,5 0,3SSL 16 16 5/8 Green 70 37 19,1 27,8 17,9 4,6 30,5 0,25SSL 19 18-19 3/4 Blue 81 43,7 23,4 32,5 21,8 5,6 35,8 0,4SSL 22 22 7/8 Gold 90 51,6 26,2 38,9 25,4 6,4 41,4 0,6SSL 26 25-26 1 Slf Clrd 102 58 29,4 43,7 28,6 7,2 47,8 0,9SSL 29 28-29 11/8 Slf Clrd 122 64 32,5 49,2 31,8 7,4 52,8 1,2SSL 32 31-32 11/4 Slf Clrd 132 70,6 36,5 54,8 35,7 7,9 57,7 1,5SSL 35 34-35 13/8 Slf Clrd 148 76 39,7 60,3 39,7 7,9 62,5 1,9SSL 38 37-38 11/2 Slf Clrd 159 82,6 42,9 66,7 42,9 7,9 67,3 2,4SSL 45 44-45 13/4 Slf Clrd 184 98 49,2 79,4 50 9,3 77,2 3,8SSL 52 50-52 2 Slf Clrd 216 111 57,2 92,1 57,2 9,5 88,9 5,1SSL 57 56-57 21/4 Slf Clrd 243 128 63,5 102,4 64,3 12,8 103,1 8,7SSL 63 62-64 21/2 Slf Clrd 267 140 69,9 114,3 71,4 12,8 112,8 10,5SSL 70 68-70 23/4 Slf Clrd 298 146 76,2 120,7 78,6 12,8 117,6 12,5SSL 76 73-76 3 Slf Clrd 305 152 82,6 127 85,7 12,8 124,2 13,1SSL 89 86-89 31/2 Slf Clrd 356 178 98,4 148 101,6 12,8 144,5 21,6

Model nr. for wire Color Dimensions (mm) Weight(kg)mm inch A B C D E Wall

thicknessAfter

Swage

Proper swaging methods must be followed. Proper swaging practices are the responsibility of the sling manufacturer. A colour change will not indicate proper swaging. For further guidance see our Warning & Safety information.

SleevesForged carbon steel


43

TB

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Subsea swivel socket,

MBL 600 Mtons.

The standard range of Ropeblock sockets covers

the majority of customer needs for terminating

a wire rope. However, in some cases the standard

will not do. This is where our engineered solutions

can come into place. The possibilities are virtually

unlimited and therefore this is merely a snapshot

of what can be done:

n Customization in material properties: Stainless

steel, polished chrome finish and alternative

materialsn Additional features: integrated thrust bearing

for swivelling, special interfaces, aesthetic

featuresn Specific applications: bridge spelter sockets,

in pin integrated load cell, increased MBL

requirements, etc.

Contact us to explore the endless possibilities

Custom socket solutionsCustom socket solutions

43

High quality and safe components for the global lifting- and wire rope industry

www.ropeblock.com

Ropeblock B.V. PO Box 391 I NL-7570 AJ Oldenzaal I The Netherlands

T +31 (0)541 532 300 I F +31 (0)541 536 575 I E [email protected]

Copyright 2018Published by Ropeblock B.V. All rights reserved.No part of th