Issuu

ROPEBLOCK

CATALOGUE

SMART GETS YOU FURTHER.

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, this Ropeblock product 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 shall 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 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. Furthermore the party installing and/or using Ropeblock products shall read and fully understand the Warning & Safety information as presented in the back of this catalogue. Full responsibility for the safe use and application of Ropeblock products rests with the purchaser and/or user. 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.

SMART GETS YOU FURTHER.

WARNING

YOU CAN FIND THE WARNING & SAFETY INFORMATION ON PAGES 140 - 152

CONTENTS

CONTENTS 04

INTRODUCTION

PRODUCTS

ROPEBLOCK R&D

118

MARKETS

140

WARNING AND SAFETY INFORMATION

140

118 3

WARNING

ROPEBLOCK EQUALS

SMART ENGINEERING Established in 1994, Ropeblock is a globally renowned developer and manufacturer of lifting and rigging hardware. We supply safe and high quality components to crane OEMs and end users worldwide. Our products are used in critical equipment such as mobile cranes, port cranes, ship cranes, offshore cranes and platforms, dredging equipment, pendant structures, mooring systems, and heavy industry applications. By providing a reliable interface between the wire rope and its load and efficiently guiding the rope through the crane system, Ropeblock products maximize operational safety as well as wire rope durability.

ENGINEERED FOR EFFICIENCY Ropeblock products stand out by being engineered for efficiency, which is a matter of matching superior product design and (cost) efficient production. Mind you, our Smart Engineering philosophy goes way beyond actual engineering. It involves the entire process, including quality and safety, certification, and research & development. The fruits of Smart Engineering are often introduced in custom designed solutions. In turn, our standard components benefit as well, as any major innovations and improvements achieved are subsequently incorporated into the entire portfolio of Ropeblock products.

another Ropeblock trademark. Besides direct sales to customers in our various target markets, Ropeblock products are available from numerous rigging and sling shops worldwide. These vendors are proud to carry Ropeblock catalogue products, most of which are instantly available from large stocks. IN THIS CATALOGUE WE WILL TELL YOU ABOUT ROPEBLOCK, AND INTRODUCE YOU TO OUR PORTFOLIO. IF YOU HAVE ANY QUESTIONS, OUR STAFF WILL BE GLAD TO BE OF SERVICE

WE KNOW YOUR MARKET

Besides Smart Engineered products and solutions, Ropeblock’s excellent reputation is due to thorough knowledge of the markets in which we operate. From construction to cargo handling, offshore to industry, our dedicated specialists know all about industry specific issues, requirements, trends and developments. This very knowledge helps them in putting customers and customer needs first - which is WORLDWIDE DISTRIBUTION NETWORK

MARKET LEADING DESIGNS

Ropeblock’s design philosophy is primarily aimed at supplying low maintenance products that protect the wire rope and extend its lifetime. The implementation of this philosophy is restricted by the rules and regulations of different third parties and governmental institutions.

SMART ENGINEERING

WHY CHOOSE ROPEBLOCK?

Our extensive knowledge in this domain has allowed us to come up with truly market leading designs appreciated by OEMs and end-users alike.

THE BENEFITS OF STANDARDIZATION Wherever possible Ropeblock seeks to standardize its products. As a result, many of them can be used across applications. As an added benefit, lead times are relatively short.

CONSISTENT QUALITY Consistent product quality is assured by Ropeblock’s ISO 9001 QMS and a dedicated team of QA/QC professionals. Our efforts in this regard include elaborate in-house testing, especially where blocks and overhaul balls are concerned. Moreover, our manufacturing process has been approved by DNV GL, RMRS, BV, RINA and API Q1, with whom we are now in a Manufacturing Survey Arrangement.

FULL COMPLIANCE Due to Design For Assembly (DFA) protocols, Ropeblock products are designed in compliance with European machine directive 2006/42/EC as well as relevant guidelines in the EN, ISO, DIN or FEM standards, the ASME B30.5, B30.10, B30.26 safety standards and federal specifications including RR-S550D and RR-C-271. Furthermore, our products meet specific standards and design rules such as API 2C, API 8C, ABS, DNV GL, LRS, BV, RINA, and RS. As a result of this full compliance, any local regulations can be met.

CERTIFICATES AND DOCUMENTATION Ropeblock products can be supplied with any certification/ documentation you desire or require, such as declarations of compliance, manufacturer test certificates, material certificates, inspection reports and third party documents.

THE FINISHING TOUCH An important requirement in the total scope of manu facturing is the finishing, or corrosion protection, of the products. Ropeblock has developed comprehensive finishing methods in accordance with ISO standards, which allows for flexible adaptation to segment specific requirements.

The Ropeblock Quality Management System is certified in accordance with ISO 9001: 2015. Our manufacturing processes have been approved by DNV GL, RMRS, BV, RINA and API Q1, resulting in a Manufacturing Survey Arrangement with these third parties. This, together with a dedicated team of QA/QC professionals, ensures a consistent quality of products and services.

and many more...

Ropeblock products are state of the art designed following European machine directive 2006/42/EC and using relevant guidelines in EN, ISO, DIN or FEM standards, ASME B30.5, B30.10, B30.26 safety standards and e.g. federal specifications RR-S550D, RR-C-271. Ropeblock products adhere to standards and design rules (such as API 2C, API 8C, ABS, DNV GL, LRS, BV, RINA, RS, etc.) as mentioned in the contract and/or drawings. With Ropeblock Design For Assembly (DFA) engineering principles they are the perfect choice for local regulations, stipulating hook and hook-nut should be dismantled, inspected and re-tested (proof loaded) every 4 or 5 years.

MAN UF ARRA ACTURIN NGEM G SU RVEY ENT Betwe en

Upon request, all blocks and swivels can be supplied with any of the following documents: Declaration of compliance according to EN 10204 2.1 Test report according to EN 10204 2.2 (batch proof load test according to ILO 152) Inspection certificate finished product according to EN 10204 3.1 (individual product proof load test according to ILO 152) Inspection certificate finished product according to EN 10204 3.2, confirmed by a third party (Individual product proof load test according to ILO 152) Material certificate according to EN 10204 3.1 for main load bearing part (hook certificate) Material certificates according to EN 10204 3.1 for all load bearing parts Material certificates confirmed by a third party according to EN 10304 3.2, for main loading part or all load bearing parts EC Declaration according to Machine Directive 2006/42/EG where applicable NDE inspection reports (e.g. visual, dimensional, magnetic and ultrasonic) Witness or survey certificate issued by official classification or inspection agencies, all IACS agencies accepted (e.g. ABS. DNV GL, LRS) Third party design or type approval Full manufacturing record book including material certificates, test certificates, welding log, paint log, etcetera.

MSA No : MSA0 000A ZX

Ropebl anufacturer"

Oldenz ock B.V. aal, Ne therla nds

and

"DNV GL DNV GL " legal Rotte entity rdam, Produc t Certi fication /Veri nition fication Certifica te: MS This Ma ARC000 nufactur 0AZX LIFTI ing Su NG BL rvey Arr OCKS subjec angem , SWIV t to tes ent (M ELS, ting an herein. SA SH ) is app d inspec EA lica tion for VES AND SOCK ble to confor The MS ETS mance A with the attendan implies tha requir t the ce of DN ements V GL an manufactur of DNV er d to pre GL Ru is The MS les, as pare the authorised A is val stated to per id until certificat form 2018-12 es wh The MS ich wil the testing -31 A will, an l be val System ho idated d inspection Certifica wever, be inv by DN without V GL. te No. alid the is invalid if the Recog The MS nit . A is go ion Ce rtificate verned by DN is invalid Issued V GL’s , or if at Rotte genera the ma l terms rdam, nufactur and con Produc er’s Qu ditions. t Certi alit y fication These may be /Veri provid fication ed upon on 20 request. 17-05 -05 for RO PEBLOC K B.V . Ref. Re cog

Gerw in Eilan der Quali ty Ma nager for DN V GL LEGA

L ENTI TY

Angene nt, Ma n Rotte urice rdam - Head of VM C & CM C

Statio

C ertificate N o: 1 9 6 097-2016-AQ -NLD-RvA

Form cod © DNV e: MSA 701 GL 201 4. DNV GL and Rev the Hor ision: 201 6-08 izon Gra V alid: phic are 2 4 July 2 018 - 3 1 trademarks July 2 019 of DNV GL AS.

I nitial c ertification date: 1 4 July 1 998

This is to certify that the management system

www.dnv

gl.com

Ropeblock B.V.

CERTIFICATES AND DOCUMENTS

QUALITY & CERTIFICATES

STANDARDS AND DESIGN RULES

Page 1 of 6

Kampenstraat 1, 7575 ER, Oldenzaal, The Netherlands and the sites as mentio ned in the appendix accompanying this

certificate

has been found to conform to the Quality Manage ment System

standard:

ISO 9001:2015

This certificate is valid for the following scope: Sales, design, engine ering, manufacturin g, assembly, testing lifting and rigging components such and delivery of as blocks, hooks, beams, wire rope swivels, sheaves, connections, turnbu ckles, rigging gear equipment for the and hoisting lifting and wire rope industry.

P lac e and date: Barendrecht, 24 July 2018

Page 1 / 2

For the is s uing offic e: DNV GL - Business A ssurance Zwolseweg 1, 2994 LB, Barendrecht, The Net herlands

J.H.C.N. van Gijlswijk M anagement Representa

/22224/B.0

Certificate number: SMS.W.II.

tive

www.veristar.com Lack of fulfilment of conditions as set out in the Certification ACCREDITED UNIT: Agreement may render DNV GL Business Assurance this Certificate invalid. assurance.dnvgl.com B.V., ZWOLSEWEG 1, 2994 LB, BARENDRECH T, THE NETHERLAND S. TEL:+31102922689.

RECOGNITION FOR BV MODE II SCHEME

ROPEBLOCK B.V.

RLANDS

OLDENZAAL - NETHE

is of the recognition which Summary of the range ies Loose Gear & Lifting Accessor Accessories Crane, Components and Frame / Structure

ent page(s):

detailed in the subsequ

in compliance with company's request and to the range of the performed, at the above Marine & Offshore has quality procedures related to attest that Bureau Veritas t of the manufacturing facilities and associated This certificate is issued a satisfactory assessmen the requirements of NR320, recognition.

This certificate will expire

on: 07 Oct 2022

For BUREAU VERITAS, on 09 Oct 2018, At BV GRONINGEN, John Mondt

are complied in the subsequent page(s) .com. Any the conditions indicated or revoked, provided the internet site www.veristarany liability for & Offshore available on above, unless cancelled of Bureau Veritas Marine valid until the date stated Veritas Marine & Offshore of the Society This certificate remains a claim against Bureau of the General Conditions by personnel issued within the scope is delivered may not assert fault or negligence committed with. This certificate is to which this document or for errors of judgement, the contract pursuant provide. Person not a party to be contained in said document, activities for which it may omissions which may in connection with any arising out of errors or of this document, and issuance or t establishmen or of its Agents in

NOTE THAT THE ABOVE IS AN ABSTRACT OF WHAT IS COMMONLY REQUESTED, BUT NOT CONSIDERED STANDARD. PLEASE ASK YOUR SALES CONTACT FOR DETAILS.

ROPEBLOCK

R&D THE HANDS-ON APPROACH

At Ropeblock, research & development is not an isolated department. Rather, it’s an ongoing process that is integral to our Smart Engineering philosophy. Our constant aim is to fulfil customer needs by providing efficient, safe, durable, low-maintenance products and solutions, well thought-out from manufacturing through application. To achieve this, our engineers are always looking for ways to optimize

ENGINEERED In any type of crane system, a wire rope being bent over a sheave will lead to rope fatigue. Recent studies show that this particular type

current designs or come up with new

of fatigue is even more severe when the wire

ones that do an even better job. Our

rope is in a twisted state. In such cases, the

hands-on approach of R&D has led to

most commonly used rotation resistant ropes

success for both our customers and

may see their longevity reduced by up to 70

end users, while also yielding patented

percent. At Ropeblock, we took it upon

market leading designs. On these pages we present two examples of highly appreciated product optimizations that couldn’t have been achieved without Ropeblock’s signature R&D approach.

ROPEBLOCK

ourselves to address this issue by developing a unique type of sheave.

FLEET ANGLES One of the major causes of wire rope twist in crane applications is friction between the wire rope and the sheave. This friction, in turn, is primarily caused by the angle of attack of the wire rope on the sheave groove (a phenomenon also known as fleet angles). Under tension, the end of a wire rope will rotate when free (e.g. with a swivel). However, such rotation

F E

FOR DURABILITY is not possible when the wire rope is fixed directly to the crane. The additional twist resulting from fleet angles then generates extra torsion. When the accumulated twist in the crane system is released between the tip of the crane and the lower block, block rotation may eventually ensue.

The degree of friction in crane systems largely depends on the type of sheave used. Plastic sheaves, especially, are known to cause above-average friction, hence, more twist. Consequently, after meticulous R&D, Ropeblock introduced a unique type of cast sheave. It ensures optimum interaction with the wire rope, resulting in significant friction reduction and record amounts of Cycle Bends Over Sheave (CBOS) in any application.

GRAPHITE LUBRICATION The secret of the Ropeblock cast sheave is dry graphite lubrication, which works in a way similar to bronze bearings with graphite nodes. By making the wire rope slide rather than twisting it, Ropeblock sheaves substantially lower the friction coefficient. Once the rope and groove are properly run in, wear is reduced

35,0 30,0 25,0 20,0 Angle of turns absolute

CHOOSING THE OPTIMUM MATERIAL

to practically zero. What’s more, improved sheave ductility provides better resistance against impact or unintended blows against objects, while the material grain makes sheaves more crack-resistant. As an added benefit when operating in extreme circumstances, Ropeblock graphite sheaves have a better than average low temperature performance, allowing service down to even -40°C/-40°F.

15,0 10,0 5,0 0 Plastic

Plastic (worked)

Steel

Steel (worked)

Ropeblock

Ropeblock (worked)

LONGER LASTING Research in a lab environment proved that by minimizing wire rope twist Ropeblock sheaves make wire rope last up to 40 percent longer when compared to the same size and geometry plastic sheaves. When compared to regular steel sheaves of the same size and geometry, Ropeblock sheaves perform better by 25 percent. All in all, Ropeblock sheaves make crane systems safer, improve uptime and optimize cost effectiveness. They come in hundreds of different bearing and D/d sizes, ranging from wire rope 10 mm to 76 mm and beyond, and are accepted by all major classification societies.

CAST SHEAVES

RESEARCH & DEVELOPMENT

ROPEBLOCK OPTIMIZED RAMSHORN HOOKS ENGINEERED FOR EFFICIENCY

RESEARCH & DEVELOPMENT

Crane blocks and lifting hooks are often used in applications that include soft eye and steel wire rope slings and grommets. The capacity of these slings and grommets largely depends on the bending radius on the hook saddle. The sharper the edge, the lower the capacity. Oversized slings/grommets need

to be selected to meet the required load and wear will arise on the bending spots.

INCREASED BENDING RADIUS To remedy this, Ropeblock developed a new generation of ramshorn hooks featuring a significantly larger bending radius in the sling zone. The increased bending radius improves the working efficiency of slings and grommets. The resulting wear reduction translates into improved endurance, while capacity is less compromised.

Whereas the new geometry makes the hook body exceed EN and DIN standards (including EN13001-3-5), the shape still allows the hooks to work with traditional hardware. All in all this is the safe choice for any application. The new improved ramshorn hooks are available in the medium and larger capacity range (sizes 16 and up) where grommets and soft-eye slings are used along with traditional hardware.

EN AND DIN COMPLIANT

PRODUCT

OVERVIEW

CRANE BLOCKS & OVERHAUL BALLS The Ropeblock portfolio includes a wide range of crane blocks with proven quality assured by a track record spanning 25 years.

PAGES 15 - 39 12

BLOCKS

SHEAVES

Ropeblock offers a wide choice of standard blocks. Some were developed for general purposes, others for specific rigging equipment. Possible applications include routing or guiding wire rope, upending and wall tilt-up, and cargo handling on m erchant vessels.

The Ropeblock range of highly efficient, Smart Engineered standard sheaves is extensive. It includes API sheaves, cast sheaves, plastic sheaves, welded sheaves, sheaves from solid materials and forged sheaves.

PAGES 40 - 54

PAGES 56 - 73

SOCKETS

TURNBUCKLES

COMPONENTS

Ropeblock provides sockets for both general purpose and high performance ropes. These sockets are used in extreme environments. Besides the standard sockets shown in this catalogue we can Smart Engineer any required special socket solution.

Turnbuckles may be supplied in endless variations, in workload, in size, in take up, in locking, in connections, in type of thread.

The Ropeblock portfolio includes a wide choice of proven quality components for various lifting & rigging purposes, such as split overhaul balls, triangle plates and pad eyes.

PAGES 74 - 99

PAGES 100 -106

PAGES 108- 117

COMPLEMENTARY ITEMS The portfolio is rounded out by a range of highly useful complementary items such as snatch blocks, metric turnbuckles and UNC turnbuckles.

PAGES 128- 139 13

ROPEBLOCK

PRODUCTS

weights and wire rope diameters, and hook interchangeability.

RECOMMENDED FINISH Segment / application Construction

ISO 12944 classification C2M

Classification description Slightly polluted atmosphere, predominately agriculture areas Industrial and residential air pollution levels, with an average sulfurdioxide (IV) contamination level. Coastal areas with low salt content in air Industrial and residential air pollution levels, with an average sulfurdioxide (IV) contamination level. Coastal areas with low salt content in air Industrial and residential air pollution levels, with an average sulfurdioxide (IV) contamination level. Coastal areas with low salt content in air

p a g e i n f o r m a t i o n

degree of flexibility in terms of, e.g., possible

o n

Expected protection duration

DFT (µm)

5 to 15 year

120

2 to 5 year

120

5 to 15 year

160

5 to 15 year

160

Construction

C3M

Construction

C3M

Cargo handling

C3M

Cargo handling

C4H

Industrial areas and coastal areas with average salt content in air more than 15 year

280

Cargo handling

C5-MM

Coastal areas and open sea with high salt content in air

280

Offshore

C4H

Industrial areas and coastal areas with average salt content in air more than 15 year

300

Offshore

C5-MM

Coastal areas and open sea with high salt content in air

5 to 15 year

300

Offshore

C5-MH

Coastal areas and open sea with high salt content in air

more than 15 year

320

Offshore

NORSOK sys. 1*

Open sea with high salt content in air

more than 15 year

300

5 to 15 year

s a f e t y

They feature superb finishing and a high

a n d

assured by a track record spanning 25 years.

w a r n i n g

range of crane blocks with proven quality

Components include Ropeblock cast sheaves with maintenance free bearings. Axial cylindrical roller bearings minimise rotational resistance of the hook. Spare parts are readily available from stock.

o u r

s e e

The Ropeblock portfolio includes a wide

140

CRANE BLOCKS & OVERHAUL BALLS

CONSTRUCTION SPECIFIC BLOCKS FAST REEVE CRANE BLOCKS Ropeblock Fast Reeve Crane Blocks are suitable

THE ANATOMY OF A ROPEBLOCK CRANE BLOCK PRODUCT NUMBER

for use on a wide variety of mobile cranes, crawler cranes and other land-based cranes.

i n f o r m a t i o n

o n

p a g e

140

These blocks are an excellent choice for lifting

Standard features include: n

s a f e t y

o u r

w a r n i n g

a n d

s e e

FRB 528.26.5.100.E

applications requiring frequent block change.

sample product number:

Design factor: 4:1 Double-sealed maintenance-free roller bearings Forged high tensile steel EN/DIN hooks Cast sheaves featuring graphite lubricated groove High impact-resistant side plates Operational temperature range: -40 up to +80⁰C / -40 up to +176⁰F Lubrication on hook suspension 4 or 8 point hook locking device Fast reeve guides for fast reeving C3M finish in signal yellow with black striping Safety latch with locking pin

PLEASE CONTACT US FOR MORE DETAILS

Model Description: FRB = Fast Reeve Block SRB = Standard Reeve Block

Number of Sheaves

Wire Rope Size in mm

Sheave Tread Diameter in mm

Additional Product Description: E = Single Hook D = Ramshorn Hook DB = Ramshorn Hook form B S = Shackle O = Oblong Eye Working Load Limit in Metric tons (multiply by 110% for US tons)

A Ropeblock product number includes significant information that carries meaning contributing to the product.

1 SHEAVE

CRANE BLOCKS

FAST REEVE CRANE BLOCKS >>

Ramshorn hook

Ramshorn hook form B

Quad hook

Shackle stud eye

øZ

Weight (kg

12,5

260

225

588

345

170

863

970

FRB 225.14.1.16.E

260

225

608

345

180

883

1008

100

FRB 260.14.1.12,5.E

12,5

300

260

653

400

155

938

1063

100

FRB 260.14.1.16.E

300

260

693

400

165

978

1103

120

FRB 260.14.1.20.E

300

260

748

400

165

1033

1168

130

FRB 260.16.1.12,5.E

12,5

300

260

653

400

155

938

1045

100

FRB 260.16.1.16.E

300

260

693

400

165

978

1103

120

FRB 260.16.1.20.E

300

260

748

400

165

1033

1168

130

FRB 285.16.1.16.E

320

285

723

420

165

1023

1148

135

FRB 285.16.1.20.E

320

285

778

420

165

1078

1213

160

FRB 320.16.1.20.E

365

320

768

450

180

1101

1236

160

FRB 355.16.1.16.E

410

355

788

500

195

1133

1258

180

FRB 355.16.1.20.E

410

355

853

500

225

1198

1333

250

FRB 355.19.1.16.E.A

410

355

788

500

195

1133

1263

180

FRB 355.19.1.16.E.B

410

355

788

500

215

1133

1263

225

FRB 355.19.1.20.E

410

355

853

500

225

1198

1338

250

FRB 400.19.1.25.E

460

400

883

570

220

1258

1398

275

FRB 400.22.1.25.E

460

400

883

570

220

1258

1403

275

FRB 400.22.1.29.E

460

400

883

570

270

1268

1413

365

FRB 450.22.1.32.E

515

450

1003

600

250

1416

1572

455

FRB 450.22.1.40.E

515

450

1074

600

333

1487

1655

590

Minimum Ultimate Strength = 4 x WLL n

n n n

The dimensions in this table are indicative only. A drawing will always be submitted prior to production and will be the leading document when discussing dimensions. Blocks shown here are standard models; inquiries for custom versions are welcome. Refer to wire rope manufacturers D/d ratio guideline. Optional: Hook locking pin.

WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

140

p a g e

o n

i n f o r m a t i o n

s a f e t y

øD2

a n d

øD1

w a r n i n g

Dimensions (mm)

Hook size

o u r

FRB 225.14.1.12,5.E

WLL For wire ød (Mtons) (mm)

s e e

Model Nr.

CRANE BLOCKS

<< FAST REEVE CRANE BLOCKS

1 SHEAVE

Ramshorn hook

Ramshorn hook form B

Quad hook

Shackle stud eye

Model Nr.

Dimensions (mm) øD1

øD2

øZ

Weight (kg)

515

450

1003

600

250

1426

1592

455

FRB 450.24.1.32.E.B

515

450

1003

600

333

1426

1592

590

FRB 450.24.1.40.E

515

450

1074

600

333

1497

1675

590

FRB 450.26.1.32.E.A

515

450

1003

600

250

1426

1592

450

FRB 450.26.1.32.E.B

515

450

1003

600

333

1426

1592

590

FRB 450.26.1.40.E

515

450

1074

600

333

1497

1675

590

FRB 450.26.1.50.E.A

515

450

1094

600

333

1514

1706

590

FRB 450.26.1.50.E.B

515

450

1094

600

363

1514

1706

680

FRB 528.24.1.40.E

595

528

1114

710

323

1592

1770

680

FRB 528.24.1.50.E

595

528

1111

710

343

1589

1781

750

FRB 528.26.1.40.E

595

528

1114

710

323

1592

1770

680

FRB 528.26.1.50.E

595

528

1111

710

343

1589

1781

750

FRB 528.28.1.40.E

595

528

1114

710

323

1592

1780

680

FRB 528.28.1.50.E

595

528

1111

710

343

1589

1791

750

FRB 575.26.1.40.E

650

575

1138

770

313

1643

1821

750

FRB 575.28.1.50.E

650

575

1144

770

313

1649

1851

750

FRB 575.32.1.63.E

650

575

1223

770

353

1738

1945

975

FRB 630.28.1.50.E

710

630

1172

830

323

1717

1919

975

FRB 630.32.1.63.E

710

630

1253

830

323

1798

2005

975

FRB 670.28.1.63.E

760

670

1248

870

453

1813

2015

1800

FRB 670.32.1.63.E

760

670

1248

870

453

1813

2020

1800

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

140

FRB 450.24.1.32.E.A

p a g e

Hook size

o n

WLL For wire ød (Mtons) (mm)

Minimum Ultimate Strength = 4 x WLL n

s e e

WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

2 SHEAVES TB

TA T

CRANE BLOCKS

FAST REEVE CRANE BLOCKS

Ramshorn hook

Ramshorn hook form B

Quad hook

Shackle stud eye

øZ

Weight (kg)

FRB 225.14.2.16.E

260

225

608

345

180

883

1103

105

FRB 260.14.2.16.E

300

260

693

400

165

978

1168

125

FRB 260.14.2.20.E

300

260

748

400

165

1033

1103

130

FRB 260.16.2.16.E

300

260

693

400

165

978

1168

125

FRB 260.16.2.20.E

300

260

748

420

165

1033

1213

130

FRB 285.16.2.20.E

365

285

778

420

165

1078

1236

160

FRB 320.16.2.20.E

365

320

768

450

180

1101

1231

160

FRB 320.16.2.25.E

365

320

763

450

230

1096

1333

205

FRB 355.19.2.29.E

410

355

848

500

225

1193

1393

265

FRB 400.19.2.29.E

460

400

873

570

240

1253

1398

365

FRB 400.22.2.29.E

460

400

873

570

240

1253

1572

365

FRB 450.22.2.32.E

515

450

1003

600

250

1416

1655

485

FRB 450.22.2.40.E

515

450

1074

600

333

1487

1665

590

FRB 450.24.2.40.E

515

450

1074

600

333

1487

1689

590

FRB 450.24.2.50.E

515

450

1074

600

363

1497

1675

680

FRB 450.26.2.40.E

515

450

1074

600

333

FRB 450.26.2.50.E

515

450

1074

600

363

1497

1848

680

FRB 528.24.2.63.E

595

528

1202

710

383

1656

1848

1000

FRB 528.26.2.63.E

595

528

1202

710

383

1656

1946

1000

FRB 528.26.2.80.E

595

528

1272

110

710

412

1736

1883

1065

FRB 528.28.2.63.E

595

528

1203

710

383

1681

1971

1000

FRB 528.28.2.80.E

595

528

1273

110

710

412

1751

2117

1065

FRB 670.28.2.100.E

100

760

670

1332

110

870

482

1897

2122

2240

FRB 670.32.2.100.E

100

760

670

1332

110

870

482

1897

83,54

2240

1497 1689 45 52 590 Minimum Ultimate Strength = 4 x WLL.

Minimum Ultimate Strength = 4 x WLL n

n n n

WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

p a g e

o n

i n f o r m a t i o n

s a f e t y

øD2

a n d

øD1

w a r n i n g

Dimensions (mm)

Hook size

o u r

WLL For wire ød (Mtons) (mm)

s e e

Model Nr.

140

3 SHEAVES

TA T

TB Z

Ramshorn hook

Ramshorn hook form B

Quad hook

Shackle stud eye

CRANE BLOCKS

FAST REEVE CRANE BLOCKS >>

Dimensions (mm) øD1

øD2

øZ

Weight (kg)

260

225

718

345

180

993

1128

130

FRB 260.14.3.20.E

300

260

723

400

220

1018

1153

185

FRB 260.14.3.25.E

300

260

698

400

260

993

1128

210

FRB 285.16.3.29.E

320

280

703

420

180

1013

1148

210

FRB 320.16.3.20.E

365

320

763

450

180

1096

1231

160

FRB 320.16.3.25.E

365

320

763

450

220

1096

1231

205

FRB 320.16.3.29.E.A

365

320

763

450

220

1096

1231

210

FRB 320.16.3.29.E.B

365

320

763

450

230

1096

1231

225

FRB 355.19.3.32.E

410

355

863

500

280

1208

1359

370

FRB 360.19.3.40.E

420

360

899

510

342

1254

1417

455

FRB 360.19.3.50.E

420

360

899

510

402

1254

1431

555

FRB 400.19.3.40.E

460

400

928

570

343

1323

1486

500

FRB 400.19.3.50.E

460

400

949

570

343

1324

1501

540

FRB 400.22.3.50.E

460

400

949

570

343

1324

1506

540

s a f e t y

i n f o r m a t i o n

140

FRB 225.14.3.20.E

p a g e

WLL For wire ød Hook (Mtons) (mm) size

o n

Model Nr.

Minimum Ultimate Strength = 4 x WLL n

s e e

o u r

w a r n i n g

a n d

n n

SEE OUR WARNING & SAFETY WARNING

INFORMATION ON PAGES 140 - 152

3 SHEAVES

TA T

TB Z

Ramshorn hook

Ramshorn hook form B

Quad hook

Shackle stud eye

CRANE BLOCKS

<< FAST REEVE CRANE BLOCKS

øZ

Weight (kg)

FRB 450.22.3.63.E

515

450

1038

600

303

1448

1630

600

FRB 450.24.3.63.E.A

515

450

1038

600

313

1454

1646

650

FRB 450.24.3.63.E.B

515

450

1038

600

363

1454

1646

770

FRB 450.26.3.63.E.A

515

450

1038

600

313

1461

1653

650

FRB 450.26.3.63.E.B

515

450

1038

600

363

1461

1653

770

FRB 450.26.3.80.E

515

450

1182

110

600

362

1605

1815

810

FRB 528.24.3.80.E

595

528

1272

110

710

412

1736

1946

1130

FRB 528.26.3.80.E

595

528

1272

110

710

412

1736

1946

1130

FRB 528.26.3.100.E

100

595

528

1363

132

710

462

1826

2056

1360

FRB 528.28.3.80.E

595

528

1272

110

710

412

1751

1971

1130

FRB 528.28.3.100.E

100

595

528

1363

132

710

462

1841

2081

1360

FRB 575.28.3.100.E

100

650

575

1303

132

770

432

1808

2048

1360

FRB 670.28.3.125.E

125

760

670

1428

132

870

622

1993

2233

2900

FRB 670.32.3.125.E

125

760

670

1428

132

870

622

1993

2238

2900

Minimum Ultimate Strength = 4 x WLL n

n n n

SEE OUR WARNING & SAFETY WARNING

INFORMATION ON PAGES 140 - 152

p a g e

o n

i n f o r m a t i o n

s a f e t y

a n d

øD2

w a r n i n g

Dimensions (mm) øD1

o u r

WLL For wire ød Hook (Mtons) (mm) size

s e e

Model Nr.

140

4 SHEAVES

TB T

Ramshorn hook

Ramshorn hook form B

Quad hook

Shackle stud eye

CRANE BLOCKS

FAST REEVE CRANE BLOCKS

Dimensions (mm) øD1

øD2

øZ

Weight (kg)

320

285

753

420

292

1053

1171

275

FRB 355.19.4.50.E

410

355

959

500

363

1229

1347

500

FRB 355.19.4.63.E

410

355

1038

500

343

1308

1440

570

FRB 400.22.4.63.E

460

400

1038

570

350

1333

1465

540

FRB 450.22.4.63.E

515

450

1038

600

400

1448

1580

750

FRB 450.24.4.63.E

515

450

1038

600

400

1448

1580

750

FRB 450.24.4.80.E

515

450

1183

110

600

527

1568

1718

1000

FRB 450.26.4.80.E

515

450

1183

110

600

527

1568

1718

1000

FRB 528.24.4.80.E

595

528

1272

110

710

527

1736

1886

1000

FRB 528.26.4.80.E

595

528

1272

110

710

527

1736

1886

1000

FRB 528.26.4.100.E

100

595

528

1288

132

710

472

1743

1913

1270

FRB 528.28.4.80.E

595

528

1273

110

710

472

1671

1821

1270

FRB 528.28.4.100.E

100

595

528

1288

132

710

472

1753

1923

1270

FRB 575.28.4.125.E

125

650

575

1413

137

770

442

1893

2083

1360

FRB 670.28.4.160.E

160

760

670

1616

167

870

662

2181

2393

3150

FRB 670.32.4.160.E

160

760

670

1616

167

870

662

2181

2393

3150

a n d

s a f e t y

i n f o r m a t i o n

140

FRB 285.16.4.35.E

p a g e

WLL For wire ød Hook (Mtons) (mm) size

o n

Model Nr.

Minimum Ultimate Strength = 4 x WLL n

s e e

o u r

w a r n i n g

n n

WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

5 SHEAVES

TA T

Ramshorn hook

Ramshorn hook form B

Quad hook

Shackle stud eye

CRANE BLOCKS

FAST REEVE CRANE BLOCKS

øZ

Weight (kg)

FRB 355.16.5.50.E

410

355

959

500

382

1224

1342

500

FRB 360.19.5.63.E

420

360

973

510

422

1243

1375

600

FRB 360.19.5.80.E

420

360

1082

110

510

482

1352

1502

820

FRB 400.19.5.63.E

460

400

1048

570

432

1388

1520

750

FRB 400.19.5.80.E

460

400

1147

110

570

507

1447

1597

820

FRB 450.22.5.80.E

515

450

1188

110

600

437

1580

1730

815

FRB 450.24.5.80.E

515

450

1188

110

600

437

1580

1730

815

FRB 450.24.5.100.E

100

515

450

1263

132

600

417

1598

1768

910

FRB 450.26.5.100.E.A

100

515

450

1263

132

600

417

1598

1768

910

FRB 450.26.5.100.E.B

100

515

450

1263

132

600

507

1598

1768

1140

FRB 528.24.5.125.E

125

595

528

1333

137

710

622

1723

1913

1820

FRB 528.26.5.125.E

125

595

528

1333

137

710

622

1723

1913

1820

FRB 528.26.5.150.E

150

595

528

1333

167

710

602

1723

1935

1820

FRB 528.28.5.125.E

125

595

528

1333

137

710

622

1723

1913

1820

FRB 528.28.5.150.E

150

595

528

1333

167

710

622

1726

1938

1820

FRB 528.28.5.160.E

160

595

528

1502

167

710

662

1979

2191

2270

FRB 575.28.5.150.E

150

650

575

1383

167

770

572

1803

2015

1820

FRB 575.28.5.160.E

160

650

575

1591

167

770

592

2011

2223

2270

FRB 670.28.5.200.E

200

760

670

1716

188

870

782

2206

2442

3560

FRB 670.32.5.200.E

200

760

670

1716

188

870

782

2206

2442

3560

Minimum Ultimate Strength = 4 x WLL n

n n n

WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

p a g e

o n

i n f o r m a t i o n

s a f e t y

øD2

a n d

øD1

w a r n i n g

Dimensions (mm)

Hook size

o u r

WLL For wire ød (Mtons) (mm)

s e e

Model Nr.

140

6 SHEAVES

Ramshorn hook

Ramshorn hook form B

Quad hook

Shackle stud eye

CRANE BLOCKS

FAST REEVE CRANE BLOCKS

Dimensions (mm)

Hook size

øD1

øD2

øZ

Weight (kg)

680

725

775

420

360

973

510

522

1243

FRB 360.19.6.63.E.B

420

360

973

510

522

1243

FRB 400.19.6.63.E

460

400

1063

570

507

1363

FRB 400.19.6.80.E

460

400

1147

110

570

507

1447

1597

820

FRB 400.22.6.80.E

460

400

1147

110

570

507

1447

1597

820

FRB 450.22.6.80.E

515

450

1187

110

600

502

1580

1730

910

FRB 450.24.6.80.E

515

450

1187

110

600

502

1580

1730

910

FRB 450.24.6.100.E

100

515

450

1263

132

600

582

1598

1768

1135

FRB 450.26.6.100.E

100

515

450

1263

132

600

582

1598

1768

1135

FRB 528.24.6.150.E

150

596

528

1553

167

710

642

2020

2232

1800

FRB 528.26.6.150.E

150

596

528

1553

167

710

642

2020

2232

1800

FRB 528.28.6.150.E

150

596

528

1553

167

710

642

2030

2242

1800

FRB 528.26.6.160.E

160

596

528

1581

167

710

682

1966

2178

2270

FRB 528.28.6.160.E

160

596

528

1581

167

710

682

1976

2188

2270

FRB 575.28.6.200.E

200

650

575

1661

188

770

602

2081

2317

2270

FRB 670.28.6.235.E

235

760

670

1716

188

870

952

2206

2442

4160

FRB 670.32.6.235.E

235

760

670

1716

188

870

952

2206

2442

4160

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

140

FRB 360.19.6.63.E.A

p a g e

WLL For wire ød (Mtons) (mm)

o n

Model Nr.

Minimum Ultimate Strength = 4 x WLL n

n n n

SEE OUR WARNING & SAFETY WARNING

INFORMATION ON PAGES 140 - 152

7 SHEAVES

TB Z

Ramshorn hook

Ramshorn hook form B

Quad hook

Shackle stud eye

D2 B

CRANE BLOCKS

FAST REEVE CRANE BLOCKS

øZ

Weight (kg)

FRB 450.22.7.125.E

125

596

528

1313

137

600

577

1668

1858

1600

FRB 450.24.7.160.E

160

596

528

1416

167

600

682

1771

1983

1820

FRB 528.24.7.160.E

160

596

528

1581

167

710

682

2017

2229

2100

FRB 528.26.7.160.E

160

596

528

1581

167

710

682

2017

2229

2100

FRB 528.24.7.200.E

200

596

528

1591

188

710

722

2051

2287

2500

FRB 528.26.7.200.E

200

596

528

1591

188

710

722

2051

2287

2500

FRB 528.28.7.200.E

200

596

528

1591

188

710

722

2051

2287

2500

FRB 575.28.7.250.E

250

650

575

1837

205

770

682

2257

2522

2800

FRB 670.28.7.272.E

272

760

670

1852

205

870

1032

2342

2607

4890

FRB 670.32.7.272.E

272

760

670

1852

205

870

1032

2342

2607

4890

Minimum Ultimate Strength = 4 x WLL n

n n n

WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

p a g e

o n

i n f o r m a t i o n

s a f e t y

øD2

a n d

øD1

w a r n i n g

Dimensions (mm)

Hook size

o u r

WLL For wire ød (Mtons) (mm)

s e e

Model Nr.

140

CONSTRUCTION SPECIFIC BLOCKS STANDARD REEVE CRANE BLOCKS Ropeblock Standard Reeve Crane Blocks are suitable for use on a wide variety of mobile

sample product number:

cranes, crawler cranes and other land-based

SRB 528.26.5.100.E

o n

p a g e

140

cranes. These blocks are an excellent choice when frequent easy block change is not a required main feature, or lifting height is limited. Standard features include:

s a f e t y

i n f o r m a t i o n

a n d

s e e

o u r

w a r n i n g

THE ANATOMY OF A ROPEBLOCK CRANE BLOCK PRODUCT NUMBER

Design factor: 4:1 Double-sealed maintenance-free roller bearings Forged high tensile steel DIN hooks Cast sheaves featuring graphite lubricated groove High impact-resistant side plates Operational temperature range: -40 up to +80⁰C / -40 up to +176⁰F Lubrication on hook suspension Short design for increased lifting height C3M finish in signal yellow Safety latch with locking pin

PLEASE CONTACT US FOR MORE DETAILS

Model Description: SRB = Standard Reeve Block FRB = Fast Reeve Block

Number of Sheaves

Wire Rope Size in mm

Sheave Tread Diameter in mm

Additional Product Description: E = Single Hook D = Ramshorn Hook DB = Ramshorn Hook form B S = Shackle O = Oblong Eye Working Load Limit in Metric tons (multiply by 110% for US tons)

A Ropeblock product number includes significant information that carries meaning contributing to the product.

1 SHEAVE TB

TA T

D2 TL

Ramshorn hook

Ramshorn hook form B

Quad hook

Shackle stud eye

CRANE BLOCKS

STANDARD REEVE CRANE BLOCKS

øZ

Weight (kg)

12,5

260

225

523

345

170

798

913

SRB 225.14.1.16.E

260

225

548

345

180

823

938

100

SRB 260.14.1.12,5.E

12,5

300

260

548

400

185

833

948

110

SRB 260.16.1.12,5.E

12,5

300

260

548

400

185

833

948

110

SRB 260.16.1.16.E

300

260

548

400

185

833

948

110

SRB 285.16.1.16.E

320

280

608

420

165

908

1033

160

SRB 320.16.1.16.E

365

320

628

450

205

951

1076

160

SRB 320.19.1.16.E

365

320

628

450

205

951

1081

160

SRB 355.16.1.16.E.A

410

355

668

500

195

1013

1138

180

SRB 355.19.1.16.E

410

355

668

500

195

1013

1138

180

SRB 355.19.1.20.E

410

355

713

500

225

1053

1204

225

SRB 400.22.1.29.E

460

400

743

570

240

1128

1273

290

SRB 450.24.1.32.E.A

515

450

833

600

350

1256

1422

455

SRB 450.24.1.32.E.B

515

450

833

600

410

1256

1422

590

SRB 450.26.1.32.E.A

515

450

833

600

350

1256

1422

455

SRB 450.26.1.32.E.B

515

450

833

600

410

1256

1422

590

SRB 450.24.1.40.E.B

515

450

1074

600

410

1487

1665

590

SRB 450.26.1.40.E

515

450

918

605

323

1338

1516

590

SRB 528.24.1.50.E

596

528

934

710

353

1412

1604

725

SRB 528.26.1.50.E

596

528

934

710

353

1412

1604

725

SRB 528.28.1.50.E

595

528

934

710

353

1412

1614

725

SRB 575.28.1.50.E

650

575

958

770

333

1459

1661

930

SRB 630.32.1.63.E

720

630

985

825

353

1521

1728

1000

SRB 670.28.1.63.E

760

670

1173

870

473

1738

1940

1800

Minimum Ultimate Strength = 4 x WLL n

n n n

WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

140

p a g e

o n

i n f o r m a t i o n

s a f e t y

øD2

a n d

øD1

w a r n i n g

Dimensions (mm)

Hook size

o u r

SRB 225.14.1.12,5.E

WLL For wire ød (Mtons) (mm)

s e e

Model Nr.

2 SHEAVES

TB Z

CRANE BLOCKS

STANDARD REEVE CRANE BLOCKS

Ramshorn hook form B

Quad hook

Shackle stud eye

Dimensions (mm)

Hook size

øD1

øD2

øZ

Weight (kg)

300

260

593

400

166

878

1003

130

SRB 260.16.2.16.E

300

260

593

400

166

878

1003

130

SRB 285.16.2.16.E

320

280

608

420

165

908

1033

SRB 285.16.2.20.E.A

320

280

668

420

165

968

1103

130

SRB 285.16.2.20.E.B

320

280

668

420

195

968

1103

150

SRB 320.16.2.20.E

365

320

688

450

195

1011

1146

160

SRB 320.16.2.25.E

365

320

688

450

240

1011

1146

205

SRB 355.19.2.29.E

410

355

713

500

245

1063

1203

250

SRB 400.22.2.29.E

460

400

743

570

250

1128

1273

320

SRB 450.24.2.40.E

515

450

894

600

333

1322

1477

550

SRB 450.26.2.50.E

515

450

894

600

333

1322

1514

550

SRB 528.26.2.63.E

595

528

1003

710

403

1483

1675

980

SRB 528.28.2.80.E

595

528

1109

110

710

413

1589

1809

1000

SRB 670.28.2.100.E

100

760

670

1257

110

870

502

1822

2042

2240

SRB 670.32.2.100.E

100

760

670

1257

110

870

502

1822

2047

2240

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

140

SRB 260.14.2.16.E

p a g e

WLL For wire ød (Mtons) (mm)

Ramshorn hook

o n

Model Nr.

Minimum Ultimate Strength = 4 x WLL n

n n n

WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

Ramshorn hook form B

Quad hook

Shackle stud eye

øZ

Weight (kg)

SRB 260.14.3.25.E

300

260

658

400

260

953

1088

210

SRB 260.16.3.25.E

300

260

658

400

260

953

1088

210

SRB 285.16.3.29.E

325

285

668

400

270

978

1113

210

SRB 320.16.3.29.E

365

320

713

450

240

1048

1183

225

SRB 355.19.3.32.E

410

355

753

500

262

1093

1244

325

SRB 360.19.3.40.E

410

360

839

500

362

1179

1342

455

SRB 400.22.3.40.E

460

400

864

570

353

1244

1412

500

SRB 400.22.3.50.E

460

400

864

570

353

1244

1426

500

SRB 400.22.3.50.E

460

400

864

570

373

1244

1426

540

SRB 450.22.3.63.E

515

450

963

600

343

1376

1558

680

SRB 450.24.3.63.E

515

450

963

600

383

1376

1568

770

SRB 450.26.3.63.E

515

450

963

600

383

1376

1568

770

SRB 528.26.3.80.E

595

528

1132

110

710

462

1612

1822

1270

SRB 528.26.3.80.E

595

528

1132

110

710

462

1612

1822

1270

SRB 528.26.3.100.E

100

595

528

1223

132

710

462

1683

1913

1270

SRB 528.28.3.100.E

100

595

528

1223

132

710

462

1683

1923

1270

SRB 670.28.3.125.E

125

760

670

1353

132

870

642

1918

2158

2900

SRB 670.32.3.125.E

125

760

670

1353

132

870

642

1918

2163

2900

Minimum Ultimate Strength = 4 x WLL n

n n n

WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

p a g e

o n

i n f o r m a t i o n

s a f e t y

øD2

a n d

øD1

w a r n i n g

Dimensions (mm)

Hook size

140

o u r

WLL For wire ød (Mtons) (mm)

Model Nr.

Ramshorn hook

s e e

D1 D2

TA T

3 SHEAVES

CRANE BLOCKS

STANDARD REEVE CRANE BLOCKS

TB T

Ramshorn hook

Ramshorn hook form B

Quad hook

Shackle stud eye

4 SHEAVES

CRANE BLOCKS

STANDARD REEVE CRANE BLOCKS

Dimensions (mm)

Hook size

øD1

øD2

øZ

Weight (kg)

325

285

660

400

346

920

1026

260

SRB 355.19.4.50.E

410

355

839

500

392

1114

1291

475

SRB 400.22.4.63.E

460

400

905

570

373

1200

1382

525

SRB 450.22.4.63.E

515

450

965

600

413

1321

1503

725

SRB 450.24.4.80.E

515

450

1047

110

600

493

1310

1520

960

SRB 450.26.4.80.E

515

450

1047

110

600

493

1310

1520

960

SRB 528.26.4.100.E

100

595

528

1223

132

710

512

1593

1823

1250

SRB 528.28.4.100.E

100

595

528

1223

132

710

512

1593

1833

1250

SRB 670.28.4.160.E

160

760

670

1541

167

870

682

2106

2388

3150

SRB 670.32.4.160.E

160

760

670

1541

167

870

682

2106

2393

3150

i n f o r m a t i o n

140

SRB 285.16.4.35.E

p a g e

WLL For wire ød (Mtons) (mm)

o n

Model Nr.

Minimum Ultimate Strength = 4 x WLL n

s e e

o u r

w a r n i n g

a n d

s a f e t y

WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

5 SHEAVES

TB Z

Ramshorn hook

Ramshorn hook form B

Quad hook

Shackle stud eye

D2 B

CRANE BLOCKS

STANDARD REEVE CRANE BLOCKS

øZ

Weight (kg)

SRB 355.16.5.50.E

410

355

838

500

442

1133

1305

500

SRB 360.19.5.63.E

410

360

992

500

438

1198

1375

600

SRB 360.19.5.80.E

410

360

992

110

500

538

1282

1477

820

SRB 400.19.5.80.E

460

400

1034

110

570

542

1364

1564

835

SRB 400.22.5.80.E

460

400

1034

110

570

542

1364

1564

835

SRB 450.22.5.80.E

515

450

1073

110

600

555

1431

1631

1025

SRB 450.24.5.100.E

100

515

450

1128

132

600

555

1486

1716

1120

SRB 450.26.5.100.E

100

515

450

1128

132

600

555

1486

1716

1120

SRB 528.24.5.125.E

125

595

528

1263

137

710

642

1696

1946

1820

SRB 528.26.5.125.E

125

595

528

1263

137

710

642

1696

1946

1820

SRB 528.28.5.125.E

125

595

528

1263

137

710

642

1696

1956

1850

SRB 528.28.5.160.E

160

595

528

1406

167

710

562

1796

2078

1820

SRB 670.28.5.200.E

200

760

670

1641

188

870

802

2131

2437

3560

SRB 670.32.5.200.E

200

760

670

1641

188

870

802

2131

2442

3560

Minimum Ultimate Strength = 4 x WLL n

n n n

WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

p a g e

o n

i n f o r m a t i o n

s a f e t y

øD2

a n d

øD1

w a r n i n g

Dimensions (mm)

Hook size

o u r

WLL For wire ød (Mtons) (mm)

s e e

Model Nr.

140

CONSTRUCTION SPECIFIC BLOCKS OVERHAUL BALLS

In Ropeblock Overhaul Balls, weights are based

on average boom lengths and efficiency loss in mobile cranes and crawler cranes. The low friction and easy to access hook swivel design makes

o n

p a g e

140

these overhaul balls an excellent choice for a wide variety of crane applications.

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

Standard features include: n

Design factor: 4:1 Bottom and top swiveling hook High quality, low friction thrust bearing

Becket size optimized for Ropeblock Sockets such as Open Wedge Sockets (OWS), Open Spelter Sockets (OSS), Fast Connector Sockets (FCS) or Super Reeve Connector Sockets (SCS) Forged high tensile steel EN/DIN hooks Body made of forged bar material Operational temperature range: -40 up to +80⁰C / -40 up to +176⁰F High impact-resistant body C3M finish, signal yellow

PLEASE CONTACT US FOR MORE DETAILS

OVERHAULL BALLS

OVERHAUL BALLS T

OHB 5.80.C.2

øZ

Weight (kg)

200

220

500

200

220

505

60 80

14-16

2,5

220

238

566

OHB 6,3.80.C.2

6,3

14-16

2,5

220

238

566

OHB 8.130.C.3

18-19

310

257

719

130

OHB 8.170.C.3

18-19

340

278

681

170

OHB 8.250.C.3

18-19

400

318

864

250

OHB 10.210.C.4

20-22

380

298

751

210

OHB 10.250.C.5

24-26

400

318

771

250

OHB 12,5.250.C.5

12,5

24-26

400

318

829

250

OHB 12,5.350.C.5

12,5

24-26

450

350

879

350

OHB 16.350.C.5

24-26

450

318

982

350

OHB 16.450.C.5

24-26

440

400

972

450

OHB 20.550.C.6

27-29

470

407

470

1074

550

OHB 20.550.C.7

30-32

470

407

470

1084

550

OHB 25.680.C.7

30-32

510

460

1078

680

OHB 25.680.C.8

34-36

510

460

1078

680

OHB 25.800.C.7

30-32

610

460

1178

800

OHB 25.800.C.8

34-36

610

460

1178

800

Minimum Ultimate Strength = 4 x WLL n

The dimensions in this table are indicative only. A drawing will always be submitted prior to production and will be the leading document when discussing dimensions. Overhaul Balls shown here are standard models; inquiries for custom versions are welcome. WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

p a g e

2,5

o n

2,5

14-16

i n f o r m a t i o n

11-13

3,2

s a f e t y

3,2

OHB 3,2.60.C.2

a n d

OHB 3,2.60.C.1

Dimensions (mm)

Becket

w a r n i n g

Hook

o u r

For wire ød (mm)

s e e

WLL (Mtons)

Model Nr.

140

CONSTRUCTION SPECIFIC BLOCKS ROUND OVERHAUL BALLS The weight of the overhaul balls in this

segment are based on average boom lengths and efficiency loss in mobile and crawler cranes. The low friction and easy to access hook swivel

o n

p a g e

140

design makes the OHB series an excellent choice for a wide variety of crane applications.

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

Standard features include: n

Bottom and top swiveling hook Design Factor of 4:1 High quality, low friction thrust bearing

Becket size optimized for Ropeblock Sockets such as Open Wedge (OWS), Open Spelter Sockets (OSS), Fast Connector Sockets (FCS) or Super Reeve Connector Sockets (SCS) Forged high tensile steel DIN hooks Body made of forged bar material High impact resistant body Operational temperature range: -40 up to +80⁰C / -40 up to +176⁰F C3M finish, signal yellow

PLEASE CONTACT YOUR SALES REPRESENTATIVE FOR MORE DETAILS

TA Z

øZ

Weight (kg)

198

230

590

198

230

666

4,5

289

312

650

100

OHB-B 4,5.110-2

4,5

289

312

697

110

OHB-B 4,5.140-2

4,5

319

344

680

140

OHB-B 4,5.145-2

4,5

319

344

735

145

OHB-B 7.50-1

7,3

198

230

666

OHB-B 7.50-2

7,3

198

230

666

OHB-B 7.80-2

7,3

254

280

666

OHB-B 7.110-2

7,3

289

312

697

110

OHB-B 7.145-3

7,3

319

344

735

145

OHB-B 11.180-3

333

370

839

180

OHB-B 11.265-4

391

425

911

265

OHB-B 11.320-4

417

450

937

320

OHB-B 11.320-5

417

450

947

320

OHB-B 11.530-4

508

535

1027

530

OHB-B 14.270-4

391

425

942

270

OHB-B 14.270-5

391

425

952

270

OHB-B 14.325-5

417

450

978

325

OHB-B 14.387-5

450

480

988

387

OHB-B 18.195-5

333

370

973

195

OHB-B 18.330-5

417

450

1067

330

OHB-B 18.330-6

417

450

1067

330

OHB-B 18.392-6

450

480

1082

392

OHB-B 18.545-6

508

535

1157

545

Minimum Ultimate Strength = 4 x WLL n

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

140

p a g e

o n

OHB-B 4,5.100-2

øTA

i n f o r m a t i o n

4,5

s a f e t y

4,5

OHB-B 4,5.50-1

a n d

OHB-B 4,5.45-1

Dimensions (mm)

w a r n i n g

Becket

Model nr.

o u r

WLL (Mtons)

s e e

OVERHAULL BALLS

ROUND OVERHAUL BALLS

OFFSHORE SPECIFIC CRANE BLOCKS At Ropeblock we employ our Smart Engineering

philosophy to design and calculate components dedicated to the offshore industry, such as special crane blocks, sheaves and swivels. Available with

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

o n

p a g e

140

and without active heave compensation, these

components can be used in, e.g., lattice boom cranes, knuckle boom cranes and heavy lift cranes.

Standard features include: n

Design factors in accordance with customer and third party specifications.

Certification or classification in accordance with any IACS party or API is possible. 100% traceability of all load bearing parts (3.1 or 3.2). Fit for extremely low temperature applications. Can be made suitable for subsea depths up to 4,000 metres. C5-MM or higher quality coating. Forged high tensile steel EN/DIN hooks. Lockable heavy-duty safety latch. Cast sheaves featuring ‘graphite lubrication’. High-quality, low-friction thrust bearing. ATEX proof on request.

PLEASE CONTACT US FOR MORE DETAILS

RECOMMENDED FINISH Segment / application Construction

ISO 12944 classification C2M

Expected protection duration

DFT (µm)

5 to 15 year

120

2 to 5 year

120

5 to 15 year

160

5 to 15 year

160

Construction

C3M

Construction

C3M

Cargo handling

C3M

Cargo handling

C4H

Industrial areas and coastal areas with average salt content in air more than 15 year

280

Cargo handling

C5-MM

Coastal areas and open sea with high salt content in air

280

Offshore

C4H

Industrial areas and coastal areas with average salt content in air more than 15 year

300

Offshore

C5-MM

Coastal areas and open sea with high salt content in air

5 to 15 year

300

Offshore

C5-MH

Coastal areas and open sea with high salt content in air

more than 15 year

320

Offshore

NORSOK sys. 1*

Open sea with high salt content in air

more than 15 year

300

5 to 15 year

enables us to always come up with the optimum solution for your application and classification.

Different design factors are possible, depending on application and classification.

PLEASE CONTACT YOUR SALES

i n f o r m a t i o n

o n

Standard features include: REPRESENTATIVE FOR MORE DETAILS

RECOMMENDED FINISH Segment / application Construction

ISO 12944 classification C2M

Expected protection duration

DFT (µm)

5 to 15 year

120

2 to 5 year

120

5 to 15 year

160

5 to 15 year

160

Construction

C3M

Construction

C3M

Cargo handling

C3M

Cargo handling

C4H

Industrial areas and coastal areas with average salt content in air more than 15 year

280

Cargo handling

C5-MM

Coastal areas and open sea with high salt content in air

280

Offshore

C4H

Industrial areas and coastal areas with average salt content in air more than 15 year

300

Offshore

C5-MM

Coastal areas and open sea with high salt content in air

5 to 15 year

300

Offshore

C5-MH

Coastal areas and open sea with high salt content in air

more than 15 year

320

Offshore

NORSOK sys. 1*

Open sea with high salt content in air

more than 15 year

300

5 to 15 year

p a g e

in different classifications. Smart Engineering

s a f e t y

purpose cargo ships. Our blocks are available

a n d

ships, bulk carriers and general heavy and multi-

w a r n i n g

for cargo handling, especially on container

Certification or classification in accordance with any IACS party is possible. 100% traceability of all load bearing parts (3.1 or 3.2). Forged high tensile steel EN/DIN hooks. Cast sheaves featuring ‘graphite lubrication’. Standard with C3M coating, higher quality finishing available. High-quality, low-friction thrust bearing.

o u r

s e e

The Ropeblock portfolio includes special blocks

140

CARGO HANDLING- /MARITIME CRANE BLOCKS

INDUSTRIAL SPECIFIC BLOCKS This block type is always custom specific. Depending on the particular application, the following features are available: n n

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

o n

p a g e

140

Double-sealed maintenance-free roller bearings Compact design Protected grease fittings Durable reeve guards Forged high tensile steel EN/DIN hooks

Cast sheaves, featuring graphite lubricated groove Motorized hook (optional) Temperature range depending on application C3M finish in signal yellow

PLEASE CONTACT YOUR SALES REPRESENTATIVE FOR MORE DETAILS

OVERHAUL WEIGHTS University studies show that many factors are relevant to determine minimum overhaul weights.

The overhaul weight is therefore established in collaboration with the crane manufacturer. For cranes with various boom configurations the overhaul weight can be set by means of interchangeable cheek weights.

PLEASE CONTACT US FOR MORE DETAILS

p a g e o n i n f o r m a t i o n

s a f e t y

a n d

w a r n i n g

Boom length or jib height Geometrical design of block and crown block Type of bearing Sheave diameters Wire rope type and construction Number of stationary sheaves outside the tackle Grease Operational temperatures

o u r

s e e

140

These factors include:

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

o n

p a g e

140

BLOCKS

Ropeblock offers a wide choice of standard blocks. Some were developed for general purposes, others for specific rigging equipment. Possible applications include routing or guiding wire rope,

THE ANATOMY OF A ROPEBLOCK BLOCK PRODUCT NUMBER sample product number:

H B 255.16.1.8.E

upending and wall tilt-up, and cargo handling on merchant vessels. The blocks presented in this catalogue are off-the-shelf products that can be modified to meet specific customer needs. Standard features include: n

Design factor 4:1. D/d ration can be modified upon customer request. With or without becket. Bronze bushing. For high speed purposes: roller bearings. Painted in a suitable industrial coating.

PLEASE CONTACT US FOR MORE DETAILS

Model Description: HB = Single sheave block WB = Samson wire rope block HLS/VLS/FLS = Directional block VB/VBK = Snatch block HCLW = High cap. Low weight block BBA = Anchor boom block BBC = Cargo block

Number of Sheaves Wire Rope Size in mm

Sheave Tread Diameter in mm

Additional Product Description: E = Single Hook D = Ramshorn hook DB = Ramshorn hook form B S = Shackle O = Oblong Eye

Working Load Limit in Metric Tons (multiply by 110% for US Tons)

A Ropeblock product number includes significant information that carries meaning contributing to the product.

SINGLE ACTION HOOK TA

TL B

d S

BLOCKS

SINGLE SHEAVE BLOCKS

øZ

Weight (kg)

HB 210.11.1.5.E

250

210

348

320

103

523

HB 220.13.1.5.E

260

221

353

109

525

HB 220.14.1.8.E

260

218

390

330

121

571

HB 220.14.1.10.E

260

218

429

330

137

609

HB 255.13.1.8.E

300

255

426

370

101

621

HB 255.16.1.8.E

300

252

420

370

111

621

HB 255.16.1.10.E

300

252

459

370

127

659

HB 305.16.1.10.E

350

305

499

435

107

739

113

HB 345.18.1.12.E

400

345

557

500

125

832

162

HB 390.20.1.16.E

450

390

592

550

131

917

206

HB 430.22.1.20.E

500

430

592

600

148

1032

284

Minimum Ultimate Strength = 4 x WLL n n

n n n n

Standard fitted with becket, cylindrical roller bearing and reeving guide. Standard fitted with swivel only hook (319AN style), including safety latch and split pin. Standard painted yellow (no striping). This crane block may be used with 2 lines only as well. Third party testing with certification available upon request. Sheaves may be adjustud for other wire rope diameters. Becket suitable for connecting Open Wedge Socket for indicated wire rope diameter.

WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

p a g e

o n

i n f o r m a t i o n

s a f e t y

a n d

øD2

w a r n i n g

øD1

o u r

for wire ød (mm)

s e e

Dimensions (mm)

WLL (Mtons)

Model Nr.

140

1 SHEAVE K

BLOCKS

SAMSON WIRE ROPE BLOCKS

Hook

Jaw

Stud eye

Roller bearings

Becket

D1 TA

WLL (Mtons)

Dimensions (mm)

for wire ød (mm)

øD1

øD2

øG

øJ

Weight (kg)

WB 80.8.1.0,75.O

0,75

100

110

275

WB 105.10.1.1.O

125

105

135

336

WB 120.12.1.2.O

150

120

170

407

WB 165.14.1.3.O

200

165

220

500

WB 210.18.1.4.O

250

210

270

608

WB 255.20.1.6.O

300

255

108

320

706

WB 305.22.1.8.O

350

305

114

380

778

WB 305.22.1.10.O

350

305

125

380

110

795

WB 345.24.1.10.O

400

345

125

430

110

848

WB 305.22.1.12.O

350

305

144

380

114

821

WB 345.24.1.12.O

400

345

144

430

118

926

WB 305.22.1.16.O

350

305

163

380

114

879

WB 345.24.1.16.O

400

345

163

430

118

959

WB 345.24.1.20.O

400

345

173

430

118

990

WB 390.28.1.20.O

450

390

173

480

128

1046

109

WB 390.28.1.25.O

450

390

195

480

128

1105

130

WB 390.28.1.30.O

450

390

220

480

134

1145

150

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

o n

p a g e

140

Model Nr. (+B for w. becket)

Minimum Ultimate Strength = 5 x WLL WLL= Working Load Limit on head fitting. n All blocks up to 30 tons are standard supplied with swivel oval eye, for over 30 tons with swivel stud eye. n All blocks can be supplied with swivel hook, swivel stud eye or swivel jaw. n Standard supplied with bronze bearings. n Other bearings available on request. n Groove in sheave may be adjusted to other wire rope diameters.

WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

2 SHEAVES K

Jaw

Stud eye

Roller bearings

Becket

øJ

Weight (kg) 4

100

110

295

1,5

125

105

135

336

WB 120.12.2.3.O

150

120

170

120

430

WB 165.14.2.4.O

200

165

220

120

538

WB 210.18.2.6.O

250

210

108

270

133

624

WB 255.20.2.8.O

300

255

114

320

146

713

WB 305.22.2.10.O

350

305

125

380

152

569

WB 305.22.2.12.O

350

305

144

380

186

821

WB 345.24.2.12.O

400

345

144

430

180

893

102

WB 305.22.2.16.O

350

305

163

380

186

879

WB 345.24.2.16.O

400

345

163

430

192

959

126

WB 305.22.2.20.O

350

305

173

380

186

896

116

WB 345.24.2.20.O

400

345

173

430

192

976

146

WB 345.24.2.25.O

400

345

195

430

192

1065

169

WB 390.28.2.25.O

450

390

195

480

221

1120

190

WB 345.24.2.30.O

400

345

220

430

192

1095

184

WB 390.28.2.30.O

450

390

220

480

236

1150

204

WB 390.28.2.40.O

450

390

480

236

1030

225

WB 105.10.2.1,5.O

Minimum Ultimate Strength = 5 x WLL

WLL= Working Load Limit on head fitting. n All blocks up to 30 tons are standard supplied with swivel oval eye, for over 30 tons with swivel stud eye. n All blocks can be supplied with swivel hook, swivel stud eye or swivel jaw. n Standard supplied with bronze bearings. n Other bearings available on request. n Groove in sheave may be adjusted to other wire rope diameters.

WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

p a g e

øG

o n

øD2

i n f o r m a t i o n

øD1

s a f e t y

Dimensions (mm)

for wire ød (mm)

140

a n d

WB 80.8.2.1.O

WLL (Mtons)

Hook

w a r n i n g

Model Nr. (+B for w. becket)

o u r

s e e

BLOCKS

SAMSON WIRE ROPE BLOCKS

3 SHEAVES K

BLOCKS

SAMSON WIRE ROPE BLOCKS

Hook

Jaw

Stud eye

Roller bearings

Becket

D1 TA

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

Dimensions (mm)

Weight (kg)

WLL (Mtons)

for wire ød (mm)

øD1

øD2

øJ

WB 105.10.3.2.O

125

105

135

120

336

WB 120.12.3.4.O

150

120

170

166

468

WB 165.14.3.6.O

200

165

108

220

166

556

WB 210.18.3.8.O

250

210

114

270

185

633

WB 255.20.3.10.O

300

255

125

320

204

733

WB 305.22.3.12.O

350

305

144

380

212

823

WB 305.24.3.16.O

350

305

163

380

258

880

120

WB 345.24.3.16.O

400

345

163

430

250

927

157

WB 305.24.3.20.O

350

305

173

380

258

896

143

WB 345.24.3.20.O

400

345

173

430

266

1006

184

WB 305.24.3.25.O

350

305

195

380

266

955

170

WB 345.24.3.25.O

400

345

195

430

266

1065

198

WB 390.28.3.25.O

450

390

195

480

296

1120

220

WB 345.28.3.30.O

400

345

220

430

266

1095

215

WB 390.28.3.30.O

450

390

220

480

296

1140

255

WB 345.28.3.40.O

400

345

430

278

945

250

WB 390.28.3.40.O

450

390

480

308

1030

295

WB 390.28.3.50.O

450

390

106

100

480

338

1055

335

Model Nr. (+B for w. becket)

WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

BLOCKS

HORIZONTAL DIRECTIONAL BLOCKS

ø D1 ø D2 ø D1

øH

B øH

A TA A

ø D2

øG

BRONZE BUSHING F

øG

øH

Weight (kg)

HLS 105.10.1.1-BR

Bronze

125

105

180

150

22,5

200

170

HLS 120.12.1.2-BR

Bronze

150

120

220

190

250

220

HLS 165.14.1.3-BR

Bronze

200

165

290

240

13,5

320

270

HLS 210.18.1.4-BR

Bronze

250

210

360

310

38,5

17,5

400

350

HLS 255.20.1.6-BR

Bronze

300

255

400

360

450

410

HLS 305.22.1.8-BR

Bronze

350

305

460

420

520

480

HLS 345.24.1.10-BR

Bronze

400

345

530

480

600

550

100

Minimum Ultimate Strength = 4 x WLL

BALL OR CYLINDRICAL ROLLER BEARING Model Nr.

WLL (Mtons)

Wire size Bearing up to (mm)

Dimensions (mm) øD1

øD2

øG

øH

Weight (kg)

HLS 105.10.1.1

2 x Ball

125

105

180

150 22,5

200

170

HLS 120.12.1.2

2 x Ball

150

120

220

190

250

220

HLS 165.14.1.3

2 x Ball

200

165

290

240

13,5

320

270

HLS 210.18.1.4

Straight

250

210

360

310 38,5

17,5

400

350

HLS 255.20.1.6

Straight

300

255

400

360

450

410

HLS 305.22.1.8

Straight

350

305

460

420

520

480

HLS 345.24.1.10

Straight

400

345

530

480

600

550

100

Minimum Ultimate Strength = 4 x WLL WLL= Working Load Limit on head fitting. n The indicated WLL is valid at 180o wrap. The FoS may decrease in other loading conditions. WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

140

p a g e

o n

i n f o r m a t i o n

øD2

s a f e t y

øD1

a n d

Dimensions (mm)

w a r n i n g

Wire size Bearing up to (mm)

o u r

WLL (Mtons)

s e e

Model Nr.

øH

ø D2

VERTICAL DIRECTIONAL BLOCKS

ø D1 ø D2

øH

A TA

ø D1

F BRONZE BUSHING

ø D2

Dimensions (mm) G

øH

115

Bronze

150 120 115 85

10 140 110

Bronze

200 165 150 95 122 40

30 13,5 12 180 125

Bronze

250 210 190 120 155 45

35 17,5 15 230 160

Bronze

300 255 220 150 185 50

20 270 200

Bronze

350 305 270 160 220 50

25 330 220

Bronze

400 345 300 190 255 60

30 370 260

Bronze

125 105 90

VLS 120.12.1.2-BR

VLS 165.14.1.3-BR

VLS 210.18.1.4-BR

VLS 255.20.1.6-BR VLS 305.22.1.8-BR VLS 345.24.1.10-BR

Minimum Ultimate Strength = 4 x WLL

BALL OR CYLINDRICAL ROLLER BEARING Dimensions (mm) TB

Weight (kg)

115

10 140 110

VLS 105.10.1.1

2 x Ball

125 105 90

VLS 120.12.1.2

2 x Ball

VLS 165.14.1.3

2 x Ball

200 165 150 95 122 40

30 13,5 12 180 125

VLS 210.18.1.4

Straight

250 210 190 120 155 45

35 17,5 15 230 160

VLS 255.20.1.6

Straight

300 255 220 150 185 50

20 270 200

VLS 305.22.1.8

Straight

350 305 270 160 220 50

25 330 220

VLS 345.24.1.10

Straight

400 345 300 190 255 60

30 370 260

s e e

o u r

Bearing

s a f e t y

for wire ød (mm)

a n d

WLL (Mtons)

w a r n i n g

i n f o r m a t i o n

o n

VLS 105.10.1.1-BR

øD1 øD2

Bearing

140

for wire ød (mm)

p a g e

Weight (kg)

WLL (Mtons)

Model Nr.

150 120 115 85

øD1 øD2

øH

Minimum Ultimate Strength = 4 x WLL

WLL= Working Load Limit on head fitting. n The indicated WLL is valid at 180o wrap. The FoS may decrease in other loading conditions. WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

BLOCKS

ø D1

BLOCKS

FLAG DIRECTIONAL BLOCKS

ø D1 ø D1

ø D2

øG

B T

øH

A TA

115

3,5

Bronze

150 120 115 85 160 40

10 140 110

6,5

Bronze

200 165 150 95 197 40

30 13,5 12 180 125

Bronze

250 210 190 120 240 45

35 17,5 15 230 160

Bronze

300 255 220 150 295 50

20 270 200

Bronze

350 305 270 160 350 50

25 330 220

Bronze

400 345 300 190 400 60

30 370 260

Bronze

125 105 90

FLS 120.12.1.2-BR

FLS 165.14.1.3-BR

FLS 210.18.1.4-BR

FLS 255.20.1.6-BR

FLS 305.22.1.8-BR FLS 345.24.1.10-BR

Minimum Ultimate Strength = 4 x WLL

BALL OR CYLINDRICAL ROLLER BEARING Dimensions (mm) T

Weight (kg)

115

3,5

10 140 110

6,5

200 165 150 95 197 40

30 13,5 12 180 125

250 210 190 120 240 45

35 17,5 15 230 160

Straight

300 255 220 150 295 50

20 270 200

Straight

350 305 270 160 350 50

25 330 220

Straight

400 345 300 190 400 60

30 370 260

WLL (Mtons)

for wire ød (mm)

Bearing

FLS 105.10.1.1

2 x Ball

125 105 90

FLS 120.12.1.2

2 x Ball

FLS 165.14.1.3

2 x Ball

FLS 210.18.1.4

Straight

FLS 255.20.1.6

FLS 305.22.1.8

FLS 345.24.1.10

Model Nr.

øG

70 128 27

150 120 115 85 160 40

øD1 øD2

øH

Minimum Ultimate Strength = 4 x WLL

WLL= Working Load Limit on head fitting. n The indicated WLL is valid at 180o wrap and 0o swing. The FoS may decrease in other loading conditions. WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

140

p a g e

o n

70 128 27

FLS 105.10.1.1-BR

i n f o r m a t i o n

s a f e t y

øD1 øD2

a n d

ø D2

w a r n i n g

øH

Bearing

o u r

øG

Weight (kg)

for wire ød (mm)

s e e

Dimensions (mm)

WLL (Mtons)

Model Nr.

øG

BRONZE BUSHING ø D1

øH

Hook

Clevis

Tailbord

Oblong eye

øD2 øD1

BLOCKS

SNATCH BLOCKS

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

o n

p a g e

140

Model Nr.

WLL For wire ød (Mtons) (mm)

Dimensions (mm) øD1

øD2

øH

Weight (kg)

VB 240.28.1.20.S

300

240

255

310

735

VB 240.28.1.25.S

300

240

255

310

727

VB 300.28.1.20.S

365

300

288

375

798

VB 300.32.1.25.S

365

300

288

375

793

VB 345.32.1.32.S

400

345

325

410

112

949

VB 345.36.1.32.S

400

345

325

410

112

949

120

VB 390.26.1.25.S

450

390

350

410

112

1003

120

VB 390.32.1.32.S

450

390

350

470

112

1004

140

VB 390.36.1.32.S

450

390

350

470

112

1004

140

VB 430.32.1.32.S

495

430

375

510

112

1049

105

36,5

495

430

400

510

122

1084

155

495

430

375

510

112

1049

105

36,5

495

430

400

510

122

1084

155

VB 520.38.1.55.S

595

520

460

610

142

1280

310

VB 520.44.1.55.S

595

520

460

610

142

1280

310

VB 520.52.1.55.S

595

520

460

610

142

1280

310

VB 630.58.1.75.S

750

630

570

770

202

1815

575

VB 710.68.1.100.S

100

800

710

650

120

820

202

1910

730

VB 800.76.1.125.S

125

890

800

750

120

920

202

2150

1000

VB 430.32.1.36,5.S VB 430.38.1.32.S VB 430.38.1.36,5.S

Minimum Ultimate Strength = 4 x WLL WLL= Working Load Limit on head fitting. n The dimensions in this table are indicative only. A drawing will always be submitted prior to production and will be the leading document when discussing dimensions. n Blocks shown here are standard models; inquiries for custom versions are welcome. n Refer to wire rope manufacturers D/d ratio guideline.

SEE OUR WARNING & SAFETY WARNING

INFORMATION ON PAGES 140 - 152

BLOCKS

SNATCH BLOCKS SELF LOCKING

øJ

øG

øD2

Hook

Jaw

Stud eye

Roller bearings

Becket

øD1

220

100

483

12,5

270

110

614

108

320

125

698

115

380

150

777

125

430

170

870

144

430

170

896

163

430

180

950

163

480

180

980

106

173

430

200

990

122

390

173

480

200

1020

130

450

390

195

480

224

1045

150

450

390

220

480

227

1220

190

550

495

120

580

240

1140

250

VBK 105.10.1.1.O

125

105

VBK 120.12.1.2.O

150

120

VBK 165.14.1.3.O

200

165

VBK 210.18.1.4.O

250

210

VBK 255.20.1.6.O

300

255

VBK 305.22.1.8.O

350

305

VBK 345.24.1.10.O

400

345

VBK 345.24.1.12.O

400

345

VBK 345.28.1.16.O

400

345

VBK 390.30.1.16.O

450

390

VBK 345.30.1.20.O

400

345

VBK 390.32.1.20.O

450

VBK 390.36.1.25.O

VBK 390.36.1.30.O

VBK 495.42.1.40.O

Minimum Ultimate Strength = 4 x WLL

WLL= Working Load Limit on head fitting. n Snatch blocks can be supplied with becket, the last digit of the stock number should be 1 (instead of 0). n Standard supplied with bronze bearings. • Other bearings available on request. n Standard supplied with swivel oval eye up to 30 tons, for over 30 tons with swivel stud eye. n Snatch blocks of 1 ton and over 30 tons are provided with a fixed trunnion and locking pin. n Snatch blocks can be supplied with swivel hook, swivel stud eye or swivel jaw. n Groove in sheave may be adjusted to other wire rope diameters.

WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

p a g e

4,5

391

o n

316

100

i n f o r m a t i o n

170

øJ

s a f e t y

135

øG

a n d

Weight (kg)

øD2

w a r n i n g

øD1

o u r

for wire ød (mm)

s e e

Dimensions (mm)

WLL (Mtons)

Model Nr. (+B for w. becket)

140

øH

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

Hook

Clevis

Tailbord

Oblong eye

øD1

øD2

øD2 TA

Model Nr.

øH

øD1

BLOCKS

LIGHT WEIGHT TILT-UP BLOCKS

HIGH CAPACITY LIGHT WEIGHT BLOCKS

Dimensions (mm)

WLL (Mtons)

For wire ød (mm)

øD1

øD2

øH

Weight (kg)

HCLW 240.28.1.25.S

300

240

260

356

102

730

HCLW 290.32.1.25.S

350

290

285

406

102

780

HCLW 355.32.1.27.S

420

355

375

476

112

994

HCLW 355.36.1.27.S

420

355

375

476

112

993

120

HCLW 355.36.1.32.S

420

355

375

476

122

994

HCLW 430.32.1.27.S

495

430

415

551

112

1071

110

HCLW 430.32.1.32.S

495

430

415

551

122

1070

130

HCLW 430.38.1.32.S

495

430

415

551

122

1070

116

HCLW 430.38.1.40.S

495

430

415

551

122

1107

145

HCLW 520.38.1.55.S

595

520

485

100

651

132

1317

190

HCLW 520.44.1.55.S

595

520

485

651

132

1308

190

HCLW 520.52.1.55.S

595

520

485

651

132

1308

190

HCLW 630.58.1.81.S

710

630

575

100

776

152

1585

400

HCLW 760.70.1.100.S

100

900

760

735

120

980

200

1903

545

HCLW 760.76.1.125.S

125

900

760

735

120

980

200

1890

600

SEE OUR WARNING & SAFETY WARNING

INFORMATION ON PAGES 140 - 152

Clevis

Tailbord

Oblong eye

Weight (kg)

HCLW 240.28.1.25.O

300

240

260

150

356

102

945

HCLW 290.32.1.25.O

350

290

285

150

406

102

995

HCLW 355.32.1.27.O

420

355

375

175

476

112

1193

HCLW 355.36.1.27.O

420

355

375

175

476

122

1245

130

HCLW 355.36.1.32.O

420

355

375

175

476

122

1193

HCLW 430.32.1.27.O

495

430

415

175

551

112

1271

125

HCLW 430.32.1.32.O

495

430

415

175

551

112

1245

140

HCLW 430.38.1.32.O

495

430

415

175

551

122

1271

131

HCLW 430.38.1.40.O

495

430

415

200

551

122

1311

155

HCLW 520.38.1.55.O

595

430

485

190

651

132

1523

200

HCLW 520.44.1.55.O

595

520

485

100

220

651

132

1536

218

HCLW 520.52.1.55.O

595

520

485

100

220

651

132

1536

218

HCLW 630.58.1.81.O

710

630

575

110

250

776

152

1883

417

HCLW 760.70.1.100.O

100

900

760

735

125

275

980

200

2190

592

HCLW 760.76.1.125.O

125

900

760

735

100

125

275

980

200

2190

650

WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

p a g e

o n

i n f o r m a t i o n

øD2

s a f e t y

øD1

a n d

For wire ød (mm)

w a r n i n g

Dimensions (mm)

WLL (Mtons)

140

o u r

Model Nr.

Hook

s e e

øD1

øD2

BLOCKS

LIGHT WEIGHT TILT-UP BLOCKS

HIGH CAPACITY LIGHT WEIGHT BLOCKS

BLOCKS

ANCHOR BOOM BLOCKS K

øJ

øG

øD2

øD1 TA

for wire ød (mm) øD1

Dimensions (mm) øD2

øG

øJ

Weight (kg)

200

165

270

230

465

13,5

BBA 210.12.1.4.O

250

210

320

280

556

BBA 255.14.1.6.O

300

255

108

400

360

653

BBA 300.18.1.8.O

350

300

115

450

400

714

BBA 345.20.1.12.O

400

345

144

502

440

1014

BBA 390.22.1.16.O

450

390

163

560

510

1094

105

BBA 430.24.1.18.O

500

430

173

610

520

1097

135

BBA 430.36.1.20.O

500

430

173

620

550

1114

164

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

o n

BBA 165.10.1.3.O

140

WLL (Mtons)

p a g e

Model Nr.

Minimum Ultimate Strength = 4 x WLL WLL= Working Load Limit on head fitting. n Sheaves standard fitted with bronze bushing. n Optionally supplied with roller thrust bearing for lifting eye. n Groove in sheave may be adjusted to other wire rope diameters.

WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

BLOCKS

CARGO BLOCKS WITHOUT BECKET

Stud eye

BBC 210.18.1.4.O

250

210

9,5 270 109 595

BBC 255.20.1.6.O

300

255

45 108

11 320 120 705

BBC 305.22.1.8.O

350

305

49 115

12 380 128 780

BBC 345.24.1.10.O

400

345

54 125

13 430 156 900

BBC 390.28.1.16.O

450

390

66 163

15 480 166 1060

105

Minimum Ultimate Strength = 4 x WLL WLL= Working Load Limit on head fitting. n Standard fitted with cylindrical roller bearings. n Cargo blocks can also be supplied with jaw, stud eye or duckbill eye. n Groove in sheave may be adjusted to other wire rope diameters.

WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

p a g e

o n

øJ

i n f o r m a t i o n

øG

s a f e t y

a n d

w a r n i n g

140

Weight (kg)

Wire up to (mm)

o u r

Dimensions (mm)

WLL (Mtons)

Model Nr.

s e e

BLOCKS

CARGO BLOCKS WITH BECKET

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

o n

p a g e

140

Model Nr.

WLL (Mtons)

for wire ød (mm) D1

Stud eye

Dimensions (mm) D2

øG øJ

Weight (kg)

BBC 210.18.1.6.O.B

250 210 45 35 29 45 108 42 9,5 270 105 630 50 25 25

BBC 255.20.1.9.O.B

300 255 50 40 36 54 125 52 11 320 125 750 65 30 33

BBC 305.22.1.12.O.B

350 305 60 45 41 60 144 56 12 380 140 840 65 30 33

BBC 345.24.1.15.O.B

400 345 65 50 46 66 163 64 13 430 153 980 90 40 42

BBC 390.28.1.24.O.B

450 390 70 70 60 80 195 76 15 480 170 1130 95 45 48

145

WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

ROPEBLOCK.COM

Mind you, whatever the right Ropeblock sheave

140

Sheaves are key factors in terms of the

may be in your case, you can count on its being

performance of your application and the lifetime

engineered for efficiency. Our extensive knowledge

of the wire rope installed. That’s why Ropeblock

and experience allow us to employ Smart

focuses on finding the best possible design and

Engineering, creating highly functional solutions

materials for each specific application. In many

that will meet your needs in every respect.

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

o n

SHEAVES MADE SMART p a g e

SHEAVES

cases our cast sheaves are the solution of choice, if only because of their self-lubricating properties.

Although the list of standard sheaves is extensive, specific factors such as wire rope type & diameter,

However, when weight is a paramount factor,

wrap angle, fleet angle, line pull and application

our plastic sheaves could be the answer you

details should be considered. Please contact us in

are looking for. In some cases a welded sheave,

order to determine which sheave most suits your

a forged sheave or a sheave made out of solid

purposes.

material might be the appropriate choice.

Find more details about the graphite lubrication effect in this cast sheave on pages 8 & 9.

twist resulting from fleet angles. In combinati-

be fine-tuned to suit your application with only

on with the self-lubricating effect, the wire rope

minor modifications. The full range of standard

in your system will last longer. The latter was

cast sheaves can be found on the following pages.

proved in recent research, in which several sheave materials where compared in terms of their effect on rope twist. Details of this research, which was carried out in cooperation with a leading German University, can be found in the Reseach and

NEXT TO OUR LARGE RANGE OF STANDARD SHEAVES WE WILL GLADLY INVESTIGATE WHETHER AN ENGINEERED SOLUTION, SPECIFICALLY DESIGNED FOR YOUR APPLICATION, COULD BE A GOOD SOLUTION AS WELL.

AVAILABLE FINISHES (DEPENDS ON THE APPLICATION) Segment / application Construction

ISO 12944 classification C2M

Expected protection duration

DFT (µm)

5 to 15 year

120

2 to 5 year

120

5 to 15 year

160

5 to 15 year

160

Construction

C3M

Construction

C3M

Cargo handling

C3M

Cargo handling

C4H

Industrial areas and coastal areas with average salt content in air more than 15 year

280

Cargo handling

C5-MM

Coastal areas and open sea with high salt content in air

280

Offshore

C4H

Industrial areas and coastal areas with average salt content in air more than 15 year

300

Offshore

C5-MM

Coastal areas and open sea with high salt content in air

5 to 15 year

300

Offshore

C5-MH

Coastal areas and open sea with high salt content in air

more than 15 year

320

Offshore

NORSOK sys. 1*

Open sea with high salt content in air

more than 15 year

300

5 to 15 year

p a g e

25 years. In most cases our standard sheaves can

o n

angle was carefully designed to reduce potential

i n f o r m a t i o n

using these sheaves in most blocks for over

s a f e t y

intensive operating cycles. The groove opening

a n d

come as no surprise that Ropeblock has been

w a r n i n g

applied in lifting, luffing and wire rope routing with

o u r

Development section in this catalogue. It should

s e e

Ropeblock self-lubricating cast sheaves are often

140

CAST SHEAVES

SHEAVES

CAST SHEAVES >>

WITH CYLINDRICAL ROLLER BEARINGS

F E

Dimensions (mm) Weight (kg)

SL04 5012 PP

6,6

SL04 5010 PP

5,3

SL04 5008 PP

5,8

260

SL04 5008 PP

5,9

290

263

SL04 5008 PP

6,2

8,5

300

276

SL04 5012 PP

9,1

6,5

300

272

SL04 5012 PP

9,6

7,5

300

274

SL04 5012 PP

9,6

320

293

SL04 5010 PP

8,1

280

320

293

SL04 5010 PP

8,1

SE.280.5012.8,5

280

8,5

320

296

SL04 5012 PP

9,1

SE.280.5012.8

280

320

295

SL04 5012 PP

9,2

SE.280.5012.7

280

320

293

SL04 5012 PP

9,4

SE.280.5012.10

280

320

299

SL04 5012 PP

10,3

SE.280.4914.8,5

280

8,5

320

296

SL01 4914 ZZ

8,8

SE.280.4914.7

280

320

293

SL01 4914 ZZ

9,1

SE.295.5008B.8,5

295

8,5

330

311

SL04 5008 PP

8,8

SE.300.5008.7

300

350

313

SL04 5008 PP

6,7

SE.300.5010.7

300

350

313

SL04 5008 PP

6,8

SE.320.5011.8,8.M

320

8,8

384

336

SL04 5011 PP

10,6

SE.320.4914.8,5

320

8,5

384

336

SL01 4914

12,9

SE.320.5013.9

320

384

337

SL04 5013 PP

13,2

SE.320.5013.10

320

365

339

SL04 5013 PP

13,2

Bearing width

øD1

øD3

7,5

260

239

265

240

290

261

SE.250.5008B.5,5

5,5

290

250

7,2

SE.260.5012.8,5

260

SE.260.5012.6,5

260

SE.260.5012.7,5

260

SE.280.5010.7

280

SE.280.5010B.7

Sheave tread ø

Shaft ø

For wire ød Groove Outer ø radius

øD2

øG

SE.225.5012.7,5

225

SE.227.5010.7

227

SE.250.5008B.6

250

SE.250.5008B.7,2

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

140

Rim width

p a g e

Bearing

P.C.D.

o n

Model Nr.

The dimensions in this table are indicative only. A drawing will always be submitted prior to production and will be the leading document when discussing dimensions. Sheaves shown here are standard models; inquiries for custom versions are welcome.

WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

WITH CYLINDRICAL ROLLER BEARINGS

SHEAVES

<< CAST SHEAVES >>

12,5

SL04 5010 PP

12,5

364

SL04 5012 PP

12,6

400

372

SL04 5013 PP

16,5

410

374

SL04 5013 PP

17,8

9,5

410

373

SL04 5013 PP

410

372

SL04 5013 PP

18,1

8,5

410

371

SL04 5013 PP

18,3

7,5

410

369

SL04 5016 PP

16,8

355

410

374

SL04 5016 PP

16,8

355

410

377

SL04 5016 PP

16,8

SE.355.4918.12

355

410

377

SL01 4918 ZZ

15,1

SE.355.4918.9

355

410

372

SL01 4918 ZZ

16,1

SE.355.4918.8,5

355

8,5

410

371

SL01 4918 ZZ

16,2

SE.355.4918.9,5

355

9,5

410

373

SL01 4918 ZZ

17,9

SE.355.4918.10

355

410

374

SL01 4918 ZZ

SE.355.4926.9

355

130

410

372

SL01 4926 PP

SE.360.5016.10

360

420

379

SL04 5016 PP

17,9

SE.360.5016.9,5

360

9,5

420

378

SL04 5016 PP

21,6

SE.360.5016.8,5

360

8,5

420

376

SL04 5016 PP

21,9

SE.360.4918.10

360

420

379

SL01 4918 ZZ

18,6

SE.360.4918.9,5

360

9,5

420

378

SL01 4918 ZZ

18,8

SE.360.4918.8,5

360

8,5

420

376

SL01 4918 ZZ

19,1

SE.373.5018.12

373

440

395

SL04 5018 PP

24,6

SE.400.5013.10

400

460

419

SL04 5013 PP

24,8

SE.400.5013.9,5

400

9,5

460

418

SL04 5013 PP

SE.400.5013.8,5

400

8,5

460

416

SL04 5013 PP

SE.400.5014B.11,5

400

11,5

460

421

SL04 5014 PP

24,7

SE.400.5014B.10

400

460

419

SL04 5014 PP

SE.400.5014B.9,5

400

9,5

460

418

SL04 5014 PP

SE.400.5016.12.A

400

460

422

SL04 5016 PP

SE.400.5016.15

400

460

428

SL04 160 PP

SE.400.5016.12

400

460

422

SL04 5016 PP

SE.400.5016.11,5

400

11,5

460

421

SL04 5016 PP

SE.400.5016.10

400

460

419

SL04 5016 PP

SE.400.4918.10

400

460

419

SL01 4918 ZZ

SE.400.5018.9,5

400

9,5

460

418

SL04 160 PP

SE.400.5018.12

400

460

422

SL04 5018 PP

SE.400.5018.11,5

400

11,5

460

421

SL04 5018 PP

SE.400.5018.10

400

460

419

SL04 5018 PP

SE.400.4922.10

400

110

460

419

SL01 4922 PP

øD1

øD3

SE.320.5013.8,5

320

8,5

365

336

SE.345.5010B.9,5

345

SE.345.5010B.10

345

9,5

385

363

385

364

SE.350.5012.8

350

415

SE.354.5013.9,5

354

9,5

SE.355.5013.10

355

SE.355.5013.9,5

355

SE.355.5013.9

355

SE.355.5013.8,5

355

SE.355.5016.7,5

355

SE.355.5016.10 SE.355.5016.12

p a g e

SL04 5010 PP

øG

o n

øD2

i n f o r m a t i o n

Bearing width

s a f e t y

13,5

Rim width

a n d

SL04 5013PP

P.C.D.

w a r n i n g

For wire ød Groove Outer ø radius

o u r

Weight (kg)

Shaft ø

s e e

Bearing

Sheave tread ø

140

Dimensions (mm) Model Nr.

59 n

WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

SHEAVES

<< CAST SHEAVES >>

WITH CYLINDRICAL ROLLER BEARINGS

Dimensions (mm) Model Nr.

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

o n

p a g e

140

Bearing

Weight (kg)

SL04 160 PP

460

SL04 5018 PP

515

478

SL04 5018 PP

13,5

515

475

SL04 5018 PP

515

472

SL04 5018 PP

515

469

SL04 5018 PP

10,5

515

470

SL04 5018 PP

450

515

474

SL04 5018 PP

SE.450.5024.15

450

120

515

478

SL04 5024 PP

SE.450.5024.13,5

450

120

13,5

515

475

SL04 5024 PP

SE.450.5024.12

450

120

515

472

SL04 5024 PP

SE.450.5024.10

450

120

515

469

SL04 5024 PP

SE.450.4926.12

450

130

515

472

SL01 4926 PP

SE.450.4926.10

450

130

515

469

SL01 4926 PP

SE.450.4926.13,5

450

130

13,5

515

475

SL01 4926 PP

SE.450.4830.10

450

150

515

469

SL01 4830

SE.450.160.10

450

160

515

469

SL04 160 PP

SE.482.5018.11

482

11,5

560

502

SL04 5018 PP

SE.482.5018.11,5

482

11,5

560

503

SL04 5018 PP

SE.482.5018.12

482

11,5

560

503

SL04 5018 PP

SE.482.5018.10,5

482

10,5

560

502

SL04 5018 PP

SE.482.5024.11

482

120

560

502

SL04 5024 PP

SE.482.160.11

482

160

560

502

SL04 160 PP

SE.500.5018B.13,5

500

13,5

570

525

SL04 5018 PP

SE.511.5020.10.M

511

100

584

530

SL04 5020 PP

SE.528.5018.14

528

595

554

SL04 5018 PP

SE.528.5018.15

528

595

556

SL04 5018 PP

SE.528.5018.13,5

528

13,5

595

553

SL04 5018 PP

SE.528.5018.12

528

595

550

SL04 5018 PP

SE.528.5018.13

528

595

552

SL04 5018 PP

SE.528.5018.14.B

528

595

554

SL04 5018 PP

SE.528.5024.15

528

120

595

556

SL04 5024 PP

SE.528.5024.13,5

528

120

13,5

595

553

SL04 5024 PP

SE.528.5024.14

528

120

595

554

SL04 5024 PP

SE.528.160.15

528

160

595

556

SL04 160 PP

SE.528.160.14

528

160

595

554

SL04 160 PP

SE.528.160.13,5

528

160

13,5

595

553

SL04 160 PP

SE.528.160.13

528

160

595

552

SL04 160 PP

SE.528.4836.13

528

180

595

552

SL01 4836 PP

SE.528.200.13

528

200

595

552

SL04 200 PP

Sheave tread ø

Shaft ø

For wire ød Groove Outer ø radius

P.C.D.

Rim width

Bearing width

øD2

øG

øD1

øD3

SE.400.4924.10

400

120

460

419

SE.400.160.9,5

400

160

SE.400.160.12

400

160

9,5

460

418

460

422

SE.438.5018.12

438

500

SE.450.5018.15

450

SE.450.5018.13,5

450

SE.450.5018.12

450

SE.450.5018.10

450

SE.450.5018.10,5

450

SE.450.5018.13

60 n

WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

WITH CYLINDRICAL ROLLER BEARINGS

SHEAVES

<< CAST SHEAVES >>

Dimensions (mm)

øD1

øD3

SE.528.200.13,5

528

200

13,5

595

553

SL04 200 PP

SE.528.200.15

528

200

SE.536.130.14.M

536

130

595

556

SL04 200 PP

610

562

SL04 130 PP

SE.575.5022.16

575

110

650

605

SL04 5022 PP

SE.575.5022.14

575

110

650

601

SL04 5022 PP

SE.575.5022.15

575

110

650

603

SL04 5022 PP

SE.575.5024.17

575

120

650

607

SL04 5024 PP

SE.575.5024.15

575

120

650

603

SL04 5024 PP

SE.575.5024.16

575

120

650

605

SL04 5024 PP

SE.575.5024.14

575

120

650

601

SL04 5024 PP

SE.575.160.15

575

160

650

603

SL04 160 PP

SE.575.160.14

575

160

650

601

SL04 160 PP

SE.575.200.15

575

200

650

603

SL04 200 PP

SE.575.200.14

575

200

650

601

SL04 200 PP

SE.630.5022B.16

630

110

710

660

SL04 5022 PP

SE.630.5024.17

630

120

710

662

SL04 5024 PP

SE.630.5024.16

630

120

710

660

SL04 5024 PP

SE.630.5024.15

630

120

710

658

SL04 5024 PP

SE.630.160.17

630

160

710

662

SL04 160 PP

SE.630.160.16

630

160

710

660

SL04 160 PP

SE.630.160.15

630

160

710

658

SL04 160 PP

SE.630.200.17

630

200

710

662

SL04 200 PP

SE.630.200.16

630

200

710

660

SL04 200 PP

SE.630.200.15

630

200

710

658

SL04 200 PP

SE.646.5030.18

646

150

740

680

100

SL04 5030 PP

SE.670.5024.17

670

120

760

702

SL04 5024 PP

SE.670.5024.15

670

120

760

698

SL04 5024 PP

SE.670.5024.13,5

670

120

13,5

760

695

SL04 5024 PP

SE.670.160.17

670

160

760

702

SL04 160 PP

SE.670.160.15

670

160

760

698

SL04 160 PP

SE.670.160.13,5

670

160

13,5

760

695

SL04 160 PP

SE.670.200.13,5

670

200

13,5

760

695

SL04 200 PP

SE.670.200.17

670

200

760

702

SL04 200 PP

SE.670.200.15

670

200

760

698

SL04 200 PP

SE.685.5028.16

685

140

793

715

SL04 5028 PP

127

SE.685.5028.18

685

140

793

719

SL04 5028 PP

127

SE.688.5024.17

688

120

780

720

SL04 5024 PP

105

SE.688.5036.17

688

180

780

720

136

SL04 5036 PP

125

SE.710.5022.18

710

110

800

744

SL04 5022 PP

SE.710.5022.17

710

110

800

742

SL04 5022 PP

100

SE.710.5024.18

710

120

800

744

SL04 5024 PP

SE.710.5024.20

710

120

800

748

SL04 5024 PP

140

p a g e

o n

Bearing width

i n f o r m a t i o n

øG

Weight (kg)

Rim width

s a f e t y

øD2

Bearing

P.C.D.

a n d

For wire ød Groove Outer ø radius

w a r n i n g

Shaft ø

o u r

Sheave tread ø

s e e

Model Nr.

61 n

WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

SHEAVES

<< CAST SHEAVES >>

WITH CYLINDRICAL ROLLER BEARINGS

Dimensions (mm) Model Nr.

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

o n

p a g e

140

Bearing

Weight (kg)

SL04 5026 PP

SL04 5028 PP

107

SL04 5028 PP

108

744

100

SL04 5030 PP

108

810

742

100

SL04 5030 PP

109

830

754

100

SL04 5030 PP

113

830

774

SL04 260 PP

163

20,5

860

799

SL04 5026 PP

138

150

860

798

100

SL04 5030 PP

134

760

220

880

801

SL04 220 PP

143

SE.760.220.21

760

220

880

800

SL04 220 PP

144

SE.800.5022.16,5

800

110

16,5

890

831

SL04 5022 PP

137

SE.800.5024.16

800

120

890

830

SL04 5024 PP

127

SE.800.5024.20

800

120

890

838

SL04 5024 PP

127

SE.800.5026.17

800

130

890

832

SL04 5026 PP

130

SE.800.5026.18

800

130

890

834

SL04 5026 PP

134

SE.800.5026.20

800

130

890

838

SL04 5026 PP

134

SE.800.5028.22,5

800

140

22,5

890

842

SL04 5028 PP

149

SE.800.5028.21

800

140

890

840

SL04 5028 PP

150

SE.800.5028.20

800

140

890

838

SL04 5028 PP

151

SE.800.5028.19

800

140

890

836

SL04 5028 PP

152

SE.800.5030.23,5

800

150

23,5

890

844

100

SL04 5030 PP

150

SE.800.5030.21

800

150

890

840

100

SL04 5030 PP

152

SE.800.5030.20

800

150

890

838

100

SL04 5030 PP

153

SE.800.5030.22,5

800

150

22,5

890

842

100

SL04 5030 PP

160

SE.816.5028.18

816

140

916

850

SL04 5028 PP

146

SE.822.5026.15

822

130

906

850

SL04 5026 PP

126

SE.830.232.15

830

160

910

858

2x NJ-232-E

222

SE.850.232.15

850

160

940

878

2x NJ-232-E

199

SE.864.324.15

864

120

975

892

100

2x NJ-324-E

155

SE.864.324.19

864

120

975

900

100

2x NJ-324-E

155

SE.874.5036.23,5

874

180

23,5

1004

918

107

136

SL04 5036 PP

256

SE.876.260.26,5

876

260

26,5

1016

926

103

SL04 260 PP

240

SE.900.5026.19

900

130

1010

936

SL04 5026 PP

175

SE.900.5030.22,5

900

150

22,5

1010

942

100

SL04 5030 PP

177

SE.900.5030.23,5

900

150

23,5

1010

944

100

SL04 5030 PP

177

SE.900.5030.25,5

900

150

25,5

1010

948

100

SL04 5030 PP

177

SE.950.260.26,5

950

260

26,5

1094

1000

110

SL04 260 PP

255

SE.960.5034.21,5.H

960

170

21,5

1080

1000

110

122

SL04 5034 PP

257

SE.960.5034.23,5

960

170

23,5

1080

1004

110

122

SL04 5034 PP

257

SE.960.5036.21,5

960

180

21,5

1080

1000

110

136

SL04 5036 PP

260

SE.960.5036.21,5.H

960

180

21,5

1080

1000

110

136

SL04 5036 PP

263

Sheave tread ø

Shaft ø

For wire ød Groove Outer ø radius

P.C.D.

Rim width

Bearing width

øD2

øG

øD1

øD3

SE.710.5026.18

710

130

800

744

SE.710.5028.18

710

140

SE.710.5028.17

710

140

810

744

810

742

SE.710.5030.18

710

150

810

SE.710.5030.17

710

150

SE.720.5030.18

720

150

SE.750.226.13

750

260

SE.760.5026.20,5

760

130

SE.760.5030.20

760

SE.760.220.22

62 n

WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

WITH CYLINDRICAL ROLLER BEARINGS

SHEAVES

<< CAST SHEAVES

136

SL04 5038 PP

260

110

150

SL04 5040 PP

267

100

SL04 5030 PP

198

1045

SL04 5022 PP

199

1180

1096

114

122

SL04 5034PP

279

23,5

1180

1084

110

SL04 5034 PP

288

26,5

1180

1090

114

110

SL04 5036 PP

323

1180

1096

114

136

SL04 5038PP

285

220

1200

1130

140

149

SL04 5044 PP

478

1120

170

29,5

1280

1175

125

SL04 5034 PP

398

SE.1120.5038.27

1120

190

1280

1171

125

110

SL04 5038 PP

406

SE.1130.5044.27

1130

220

1300

1181

146

130

SL04 5044 PP

487

SE.1200.5040.27,5

1200

200

27,5

1370

1252

140

120

SL04 5040PP

518

SE.1200.5044.32

1200

220

1370

1260

146

160

SL04 5044 PP

511

SE.1250.5044.29

1250

220

1415

1304

135

130

SL04 5044 PP

663

SE.1280.5044.34

1280

220

1470

1344

148

160

SL04 5044 PP

624

SE.1280.5044.30

1280

220

1470

1336

148

130

SL04 5044 PP

629

SE.1280.5044.32

1280

220

1470

1340

148

130

SL04 5044 PP

629

SE.1445.5052.39,5

1445

260

39,5

1661

1520

170

154

SL04 5052 PP

1021

SE.1540.5056.38

1450

280

1745

1522

170

154

SL04 5056 PP

1130

SE.1820.5052.39,5

1820

260

39,5

2046

1895

170

154

SL04 5052 PP

1333

SE.2660.5056.38

2660

280

2865

2732

160

190

SL04 5056 PP

2319

P.C.D.

Rim width

Bearing width

øD2

øG

øD1

øD3

960

190

21,5

1080

1000

110

SE.960.5040.21,5.H

960

200

SE.1004.5030.27

1004

150

21,5

1080

1000

27,2

1119

1055

SE.1010.5022.18,5

1010

110

18,5

1115

SE.1040.5034.30

1040

170

SE.1040.5034.23,5

1040

170

SE.1040.5036.26,5

1040

180

SE.1040.5038.30

1040

190

SE.1060.5044.37

1060

SE.1120.5034.29,5

s a f e t y a n d

WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

w a r n i n g

o u r

i n f o r m a t i o n

o n

SE.960.5038.21,5

For wire ød Groove Outer ø radius

p a g e

Weight (kg)

Shaft ø

s e e

Bearing

Sheave tread ø

140

Dimensions (mm) Model Nr.

SHEAVES

CAST SHEAVES, RIGGING

WITH BALL BEARINGS

øD1

øD3

øG F

øD2

ød

Dimensions (mm) Weight (kg)

2x6002-RS

0,7

27,5

2x6022-RS

1,5

2x6206-RS

179

2x6206-RS

4,5

250

228

2x6207-RS

300

275

2x6208-RS

350

327

2x6209-RS

400

369

2x6210-RS

øD2

øG

SEF.80.6002.4,5

SEF.105.60-22.5,5

105

SEF.120.6206.6,5

120

SEF.165.6206.7,5

165

SEF.210.6207.9,5 SEF.255.6208.11 SEF.305.6209.12 SEF.345.6210.13

i n f o r m a t i o n

140

Shaft ø

p a g e

Bearing

Sheave tread ø

o n

Model Nr.

n n

For wire Groove Outer ø ød radius

P.C.D.

Rim width

Bearing width

øD1

øD3

4,5

100

5,5

125

115

6,5

150

132

7,5

200

210

9,5

255

305

345

Different shaft sizes possible. Groove may be adjusted to other wire rope diameters.

s e e

o u r

w a r n i n g

a n d

s a f e t y

WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

WITH CYLINDRICAL ROLLER BEARINGS

SHEAVES

CAST SHEAVES, RIGGING

øD1

øD3

øG

øD2

ød

n n

120 120 165 195 210 210 210 210 250 255 255 305 305 305 345 345 345 390 390 390 430 430 430 480 480 520 560 630 710 710 800 920 1020

25 30 30 60 35 40 40 40 65 40 50 45 60 75 50 90 120 55 80 100 60 90 120 70 120 80 100 120 150 150 160 160 180

12 12 14 22 18 18 11 18 24 20 16 22 16 26 24 28 18 28 20 32 30 22 36 34 40 36 39 40 44 42 44 48 52

6,5 6,5 7,5 12 9,5 9,8 6 9,5 13 11 8,5 12 8,5 14 13 15 9,5 15 11 17 16 12 19,5 18 21,5 19 20,5 21,5 23,5 22,5 23,5 25,5 27,5

øD1

øD3

150 150 200 250 250 250 250 250 300 300 300 350 350 350 400 400 400 450 450 450 500 500 500 550 550 600 665 710 810 810 920 1030 1160

132 132 179 217 228 228 221 228 274 275 271 327 321 331 369 373 363 418 410 422 460 452 466 514 520 556 599 670 754 752 844 968 1072

36 36 36 50 40 34 34 40 55 45 36 45 45 70 55 75 50 60 60 75 70 70 75 70 80 85 100 85 98 98 100 130 140

40/30 40/34 40/34 60 45/36 38 38 45/36 60 50/38 40 50/40 46 70 60/40 54 54 70/46 60 85 80/46 67 105 80/54 105 105/60 110 110/80 100 100 109 150 160

Different shaft sizes possible. Groove may be adjusted to other wire rope diameters. WARNING

Weight (kg)

SL04 5005 PP SL04 5006 PP SL04 5006 PP SL04 5012 PP SL04 5007 PP SL04 5008 PP SL04 5008 PP SL04 5008 PP SL04 5013 PP SL04 5008 PP SL04 5010 PP SL04 5009 PP SL04 5012 PP SL04 5015 PP SL04 5010 PP SL04 5018 PP SL04 5024 PP SL04 5011 PP SL04 5016 PP SL04 5020 PP SL04 5012 PP SL04 5018 PP SL04 5024 PP SL04 5014 PP SL04 5024 PP SL04 5016 PP SL04 5020 PP SL04 5024 PP SL04 5030 PP SL04 5030 PP SL04 5032 PP SL04 5032 PP SL04 5036 PP

6,6 3 4,5 13 8 6,1 6,5 8 13 12 8,8 17 13,6 23 24 30 21,6 48 31 38 44 45 77 55 95 80 110 125 131 190 215 380 540

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

p a g e

Bearing

o n

Bearing width

i n f o r m a t i o n

øG

Rim width

s a f e t y

øD2

P.C.D.

a n d

Groove Outer ø radius

w a r n i n g

For wire ød

o u r

Shaft ø

s e e

SEF.120.5005.6,5 SEF.120.5006.6,5 SEF.165.5006.7,5 SEF.195.5012.12 SEF.210.5007.9,5 SEF.255.5008.9,5 SEF.210.5008.6 SEF.210.5008.9,5 SEF.250.5013.13 SEF.255.5008.11 SEF.255.5010.8,5 SEF.305.5009.12 SEF.305.5012.8,5 SEF.305.5015.14 SEF.345.5010.13 SEF.345.5018.15 SEF.345.5014.9,5 SEF.390.5011.15 SEF.390.5016.11 SEF.390.5020.17 SEF.430.5012.16 SEF.430.5018.12 SEF.430.5024.19,5 SEF.480.5014.18 SEF.480.5024.21,5 SEF.520.5016.19 SEF.560.5020.20,5 SEF.630.5024.21,5 SEF.710.5030.23,5 SEF.710.5030.22,5 SEF.800.5032.23,5 SEF.920.5032.25,5 SEF.1020.5036.27,5

Sheave tread ø

140

Dimensions (mm) Model Nr.

SHEAVES

CAST SHEAVES, RIGGING >>

WITH BRONZE BUSHING E

øD1

øD3

øD2

øG

ød

Dimensions (mm) Weight (kg)

Bronze

0,6

Bronze

1,5

Bronze

179

Bronze

4,5

250

217

Bronze

250

228

Bronze

300

268

Bronze

11,9

8,5

300

266

Bronze

13,9

300

274

Bronze

300

275

Bronze

365

332

Bronze

15,1

300

365

328

Bronze

15,7

305

350

327

Bronze

SEF.305.50.50.12

305

350

327

Bronze

13,9

SEF.305.70.75.14

305

350

331

Bronze

SEF.345.50.65.13

345

400

369

Bronze

23,6

SEF.345.50.60.13

345

400

369

Bronze

SEF.345.55.65.13

345

400

369

Bronze

23,4

SEF.345.60.60.13

345

400

369

Bronze

22,8

SEF.345.60.70.16

345

400

375

Bronze

22,8

SEF.345.60.70.15

345

400

373

Bronze

SEF.345.70.70.16

345

400

375

Bronze

22,3

For wire ød

øD2

øG

SEF.80.15.20.4,5

SEF.105.22.27.5,5

105

SEF.120.30.40.6,5

120

SEF.165.30.40.7,5

165

SEF.195.60.60.12 SEF.210.35.45.9,5 SEF.240.80.62.15 SEF.250.50.60.8,5

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

140

Shaft ø

p a g e

Bearing

Sheave tread ø

o n

Model Nr.

n n

Groove Outer ø radius

P.C.D.

Rim width

Bearing width

øD1

øD3

4,5

100

5,5

125

115

6,5

150

132

7,5

200

195

210

9,5

240

250

SEF.250.70.60.13

250

SEF.255.40.50.11

255

SEF.300.80.62.17

300

SEF.300.80.62.15 SEF.305.45.50.12

Different shaft sizes possible. Groove may be adjusted to other wire rope diameters. WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

WITH BRONZE BUSHING

SHEAVES

<< CAST SHEAVES, RIGGING

Bronze

373

Bronze

450

418

Bronze

450

418

Bronze

450

420

Bronze

450

418

Bronze

450

428

Bronze

390

450

426

Bronze

SEF.390.80.80.17

390

450

422

Bronze

SEF.390.80.85.19,5

390

19,5

450

427

Bronze

SEF.390.80.85.17

390

450

422

Bronze

SEF.390.90.85.19,5

390

19,5

450

427

Bronze

SEF.430.60.80.16

430

500

460

Bronze

SEF.430.80.80.20

430

495

468

Bronze

SEF.430.80.80.17

430

495

462

Bronze

SEF.430.100.80.20

430

100

495

468

Bronze

SEF.430.100.80.17

430

100

495

462

Bronze

SEF.430.100.100.19,5

430

100

19,5

500

467

100

Bronze

SEF.480.70.80.18

480

550

514

Bronze

SEF.480.120.120.21,5

480

120

21,5

550

520

100

120

Bronze

SEF.520.80.105.19,5

520

19,5

600

557

105

Bronze

SEF.520.120.90.27,5

520

120

27,5

595

572

Bronze

SEF.520.120.80.17

520

120

595

552

Bronze

SEF.520.120.90.23,5

520

120

23,5

595

564

Bronze

SEF.520.120.90.20

520

120

595

558

Bronze

SEF.560.100.110.20,5

560

100

20,5

665

599

100

110

Bronze

110

SEF.630.120.110.21,5

630

120

21,5

710

670

110

Bronze

115

SEF.710.150.130.23,5

710

150

23,5

810

754

130

Bronze

170

SEF.800.150.150.22

800

150

920

844

130

150

Bronze

270

SEF.920.160.150.22

920

160

1030

961

130

150

Bronze

380

SEF.1020.180.160.24,5

1020

180

24,5

1160

1066

140

160

Bronze

540

øG

øD1

øD3

SEF.345.70.70.15

345

400

373

SEF.345.80.80.19

345

SEF.345.80.80.17

345

400

381

400

377

SEF.345.80.80.15

345

400

SEF.390.55.70.15

390

SEF.390.60.70.16

390

SEF.390.70.70.16

390

SEF.390.70.70.15

390

SEF.390.80.80.20

390

SEF.390.80.80.19

Different shaft sizes possible. Groove may be adjusted to other wire rope diameters. WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

p a g e

Bronze

øD2

o n

Bearing width

i n f o r m a t i o n

Rim width

s a f e t y

22,5

P.C.D.

a n d

Bronze

Groove Outer ø radius

w a r n i n g

For wire ød

o u r

Weight (kg)

Shaft ø

s e e

Bearing

Sheave tread ø

140

Dimensions (mm) Model Nr.

PLASTIC SHEAVES Made fully out of Polyamid, plastic wire rope sheaves are the most lightweight sheaves in the Ropeblock portfolio. They come in many sizes, up to approx. 1,000 mm (for larger diameters a

PLEASE NOTE THAT PLASTIC SHEAVES WE WILL BE HAPPY TO ADVISE.

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

p a g e

are cost efficient and usually available from stock.

o n

140

hybrid solution can be considered). Plastic sheaves

ARE NOT SUITABLE FOR ALL CONDITIONS.

WITH CYLINDRICAL ROLLER BEARINGS

SHEAVES

PLASTIC SHEAVES

F E ød

øD1

øD3

øD2

øG

SL04 5012PP

3,9

SL04 5014PP

5,9

369

SL04 5013PP

5,5

400

368

SL04 5013PP

5,6

8,5

400

368

SL04 5016PP

7,6

10,5

460

419

SL04 5018PP

9,8

460

418

SL04 5018PP

10,8

120

460

418

SL04 5024PP

160

460

418

SL04 160PP

13,5

558

504

SL04 5018PP

482

11,5

560

503

SL04 5018PP

482

120

11,5

560

503

SL04 5024PP

17,5

SE.482.160.11,5.K

482

160

11,5

560

503

SL04 160PP

17,2

SE.528.5018.14.K

528

596

554

SL04 5018PP

14,9

SE.528.5018.12.K

528

596

550

SL04 5018PP

SE.528.5018.13.K

528

596

552

SL04 5018PP

SE.528.5018.8,5.K

528

8,5

596

544

SL04 5018PP

15,3

SE.528.5024.13.K

528

120

596

552

SL04 5024PP

20,9

SE.528.160.13.K

528

120

596

552

SL04 160PP

22,1

SE.630.160.15,5.K

630

160

15,5

710

658

SL04 160PP

SE.662.5026.15,5.K

662

130

15,5

742

690

SL04 5026PP

SE.772.5026.15,5.K

772

130

15,5

852

800

SL04 5026PP

øG

øD1

øD3

SE.260.5010.6,5.K

260

6,5

300

272

SE.285.5012.6,5.K

285

SE.350.5014.14.K

350

6,5

325

297

416

376

SE.352.5013.9,5.K

352

9,5

400

SE.352.5013.8,5.K

352

8,5

SE.352.5016.8,5.K

352

SE.400.5018.10,5.K

400

SE.400.5018.10.K

400

SE.400.5024.10.K

400

SE.400.160.10.K

400

SE.482.5018.12.K

482

SE.482.5018.11,5.K SE.482.5024.11,5.K

s e e

øD2

p a g e

Bearing width

o n

Rim width

i n f o r m a t i o n

2,9

P.C.D.

s a f e t y

SL04 5010PP

Groove Outer ø radius

a n d

For wire ød

w a r n i n g

Weight (kg)

Shaft ø

o u r

Bearing

Sheave tread ø

140

Dimensions (mm) Model Nr.

WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

WELDED SHEAVES Ropeblock welded steel sheaves are available in

Examples include applications with unusual axle

a range of standard models. However, it’s in more

sizes and/or extremely large diameters, where

customized solutions that this type of sheave

timing is also a key factor.

really comes into its own.

SOLID SHEAVES 70

Ropeblock sheaves from solid materials make for

Solid steel wire rope sheaves, especially, offer

quick solutions. As we manufacture these sheaves

plenty of room for customization in terms of sizes,

in a simple yet highly efficient process, we can

materials and bearing systems.

supply them quickly and in many different sizes.

SHEAVES

FORGED SHEAVES Although the material properties of forged sheaves can be very similar to those of other materials, this type of sheave can be a very

Slightly polluted atmosphere, predominately agriculture areas Industrial and residential air pollution levels, with an average sulfurdioxide (IV) contamination level. Coastal areas with low salt content in air Industrial and residential air pollution levels, with an average sulfurdioxide (IV) contamination level. Coastal areas with low salt content in air Industrial and residential air pollution levels, with an average sulfurdioxide (IV) contamination level. Coastal areas with low salt content in air

DFT (µm)

5 to 15 year

120

2 to 5 year

120

5 to 15 year

160

5 to 15 year

160

Construction

C3M

Construction

C3M

Cargo handling

C3M

Cargo handling

C4H

Industrial areas and coastal areas with average salt content in air more than 15 year

280

Cargo handling

C5-MM

Coastal areas and open sea with high salt content in air

280

Offshore

C4H

Industrial areas and coastal areas with average salt content in air more than 15 year

300

Offshore

C5-MM

Coastal areas and open sea with high salt content in air

5 to 15 year

300

Offshore

C5-MH

Coastal areas and open sea with high salt content in air

more than 15 year

320

Offshore

NORSOK sys. 1*

Open sea with high salt content in air

more than 15 year

300

s e e

5 to 15 year

s a f e t y

C2M

Expected protection duration

Classification description

a n d

Construction

ISO 12944 classification

w a r n i n g

Segment / application

o u r

AVAILABLE FINISHES (DEPENDS ON THE APPLICATION)

i n f o r m a t i o n

o n

p a g e

140

adequate choice for specific applications.

WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

API SHEAVES IMPROVED EFFICIENCY, DURABILITY AND SAFETY Based on ample experience with sheaves in

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

o n

p a g e

140

various blocks and applications, Ropeblock

developed API sheaves. Besides the presented list our standard sheaves, custom-made sheaves are often an optimum solution, since line pull, fleet angles and other specifications may vary. In addition to the API sheaves, Ropeblock provides traveling blocks and hook blocks with the same prestigious API monogram.

Characteristics include: n

Balanced sheave (large diameters), low weight, maximum strength Standard sheave diameter range from 26” to 82” Standard wire sizes 9/16” to 3” Custom made design possible Tapered rolling bearings, size selected to fit application Other bearing types available on request Groove hardness minimum 35 HRC Groove in accordance with API specifications Finish in accordance with C5-MM, C5-MH (ISO 12944) or NORSOK System 1

SHEAVES 14 - 25

41/4

107,95

1 - 11/8

25 - 29

55/8

142,88

36”

914,4

1 - 13/8

25 - 35

61/2

165,10

42”

1066,8

11/8 - 11/2

29 - 38

203,20

50”

1270,0

11/4 - 11/2

32 - 38

203,20

52”

1320,8

13/8 - 11/2

35 - 38

203,20

55”

1397,0

13/8 - 13/4

35 - 44

91/4

234,95

60”

1524,0

13/8 - 21/8

35 - 54

101/2

266,70

72”

1828,8

13/4 - 21/8

44 - 54

355,60

78”

1981,2

13/4 - 3

44 - 76

355,60

82”

2082,8

13/4 - 3

44 - 76

355,60

RECOMMENDED FINISH Segment / application Construction

ISO 12944 classification C2M

Expected protection duration

DFT (µm)

5 to 15 year

120

2 to 5 year

120

5 to 15 year

160

5 to 15 year

160

Construction

C3M

Construction

C3M

Cargo handling

C3M

Cargo handling

C4H

Industrial areas and coastal areas with average salt content in air more than 15 year

280

Cargo handling

C5-MM

Coastal areas and open sea with high salt content in air

280

Offshore

C4H

Industrial areas and coastal areas with average salt content in air more than 15 year

300

Offshore

C5-MM

Coastal areas and open sea with high salt content in air

5 to 15 year

300

Offshore

C5-MH

Coastal areas and open sea with high salt content in air

more than 15 year

320

Offshore

NORSOK sys. 1*

Open sea with high salt content in air

more than 15 year

300

5 to 15 year

p a g e

9/16 - 1

762,0

o n

609,6

i n f o r m a t i o n

Shaft ø (mm)

s a f e t y

Shaft ø (inch)

a n d

30”

Wire size range ø (mm)

w a r n i n g

24”

Wire size range ø (inch)

o u r

Sheave Outside ø (mm)

s e e

Sheave Outside ø

140

DESIGN PATENTED

WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

TB W T

ØP

SOCKETS The Ropeblock Socket range consists of sockets to be used with both general purpose and high performance ropes. These sockets are used in extreme e nvironments for dredging, mining, arctic and subsea applications. Besides the standard range shown in this catalogue, Ropeblock can design, engineer and manufacture any special socket solution that a certainapplication might require.

SOCKETS TESTING Ropeblock sockets are subject to the most stringent surface and volumetric NDT procedures, excluding any risk for manufacturing flaws. Said procedures are accepted by all large third party authorities. Sockets can be proof loaded in accordance with the Ropeblock testing program, which implies testing up to 40% of the MBL of the socket. Higher proof loads are available upon request.

140 p a g e o n i n f o r m a t i o n s a f e t y a n d

MATERIALS The Ropeblock standard socket range is available in quenched and tempered cast steel with mechanical properties to meet today’s tough market requirements. All sockets are suitable for use in sub-zero temperature environments. Materials meet or exceed an impact value of > 42 Joule / -20°C Charpy-V. Each Ropeblock socket is visibly marked with its size, wire rope diameter TL and batch or serial number. All individual parts can be traced back to their original certificates by the batch or serial number to be found on each component.

SPECIAL REQUIREMENTS Our engineers will gladly meet 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 the use of different materials (e.g. stainless steel), advanced features (e.g. swivel socket), and special aesthetics (e.g. for bridge work).

w a r n i n g

FINISH All Wedge, Spelter and Fast and Super Reeve Connector Sockets are finished with a primer in Ropeblock blue, or a hot dip galvanized finish.

o u r

DESIGN Spelter socket loading mechanisms are highly complex. True and full understanding of the non-linear behavior involved is required when aiming for the engineering optimum. That’s why Ropeblock conducted extensive research in this area, using strain gauge testing and Finite Element Method (FEM) techniques. We achieved abovementioned optimum in geometry with our market-first anti-rotation and negative force nose and low notch-factor design for improved fatigue service. Ropeblock OSS, CSS and SBS Sockets are type approved by DNV GL and LRS.

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 basket.

s e e

DISTRIBUTION Ropeblock has a strong global network of stocking distributors. As a result end-users as well as OEMs are assured of immediate socket availability.

CERTIFICATES & DOCUMENTS Ropeblock products are available with all types of applicable certifications, ranging from a basic ILO-3 certificate to third-party design approvals and witnessed proof loading certificates. All Ropeblock Spelter Sockets (types OSS, CSS and SBS) come with DNV GL and Lloyd’s Register type approval. In addition, depending on the product type, Ropeblock products can be supplied with any of the following documents: Declaration of compliance to EN 10204-2.1, stating: - Certificate number - Wire rope diameter - Minimum breaking load (MBL) - Quantity - Order number Declaration of compliance to EN 10204-2.2, stating: - Working Load Limit (WLL) - Weight - Order number - Proof load in kN - Serial number Material certificate in accordance with EN 10204-3.1 or EN 10204-3.2. Manufacturer test certificate in accordance with ILO convention No. 152 NDE inspection reports (magnetic and ultrasonic testing) Witness or survey certificate issued by official classification or inspection agencies, all IASC agencies accepted (e.g. ABS, DNV GL, LRS) Third Party design or type approval Third Party product certificate Full Manufacturing Record Book, including material certificates, test certificates, welding log, paint log, etc. EC Declaration in accordance with Machine Directive 2006/42/EG (where applicable)

INSPECTION CERTIFICATES ISSUED BY OFFICIAL CLASSIFICATION OR INSPECTION AGENCIES ARE AVAILABLE ON REQUEST. PLEASE NOTE THAT THE ABOVE IS AN ABSTRACT OF WHAT IS COMMONLY REQUESTED, BUT NOT CONSIDERED STANDARD. FEEL FREE TO CONTACT US FOR DETAILS.

SOCKETS

OVERVIEW

OPEN SPELTER SOCKETS

CLOSED SPELTER SOCKETS

SHORT BOW SOCKETS

FAST CONNECTOR SOCKETS

SUPER REEVE CONNECTOR SOCKETS

Quenched and tempered cast steel range with mechanical values (Charpy-V > 42 Joule / -20°C) for tough and low temperature use. For wire rope diameter 6 - 204 mm (1/4” - 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.

Quenched and tempered cast steel range with mechanical values (Charpy-V > 42 Joule / -20°C) for tough and low temperature use. For wire rope diameter 6 - 204 mm (1/4” - 8”). All spelter sockets have a 100% efficiency on wire rope MBL.

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.

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. This socket meets the respective EN standards.

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 patented design allows refitting by pouring in the field, saving valuable down time compared to swaging techniques.

PAGES 80 - 81

PAGE 82

PAGE 83

PAGES 84 - 85

PAGES 86 - 87

SUPER REEVE CONNECTOR SWIVEL SOCKETS

OPEN WEDGE SOCKETS

TAILGRIP OPEN WEDGE SOCKETS

CLOSED WEDGE SOCKETS

SLEEVES AND SWAGE 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.

Quick detachable socket range for wire rope diameter 9 - 32 mm (3/8” - 11/4”). Basket and wedge in quenched and tempered cast steel. Wedge, basket and clip are designed for easy installation and optimal wire rope efficiency.

Quick detachable socket range for wire rope diameter 18 - 86 mm (3/4” - 31/4”). Basket and wedge in quenched and tempered cast steel. Wedge and basket are designed for easy installation and optimal wire rope efficiency.

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.

PAGES 88 - 89

PAGES 90 - 91

PAGES 92 -93

PAGE 94

PAGES 96 - 98 79

SOCKETS

OPEN SPELTER SOCKETS WITH PIN

Model nr.

MBL

for wire ø

Dimensions (mm)

0,4

124

0,7

142

171

1,8

8-10

OSS 198 P

11-13

OSS 199 P

14-16

OSS 100 P

18-19

OSS 104 P

20-22

/ -/ / -/ / /

OSS 108 P

23-26

20-22

OSS 111 P

27-30

11/8

/ / -/ / /

OSS 115 P

125

31-36

11/4- 13/8

23-26

OSS 118 P

150

37-39

OSS 120 P

170

40-42

OSS 125 P

225

43-48

OSS 128 P

280

49-54

OSS 130 P

360

55-60

OSS 132 P

425

61-68

OSS 135 P

460

69-75

OSS 138 P

560

76-80

OSS 140 P

625

81-86

OSS 142 P

720

87-93

OSS 144 P

875

94-102

OSS 146 P

1200

108-115 4 /4 - 4 /2

OSS 150 P

1400

120-130

OSS 155 P

1600

OSS 160 P

2000

OSS 165 P

2220

154-165 61/4 - 61/2 144-154 511/16 - 61/4 630

OSS 170 P

2500

166-178

OSS 175 P

2800

6 /4 - 7 155-166 6 /4 - 6 /4 680 180-191 71/4 - 71/2 167-179 69/16 - 71/16 725

OSS 180 P

3200

192-204

o n

109

/ /

i n f o r m a t i o n

OSS 197 P

s a f e t y

a n d

(kg)

w a r n i n g

6-7

o u r

(inch)

s e e

øP

(mm)

OSS 196 P

2 8

205

101

235

110

4,6

114

101

104

275

128

127

114

306

142

127

126

338

155

162

142

394

177

165

156

418

187

178

100

176

469

215

228

108

194

552

244

101

254

120

210

108

603

275

113

248

273

133

236

121

654

300

127

118

279

138

240

127

696

335

133

155

305

286

146

252

133

737

355

146

186

330

298

160

290

140

788

375

159

227

356

318

178

320

152

852

400

171

283

381

343

190

350

108

178

914

435

191

374

450

480

215

400

129

195

100

1145 465

205

539

135-140 51/4 - 51/2 125-132 415/16 - 53/16 540

500

250

450

147

220

110

1250 525

225

761

497

263

480

157

240

140

1300 590

230

1067

142-153

505

275

500

171

255

140

1365 610

250

1172

530

300

550

185

275

150

1460 640

260

1441

570

310

570

199

295

150

1560 660

280

1615

600

325

600

213

310

155

1650 689

300

1907

620

345

640

229

330

160

1740 720

320

2239

1 /2

13/4 - 17/8 2 - 21/8

21/4 - 23/8 2 /2 - 2 /8 5

23/4 - 27/8 3 - 31/8

31/4 - 33/8

31/2 - 35/8 3 /4 - 4 3

18-19

27-28 30-32

15/8

14-16

Weight T

øH

(inch)

140

(mm)

Strand ø

p a g e

(Mtons)

QUENCHED AND TEMPERED CAST STEEL

43/4 - 5

53/4 - 6

33-35

3 7

11/16 - 11/8 139

1 /16 - 1 /4 152 3

15/16 - 13/8 165

36-40

17/16 - 15/8 191

42-45

216

46-48 50-54 56-62 64-67 69-76 78-86 88-96 98-110

15/8 - 13/4

113/16 - 17/8 229 2 - 2 /8 1

21/4 - 21/2 21/2 - 25/8 23/4 - 3

31/16 - 33/8

3 /16 - 3 /4 7

3 /8 - 4 /16 7

112-124 47/16 - 47/8 500 133-143 51/4 - 55/8

73/4 - 8

180-191

585

71/4 - 71/2

775

MBL = Minimum Breaking Load n n n

80 n

n n

The 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.

WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

27-30

OSS 115 B

125

31-36

OSS 118 B

150

37-39

OSS 142 B

720

87-93

OSS 144 B

875

94-102

OSS 146 B

1200

108-115

OSS 150 B

1400

120-130

OSS 155 B

1600

135-140

OSS 160 B

2000

142-153

OSS 165 B

2220

154-165

OSS 170 B

2500

166-178

OSS 175 B

2800

180-191

OSS 180 B

3200

192-204

1,9

205

107

3,1 4,7

4 8

18-19

235

123

20-22

/ /

101

114

101

104

275

138

23-26

127

114

306

160

139

127

126

338

165

152

162

142

394

199

165

156

418

209

191

178 100 176

469

237

216

228 108 194

552

263

101

229

254 120 210

108

603

298

113

248

273 133 236

121

654

330

127

123

279

279 138 240

127

696

359

133

159

305

286 146 252

133

737

380

146

190

330

298 160 290

140

788

397

159

230

356

318 178 320

152

852

419

171

287

381

343 190 350 108 178

914

451

191

377

450

480 215 400 129 195 100 1145 506

205

548

500

500 250 450 147 220 110 1250 546

225

766

497 263 480 157 240 140 1300 623

230

1081

11/8

11/4 - 13/8 11/2

1 /8

13/4 - 17/8 2 - 21/8

21/4 - 23/8 2 /2 - 2 /8 1

23/4 - 27/8 3 - 3 /8 1

31/4 - 33/8 31/2 - 35/8 33/4 - 4

4 /4 - 4 /2 1

43/4 - 5

51/4 - 51/2 53/4 - 6

6 /4 - 6 /2 1

63/4 - 7

7 /4 - 7 /2 1

27-28 30-32

/16 - 5/8

14-16

73/4 - 8

33-35 36-40 42-45 46-48 50-54 56-62 64-67 69-76 78-86 88-96 98-110 112-124

11/16 - 11/8 13/16- 11/4

1 /16 - 1 /8 5

17/16 - 15/8 15/8 - 13/4

113/16 - 17/8 2 - 21/8

21/4 - 21/2 21/2 - 25/8 23/4 - 3

31/16 - 33/8 37/16 - 33/4 3 /8- 4 /16 7

47/16 - 47/8

125-132 415/16 - 53/16 540 133-143 144-154 155-166 167-179 180-191

51/4 - 55/8

5 11/16 - 61/4 61/4 - 63/4

6 /16 - 7 /16 9

71/4 - 71/2

585

505 275 500 171 255 140 1365 655

250

1200

630

530 300 550 185 275 150 1460 685

260

1474

680

570 310 570 199 295 150 1560 715

280

1655

725

600 325 600 213 310 155 1650 750

300

1956

775

620 345 640 229 330 160 1740 790

320

2303

MBL = Minimum Breaking Load n n n

n n

WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

SOCKETS 140

p a g e

OSS 111 B

o n

23-26

i n f o r m a t i o n

20-22

81-86

625

OSS 140 B

171

OSS 108 B

76-80

OSS 104 B

560

18-19

OSS 138 B

69-75

1,1

OSS 100 B

460

OSS 135 B

14-16

61-68

142

425

OSS 199 B

OSS 132 B

/ -/ / -/ / /

55-60

0,8

360

0,5

11-13

OSS 130 B

49-54

124

OSS 198 B

280

109

/ /

8-10

OSS 128 B

43-48

OSS 197 B

40-42

(kg)

225

170

(inch)

6-7

OSS 125 B

øP

(mm)

Weight

øH

(inch)

OSS 196 B

OSS 120 B

Dimensions (mm)

s a f e t y

(mm)

Strand ø

a n d

for wire ø

w a r n i n g

MBL (Mtons)

o u r

Model nr.

QUENCHED AND TEMPERED CAST STEEL

s e e

OPEN SPELTER SOCKETS WITH BOLT AND NUT

SOCKETS

CLOSED SPELTER SOCKETS

Model nr.

CSS 296

MBL (Mtons)

(mm)

6-7

8-10

Strand ø

101

0,3

119

0,4

17,5

140

0,7

162

1,4

194

2,2

/ /

76 89

11-13

14-16

CSS 200

18-19

CSS 201

20-22

18-19

CSS 204

23-26

CSS 207

27-30

CSS 212

125

CSS 215

150

CSS 217

170

40-42

CSS 219

225

43-48

CSS 222

280

49-54

CSS 224

360

CSS 226 CSS 227

o n

i n f o r m a t i o n

CSS 299

s a f e t y

CSS 298

a n d

(inch)

/ -/ / -/ / /

w a r n i n g

øH

Weight (kg)

(mm)

o u r

Dimensions (mm)

(inch)

140

for wire ø

p a g e

CSS 297

QUENCHED AND TEMPERED CAST STEEL

101

224

3,8

20-22

114

103

104

253

5,4

23-26

127

116

114

282

31-36

11/8 11/4- 13/8

/ -/ / /

139

130

126

312

37-39

11/2

30-32

152

155

136

358

165

171

146

390

190

198

171

443

216

224

100

193

502

228

247

112

216

548

248

270

140

102

241

597

279

286

159

124

273

644

315

298

171

133

292

696

117

23/4 -3

330

311

102

184

146

311

743

125

356

330

102

197

159

330

788

176

381

356

108

216

178

362

845

228

450

425

125

129

235

190

405

1000

323

500

525

125

147

260

200

450

1150

447

540

495

150

157

290

220

520

1185

645

585

530

170

171

305

240

545

1285

741

630

565

175

185

330

250

575

1370

860

680

590

180

199

330

270

595

1450

985

725

620

190

213

350

290

625

1535

1183

775

650

210

229

395

305

690

1635

1487

14-16

15/8 13/4 - 17/8

27-28 33-35 36-40

55-60

2 - 21/8 21/4 - 23/8

46-48

425

61-68

2 /2 - 2 /8

50-54

460

69-75

CSS 228

560

76-80

CSS 229

625

81-86

CSS 230

720

87-93

CSS 231

875

94-102

CSS 233

1200

108-115

CSS 240

1400

120-130

CSS 245

1600

135-140

CSS 250

2000

142-153

CSS 255

2220

154-165

CSS 260

2500

166-178

CSS 265

2800

180-191

CSS 270

3200

192-204

23/4 - 27/8 3 - 31/8

31/4 - 33/8 3 /2 - 3 /8

42-45

56-62 64-67 69-76

78-86

33/4 - 4

88-96

4 /4 - 4 /2 1

43/4 - 5

51/4 - 51/2

98-110 112-124 125-132

5 /4 - 6

133-143

144-154

63/4 - 7

155-166

167-179

6 /4 - 6 /2 7 /4 - 7 /2 1

73/4 - 8

180-191

3 7

1 /16 -1 /8 1

13/16 -11/4 15/16 -13/8 1 /16 -1 /8 5

15/8 -13/4

113/16 -17/8 2 -2 /8 1

21/4 -21/2

21/2 -25/8 3 /16 -33/8

37/16 -33/4

3 /8 -4 /16 7

47/16 -47/8

415/16 - 53/16 5 /4 - 5 /8 1

5 11/16 - 61/4 61/4 - 63/4

6 /16 - 7 /16 9

71/4 - 71/2

s e e

MBL = Minimum Breaking Load n

n n

WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

141

132

262

162

103

152

305

188

120

112

178

356

2 -21/8

204

132

120

200

390

230

148

135

220

440

11/4 -13/8

140

31-36

SBS 517

160

37-42

SBS 519

200

43-48

SBS 522

250

49-54

SBS 524

320

55-60

SBS 526

400

61-68

SBS 527

500

69-75

SBS 528

600

76-80

SBS 529

700

81-86

SBS 530

800

87-93

SBS 531

900

94-102

SBS 533

1000

108-115

11/2 -15/8

13/4 -17/8 2 /4 -2 /8 3

2 /2 -2 /8

265

165

150

250

498

287

178

164

274

540

3-3 /8

314

195

175

295

585

327

216

194

320

625

358

220

202

350

670

112

33/4 -4

365

235

100

108

215

375

700

130

420

270

110

120

240

410

800

182

2 /4 -2 /8 3

31/4 -33/8

3 /2 -3 /8 1

4 /4 - 4 /2 1

MBL = Minimum Breaking Load n n n

n n

WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

SOCKETS 140

p a g e

øH

o n

(inch)

i n f o r m a t i o n

(mm)

SBS 512

Weight (kg)

s a f e t y

Dimensions (mm)

a n d

for wire ø

w a r n i n g

MBL (Mtons)

o u r

Model nr.

QUENCHED AND TEMPERED CAST STEEL

s e e

SHORT BOW SOCKETS

SOCKETS

FAST CONNECTOR SOCKETS WITH PIN

QUENCHED AND TEMPERED CAST STEEL

Spin resistant

Reeving MBL for wire ø aid (Mtons) (mm) (inch)

Dimensions (mm) A

øH

øP

øD

øJ

Weight (kg) TL

150

1,6

182

2,6

218

4,5

20-22

/ -/ /-/ /-/ /

102 106

110 253

6,5

23-26

115 123

104

128 298

27-29

1 /8

140 152

114

107 116 142 357

T 705

23-26

115 123

104

128 298

T 706

27-29

1 /8

140 152

114

107 116 142 357

FCS 707 P.SR

T 706

125

30-32

1 /4

150 159

126

119 120 155 382

FCS 708 P.SR

T 706

125

33-36

13/8

160 171

126

125 130 160 404

FCS 709 P.SR

T 709

150

37-39

1 /2

176 187

142

136 142 177 443

FCS 710 P.SR

T 709

170

40-42

1 /8

188 198

156

142 150 187 474

FCS 711 P.SR

T 711

225

43-48 13/4- 17/8 210 232 100

176 110 167 175 215 542

FCS 701 P

11-13

FCS 702 P

13-16

FCS 703 P

16-19

FCS 704 P

FCS 705 P

FCS 706 P

FCS 705 P.SR FCS 706 P.SR

8 4

MBL = Minimum Breaking Load n n n

n n

WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

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

o n

p a g e

140

Model nr.

Available with Reeving tool (optional)

QUENCHED AND TEMPERED CAST STEEL

SOCKETS

FAST CONNECTOR SOCKETS WITH BOLT AND NUT

øH øP

øD

øJ

150

1,6

182

2,6

107 218

4,5

102 106

123 253

6,5

FCS 701 B

11-13

FCS 702 B

13-16

FCS 703 B

16-19

FCS 704 B

20-22

/ -/ /-/ /-/ /

FCS 705 B

23-26

115 123

104

138 298

FCS 706 B

27-29

1 /8

140 152

114

107

116 160 357

FCS 705 B.SR

T 705

23-26

115 123

104

138 298

FCS 706 B.SR

T 706

27-29

1 /8

140 152

114

107

116 160 357

FCS 707 B.SR

T 706

125

30-32

1 /4

150 159

126

119

120 165 382

FCS 708 B.SR

T 706

125

33-36

13/8

160 171

126

125

130 185 404

FCS 709 B.SR

T 709

150

37-39

176 187

142

136

142 201 443

FCS 710 B.SR

T 709

170

40-42

188 198

156

142

150 209 474

FCS 711 B.SR

T 711

225

43-48

210 232 100 52

176 110

167

175 237 542

8 4

1 /2 15/8

1 /4 - 1 /8 3

MBL = Minimum Breaking Load

n n

WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

w a r n i n g

o u r

p a g e

(inch)

o n

(mm)

Weight (kg)

i n f o r m a t i o n

Dimensions (mm)

s a f e t y

for wire ø

a n d

Reeving MBL aid (Mtons)

Available with Reeving tool (optional)

s e e

Model nr.

140

Spin resistant

SOCKETS

SUPER REEVE CONNECTOR SOCKETS WITH PIN

QUENCHED AND TEMPERED CAST STEEL

Spin resistant

PATENTED

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

o n

p a g e

140

Model nr.

o u r s e e

for wire ø

Dimensions (mm)

(mm)

(inch)

øH

øP

øD

øJ

Weight (kg)

SCS 901 P

11-13

SCS 902 P

13-16

133

250

3,1

SCS 903 P

16-19

160

114

290

4,8

SCS 904 P

20-22

/ -/ /-/ /-/ /

107 184

130 110

336

SCS 905 P

23-26

115 211

104

142 128

386

SCS 906 P

27-29

11/8

140 215

114

159 142

420

SCS 907 P

125

30-32

150 260

126

110 177 155

483

SCS 908 P

125

33-36

13/8

170 260

126

114 197 160

503

SCS 902 P.SR

13-16

133

SCS 903 P.SR

16-19

SCS 904 P.SR

SCS 905 P.SR

SCS 906 P.SR

1 /4

250

3,1

160

114

290

4,8

20-22

/ -/ / -/ / 8

107 184

130 110

336

23-26

115 211

104

142 128

386

27-29

11/8

140 215

114

159 142

420

SCS 907 P.SR

125

30-32

150 260

126

110 177 155

483

SCS 908 P.SR

125

33-36

170 260

126

114 197 160

503

SCS 909 P.SR

150

37-39

SCS 910 P.SR

170

40-42

SCS 911 P.SR

225

43-48

SCS 912 P.SR

280

49-54

11/4 13/8 1 /2 1

15/8

1 /4- 1 /8 3

2 - 21/8

225 373 108

101 194 105 185 280 244

706

MBL = Minimum Breaking Load n n n

n n

MBL (Mtons)

WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

QUENCHED AND TEMPERED CAST STEEL

SOCKETS

SUPER REEVE CONNECTOR SOCKET WITH BOLT AND NUT

øH

øP

øD

øJ

SCS 901 B

11-13

SCS 902 B

13-16

133

250

3,1

SCS 903 B

16-19

160

114

107

290

4,8

SCS 904 B

20-22

/ -/ /-/ /-/ /

107 184

130

123

336

SCS 905 B

23-26

115 211

104

142

138

386

SCS 906 B

27-29

11/8

140 215

114

159

160

420

SCS 907 B

125

30-32

150 260

126

110

177

165

483

SCS 908 B

125

33-36

170 260

126

114

197

185

503

SCS 902 B.SR

13-16

133

SCS 903 B.SR

16-19

SCS 904 B.SR

SCS 905 B.SR

SCS 906 B.SR

11/4 13/8

250

3,1

160

114

107

290

4,8

20-22

/ -/ / -/ / 8

107 184

130

123

336

23-26

115 211

104

142

138

386

27-29

11/8

140 215

114

159

160

420

SCS 907 B.SR

125

30-32

150 260

126

110

177

165

483

SCS 908 B.SR

125

33-36

170 260

126

114

197

185

503

SCS 909 B.SR

150

37-39

SCS 910 B.SR

170

40-42

SCS 911 B.SR

225

43-48

SCS 912 B.SR

280

49-54

11/4 13/8 1 /2 1

15/8

1 /4- 1 /8 3

2 - 21/8

225 373 108

101

194

105

185

280

263

706

MBL = Minimum Breaking Load n n n

n n

WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

p a g e

o n

i n f o r m a t i o n

(inch)

s a f e t y

(mm)

Weight (kg)

a n d

Dimensions (mm)

w a r n i n g

for wire ø

o u r

MBL (Mtons)

s e e

Model nr.

140

PATENTED

SOCKETS

NEW!

SUPER REEVE CONNECTOR SWIVEL SOCKETS WITH PIN

QUENCHED AND TEMPERED CAST STEEL

TB W

PATENTED N

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

o n

p a g e

140

Model nr.

for wire ø MBL (Mtons) (mm) (inch)

Dimensions (mm) A

ØH ØP

ØD

ØJ

Weight (kg)

SCS-SW 902 P

13-16

1/2 - 5/8

182 157 32

371

SCS-SW 903 P

16-19

5/8 - 3/4

208 186 40

114

434

SCS-SW 904 P

20-22

7/8

238 208 45

105 130

110 491

SCS-SW 905 P

23-26

266 235 60

125 142

128 561

SCS-SW 906 P

27-29

11/8

290 262 65

57 107 108

135 159

142 617

SCS-SW 907 P

125

30-32

11/14

327 292 73

63 118 120

110 150 177

155 692

MBL = Minimum Breaking Load n n

n n

The standard finish of these sockets is hot dipped galvanized. 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 may add to the overall thickness and fork distance. Please contact Ropeblock for further guidance and a detailed dimensional tolerance sheet.

SEE OUR WARNING WARNING

& SAFETY INFORMATION ON PAGES 140 - 152

SUPER REEVE CONNECTOR SWIVEL SOCKETS WITH BOLT AND NUT

QUENCHED AND TEMPERED CAST STEEL

SOCKETS

NEW!

TB W

PATENTED N

ØH ØP

ØD

ØJ

SCS-SW 902 P

13-16

1/2 - 5/8

182 157 32

371

SCS-SW 903 P

16-19

5/8 - 3/4

208 186 40

114 107 434

SCS-SW 904 P

20-22

7/8

238 208 45

105 130 123 491

SCS-SW 905 P

23-26

266 235 60

125 142 138 561

290 262 65

57 107 108

135 159 160 617

327 292 73

63 118 120

110 150 177 165 692

SCS-SW 906 P

27-29

11/8

SCS-SW 907 P

125

30-32

11/14

n n

o n

MBL = Minimum Breaking Load

140

WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

i n f o r m a t i o n

s a f e t y

(inch)

Weight (kg)

a n d

(mm)

Dimensions (mm)

w a r n i n g

for wire ø

o u r

MBL (Mtons)

s e e

Model nr.

p a g e

SOCKETS

OPEN WEDGE SOCKETS WITH PIN

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

o n

p a g e

140

Model nr.

MBL (Mtons)

QUENCHED AND TEMPERED CAST STEEL

for wire ø (mm)

Dimensions (mm) T

Weight (kg)

128

0,8

168

1,7

185

2,1

225

250

300

110

(inch)

øP

/ / / / / /

110

145

157

190

210

OWS 0.25 P

7-8

OWS 0.5 P

9-10

OWS 1 P

11-13

OWS 2 P

14-16

OWS 3 P

18-19

OWS 4 P

20-22

252

OWS 5 P

23-26

298

110

353

128

OWS 6 P

27-29

11/8

322

130

387

142

OWS 7 P

110

30-32

350

146

423

155

OWS 8 P

125

34-36

13/8

400

148

474

160

OWS 9 P

150

37-39

450

142

530

177

OWS 10 P

170

40-42

160

587

187

OWS 11 P

225

43-48

13/4 - 17/8

500 550

100

186

650

215

OWS 12 P

280

49-52

637

105

205

740

244

101

130

OWS 13 P

360

54-58

21/4

660

125

250

108

785

275

114

180

OWS 14 P

425

60-68

21/2

835

135

270

121

970

300

127

275

OWS 15 P

460

72-76

1000

150

300

133

1150

355

146

440

OWS 16 P

625

81-86

1160

150

300

140

1310

375

159

510

1 /4 11/2 15/8

31/4 - 33/8

MBL = Minimum Breaking Load n n

n n

The 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.

WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

128

0,8

168

1,7

185

2,1

225

250

107

øP

/ / / / / /

110

145

157

190

210

OWS 0.25 B

7-8

OWS 0.5 B

9-10

OWS 1 B

11-13

OWS 2 B

14-16

OWS 3 B

18-19

OWS 4 B

20-22

252

300

123

OWS 5 B

23-26

298

110

353

138

1 /8

322

130

387

160

350

146

423

165

400

148

474

185

450

142

530

201

500

160

587

209

OWS 6 B

27-29

OWS 7 B

110

30-32

OWS 8 B

125

34-36

11/4

13/8 1 /2 1

OWS 9 B

150

37-39

OWS 10 B

170

40-42

15/8

OWS 11 B

225

43-48

1 /4 - 1 /8

550

100

186

650

237

OWS 12 B

280

49-52

637

105

205

740

263

101

130

OWS 13 B

360

54-58

21/4

660

125

250

108

785

298

114

180

OWS 14 B

425

60-68

21/2

835

135

270

121

970

330

127

275

OWS 15 B

460

72-76

1000

150

300

133

1150

380

146

440

OWS 16 B

625

81-86

31/4 - 33/8

1160

150

300

140

1310

397

159

510

MBL = Minimum Breaking Load n n

n n

WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

SOCKETS 140

p a g e

o n

(inch)

i n f o r m a t i o n

Weight (kg)

s a f e t y

(mm)

Dimensions (mm)

a n d

for wire ø

w a r n i n g

MBL (Mtons)

o u r

Model nr.

QUENCHED AND TEMPERED CAST STEEL

s e e

OPEN WEDGE SOCKETS WITH BOLT AND NUT

SOCKETS

TAILGRIP OPEN WEDGE SOCKETS WITH PIN

QUENCHED AND TEMPERED CAST STEEL TB W

T B ØP

TL A

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

o n

p a g e

140

Model nr.

MBL (Mtons)

OWS-TG 0.5 P

OWS-TG 1 P

OWS-TG 2 P

OWS-TG 3 P OWS-TG 4 P

for wire ø

Dimensions (mm) TH

Weight (kg)

168

1,9

100

185

2,4

125

225

142

250

164

300

110

189

353

128

130

217

387

142

146

105

238

423

155

(inch)

øP

9-10

3/8

145

11-13

1/2

157

14-16

5/8

190

18-19

3/4

210

20-22

7/8

252

OWS-TG 5 P

23-26

298

OWS-TG 6 P

27-29

1 1/8

322

OWS-TG 7 P

110

30-32

1 1/4

350

(mm)

MBL = Minimum Breaking Load n n

n n

SEE OUR WARNING & SAFETY INFORMATION WARNING

ON PAGES 140 - 152

QUENCHED AND TEMPERED CAST STEEL TB W

SOCKETS

TAILGRIP OPEN WEDGE SOCKETS WITH BOLT AND NUT

T B ØP

TL A

OWS-TG 4 B

Weight (kg)

168

1,9

100

185

2,4

125

225

142

250

107

164

300

123

110

189

353

138

130

217

387

160

146

105

238

423

165

øP

9-10

3/8

145

11-13

1/2

157

14-16

5/8

190

18-19

3/4

210

20-22

7/8

252

OWS-TG 5 B

23-26

298

OWS-TG 6 B

27-29

1 1/8

322

OWS-TG 7 B

110

30-32

1 1/4

350

MBL = Minimum Breaking Load n n

n n

SEE OUR WARNING & SAFETY INFORMATION WARNING

ON PAGES 140 - 152

140

OWS-TG 3 B

p a g e

o n

OWS-TG 2 B

i n f o r m a t i o n

(inch)

(mm)

s a f e t y

OWS-TG 1 B

Dimensions (mm)

a n d

OWS-TG 0.5 B

for wire ø

w a r n i n g

MBL (Mtons)

o u r

Model nr.

s e e

254

110

267

125

340

145

152

385

160

165

428

400

180

165

468

500

240

185

572

13/4 - 17/8

600

310

210

680

640

325

100

225

730

100

720

375

100

110

245

820

150

775

400

110

120

265

885

160

(mm)

CWS 303

18-19

CWS 304

20-22

CWS 305

24-26

140

Weight (kg)

MBL (Mtons)

CWS 306

27-29

CWS 307

110

30-32

CWS 308

125

34-36

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

o n

Model nr.

QUENCHED AND TEMPERED CAST STEEL

p a g e

SOCKETS

CLOSED WEDGE SOCKETS

for wire ø

CWS 309

150

37-39

CWS 310

170

40-42

CWS 311

225

43-48

CWS 312

280

49-52

CWS 313

360

54-58

Dimensions (mm) (inch)

/ /

220

100

225

125

290

130

325 360

11/8 11/4

13/8 1 /2 1

15/8

21/4

CWS 314

425

61-64

2 /2

900

470

125

130

300

1025

230

CWS 315

460

72-76

1000

425

130

150

330

1130

360

CWS 316

625

81-86

1125

550

135

165

360

1260

425

31/8 - 31/4

MBL = Minimum Breaking Load n n

n n

WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

øH

øP

OSS 100-J20-B30

18-19

205

107

20-22,4

3/4 7/8

OSS 104-J22-B34

101

235

123

4,4

OSS 108-J24-B37

23-26

114

101

104

275

138

8,2

OSS 108-J25-B40

23-26

114

101

104

275

138

8,2

OSS 111-J28-B43

27-30

1 1/8

127

114

306

160

11,4

OSS 111-J30-B46

27-30

1 1/8

127

114

306

160

11,6

OSS 115-J32-B48

31-36

1 1/4 - 1 3/8

139

127

126

338

174

139

127

126

338

174

15,2

152

162

142

394

201

OSS 115-J34-B52

31-36

1 1/4 - 1 3/8

OSS 118-J36-B56

35,5-39

1 1/2

MBL = Minimum Breaking Load n n

n n

SEE OUR WARNING & SAFETY INFORMATION WARNING

ON PAGES 140 - 152

SOCKETS 140

p a g e

o n

(inch)

i n f o r m a t i o n

(mm)

Weight (kg)

s a f e t y

Dimensions (mm)

a n d

for wire ø

w a r n i n g

MBL (Mtons)

o u r

Model nr.

QUENCHED AND TEMPERED CAST STEEL

s e e

OPEN SPELTER SOCKETS JIS WITH BOLT

SOCKETS

SWAGE SOCKETS OPEN

Model nr.

FORGED CARBON STEEL

(inch)

øC

øH

øP

Weight (kg)

/ / / / / / / / /

12,7

6,85

17,5

121

102

0,25

19,6

8,65

20,6

159

135

0,50

19,6

10,4

20,6

159

135

0,50

24,9

12,2

25,4

198

108

169

1,10

24,9

25,4

198

108

169

1,10

31,8

15,5

30,2

243

135

206

2,10

31,8

30,2

243

135

206

2,10

39,4

20,3

35,1

297

162

254

3,60 5,30

for wire ø

SSO 08

SSO 10

SSO 11

SSO 13

SSO 14

SSO 16

SSO 19

SSO 22

43,2

23,9

41,1

346

189

295

SSO 25

50,5

26,9

397

216

340

102

8,10

SSO 29

30,2

108

444

243

381

114

13,50

SSO 32

11/4

64,5

33,8

63,5

121

494

270

419

127

16,40

SSO 35

36,8

63,5

133

540

297

460

133

21,40

SSO 38

40,1

146

591

324

502

146

29,50

s a f e t y

11/2

SSO 44

1 /4

47,2

171

689

378

584

178

42,20

SSO 51

100

53,5

95,5

203

798

432

679

102

203

65,80

SSO 57

113

59,9

108

171

835

486

705

114

222

93,50

SSO 63

21/2

125,2

67,5

108

171

879

498

749

114

222

103,00

SSO 76

150,6

80,4

133,4

219

1045

603

905

146

241

181,50

o u r

w a r n i n g

i n f o r m a t i o n

o n

p a g e

140

SSO 06

a n d

(mm)

Dimensions (mm)

n n n n n

s e e

1 /8 1 /8

21/4

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.

WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

n n n n n n

øP

/ / / / / / / / /

12,7

6,85

19,1

111

0,15

19,6

8,65

22,4

140

114

0,36

19,6

10,4

22,4

140

114

0,35

24,9

12,2

26,9

108

176

146

0,70

24,9

26,9

108

176

146

0,70

31,8

15,5

31,8

135

222

184

1,30

31,8

135

222

184

1,30

39,4

20,3

36,6

162

264

219

2,30

43,2

23,9

42,9

189

308

257

3,40

5,10

SSC 06

SSC 08

SSC 10

SSC 11

SSC 13

SSC 14

SSC 16

SSC 19

SSC 22

SSC 25

SSC 29

SSC 32

SSC 35

SSC 38

SSC 44

SSC 51

SSC 57

SSC 63

SSC 76

50,5

26,9

102

52,5

216

349

292

11/8

30,2

114

58,5

243

387

324

7,20

64,5

33,8

127

270

438

365

10,50

13/8

36,8

133

297

479

400

14,10

40,1

140

71,5

324

518

432

17,70

13/4

47,2

171

90,5

378

610

508

23,60

100

53,5

197

96,5

432

698

584

40,80

113

59,9

219

109,5

102

486

756

632

55,40

21/2

125,2

67,5

219

109,5

102

498

791

667

64,40

150,6

80,4

235

134,9

137

603

959

816

114,30

1 /4

11/2

2 /4

WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

SOCKETS p a g e

o n

øH

i n f o r m a t i o n

øC

s a f e t y

(inch)

140

Weight (kg)

a n d

(mm)

Dimensions (mm)

w a r n i n g

for wire ø

o u r

Model nr.

FORGED CARBON STEEL

s e e

SWAGE SOCKETS CLOSED

SOCKETS

SLEEVES

FORGED CARBON STEEL

Model nr.

for wire Ø inch 1

SSL 08

SSL 10

SSL 11

SSL 13

SSL 14

SSL 16

SSL 19

18-19

SSL 22

SSL 26

25-26

SSL 29

28-29

SSL 32

31-32

SSL 35

34-35

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

140

p a g e

/ / / / / / / / /

SSL 06

o n

Color

n n

s e e

ØD

Wall thickness

After Swage

25,4

16,7

8,3

11,9

7,1

2,4

12,7

0,02

38,1

11,1

15,5

11,1

3,8

18,5

0,06

Green

38,1

11,9

16,7

11,1

3,2

18,5

0,05

Blue

14,3

21,4

15,1

4,8

24,9

0,15

Gold

15,9

15,1

24,9

0,13

Red

17,5

26,2

17,9

5,4

30,5

0,3

Green

19,1

27,8

17,9

4,6

30,5

0,25

Blue

43,7

23,4

32,5

21,8

5,6

35,8

0,4

Gold

51,6

26,2

38,9

25,4

6,4

41,4

0,6

Slf Clrd

102

29,4

43,7

28,6

7,2

47,8

0,9

Slf Clrd

122

32,5

49,2

31,8

7,4

52,8

1,2

Slf Clrd

132

70,6

36,5

54,8

35,7

7,9

57,7

1,5

Slf Clrd

148

39,7

60,3

39,7

7,9

62,5

1,9

Slf Clrd

159

82,6

42,9

66,7

42,9

7,9

67,3

2,4

Slf Clrd

184

49,2

79,4

9,3

77,2

3,8

Slf Clrd

216

111

57,2

92,1

57,2

9,5

88,9

5,1

Slf Clrd

243

128

63,5

102,4

64,3

12,8

103,1

8,7

23/4

Slf Clrd

267

140

69,9

114,3

71,4

12,8

112,8

10,5

Slf Clrd

298

146

76,2

120,7

78,6

12,8

117,6

12,5

Slf Clrd

305

152

82,6

127

85,7

12,8

124,2

13,1

Slf Clrd

356

178

98,4

148

101,6

12,8

144,5

21,6

11/8 11/4 13/8 1 /2 1

37-38

13/4

SSL 52

50-52

SSL 57

56-57

SSL 63

62-64

SSL 70

68-70 73-76

ØC

Red

44-45

86-89

ØB

Gold

SSL 45

SSL 89

Weight (kg)

SSL 38

SSL 76

Dimensions (mm)

21/4 21/2

31/2

WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

snapshot of what can be done:

p a g e

unlimited and therefore this is merely a

o n

come into place. The possibilities are virtually

i n f o r m a t i o n

This is where our engineered solutions can

s a f e t y

cases the standard will not do.

a n d

terminating a wire rope. However, in some

w a r n i n g

covers the majority of customer needs for

Customization in material properties: Stainless steel, polished chrome finish and alternative materials. Additional features: integrated thrust bearing for swivelling, special interfaces, aesthetic features. Specific applications: bridge spelter sockets, in pin integrated load cell, increased MBL requirements, etcetera.

o u r

s e e

The standard range of Ropeblock sockets

140

CUSTOMIZED SOCKET SOLUTIONS

Subsea swivel socket, MBL 600 Mtons.

TURNBUCKLES

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

o n

p a g e

140

WITH TRAPEZOID THREAD

100

Ropeblock’s standard turnbuckles allow for

Standard features include:

working loads ranging from 1 to 160 tons.

They are available in all possible combinations of jaws, round eyes and oval eyes (no stub ends!).

In standard design, the dimensions of the trapezoid thread turnbuckles generally are in accordance with NEN 3305.

Standard finish: primer coating blue RAL 5017. Other finishes, including coatings in accordance with ISO 12944 specifications, are available on request. Standard with locking nuts. Locking plates, locking bolts and other locking devices are available on request. Turnbuckles can be supplied with turning wheel or ratchet on request. Sizes other than standard are possible on request.

WE WELCOME ALL ENQUIRIES FOR CUSTOM DESIGNED SOLUTIONS. PLEASE CONTACT YOUR SALES REPRESENTATIVE FOR FURTHER INFORMATION.

TURNBUCLES

Lmin / Lmax

øP

TURNBUCKLES WITH TRAPEZOID THREAD; JAW - JAW

1,6

398

565

167

22 x 5

240

22,5

3 4

422

603

181

24 x 5

260

SPS TR.28.206.2,5.J-J

2,5

512

727

215

28 x 5

280

27,5

SPS TR.30.228.3,1.J-J

3,1

543

768

225

30 x 6

300

SPS TR.32.241.4.J-J

584

816

232

32 x 6

320

32,5

SPS TR.36.240.5.J-J

612

854

242

36 x 6

340

37,5

SPS TR.44.263.6,3.J-J

6,3

701

971

270

44 x 7

380

108

42,5

SPS TR.48.297.8.J-J

755

1051

296

48 x 8

420

112

47,5

SPS TR.52.309.10.J-J

798

1104

306

52 x 8

460

115

12,6

862

1214

352

55 x 9

500

122

SPS TR.65.354.16.J-J

944

1310

366

65 x 10

540

130

SPS TR.70.382.20.J-J

1042

1422

380

70 x 10

580

145

SPS TR.75.404.25.J-J

1126

1528

402

75 x 10

620

160

100

SPS TR.55.340.12,6.J-J

SPS TR.80.430.31,5.J-J

31,5

1192

1630

438

80 x 10

660

170

130

SPS TR.90.495.40.J-J

1280

1744

464

90 x 10

695

190

100

175

SPS TR.100.550.50.J-J

1390

1910

520

100 x 10

770

100

205

105

110

236

SPS TR.110.605.63.J-J

1526

2090

564

110 x 10

855

110

220

112

120

325

SPS TR.120.660.80.J-J

1653

2283

630

120 x 10

920

125

235

127

140

452

SPS TR.130.715.100.J-J

100

1748

2468

720

130 x 10

995

140

250

142

156

577

SPS TR.140.770.125.J-J

125

1900

2652

752

140 x 10

1070

160

270

162

176

811

SPS TR.160.880.160.J-J

160

2090

2970

880

160 x 10

1220

180

290

182

200

1120

Minimum Ultimate Strength = 5 x WLL n n n n n n n

Standard painted blue, but can be supplied in any color or galvanized. Available in all combinations of eyes, stud eyes and welding ends. Factory supplied with lock nuts. Lock plates or special locking devices possible. Can be supplied with turning wheel or ratchet. Other sizes possible. Straight or in-line pull only.

WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

p a g e

øP

o n

Weight (kg)

i n f o r m a t i o n

Thread (trap.)

s a f e t y

Take-up (mm)

a n d

L max (mm)

w a r n i n g

SPS TR.24.200.2.J-J

L min (mm)

o u r

SPS TR.22.188.1,6.J-J

Dimensions (mm)

WLL (Mtons)

s e e

Model Nr.

140

101

L min / L max

TURNBUCKLES

TURNBUCKLES WITH TRAPEZOID THREAD; STUD EYE - STUD EYE

L min (mm)

L max (mm)

Take-up (mm)

Thread (trap.)

øQ

Weight (kg)

1,6

349

516

167

22 x 5

240

22,5

377

558

181

24 x 5

260

SPS TR.28.206.2,5.E-E

2,5

411

626

215

28 x 5

280

27,5

SPS TR.30.228.3,1.E-E

3,1

455

680

225

30 x 6

300

SPS TR.32.241.4.E-E

474

706

232

32 x 6

320

32,5

SPS TR.36.240.5.E-E

536

778

242

36 x 6

340

37,5

SPS TR.22.188.1,6.E-E

p a g e

140

SPS TR.24.200.2.E-E

i n f o r m a t i o n

o n

SPS TR.44.263.6,3.E-E

579

849

270

44 x 7

380

42,5

657

953

296

48 x 8

420

47,5

SPS TR.52.309.10.E-E

714

1020

306

52 x 8

460

12,6

762

1114

352

55 x 9

500

SPS TR.65.354.16.E-E

860

1226

366

65 x 10

540

SPS TR.70.382.20.E-E

904

1284

380

70 x 10

580

SPS TR.75.404.25.E-E

972

1374

402

75 x 10

620

31,5

1038

1476

438

80 x 10

660

SPS TR.90.495.40.E-E

1186

1650

464

90 x 10

695

136

SPS TR.100.550.50.E-E

1286

1806

520

100 x 10

770

106

105

100

160

SPS TR.110.605.63.E-E

1406

1970

564

110 x 10

845

116

115

110

220

SPS TR.120.660.80.E-E

1541

2171

630

120 x 10

920

131

135

125

280

SPS TR.130.715.100.E-E

100

1662

2382

720

130 x 10

995

146

148

140

370

SPS TR.140.770.125.E-E

125

1804

2556

752

140 x 10

1070

168

160

500

SPS TR.160.880.160.E-E

160

2028

2908

880

160 x 10

1220

188

190

180

725

a n d

s a f e t y

SPS TR.80.430.31,5.E-E

w a r n i n g o u r s e e

6,3

SPS TR.48.297.8.E-E SPS TR.55.340.12,6.E-E

Minimum Ultimate Strength = 5 x WLL n n n n n n n

102

Dimensions (mm)

WLL (Mtons)

Model Nr.

WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

TURNBUCKLES

TURNBUCKLES WITH TRAPEZOID THREAD; JAW - STUD EYE

L min / L max

Weight (kg)

1,6

367

534

167

22 x 5

240

22,5

395

576

181

24 x 5

260

SPS TR.28.206.2,5.J-E

2,5

459

674

215

28 x 5

280

27,5

SPS TR.30.228.3,1.J-E

3,1

499

724

225

30 x 6

300

529

761

232

32 x 6

320

32,5

SPS TR.24.200.2.J-E

SPS TR.32.241.4.J-E SPS TR.36.240.5.J-E

574

816

242

36 x 6

340

37,5

6,3

640

910

270

44 x 7

380

42,5

108

SPS TR.48.297.8.J-E

706

1002

296

48 x 8

420

47,5

112

SPS TR.52.309.10.J-E

756

1062

306

52 x 8

460

115

12,6

812

1164

352

55 x 9

500

122

SPS TR.65.354.16.J-E

902

1268

366

65 x 10

540

130

SPS TR.70.382.20.J-E

957

1337

380

70 x 10

580

145

SPS TR.75.404.25.J-E

1049

1451

402

75 x 10

620

160

31,5

1115

1553

438

80 x 10

660

170

104

SPS TR.90.495.40.J-E

1230

1694

464

90 x 10

695

190

100

156

SPS TR.100.550.50.J-E

1335

1855

520

100 x 10

770

100

106

105

100

205

105

110

200

SPS TR.110.605.63.J-E

1463

2027

564

110 x 10

855

110

116

115

110

220

112

120

290

SPS TR.120.660.80.J-E

1594

2224

630

120 x 10

920

125

131

135

125

235

127

140

350

SPS TR.130.715.100.J-E

100

1702

2422

720

130 x 10

995

140

146

148

140

250

142

156

440

SPS TR.140.770.125.J-E

125

1838

2590

752

140 x 10

1070

160

168

160

270

162

176

660

SPS TR.160.880.160.J-E

160

2056

2936

880

160 x 10

1220

180

188

190

180

290

182

200

925

SPS TR.44.263.6,3.J-E

SPS TR.55.340.12,6.J-E

SPS TR.80.430.31,5.J-E

Minimum Ultimate Strength = 5 x WLL n n n n n n n

WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

140

p a g e

o n

øQ

i n f o r m a t i o n

øP

s a f e t y

a n d

Dimensions (mm)

w a r n i n g

SPS TR.22.188.1,6.J-E

WLL L min L max Take-up Thread (Mtons) (mm) (mm) (mm) (trap.)

o u r

Model Nr.

s e e

T1 W

103

L min / L max

TURNBUCKLES

TURNBUCKLES WITH TRAPEZOID THREAD; OBLONG EYE - OBLONG EYE

L min (mm)

L max (mm)

Take-up (mm)

Thread (trap.)

øJ

Weight (kg)

1,6

450

617

167

22 x 5

240

470

651

181

24 x 5

260

SPS TR.28.206.2,5.O-O

2,5

534

749

215

28 x 5

280

SPS TR.30.228.3,1.O-O

3,1

554

779

225

30 x 6

300

SPS TR.32.241.4.O-O

630

862

232

32 x 6

320

SPS TR.36.240.5.O-O

658

900

242

36 x 6

340

SPS TR.22.188.1,6.O-O

p a g e

140

SPS TR.24.200.2.O-O

1023

270

44 x 7

380

108

813

1109

296

48 x 8

420

115

SPS TR.52.309.10.O-O

866

1172

306

52 x 8

460

125

12,6

988

1340

352

55 x 9

500

144

SPS TR.65.354.16.O-O

1070

1436

366

65 x 10

540

163

SPS TR.70.382.20.O-O

1156

1536

380

70 x 10

580

168

SPS TR.75.404.25.O-O

1270

1672

402

75 x 10

620

192

31,5

1358

1796

438

80 x 10

660

216

Minimum Ultimate Strength = 5 x WLL n n

a n d o u r

753

SPS TR.80.430.31,5.O-O

s e e

6,3

SPS TR.48.297.8.O-O SPS TR.55.340.12,6.O-O

w a r n i n g

s a f e t y

i n f o r m a t i o n

o n

SPS TR.44.263.6,3.O-O

104

Dimensions (mm)

WLL (Mtons)

Model Nr.

n n

SEE OUR WARNING WARNING

& SAFETY INFORMATION ON PAGES 140 - 152

TURNBUCKLES

TURNBUCKLES WITH TRAPEZOID THREAD; JAW - OBLONG EYE

L min / L max

øP

Weight (kg)

1,6

417

584

167

22 x 5

240

22,5

441

622

181

24 x 5

260

SPS TR.28.206.2,5.J-O

2,5

523

738

215

28 x 5

280

27,5

SPS TR.30.228.3,1.J-O

3,1

549

774

225

30 x 6

300

607

839

232

32 x 6

320

32,5

SPS TR.24.200.2.J-O

SPS TR.32.241.4.J-O SPS TR.36.240.5.J-O

634

876

242

36 x 6

340

37,5

6,3

724

994

270

44 x 7

380

108

42,5

SPS TR.48.297.8.J-O

778

1074

296

48 x 8

420

115

112

47,5

SPS TR.52.309.10.J-O

832

1138

306

52 x 8

460

125

115

12,6

925

1277

352

55 x 9

500

144

122

SPS TR.65.354.16.J-O

1007

1373

366

65 x 10

540

163

130

SPS TR.70.382.20.J-O

1099

1479

380

70 x 10

580

168

145

SPS TR.75.404.25.J-O

1177

1579

402

75 x 10

620

192

160

31,5

1275

1713

438

80 x 10

660

216

170

112

SPS TR.44.263.6,3.J-O

SPS TR.55.340.12,6.J-O

SPS TR.80.430.31,5.J-O

Minimum Ultimate Strength = 5 x WLL n n n n n n n

WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

p a g e

o n

i n f o r m a t i o n

s a f e t y

a n d

Dimensions (mm)

Thread (trap.)

w a r n i n g

L max Take-up (mm) (mm)

o u r

SPS TR.22.188.1,6.J-O

WLL L min (Mtons) (mm)

s e e

Model Nr.

140

105

L min / L max

TURNBUCKLES

TURNBUCKLES WITH TRAPEZOID THREAD; OBLONG EYE - STUD EYE

L max (mm)

Take-up (mm)

Thread (trap.)

øJ

øQ

1,6

400

567

167

22 x 5

240

22,5

424

605

181

24 x 5

260

SPS TR.28.206.2,5.O-E

2,5

475

690

215

28 x 5

280

27,5

SPS TR.30.228.3,1.O-E

3,1

505

730

225

30 x 6

300

SPS TR.32.241.4.O-E

552

784

232

32 x 6

320

32,5

SPS TR.36.240.5.O-E

585

827

242

36 x 6

340

37,5

p a g e

140

SPS TR.24.200.2.O-E

a n d

o u r

6,3

665

935

270

44 x 7

380

108

42,5

SPS TR.48.297.8.O-E

724

1020

296

48 x 8

420

115

47,5

SPS TR.52.309.10.O-E

790

1096

306

52 x 8

460

125

SPS TR.55.340.12,6.O-E

12,6

875

1227

352

55 x 9

500

144

SPS TR.65.354.16.O-E

965

1331

366

65 x 10

540

163

SPS TR.70.382.20.O-E

1044

1424

380

70 x 10

580

168

SPS TR.75.404.25.O-E

1119

1521

402

75 x 10

620

192

SPS TR.80.430.31,5.O-E

31,5

1198

1636

438

80 x 10

660

216

Minimum Ultimate Strength = 5 x WLL

w a r n i n g

s a f e t y

i n f o r m a t i o n

o n

SPS TR.44.263.6,3.O-E

s e e

Weight (kg)

L min (mm)

SPS TR.22.188.1,6.O-E

106

Dimensions (mm)

WLL (Mtons)

Model Nr.

n n

SEE OUR WARNING WARNING

& SAFETY INFORMATION ON PAGES 140 - 152

107

ROPEBLOCK.COM

The Ropeblock portfolio includes a wide choice of proven quality components for various lifting

& rigging purposes, such as split overhaul balls, triangle plates and pad eyes. These components

come in all current sizes and weight categories

and are mostly available from stock.

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

o n

p a g e

140

COMPONENTS

108

s e e

o u r

ACCORDING TO EN 13001-3-5 ANNEX A1 & A2 (PREVIOUSLY DIN 15401)

COMPONENTS

SINGLE HOOK

B b2

SECTION A-A

SECTION B-B

6,3

ød1

146 118

266 210

167 132

322 255

140

190 148

410 330 130

12,5

185

215 165

490 400 130

101

185

240 185 100

525 425 130

100

113

202

268 210 112

582 470 145

112

127 100 85

269

286 221 125 106 680 555 160

125

100 143 112 95

284

316 252 140 118 740 600 180

140

112 160 125 106 303

357 280 160 132 820 660 200

82 123

100

160

125 180 140 118 415 106 405 330 180 150 1000 820 225

125

100

180

140 202 160 132 445 118 455 360 200 170 1100 900 255

173

160

125

200

160 225 180 150 490 132 510 400 224 190 1224 1000 290

238

200

160

100

224

180 252 200 170 483 150 567 447 250 212 1300 1050 320

326

250

200

125

250

200 285 224 190 505 170 635 485 280 236 1420 1140 355

455

320

250

160

280

224 320 250 212 590 190 710 550 315 265 1615 1300 400

643

400

320

200

315

250 358 280 236 448 212 802 598 355 300 1605 1250 450

760

100

500

400

250

355

280 402 315 265 513 236 902 688 400 335 1815 1415 505

1220

40 50

125

630

500

320

400

315 450 355 300 600 265 1020 750 450 375 2070 1620 570

1750

160

800

630

400

450

355 505 400 335 645 300 1145 825 500 425 2290 1790 640

2480

200

1000

800

500

400 565 450 375 773 335 1275 900 560 475 2608 2048 720

3420

250

1250

1000

630

560

450 635 500 425 875 375 1430 980 630 530 2935 2305 810

4800

Hooks shown here are standard models; inquiries for custom versions are welcome. Lifting capacity determined according to cranegroup 1Bm as specified in DIN 15400. WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

140

6,3

Weight (kg)

p a g e

12,5

o n

2,5

i n f o r m a t i o n

1,6

s a f e t y

a n d

P-class

w a r n i n g

T-class

Dimensions (mm)

o u r

V-Class

Lifting capacity (Mtons)

s e e

Hook Nr.

109

COMPONENTS

RAMSHORN HOOK

ACCORDING TO EN 13001-3-5 ANNEX B (PREVIOUSLY DIN 15402)

Find more details about the optimized bending radius on pages 10 & 11

y1 L

y1 A

Lifting capacity (Mtons)

Dimensions (mm) a2

ød1

y1=y2

Weight (kg) 5

T-class

1,6

6,3

100

183

265

222

2,5

12,5

6,3

112

208

300

250

124

238

390

330

12,5

143

266

372

305

160

301

505

430

103

182

337

535

450

104,5

116

192

377

585

490

117,5

100

130

210

421

106

616

510

132,5

112

146

237

471

118

718

600

148,5

100

125

100

163

106

265

531

132

852

720

165,5

125

100

140

112

182

118

315

598

150 1000 850

185

135

160

125

160

125

205

132

335

672

170 1020 850

207

193

200

160

100

180

140

230

150

375

754

190 1215 1025

233

280

250

200

125

200

160

260

170

420

842

212 1312 1100

265

338

320

250

160

224

180

292

190

460

944

236 1436 1200

297

539

400

320

200

250

200

325

212

515 1062 265 1515 1250

331

760

100

500

400

250

280

224

364

236

575 1186 300 1725 1425

370

1100

125

630

500

320

315

250

408

265

645 1330 335 1885 1550

414,5

1491

160

800

630

400

355

280

458

300

725 1505 375 2120 1745

466

2115

200

1000

800

500

400

315

515

335

800 1685 425 2423 1998

522,5

3015

250

1250

1000

630

450

355

580

375

875 1885 475 2725 2250

587,5

4268

s e e

o u r

s a f e t y

i n f o r m a t i o n

o n

p a g e

140

V-Class

a n d

P-class

w a r n i n g

Hook Nr.

110

n n

Hooks shown here are standard models; inquiries for custom versions are welcome. Lifting capacity determined according to cranegroup 1Bm as specified in DIN 15400. WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

ACCORDING TO EN 13001-3-5 ANNEX B (PREVIOUSLY DIN 15402)

Find more details about the optimized bending radius on pages 10 & 11

COMPONENTS

RAMSHORN HOOK FORM B

SECTION A-A

y1=y2

Weight (kg)

P-class

103

182

337

120

535

415

104,5

116

192

377

130

580

450

117,5

100

130

210

421

150

660

510

132,5

112

146

237

471

170

750

580

148,5

100

125

100

163

106

265

531

190

840

650

165,5

115

125

100

140

112

182

118

106

315

598

212

927

715

185

160

125

160

125

205

132

116

335

672

236 1026 790

207

229

200

160

100

180

140

230

150

131

375

754

265 1150 885

233

330

250

200

125

200

160

260

170

146

420

842

300 1265 965

265

458

320

250

160

224

180

292

190

168

460

944

335 1425 1090

297

638

400

320

200

250

200

325

212

188

515 1062 375 1610 1235

331

892

100

500

400

250

280

224

364

236

208

575 1186 425 1800 1375

370

1248

125

630

500

320

315

250

408

265

235

645 1330 475 2025 1550 414,5

1757

160

800

630

400

355

280

458

300

260

725 1505 530 2275 1745

2500

200

1000

800

500

400

315

515

335

282

800 1685 600 2560 1960 522,5

3560

250

1250

1000

630

450

355

580

375

312

875 1885 670 2880 2210 587,5

5033

Hooks shown here are standard models; inquiries for custom versions are welcome. Lifting capacity determined according to cranegroup 1Bm as specified in DIN 15400. WARNING

466

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

p a g e

T-class

o n

d2 (H15)

V-Class

i n f o r m a t i o n

ød1

s a f e t y

a n d

w a r n i n g

Dimensions (mm) a2

o u r

Lifting capacity (Mtons)

s e e

Hook Nr.

140

111

Ropeblock Heavy Duty Safety Latch

Dimensions (mm) O

1,6

64.1,6.E

on request

2,5

64.2,5.E

on request

64.2,5.E.B

64.4.E

on request

64.4.E.B

64.5.E

64.5.E.F

64.5.E.B

64.6.E

64.6.E.F

64.6.E.B

64.8.E

64.8.E.F

64.8.E.B

64.10.E

64.10.E.F

64.10.E.B

64.12.E

64.12.E.F

64.12.E.B

64.16.E

64.16.E.F

64.16.E.B

64.20.E

64.20.E.F

64.20.E.B

110

64.25.E

64.25.E.F

64.25.E.B

132

64.32.E

64.32.E.F

64.32.E.B

137

64.40.E

64.40.E.F

64.40.E.B

167

64.50.E

64.50.E.F

64.50.E.B

188

64.63.E

64.63.E.F

64.63.E.B

205

64.80.E

on request

64.80.E.B

228

100

64.100.E

on request

64.100.E.B

255

125

64.125.E

on request

290

160

on request

200

on request

250

on request

Ropeblock Standard Safety Latch

Ropeblock Standard Safety Latch incl. locking bracket

Ropeblock Heavy Duty Safety Latch

Dimensions (mm) O

2,5

64.1,6.E

on request

64.2,5.E

on request

64.2,5.E.B

i n f o r m a t i o n

64.4.E

64.5.D.F

64.4.E.B

64.5.E

64.6.D.F

64.5.E.B

64.6.E

64.8.D.F

64.6.E.B

64.8.E

64.10.D.F

64.8.E.B

64.10.E

64.12.D.F

64.10.E.B

64.12.E

64.16.D.F

64.12.E.B

s a f e t y

64.16.E

64.20.D.F

64.16.E.B

64.20.E

64.25.D.F

64.20.E.B

64.25.E

64.32.D.F

64.25.E.B

108

a n d

64.32.E

64.40.D.F

64.32.E.B

112

64.40.E

64.50.D.F

64.40.E.B

130

w a r n i n g

64.50.E

64.63.D.F

64.50.E.B

146

64.63.E

64.80.D.F

64.63.E.B

166

100

64.80.E

64.100.D.F

64.80.E.B

190

125

64.100.E

on request

64.100.E.B

215

o u r

COMPONENTS

Ropeblock Standard Safety Latch incl. locking bracket

160

64.125.E

on request

245

200

on request

250

on request

o n

p a g e

140

Ropeblock Standard Safety Latch

s e e

LATCHES

Single Hook

Ramshorn Hook ( form b)

ROPEBLOCK STANDARD SAFETY LATCH

LOCKING PIN PARKING POSITION LOCKING BRACKET LOCKING PIN ROPEBLOCK STANDARD SAFETY LATCH

LOCKING PIN PARKING POSITION LOCKING PIN ROPEBLOCK HEAVY DUTY SAFETY LATCH

Ropeblock latches are zinc plated and

112

WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

are also available in stainless steel.

SWIVELS Ropeblock swivels may be used in applications

PLEASE CONTACT US

where wire rope twist needs to be released.

FOR MORE DETAILS

Designed for different applications like drilling,

p a g e o n i n f o r m a t i o n

s a f e t y

a n d

Closed body design Low weight design High capacity, low friction thrust bearings Wide variety of interfacing connections Subsea capabilities optional Proofloaded and serialized Finish depending on specific requirements

w a r n i n g

o u r

s e e

Some of the key features:

140

subsea, lifting, etcetera.

113

COMPONENTS

SPLIT OVERHAUL BALLS

øH TA

øH Type A

Type B

Wire ø (mm)

Dimensions (mm) øH

Weight (kg)

110

SOBA 5.12

110

SOBA 8.16

134

SOBA 10.12

150

SOBA 15.16

135

210

SOBA 25.16

150

260

SOBA 35.16

170

350

SOBA 50.20

200

360

SOBA 75.20

270

370

SOBA 100.28

280

400

100

i n f o r m a t i o n

140

SOBA 5.6

p a g e

Type

o n

Model Nr.

øH

s e e

o u r

w a r n i n g

a n d

s a f e t y

WARNING

114

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

øH TA

NEN 3561 / DIN 82015

TP 30.30.3

TP 35.39.5

TP 45.48.8

TP 50.52.10

Minimum Ultimate Strength = 5 x WLL • Other sizes possible. • Painted blue (RAL 5017). • Material certificate according EN 10204 3.1 included. WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

140

TP 25.23.2

p a g e

Weight (kg)

o n

i n f o r m a t i o n

s a f e t y

øH

a n d

MBL (Mtons)

w a r n i n g

Dimensions (mm)

WLL (Mtons)

Model Nr.

øH

o u r

s e e

øH

COMPONENTS

TRIANGLE PLATES

115

COMPONENTS T

øH

Dimensions (mm)

Weight (kg)

WLL (Mtons)

MBL (Mtons)

øH

TP 40.35.9,5

9,5

47,5

TP 40.40.12

6,5 8,5

67,5

42,5

9,5

TP 50.55.25

125

13,5

p a g e

TP 45.42.13,5

TP 60.60.35

175

TP 80.75.55

275

37,5

TP 90.90.85

425

110

TP 110.105.120

120

600

105

110

130

TP 130.115.150

150

750

115

130

135

133

TP 140.115.175

175

875

115

140

145

163

TP 150.140.200

200

1000

140

150

160

282

TP 170.150.250

250

1250

150

170

175

413

TP 170.160.300

300

1500

160

170

230

606

TP 200.180.400

400

2000

180

200

260

964

TP 200.200.500

500

2500

200

310

1234

TP 250.220.600

600

3000

220

250

310

1640

TP 250.230.700

700

3500

230

250

340

1927

TP 250.235.800

800

4000

235

250

380

2265

TP 280.245.900

900

4500

245

280

410

2910

TP 300.255.1000

1000

5000

255

300

430

3434

TP 320.285.1250

1250

6250

285

320

490

4719

TP 320.305.1500

1500

7500

305

320

570

6064

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

140

13,5

TP 45.45.17

o n

Model Nr.

o u r

Minimum Ultimate Strength = 5 x WLL

s e e

n n n

Other sizes possible. Painted blue (RAL 5017). Material certificate according EN 10204 3.1 included. WARNING

116

øH

COMPONENTS

TRIANGLE PLATES; HIGH TENSILE PLATES

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

COMPONENTS

PAD EYES TYPE S

Weight (kg)

PE 14.11,5.1

3/8

11,5

0,3

PE 15.13,5.1,5

7/16

1,5

13,5

0,5

PE 18.17.2

1/2

100

0,7

PE 22.20.3,25

5/8

3,25

115

1,5

PE 25.23.4,75

3/4

4,75

140

PE 30.26.6,5

7/8

6,5

150

PE 35.29,5.8,5

8,5

180

29,5

PE 40.33,5.9,5

1 1/8

9,5

203

33,5

7,5

PE 45.37.12

1 1/4

216

PE 50.40.13,5

1 3/8

13,5

228

PE 50.44.17

1 1/2

280

140

102

PE 60.53.25

1 3/4

305

140

121

PE 70.60.35

356

153

133

PE 90.74.55

2 1/2

482

165

152

559

203

178

110

PE 120.100.120

3 1/2

120

711

254

100

229

120

170

PE 150.114.150

150

813

280

114

254

150

250

PE 110.87.85

Minimum Ultimate Strength = 6 x WLL n n n n

Pad eyes will be supplied including material certificates (S355J2G3, EN 10204 3.1) T≥ 75% of inside width of shackle. H≤ 106% of diameter of pin. Well primer applied

WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

H p a g e

o n

øH

i n f o r m a t i o n

s a f e t y

a n d

Dimensions (mm)

WLL (Mtons)

w a r n i n g

Shackle size

o u r

Model Nr.

140

s e e

117

Construction

UNDERSTANDING

MARKETS Smart Engineering is about more than developing and optimising products. It’s also about knowing where and how they will be implemented. It’s only by understanding industry specific circumstances, needs and priorities that you can come up with the answers your customers actually require. This market oriented philosophy has always been the driving force behind everything we do at Ropeblock. As a result, we are very much at home in the market segments most relevant to our business.

118

Rigging

Cargo handling / maritime Infrastructure

Heavy lifting

Dredging Industry

Offshore

CONSTRUCTION Leading crane OEMs with a focus on the construction industry as well as end users in construction prefer Ropeblock for proven quality blocks, sheaves, sockets and other crane components. Our portfolio covers the entire spectrum of applications, from rough terrain cranes, mobile cranes and crawler cranes to tower cranes in all shapes and sizes. All products are Smart Engineered for safety, quality, and efficiency. Besides standard components instantly available from stock we can supply customer specific engineered solutions. By largely basing these solutions on standard components, we minimize engineering costs. With advanced supply chain services and top-notch manufacturing processes we ensure forecast based, just-in-time delivery and constant quality.

120

For OEMs of cranes used on cargo vessels, in cargo handling equipment and at bulk & container terminals, Ropeblock is the supplier of choice when it comes to reliable crane hardware. Our portfolio features premium quality sheaves (larger sizes included), hoisting blocks, turnbuckles, sockets and other components. All Ropeblock products are engineered in accordance with relevant design rules such as those stipulated by DNV GL. We can provide any applicable certification, ranging from basic ILO-3 certificates to third-party design approvals and witnessed proof loading certificates. Most standard components are available from stock. Should standard products fail to match your exact specifications, our Smart Engineers will waste no time making the necessary adaptations and providing the required solutions.

CARGO HANDLING/ MARITIME

121

OFFSHORE Knuckle boom and mast cranes and other systems used for subsea operations. Active heave compensations, pipe-laying systems and heavy lift cranes. Riser and mooring line pull-in systems. Man-riding cranes and drilling rigs. All of the above are offshore applications in which Ropeblock sheaves, swivels, sockets, blocks and other components often play key parts. As working conditions in the offshore industry keep getting more taxing in terms of cold, depth, and load, system fatigue is a primary concern. This is why manufacturers as well as end users worldwide rely on the proven quality of Ropeblock components. Whether standard or customized, our products are Smart Engineered to meet the strictest rules and regulations rules (such as ABS, DNV, API). No compromises are made, especially where safety is at stake.

122

In the dredging industry, increasingly large and extreme equipment requires increasing investments. Add the fact that dredging often takes place in harsh environments devoid of infrastructure, and reliable performance becomes an even more dire necessity. That’s why dredging companies have been embracing Ropeblock as a trusted partner for decades. Sharing the same hands-on mentality and proud to be part of this typically Dutch industry, we combine Ropeblock experience and customer input to create safe solutions with maximum uptime and minimum maintenance. Ropeblock offers Smart Engineered products such as wire rope sheaves, sockets, hoisting and anchor boom blocks and turnbuckles that are ideally suited for use in on-board systems. Applications may include heave compensations and gantry cranes as well as hoisting systems for spuds, anchors, cutter ladders and suction tubes. Our solutions are complemented by superb spares availability and meticulous after-sales services.

DREDGING

123

INDUSTRY Ropeblock is the market leading designer and manufacturer of overhead cranes for industrial purposes. Our motorized hoisting blocks, sheaves and hooks are applied to great effect in specific hoisting equipment used worldwide in, e.g., steel mills, forging plants, power plants, ship yards and the automotive and aviation industries. In these and many other industrial environments Ropeblock equals optimum performance and reliability, hence maximum uptime. Practical applications include heavy duty workshop cranes, maintenance cranes for use in hard-to-reach places, emergency cranes that will keep working in even the most extreme conditions (including nuclear), and onshore cranes. Standing out by compact design, Ropeblock’s overhead crane blocks for industrial applications are fitted with double sealed roller bearings for maximum efficiency. Cast sheaves with graphite lubricated grooves ensure smooth operation and wire rope longevity. The extensive Ropeblock portfolio 124

includes customer specific connections, hooks, eyes, etcetera.

Manufacturers as well as end users of heavy lifting equipment worldwide turn to Ropeblock for components designed to take on extreme loads (up to 5,000 megatonnes) and heavy haulage. We can supply hardware for - and co-engineer - main, auxiliary, jib and boom hoisting systems, derricks, luffing systems and the like. Top sheaves and other specific Ropeblock components are used in many heavy lifting applications, such as shipyard gantry cranes and systems for the offshore, wind energy and decommissioning industries. Besides standard components we have ample knowledge and experience when it comes to meeting unusual customer requests by Smart Engineering dedicated one-offs.

HEAVY LIFTING

125

All over the world, Ropeblock sockets, sheaves, turnbuckles and other components are used in bridges, locks, funiculars, slipways and other civil engineering works with moving parts. Our excellent reputation in this industry comes as no surprise, as, rooted in the Netherlands, we have extensive knowledge of (water) infrastructures. We like to join forces with governments, civil engineers and contractors to create Smart Engineered solutions that ensure both safety and efficiency In infrastructure as in other industries, Ropeblock products have amply proven to be low-maintenance and safe. In addition, we often include practical features such as easy personnel access. Another essential Ropeblock benefit is reliability, which is all the more important in view of the high cost usually associated with replacements.

INFRASTRUCTURE

126

RIGGING Manufacturers as well as end users of heavy lifting equipment worldwide turn to Ropeblock for components designed to take on extreme loads (up to 5,000 megatonnes) and heavy haulage. We can supply hardware for - and co-engineer - main, auxiliary, jib and boom hoisting systems, derricks, luffing systems and the like. Top sheaves and other specific Ropeblock components are used in many heavy lifting applications, such as shipyard gantry cranes and systems for the offshore, wind energy and decommissioning industries. Besides standard components we have ample knowledge and experience when it comes to meeting unusual customer requests by Smart Engineering dedicated one-offs. 127

COMPLEMENTARY

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

o n

p a g e

140

ITEMS

128

THE PORTFOLIO IS ROUNDED OUT BY A RANGE OF HIGHLY USEFUL COMPLEMENTARY ITEMS SUCH AS SNATCH BLOCKS, METRIC TURNBUCKLES AND UNC TURNBUCKLES, INTENDED TO BE USED IN NON-CRITICAL APPLICATIONS. THESE PRODUCTS COME IN ALL CURRENT SIZES AND WEIGHT CATEGORIES AND ARE MOSTLY AVAILABLE FROM STOCK.

COMPLEMENTARY ITEMS

SNATCH BLOCKS S SERIES WITH SHACKLE

ø D2

øD2

Bearing type

Weight (kg) 4

VBI 58.9.1.2.S

7-9

9/32 - 3/8

290

VBI 90.12.1.4.S

10 - 12

3/8 - 1/2

115

120

358

VBI 120.19.1.4.S

16 - 19

5/8 - 3/4

150

120

160

432

14 15

VBI 120.22.1.8.S

19 - 22

3/4 - 7/8

150

120

160

497

VBI 165.22.1.8.S

19 - 22

3/4 - 7/8

200

165

210

550

VBI 205.26.1.10.S

24 - 26

250

205

260

115

681

VBI 205.26.1.12.S

24 - 26

250

205

260

115

683

VBI 250.26.1.12.S

24 - 26

300

250

310

133

767

VBI 165.24.1.15.S

22 - 24

7/8 - 15/16

200

165

210

102

663

VBI 250.26.1.15.S

24 - 26

300

250

310

133

788

VBI 305.32.1.22.S

28 - 32

11/8 - 11/4

355

305

365

140

962

VBI 350.32.1.22.S

28 - 32

11/8 - 11/4

405

350

415

140

1019

108

VBI 395.32.1.22.S

28 - 32

11/8 - 11/4

450

395

465

180

1069

120

VBI 250.30.1.30.S

28 - 30

11/8 - 13/16

300

245

310

193

1023

125

VBI 350.35.1.30.S

32 - 35

11/4 - 13/8

405

350

415

155

1121

135

VBI 440.35.1.30.S

32 - 35

11/4 - 13/8

508

440

514

162

1256

210

VBI 305.35.1.35.S

32 - 35

11/4 - 13/8

350

280

365

193

1058

130

VBI 500.52.1.50.S

46 - 50

113/16 - 2

600

500

625

275

1525

418

Minimum Ultimate Strength = 4 x WLL WLL= Working Load Limit on head fitting. RB= Roller bearing. BB= Bronze bushing. WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

140

øD1

p a g e

(inch)

o n

(mm)

i n f o r m a t i o n

Dimensions (mm)

s a f e t y

for wire ød

a n d

WLL (Mtons)

w a r n i n g

Model Nr.

o u r

s e e

ø D1

129

COMPLEMENTARY ITEMS

SNATCH BLOCKS S SERIES WITH HOOK

ø D1

ø D2

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

o n

p a g e

140

Model Nr.

130

WLL (Mtons)

for wire ød (mm)

(inch)

Dimensions (mm) øD1

øD2

Bearing type

Weight (kg) 4

VBI 58.9.1.2.H

7-9

9/32 - 3/8

290

VBI 90.12.1.4.H

10 - 12

3/8 - 1/2

115

120

358

VBI 120.19.1.4.H

16 - 19

5/8 - 3/4

150

120

160

432

VBI 120.22.1.8.H

19 - 22

3/4 - 7/8

150

120

160

498

VBI 165.22.1.8.H

19 - 22

3/4 - 7/8

200

165

210

549

VBI 205.26.1.10.H

24 - 26

250

205

260

115

695

VBI 205.26.1.12.H

24 - 26

250

205

260

115

701

VBI 250.26.1.12.H

24 - 26

300

250

310

133

797

VBI 165.24.1.15.H

22 - 24

7/8 - 15/16

200

165

210

102

672

VBI 250.26.1.15.H

24 - 26

300

250

310

133

797

VBI 305.32.1.22.H

28 - 32

11/8 - 11/4

355

305

365

140

960

VBI 350.32.1.22.H

28 - 32

11/8 - 11/4

405

350

415

140

1027

108

VBI 395.32.1.22.H

28 - 32

11/8 - 11/4

450

395

465

180

1058

120

VBI 250.30.1.30.H

28 - 30

11/8 - 13/16

300

250

310

193

993

125

VBI 350.35.1.30.H

32 - 35

11/4 - 13/8

405

350

415

155

1121

135

VBI 440.35.1.30.H

32 - 35

11/4 - 13/8

508

440

514

162

1177

210

VBI 305.35.1.35.H

32 - 35

11/4 - 13/8

350

280

365

193

1028

130

VBI 500.52.1.50.H

46 - 50

113/16 - 2

600

500

625

275

1495

418

Minimum Ultimate Strength = 4 x WLL WLL= Working Load Limit on head fitting. RB= Roller bearing. BB= Bronze bushing. WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

COMPLEMENTARY ITEMS

TURNBUCKLES WITH METRIC THREAD; JAW - JAW

L min / L max

U øP

0,8

1,4

230

2,2

305

3,5

280

360

4,1

870

270

356

4,5

650

930

280

385

6,4

M36

680

910

230

385

M39

670

949

279

407

42,5

M45

780

1020

240

410

120

M48

743

977

234

407

121

SPS M56.340.J-J

12,6

M56

862

1202

340

500

122

SPS M64.355.J-J

M64

925

1280

355

540

130

SPS M8.102.J-J

0,3

SPS M10.110.J-J

0,5

1,5

203

305

102

127

2,5

M10

245

355

110

160

SPS M12.180.J-J

0,7

3,5

M12

345

525

180

230

SPS M16.170.J-J

1,2

M16

395

565

170

230

SPS M20.160.J-J

1,5

7,5

M20

395

555

160

SPS M22.226.J-J

2,2

M22

476

702

226

SPS M24.280.J-J

3,2

M24

580

860

SPS M27.270.J-J

3,8

M27

600

SPS M33.280.J-J

M33

SPS M36.230.J-J

6,3

31,5

SPS M39.279.J-J

SPS M45.240.J-J

8,5

SPS M48.234.J-J

Minimum Ultimate Strength = 5 x WLL n n n n

Standard hot dip galvanized. Factory supplied with locking nuts. Bolt secured with nut and split pin. Straight or in-line pull only.

WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

p a g e

øP

o n

i n f o r m a t i o n

0,3

Take-up (mm)

s a f e t y

0,2

L max (mm)

a n d

L min (mm)

w a r n i n g

Thread

o u r

Weight (kg)

MBL (Mtons)

s e e

Dimensions (mm) W

WLL (Mtons)

Model Nr.

140

131

COMPLEMENTARY ITEMS

TURNBUCKLES WITH METRIC THREAD; OBLONG EYE - OBLONG EYE

L min / L max

øJ L

s a f e t y

i n f o r m a t i o n

o n

p a g e

140

Model Nr.

a n d w a r n i n g o u r s e e

Dimensions (mm)

Thread

L min (mm)

L max (mm)

Take-up (mm)

øJ

Weight (kg)

SPS M8.102.O-O

0,3

203

305

102

127

0,3

SPS M10.114.O-O

0,5

M10

235

349

114

152

0,4

SPS M12.200.O-O

0,7

M12

330

530

200

229

0,9

SPS M16.183.O-O

1,2

M16

377

560

183

229

1,2

SPS M20.155.O-O

1,5

M20

410

565

155

229

2,0

SPS M22.244.O-O

2,2

M22

486

730

244

305

3,1

SPS M24.300.O-O

3,2

M24

556

856

300

356

3,9

SPS M27.280.O-O

3,8

M27

576

856

280

356

4,8

SPS M33.280.O-O

M33

640

920

280

381

6,8

SPS M36.270.O-O

6,3

M36

650

920

270

381

SPS M39.283.O-O

M39

687

970

283

407

10,0

SPS M45.300.O-O

8,5

M45

720

1020

300

407

14,0

SPS M48.280.O-O

M48

770

1050

280

407

18,0

Minimum Ultimate Strength = 5 x WLL n n n n

132

WLL (Mtons)

Standard hot dip galvanized. Factory supplied with locking nuts. Bolt secured with nut and split pin. Straight or in-line pull only.

WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

GENERALLY TO ASTM F 1145-92

L min / L max

COMPLEMENTARY ITEMS

OPEN BODY TURNBUCKLES; JAW - JAW >>

U øP

SPS UNC.06.102.J-J

1/4 x 4

6.35 x 102

0,23

175

277

121

0,16

SPS UNC.08.114.J-J

5/16 x 4-1/2

7.94 x 114

0,36

212

314

138

0,24

SPS UNC.10.152.J-J

3/8 x 6

9.53 x 152

0,54

258

410

181

0,37

SPS UNC.13.152.J-J

1/2 x 6

12.7 x 152

1,00

292

470

190

0,71

SPS UNC.13.229.J-J

1/2 x 9

12.7 x 229

1,00

368

622

266

0,79

SPS UNC.13.305.J-J

1/2 x 12

12.7 x 305

1,00

445

775

343

1,09

SPS UNC.16.152.J-J

5/8 x 6

15.9 x 152

1,59

325

509

200

1,23

SPS UNC.16.229.J-J

5/8 x 9

15.9 x 229

1,59

401

662

276

1,56

SPS UNC.16.305.J-J

5/8 x 12

15.9 x 305

1,59

478

814

353

1,77

SPS UNC.19.152.J-J

3/4 x 6

19.1 x 152

2,36

356

546

210

1,86

SPS UNC.19.229.J-J

3/4 x 9

19.1 x 229

2,36

432

699

286

2,48

SPS UNC.19.305.J-J

3/4 x 12

19.1 x 305

2,36

508

851

362

2,98

SPS UNC.19.457.J-J

3/4 x 18

19.1 x 457

2,36

660

1156

514

3,64

SPS UNC.22.305.J-J

7/8 x 12

22.2 x 305

3,27

543

892

370

3,71

SPS UNC.22.457.J-J

7/8 x 18

22.2 x 457

3,27

695

1197

523

4,89

Minimum Ultimate Strength = 5 x WLL n n n n

Standard hot dip galvanized. Factory supplied with lock nuts. Straight or in-line pull only. Drop forged high tensile steel.

WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

p a g e

Weight (kg)

o n

i n f o r m a t i o n

s a f e t y

øP

(mm)

a n d

(inch)

w a r n i n g

L max (mm)

o u r

Dimensions (mm)

L min (mm)

s e e

Thread ø x Take-up

WLL (Mtons)

Model Nr.

140

133

COMPLEMENTARY ITEMS

<< OPEN BODY TURNBUCKLES; JAW - JAW

GENERALLY TO ASTM F 1145-92

L min / L max

U øP

s a f e t y

i n f o r m a t i o n

o n

p a g e

140

a n d

n n

o u r

w a r n i n g

s e e

Dimensions (mm)

L min (mm)

L max (mm)

øP

Weight (kg)

(inch)

(mm)

SPS UNC.25.152.J-J

1x6

25.4 x 152

4,54

425

628

228

4,62

SPS UNC.25.305.J-J

1 x 12

25.4 x 305

4,54

577

933

380

5,53

SPS UNC.25.457.J-J

1 x 18

25.4 x 457

4,54

729

1237

532

6,87

SPS UNC.25.610.J-J

1 x 24

25.4 x 610

4,54

882

1542

685

8,20

SPS UNC.32.305.J-J

1-1/4 x 12

31.8 x 305

6,89

644

1012

384

9,34

SPS UNC.32.457.J-J

1-1/4 x 18

31.8 x 457

6,89

796

1317

537

11,20

SPS UNC.32.610.J-J

1-1/4 x 24

31.8 x 610

6,89

948

1622

689

12,80

SPS UNC.38.305.J-J

1-1/2 x 12

38.1 x 305

9,71

673

1073

400

13,90

SPS UNC.38.457.J-J

1-1/2 x 18

38.1 x 457

9,71

826

1359

553

16,70

SPS UNC.38.610.J-J

1-1/2 x 24

38.1 x 610

9,71

978

1664

705

18,90

SPS UNC.44.457.J-J

1-3/4 x 18

44.5 x 457

12,70

899

1356

568

24,50

SPS UNC.44.610.J-J

1-3/4 x 24

44.5 x 610

12,70

1051

1661

721

28,70

SPS UNC.51.610.J-J

2 x 24

51.0 x 610

16,80

1157

1766

738

46,50

SPS UNC.63.610.J-J

2-1/2 x 24

63.5 x 610

27,20

1244

1854

789

113

75,00

SPS UNC.70.610.J-J

2-3/4 x 24

70.0 x 610

34,00

1289

1899

788

106

90,00

Minimum Ultimate Strength = 5 x WLL n

134

Thread ø x Take-up

WLL (Mtons)

Model Nr.

Standard hot dip galvanized. Factory supplied with lock nuts. Straight or in-line pull only. Drop forged high tensile steel.

WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

GENERALLY TO ASTM F 1145-92

L min / L max

COMPLEMENTARY ITEMS

OPEN BODY TURNBUCKLES; OBLONG EYE - OBLONG EYE >>

øJ

0,20

181

0,34

510

191

0,70

409

614

266

0,77

1,00

485

815

343

0,97

1,59

373

557

200

1,49

15.9 x 229

1,59

450

655

276

1,32

5/8 x 12

15.9 x 305

1,59

525

862

353

1,55

3/4 x 6

19.1 x 152

2,36

416

607

210

1,72

SPS UNC.19.229.O-O

3/4 x 9

19.1 x 229

2,36

492

697

286

1,92

SPS UNC.19.305.O-O

3/4 x 12

19.1 x 305

2,36

568

911

362

2,49

SPS UNC.19.457.O-O

3/4 x 18

19.1 x 457

2,36

721

1216

514

3,26

SPS UNC.22.305.O-O

7/8 x 12

22.2 x 305

3,27

592

942

370

3,27

SPS UNC.22.457.O-O

7/8 x 18

22.2 x 457

3,27

745

1246

523

4,51

1/4 x 4

6.35 x 102

0,23

198

300

121

SPS UNC.08.114.O-O

5/16 x 4-1/2

7.94 x 114

0,36

230

344

138

SPS UNC.10.152.O-O

3/8 x 6

9.53 x 152

0,54

291

444

SPS UNC.13.152.O-O

1/2 x 6

12.7 x 152

1,00

332

SPS UNC.13.229.O-O

1/2 x 9

12.7 x 229

1,00

SPS UNC.13.305.O-O

1/2 x 12

12.7 x 305

SPS UNC.16.152.O-O

5/8 x 6

15.9 x 152

SPS UNC.16.229.O-O

5/8 x 9

SPS UNC.16.305.O-O SPS UNC.19.152.O-O

Minimum Ultimate Strength = 5 x WLL n n n n

Standard hot dip galvanized. Factory supplied with lock nuts. Straight or in-line pull only. Drop forged high tensile steel.

WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

p a g e

0,12

SPS UNC.06.102.O-O

o n

øJ

i n f o r m a t i o n

s a f e t y

L max (mm)

a n d

L min (mm)

w a r n i n g

Weight (kg)

WLL (Mtons)

o u r

Dimensions (mm)

(mm)

s e e

Thread ø x Take-up (inch)

Model Nr.

140

135

COMPLEMENTARY ITEMS

<< OPEN BODY TURNBUCKLES; OBLONG EYE - OBLONG EYE

GENERALLY TO ASTM F 1145-92

L min / L max

øJ

WLL (Mtons)

L min (mm)

L max (mm)

øJ

Weight (kg)

>> SPS UNC.25.152.O-O

1x6

25.4 x 152

4,54

507

710

228

4,10

SPS UNC.25.305.O-O

1 x 12

25.4 x 305

4,54

660

1015

380

5,22

SPS UNC.25.457.O-O

1 x 18

25.4 x 457

4,54

812

1320

532

6,35

140

Dimensions (mm)

(mm)

SPS UNC.25.610.O-O

1 x 24

25.4 x 610

4,54

964

1625

685

7,82

p a g e

Thread ø x Take-up (inch)

SPS UNC.32.305.O-O

1-1/4 x 12

31.8 x 305

6,89

719

1087

384

8,62

SPS UNC.32.457.O-O

1-1/4 x 18

31.8 x 457

6,89

871

1392

537

10,40

SPS UNC.32.610.O-O

1-1/4 x 24

31.8 x 610

6,89

1024

1697

689

12,20

SPS UNC.38.305.O-O

1-1/2 x 12

38.1 x 305

9,71

775

1156

400

103

12,50

SPS UNC.38.457.O-O

1-1/2 x 18

38.1 x 457

9,71

927

1461

553

103

14,10

SPS UNC.38.610.O-O

1-1/2 x 24

38.1 x 610

9,71

1080

1765

705

103

17,00

SPS UNC.44.457.O-O

1-3/4 x 18

44.5 x 457

12,70

1000

1457

568

117

23,80

SPS UNC.44.610.O-O

1-3/4 x 24

44.5 x 610

12,70

1153

1762

721

117

26,30

SPS UNC.51.610.O-O

2 x 24

51.0 x 610

16,80

1313

1923

738

146

38,70

SPS UNC.63.610.O-O

2-1/2 x 24

63.5 x 610

27,20

1387

1997

789

165

65,00

SPS UNC.70.610.O-O

2-3/4 x 24

70.0 x 610

34,00

1448

2057

788

177

88,00

a n d

s a f e t y

i n f o r m a t i o n

o n

Model Nr.

Minimum Ultimate Strength = 5 x WLL n n n

s e e

o u r

w a r n i n g

136

Standard hot dip galvanized. Factory supplied with lock nuts. Straight or in-line pull only. Drop forged high tensile steel.

WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

GENERALLY TO ASTM F 1145-92

COMPLEMENTARY ITEMS

OPEN BODY TURNBUCKLES; JAW - OBLONG EYE >>

øJ

L min / L max

U P

0,14

0,23

181

0,36

490

190

0,68

388

642

266

0,78

465

795

343

0,94

1,59

349

533

200

1,07

15.9 x 229

1,59

425

686

276

1,44

5/8 x 12

15.9 x 305

1,59

501

838

353

1,64

SPS UNC.19.152.J-O

3/4 x 6

19.1 x 152

2,36

390

575

210

1,81

SPS UNC.19.229.J-O

3/4 x 9

19.1 x 229

2,36

470

730

286

2,15

SPS UNC.19.305.J-O

3/4 x 12

19.1 x 305

2,36

540

880

362

2,69

SPS UNC.19.457.J-O

3/4 x 18

19.1 x 457

2,36

691

1186

514

3,18

SPS UNC.22.305.J-O

7/8 x 12

22.2 x 305

3,27

567

917

307

3,79

SPS UNC.22.457.J-O

7/8 x 18

22.2 x 457

3,27

720

1220

523

4,42

SPS UNC.06.102.J-O

1/4 x 4

6.35 x 102

0,23

187

288

121

SPS UNC.08.114.J-O

5/16 x 4-1/2

7.94 x 114

0,36

221

348

138

SPS UNC.10.152.J-O

3/8 x 6

9.53 x 152

0,54

275

427

SPS UNC.13.152.J-O

1/2 x 6

12.7 x 152

1,00

312

SPS UNC.13.229.J-O

1/2 x 9

12.7 x 229

1,00

SPS UNC.13.305.J-O

1/2 x 12

12.7 x 305

1,00

SPS UNC.16.152.J-O

5/8 x 6

15.9 x 152

SPS UNC.16.229.J-O

5/8 x 9

SPS UNC.16.305.J-O

Minimum Ultimate Strength = 5 x WLL n n n n n

Standard hot dip galvanized. Factory supplied with lock nuts. Testing on request. Straight or in-line pull only. Drop forged high tensile steel.

WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

p a g e

Weight (kg)

o n

øJ

i n f o r m a t i o n

s a f e t y

(mm)

a n d

(inch)

w a r n i n g

L max (mm)

o u r

Dimensions (mm)

L min (mm)

s e e

Thread ø x Take-up

WLL (Mtons)

Model Nr.

140

137

COMPLEMENTARY ITEMS

<< OPEN BODY TURNBUCKLES; JAW - OBLONG EYE

GENERALLY TO ASTM F 1145-92

øJ

L min / L max

U P

øJ

Weight (kg)

>> SPS UNC.25.152.J-O

1x6

25.4 x 152

4,54

470

670

228

4,05

SPS UNC.25.305.J-O

1 x 12

25.4 x 305

4,54

620

970

380

5,08

SPS UNC.25.457.J-O

1 x 18

25.4 x 457

4,54

680

1260

532

6,03

SPS UNC.25.610.J-O

1 x 24

25.4 x 610

4,54

930

1580

685

7,71

SPS UNC.32.305.J-O

1-1/4 x 12

31.8 x 305

6,89

690

1050

384

8,81

SPS UNC.32.457.J-O

1-1/4 x 18

31.8 x 457

6,89

850

1350

537

11,00

SPS UNC.32.610.J-O

1-1/4 x 24

31.8 x 610

6,89

990

1650

689

12,90

SPS UNC.38.305.J-O

1-1/2 x 12

38.1 x 305

9,71

725

1105

400

103

13,10

SPS UNC.38.457.J-O

1-1/2 x 18

38.1 x 457

9,71

880

1410

553

103

15,90

SPS UNC.38.610.J-O

1-1/2 x 24

38.1 x 610

9,71

1030

1715

705

103

17,80

SPS UNC.44.457.J-O

1-3/4 x 18

44.5 x 457

12,70

950

1410

568

117

24,40

SPS UNC.44.610.J-O

1-3/4 x 24

44.5 x 610

12,70

1100

1711

721

117

27,50

SPS UNC.51.610.J-O

2 x 24

51.0 x 610

16,80

1235

1845

738

146

40,40

SPS UNC.63.610.J-O

2-1/2 x 24

63.5 x 610

27,20

1315

1925

789

165

113

68,00

SPS UNC.70.610.J-O

2-3/4 x 24

70.0 x 610

34,00

1370

1980

789

177

106

83,00

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

L max (mm)

(mm)

Minimum Ultimate Strength = 5 x WLL

n n n

s e e

Dimensions (mm)

L min (mm)

(inch)

138

Thread ø x Take-up

WLL (Mtons)

Model Nr.

Standard hot dip galvanized. Factory supplied with lock nuts. Straight or in-line pull only. Drop forged high tensile steel.

WARNING

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

T G.3,5-16,5

3,5

16,5

0,5

T G.17-30

0,5

T G.4-25

0,5

T G.26-52

T G.30-40

* 0,5

T G.40-50

0,5

COMPLEMENTARY ITEMS i n f o r m a t i o n

SEE OUR WARNING & SAFETY INFORMATION ON PAGES 140 - 152

s a f e t y

Dimensions: R26, R28, R30, R32, R34, R35, R36, R38, R39, R41, R43, R45, R49, R51, R53.

WARNING

a n d

Groove radius gauges enable the measuring of the radius in grooves of wire rope sheaves. Gauges only provide an indication of the radius of the groove and is not a calibrated measuring instrument.

140

Steps (mm)

o n

R-max (mm)

w a r n i n g

R-min (mm)

o u r

Model nr.

s e e

STAINLESS STEEL

p a g e

GROOVE RADIUS GAUGES

139

WARNING & SAFETY

INFORMATION GENERAL WARNING, USE, INSPECTION, MAINTENANCE AND SAFETY INFORMATION FOR

LIFTING AND RIGGING COMPONENTS. WARNING: THIS DOCUMENT CONTAINS IMPORTANT INFORMATION FOR THE SAFE AND PROPER INSTALLATION AND USE OF YOURR OPEBLOCK COMPONENTS.

140

SMART GETS YOU FURTHER.

WARNING

MANUFACTURER CONTACT DETAILS THIS W&S DOCUMENT PROVIDES IMPORTANT INFORMATION CONCERNING THE TRANSPORT, INSTALLATION, USE, INSPECTION, MAINTENANCE AND SAFE USE OF YOUR ROPEBLOCK PRODUCT.

Ropeblock B.V.

PO Box 391

Kampenstraat 1

7570 AJ Oldenzaal

7575 ER Oldenzaal

The Netherlands

Phone:

+31 (0)541 532 300

This information is restricted to components used in lifting,

Fax:

+31 (0)541 536 575

rigging, tensioning or lashing intended to be used in lifting-

Email:

sales@ropeblock.com

systems or (quasi) static applications. Components typically comprise a head fitting (hook, stud-eye, clevis) and possibly

CONTRACT INFORMATION

sheaves and are used for lifting, lowering or pulling by

Order confirmation is subject to Ropeblock’s General

applying tension to a wire rope or rope. Or comprise a

Terms and Conditions of Sale and Delivery. These

product helping to connect the wire rope or other

conditions are filed with the chamber of Commerce under

components to a structure, other components, or the wire

number 060.78.445. Acceptance of our products implies

rope itself. Possibly they are then used for lifting, lowering

acceptance of the Terms and Conditions in the contract.

or pulling by applying tension to a wire rope or rope and as

Definitions.

WARNING AND SAFETY INFORMATION

GENERAL

such holding and transferring the load. Please examine your Ropeblock product, carefully read and

DEFINITIONS

understand the information presented and apply this

SAFE WORKING LOAD (SWL)

information in practice. If you do not fully understand the

The maximum load on the head fitting, as determined by

information, DO NOT PUT YOUR PRODUCT INTO SERVICE.

a competent person, which an item of Lifting Equipment

Please call your sales representative or Ropeblock B.V.

may raise, lower or suspend under particular

directly.

(operational/dynamic) service conditions.

DISCLAIMER

ALLOWABLE LINE PULL (ALP)

Your Ropeblock product is by default considered a tool or

The operational maximum line pull, as determined by a

essential part of the intended application and therefore

competent person, which an item of Lifting Equipment

defined by the application or system designer or

can be subjected to. For a single sheave block, this could

application owner. In accordance with Machine Directive

also be referred to as SWL (as such, then not on the head

2006/42/EC, it is therefore supplied as standard without EC

fitting).

declaration. Where applicable, the product will become part of a CE-marked assembly. The product must then not

WORKING LOAD LIMIT (WLL)

be put into service until the full assembly has been

The maximum load on the head fitting, as determined by

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

the manufacturer, which an item of Lifting Equipment is

Where the product is considered a lifting accessory,

designed to raise, lower or suspend under ideal (static)

requiring an individual conformity declaration (IIA) or

service conditions with a given safety factor calculated

declaration of incorporation (IIB), it should be mentioned in

against the MBL.

the contract. The party installing Ropeblock products shall be competent

MINIMUM BREAKING LOAD (MBL)

and qualified in the design, construction or maintenance of

The load, checked by the manufacturer against the

the relevant application and have the knowledge of the

minimum theoretical failure strength of the material, at

relevant regulations and standards concerning the

which an item of Lifting Equipment is designed to fail or

application/equipment required for proper installation, or

break. (Or determined empirically in a laboratory breaking

be declared competent by their employer.

load test.) Also referred to as Minimum Breaking Force (MBF).

The party using Ropeblock products shall be competent and qualified in the operation of the relevant application

SACTOR OF SAFETY (FOS)

and have the knowledge of the relevant regulations and

Factor determined as the ratio between MBL and WLL.

standards concerning the application/equipment required

Also referred to as the Safety Factor (SF) or Design (Safety)

for proper operation, or be declared competent by their

Factor (D(S)F).*

employer. Ropeblock is not responsible for any misuse of the products

DESIGN DYNAMIC FACTOR (DDF)

or misinterpretation of this document.

The factor specified by the designer of the lifting appliance

141

WARNING AND SAFETY INFORMATION

(e.g. crane). DDF is not the same as DAF, which is defined separately and applicable to a specific operation. DDF = Design load / SWL.

service conditions against the factor of safety of the item of lifting equipment. With regard to MBL, the client shall act as the competent

DESIGN LOAD

person to establish the SWL in conjunction with the given

Load used for the purposes of design, derived by

particular service conditions.

combining relevant characteristic load(s) (both static and dynamic) with appropriate load factor(s). The design load

HEALTH AND SAFETY WARNING

represents all foreseeable loads and combinations thereof

The party installing Ropeblock products shall be

(including all directions) that the lifting appliance will be

competent in the design, construction or maintenance of

subject to. Design load shall not be confused with SWL.

the relevant application and have the knowledge of the

WARNING

relevant regulations and standards concerning the PROOF LOAD (PL)

application/equipment required for proper installation, or

The predetermined test load, greater than the SWL or WLL

be declared competent by their employer.

to which an item of lifting equipment is subjected before acceptance for use.

The party using Ropeblock products shall be competent in the operation of the relevant application and have the

DESIGN TEMPERATURE

knowledge of the relevant regulations and standards

Reference temperature, specified by the designer of the

concerning the application/equipment required for

lifting appliance, used as a criterion for the selection of

proper operation, or be declared competent by their

material grades and properties.

employer.

MINIMUM OPERATING TEMPERATURE

NEVER USE THE PRODUCTS IF THE CONDITIONS STATED

Lowest temperature, determined by a competent person,

IN THIS DOCUMENT ARE NOT FULFILLED OR IF YOU DO

the item of Lifting Equipment can be operated at without

NOT UNDERSTAND THE INFORMATION PRESENTED.

compromising safety. During transportation and handling, a crushing, shearing COMPETENT PERSON

or dropping hazard exists.

A competent person as defined in ISO 9927-1. To determine ‘fit-for-use’ the level ‘Expert Engineer’** is

Care shall be taken when installing, working with or

required. Alternatively, a qualified person nominated as

repairing lifting or rigging equipment. If installed or used

such by their employer.

incorrectly or if a repair is executed incorrectly, loss of stability, falling objects, insufficient mechanical strength

*Note:

or failure of parts could occur and inflict injury or death.

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

Where your Ropeblock product has swiveling and moving

is engineered to do. The FoS shall therefore be ≥ DF and is in most

parts, there are potential crushing, shearing or

cases the same.

entanglement hazards.

**Note:

When the product is in use do not put hands:

An expert engineer is an engineer with experience in the design,

1. Between sheaves, side plates, guards, wire rope or other

construction or maintenance of cranes, sufficient knowledge of the relevant regulations and standards and the equipment necessary

moving parts. 2. In the area of becket, hook, hook nut or cross head.

for carrying out the inspection. Furthermore, an expert engineer is an engineer who is in a position to judge the safe condition of the

Workers must be made alert and wear proper safety gear

crane and to decide which measures shall be taken in order to ensure

at all times. Take great care to avoid clothing becoming

continued safe operation.

trapped or snagged. Pay attention to sharp edges.

Particular service conditions are defined in combination with the applicable design standards or rules.

Repairs shall be carried out by competent and trained personnel only. Power shall be switched off and stored

142

With regard to WLL, the client shall act as the competent

energy eliminated, before repair activities are carried out.

person to establish fit-for-use under the given particular

Work shall only take place with the product on a firm

undetermined loads. The center of gravity of the load

rules and regulations.

shall be aligned with the hook shank centerline. (See the section on lashing of the load.)

LIMITATIONS OF USE GENERAL

The load shall always be placed in the seat or bowl of the

NEVER STAND UNDER THE LOAD.

hook or eye. NEVER AT THE POINT. The latch shall never

The Safe Working Load (SWL), Allowable Line Pull (ALP)

be allowed to carry the load.

and Working Load Limit (WLL) shall never be exceeded. DESIGN Unless otherwise stated, only fully reeved crane blocks

Your Ropeblock product was designed in accordance with

may be loaded up to the rated SWL or WLL. For partial

the standards and design rules as stated in the contract

reeving, the load shall always be symmetrically distributed

and/or drawings and/or with knowledge of industry

to eliminate tilt, fleet angles and consequent side loading.

standards (in part or whole) where applicable and can as

Reeving shall be carried out by competent personnel only.

such be considered state-of-the-art.

Always understand the weight you are lifting and the SWL

Design parameters such as SWL or WLL, load group or

or WLL of your system and components. The SWL or WLL

factor of safety, wire rope size, weight and design or

shall exceed the weight of the intended load you plan to

operating temperature must be visible on the product tag

lift, including its rigging.

plate, or be engraved, or be traceable back from the

WARNING AND SAFETY INFORMATION

surface with the product secured. Always follow local

certificate or contract by its serial number. DO NOT USE Swivels and overhaul balls may be loaded up to the rated

YOUR PRODUCT WITHOUT THIS INFORMATION.

SWL or WLL and should only be used with rotationresistant wire ropes. If in doubt, contact your wire rope

WLL equipment is by default designed with a FoS of 4:1

sales representative for further guidance.

unless specified otherwise on the tag plate.

Capacity ratings apply to new products or products

Appropriate overhaul weight, if required, may vary due to

considered to be in an “as new” condition by a competent

crane design, geometrical design, materials, wire rope

and qualified person. Capacity may be affected by wear,

selection, and environmental circumstances such as

misuse, corrosion, impact deformation or modification.

temperature.

Hook blocks, overhaul balls and swivels shall be used only

Sheave bearings should have separate lubrication

in vertical lift as they are only designed for this purpose.

channels if your Ropeblock product is to be used in a

Side loading may create unacceptable stresses in the

maritime, offshore, or otherwise significantly corrosion

component.

aggressive environment.

Swivels may be used in any orientation when specifically

SERVICE LIFE

designed for this.

Generically designed products (WLL products) should meet their normal service life when used in their intended

Rigging blocks shall be used in accordance with design

application. Check with your sales representative for

specifications and are generally intended for tension and

information.

pulling. Blocks shall not be used for towing unless specifically designed and marked for that purpose.

Specifically designed products (SWL products) should meet their intended service life according to the

Horizontal and vertical lead sheaves shall be used as

prescribed design standard or 3rd party rules from the

indicated in the product description or drawings.

application or system designer.

Side loading is prohibited as it may create unacceptable

The service life of Ropeblock products will significantly

stresses in the component. Shock or side loading shall not

depend on the actual intensity of use, or possible misuse.

be applied unless the product is designed for this

Monitoring for wear and reduced capacity is essential for

purpose.

continued safe operation (see the section on inspection and maintenance).

Skew loading shall be kept to a minimum for

143

WARNING AND SAFETY INFORMATION

Special consideration is required for vibration work or pile

INSTALLATION AND REEVING

driving work as this may significantly increase load cycles

Always verify that the product is in its proper and

and promote early fatigue and/or even premature failure

intended condition suitable for your application.

in relevant components depending WLL of the equipment and the actual workload. Optional features like

Reeving shall be performed on a firm surface to prevent

detachable,- or interchangeable cheek weights shall be

the block from tipping over.

removed prior to operation with vibration equipment or pile driving equipment unless specifically designed and

Only fully-reeved crane blocks may be loaded up to the

confirmed by Ropeblock B.V. in writing to work with it.

rated SWL or WLL. For partial reeving, the loads shall always be symmetrically distributed to eliminate tilt, fleet

MATERIAL

angles and consequent side loading. Reeving shall be

For generically designed products (WLL products), the

carried out by competent personnel only.

operating temperature limits are -40°C / +80°C with steel or iron sheaves*. The structural materials in these blocks

Typical efficiency losses for sheaves with roller bearings

provide suitable ductility for use at the stated

and wire rope are 2% per wire rope bend. Actual

temperatures with 100% capacity and at normal speed of

efficiency losses may vary due to crane design, load, block

operation.

weight, geometrical design, material, wire rope selection

*Note: -30°C / +50°C applies for equipment with nylon

and environmental conditions.

(Pa6G) sheaves. Admissible fleet angles shall be monitored according to For use in applications or environments other than those

the relevant standards. They are typically 4° for non-

originally intended, please contact your sales

rotation resistant wire rope and 2° for rotation resistant

representative or Ropeblock B.V.

wire rope.

Products specifically designed in accordance with

The wire rope selected for your application shall be

prescribed design standards or 3rd party rules (SWL

suitable for the Ropeblock product and the dimensional

products) will possess adequate ductility in their materials

factors in your system. Reeving shall be in accordance

as specified at the reference design temperature in those

with the crane or system designer’s diagram.

standards or rules. The sheave groove geometry shall not hinder proper Components from grade 8 upwards must not be used in

function with the prescribed wire rope. According to EN

highly alkaline (>pH10) or acidic conditions (<pH6).

13135, for a new build the radius should be within half the

Comprehensive and regular examination shall be carried out

nominal wire rope size + min. 5% / + max. 12%. Check

when they are used in severe or corrosion inducing

your actual sheave radius with the nominal wire rope size

environments to prevent hydrogen embrittlement and

before installation.

consequent severe loss of ductility and/or premature failure. Avoid wire rope from becoming damaged during All Ropeblock products are asbestos-free.

installation. The wire rope shall be seated in the groove of the sheave before closing the reeve guides. Make sure all

If in doubt, please contact your Ropeblock sales

reeve guards are closed and secured.

representative for the relevant drawings and information. Poor wire rope installation may affect the proper

WARNINGS AND INFORMATION ON USE

functioning of your Ropeblock product resulting in

TRANSPORT

cabling (rotation of the block until the wire ropes are

The products shall be handled with care. Depending on

entangled).

the surface it is placed on, the product may tilt and tip over, roll or slide. A potential crushing hazard exists.

Overhaul balls and swivels should only be used with rotation-resistant wire ropes. If in doubt, contact your wire

Lifting or lashing points shall be used for their intended 144

rope sales representative for further guidance.

purpose only. NEVER USE IN OR WITH THE APPLICATION. Use other lifting equipment to handle the

Ensure your end-of-line switch is functioning properly or

product if required.

other means have been implemented to prevent two-

Do not rotate hooks, eyes or other suspensions with only

with the upper block or sheave arrangement of the crane

a washer (i.e. without a bearing) under load.

unless a receiver on the crane, the crane and the block itself were designed for this purpose.

Ensure you are following the applicable local and national regulations.

Make sure all optional features (additional weights, sheaves, pins, etc.) are properly secured. If in doubt,

ATTACHING THE LOAD

contact your sales representative or Ropeblock.

The lashing or rigging arrangement of the load shall be limited to a 90° included angle between two slings and

Lifting points on optional features are designed for ONE

the maximum single sling angle (from vertical) shall be

unit only. NEVER PICK STACKED UNITS WITH ONE LIFTING

less than 45° for single hooks and less than 60° for

POINT. Do not add components or mass to the product

ramshorn hooks. Forces in slings shall be limited to the

unless it has been designed by Ropeblock and intended

following:

for this purpose.

WARNING AND SAFETY INFORMATION

blocking. The lower block shall not come into contact

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

Skew loading shall be avoided by adjusting the rigging

Working Load Limit (WLL) shall never be exceeded.

arrangement below the hook to allow the center of gravity of the load to line up with the centerline of the

To ensure structural integrity of the product, only fully

hook shank. The hook shall receive symmetrical vertical

closed and properly fitted products may be put into

loads to minimize additional stress due to the bending of

operation in your system. All locks, pins and retainers shall

the hook shank.

be properly assembled and/or tightened prior to any operation to eliminate potential falling objects or loads

If there is foreseeable misuse of skew loading, this shall be

that may inflict injury or death.

limited to the maximum permitted fleet angles of the wire rope in your system. The skew load factor shall at all times

Always understand the weight you are lifting and the SWL

be less than 1.25. (50/40 load distribution in a ramshorn

or WLL of your system and components. The SWL or WLL

hook.) Skew loading may induce poor hook swivelling

shall exceed the weight of the intended load you plan to

performance.

lift, including its rigging. When considered applicable to your application, detailed Crane blocks shall be used in vertical lift. Shock or side

lashing limits analysis should be undertaken in

loading shall not be applied. Prevent your product from

accordance with EN 13001-3.5 and be communicated to

coming into contact with any structure or object during a

the operators.

lift since this could result in a loss of load. The lashing or rigging arrangement shall at all times be in Optional features like detachable,- or interchangeable

accordance with acceptable practice and be appropriate

cheek weights shall be removed prior to operation with

to the application and intended lift.

vibration equipment. The wire rope slings shall be selected to be appropriate to Skew loading the hook shall be kept to a minimum for

the hook and its seat-bending radius. This D/d radio shall be

undetermined loads. The center of gravity of the load

in accordance with acceptable practice. Depending on the

shall be aligned with the hook shank centerline.

wire rope, a D/d ≥ 1 typically applies for 6x19 or 6x37 Flemish eye slings (loop) and greater than this for basket hitches.

Ensure that the hook rotates freely under load, and that

145

your reeving is able to generate the required counter

Check the D/d ratio and the effect on sling capacity with

momentum for the thrust bearing to prevent cabling.

your wire rope or sling manufacturer. Alternatively, use

WARNING AND SAFETY INFORMATION

master links or other hardware to ensure your slings

temperature the socket body will reach should be

maintain the required strength for the lift. See e.g. ISO

determined. Use above 300°C is not recommended,

8792 for further guidance.

contact Ropeblock for further guidance.

We recommend using hardware that matches the shape

Dimensional tolerances depend on the manufacturing

of the hook / counterpart to prevent damage to the hook

techniques applied and are different between machined

seat or bowl / counterpart.

components (pins) and cast components (socket bodies and wedges). Also surface finish e.g. hot dip galvanizing

The use of fibre slings should be verified with the

or even paint may add to the overall thickness and fork

manufacturer of the sling.

distance. Please contact Ropeblock for further guidance and a detailed dimensional tolerance sheet.

Latches shall be closed during the lift. NEVER LOAD A LATCH. All spelter sockets and wedge sockets receive the TUGGING

vigorous Ropeblock Non Destructive Testing (NDT)

If tugging is a mode of operation, this shall be such that the

regime. This working program is covering both surface

rigging, and consequently the Ropeblock product, is free

inspections (MT and visual) as well as volumetric

from significant forces perpendicular to the vertical hoisting

inspections (UT). Volumetric RT inspections can be done

forces from the load. Perpendicular forces are a side load

on request. Certificates are available when so ordered.

and create a bending moment. Unless specifically indicated, your product is not designed for this. Tugging

Socket(pin)s may be used as an orientating hinge-point.

lines are intended only to hold the product in position.

To prevent excessive wear and additional rope bending they should not be used as a friction hinge point under

SOCKETS

load. Further design evaluation and creating a proper

GENERAL

functional hinge point is advised.

Safety measures should be taken into account when using

Check for potential pin rolling with axial movement that

our sockets. Carefully follow all installation instructions.

may develop depending operation.

Important information can be found below. ALWAYS CARRY OUT A VISUAL INSPECTION Ropeblock sockets provide adequate ductility and should

BEFORE USING A SOCKET AND PIN.

be considered fit for purpose until minimum operating

NEVER USE A PART SHOWING CRACKS OR DAMAGES.

temperatures of -40°C in general service application.

DO NOT SIDE-LOAD A SOCKET.

Check your application specific criteria with the set design

REPAIRS ARE NOT ALLOWED; FOR CONSULTATION

temperature against the specifications set forth in de

CONTACT ROPEBLOCK.

applicable design standards or rules. Ropeblock sockets

NEVER SHOCK-LOAD A SOCKET.

meet or exceed 42J/-20°C Charpy “V” impact values. PROOF TESTING INDIVIDUAL SOCKETS Excluding limitations set forth by the wire rope and/or

Sockets can be individually proof tested on request. The

resin or spelter material as described in the EN and ISO

default proof load value is 30% of the catalogue MBL of

standards (typ. 80°C for fibre core ropes and 110°C for

the socket. Testing to 40% can be done on request. Higher

resin), sockets will be affected by higher temperatures

values will require special consideration.

too, but continue to serve with below approximate limited work load capacity rating at these elevated

PROOF TESTING SOCKETED ASSEMBLIES

temperatures.

Per EN 13411-4:2011 type testing may be required. Please see the standard and annex C and F for further guidance.

110°C with 100% capacity rating

(Alternatively ISO 17558:2006.)

150°C with 92% capacity rating 200°C with 83% capacity rating

Depending the application, end-user requirement and / or

250°C with 75% capacity rating

local regulations, socketed assemblies may require to be

300°C with 67% capacity rating

proof tested individually with a proof load relative to the Work Load Limit or Safe Working Load assigned to the

146

Your application requires compensation for this. For intermittent use at elevated temperatures the

socketed assembly.

Proper spelter socket terminations have an efficiency

ADDITIONAL FOR SUPER REEVE CONNECTOR SOCKETS n

equal to the breaking load of the wire. This can be

non-rotation resistant wire rope and may be used with

limited by the minimum breaking load of the socket (MBL), as mentioned in the tables n

rotation resistant wi re rope n

For further performance specifications, see our type approvals

The SCS standard (rotating) connector shall be used with non-rotating or cat 1. rotation resistant wire rope only

Please read the instructions of the resin manufacturer

The basket length differs from normal. Measure appropriately for required broom height. Seizing should

carefully before use. Incorrect use of the resin or spelter

The SCS Spin Resistant connector shall be used with

match your working method

material can result in an unsafe termination. Look for

Use a cover to protect the thread

the expiration date of the resin. More information can

Resin penetration may be more difficult in the tight SCS

also be obtained from your wire rope supplier

buttons, esp. with large fill factor ropes with a large

Always remove any dirt and grease from the wire rope

number of wires (e.g. high performance ropes like

broom and socket basket

35x7). Normal socketing procedures for spelter sockets

Ensure that the broomed wires are evenly spaced in the

shall be followed with the addition of the following

basket and that the wire and basket are aligned with

recommendations for resin:

each other

Do NOT use booster packages to speed up curing.

When using white metal or zinc, the socket may be

Reduce mixing time when possible, but keep resin

preheated up-to 350°C (660°F) n

mfg instructions.

Make sure the base of the socket is properly sealed. This

refrigerator cool the resin to delay curing / increase

It is recommended to pour on one side as this will help

gel time. And if possible to cool the pre-assembly too

eliminate air bubbles being formed

to the same temperature as the resin. Follow resin

Check for proper penetration of the resin to the bottom.

manufacturers limitations.

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

Suggest to use low viscous resin. (typ. found in smaller cans.)

Procedures in EN 13411-4 or ISO 17558 or equivalent

Suggest wire ‘poking’ around in the socket basket, as you pour, which should release air bubbles more easy

should be followed n

It is recommend to stay out of direct sunlight on hotter days.

hardened n

At higher ambient temperatures we recommend to

to prevent resin leakage, which may cause voids

WARNING AND SAFETY INFORMATION

SPELTER SOCKETS

and promote resin penetration to the bottom.

Socketing should always be executed by qualified and

competent personnel only

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

ADDITIONAL FOR FAST CONNECTOR SOCKETS n

The FCS Spin Resistant connector shall be used with

hands needed.) n

non-rotation resistant wire rope and may be used with rotation resistant wire rope n

basket when the seizing is in contact with the housing. n

The FCS standard (rotating) connector shall be used

Loctite 270, etc.) n

Normal socketing procedures for spelter sockets shall Remove seizing after and up to the bottom of the

standard shackle. n

basket when the seizing is in contact with the housing. n

The connector shall always be installed in the socket housing and used with the retainer properly mounted

The lugs are not a lifting device; they are designed to fit a tool used to pull the connector through the reeving

The connector cap is not a lifting device; it is used to pull the connector through the reeving system with a

be followed n

The connector cap shall be secured after socketing by means of a high strength thread locking adhesive. (E.g.

with non-rotating or cat 1. rotation resistant wire rope only

Remove seizing after and up to the bottom of the

and secured. n

The SCS connector is not recommended for re-use.

system with a standard shackle. One may leave the tool once assembled if clearance in the application allows for it.

147

For wire rope Ø mm

6 8 11 14 18 20 23 27 31 37 40 43 49 55 61 69 76 81 87 94 108 120 135 141 154 166 179 192

Required resin volume for socketing wire rope terminations

WARNING AND SAFETY INFORMATION

APPROXIMATE RESIN VOLUMES

- 7 - 10 - 13 - 16 - 19 - 22 - 26 - 30 - 36 - 39 - 42 - 48 - 54 - 60 - 68 - 75 - 80 - 86 - 93 - 102 - 115 - 130 - 140 - 153 - 165 - 178 - 191 - 204

Do not attach the dead end to the live wire.

The dead end should have a length of 6 times the wire

Approximate resin volume

inch

1/4 3/8 1/2 5/8 3/4 7/8 1 1 1/8 1 1/2 - 1 3/8 1 1/2 1 5/8 1 3/4 - 1 7/8 2 - 2 1/8 2 1/4 - 2 3/8 2 1/2 - 2 5/8 2 3/4 - 2 7/8 3 - 3 1/8 3 1/4 - 3 3/8 3 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 - 6 6 1/4 - 6 1/2 6 3/4 - 7 7 1/4 - 7 1/2 7 3/4 - 8

9 15 35 50 80 120 160 220 350 425 500 700 1200 1450 1850 2250 3500 4000 5000 7500 10500 14000 16000 20000 26000 33000 39000 48000

diameter with a minimum of 150 mm. n

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.

correct

incorrect

TAILGRIP WEDGE SOCKETS n

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.

WARNINGS n

The wire rope MUST pass thru the ‘Go’ hole in the wedge.

The wire rope shall NOT pass thru the ‘No-Go’ hole in

ALWAYS CARRY OUT A VISUAL INSPECTION

the wedge.

BEFORE USING A SOCKET AND PIN. n

NEVER USE A PART SHOWING CRACKS.

DO NOT SIDE-LOAD A SOCKET.

REPAIRS ARE NOT ALLOWED, FOR ANY REPAIRS

No-Go

CONTACT YOUR SUPPLIER. n

NEVER SHOCK-LOAD A SOCKET. Wire rope clip

WEDGE SOCKETS n

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.

148

Nominal intermediate rope sizes should be used with the biggest socket within the range.

Secure properly the dead end with a wire rope clip.

After mounting the wire rope in a loop through the OWS socket, place the wedge correctly in the socket.

Pre-tension the wire rope, so that wedge is fixed inside

the socket housing. n

A light oil lubricant should be applied to each die and wiped clean after swaging.

Mount the wire rope clip on the dead end section, grip-

ping the tail of the wire rope.

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.

Dead end lenghth n

The dead end length or tail length should be a minimum of: n

of the sling manufacturer. n

Standard 6-8 Strand Wire Rope

recommended that the termination be type tested to

Rotation resistant Wire Rope

prove the adequacy of the assembly.

Minimum of 18 rope diameters, but not less than 150mm. n

Tighten nuts on clip to recommended torque. OWS Type

For Flemish eye constructions we recommend to follow internationally prescribed construction, safety criteria

0,5

Wire rope clips Type* 10

Torque [Nm]

68 107 147 212 296

Before using Swage Sockets or Sleeves with other type lay, construction or grade of wire rope, it is

Minimum of 6 rope diameters, but not less than 150mm. n

Caution: Proper swaging practices are the responsibility

WARNING AND SAFETY INFORMATION

* Clips per EN 13411-5

and inspection procedures. (e.g. EN 13414, ISO 8792 and ASME B30.9).

TURNBUCKLES GENERAL Safety measures should be taken into account when using

SWAGE SOCKETS AND SLEEVES (FLEMISH EYE FERRULE) n

Swage Sockets and Sleeves are recommended for use

turnbuckles. Carefully follow all instructions. Important information can be found below.

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

Turnbuckles are primarily used as adjustable hardware to

galvanized bridge rope. They are not recommended for

tension two points and/or possibly adjust the distance

use on fibre core ropes without further measures.

between two points.

Properly applied Swage Sockets may reach an efficiency rating of 100% and shall have a minimum efficiency of

All turnbuckles have a Factor of Safety (FoS) of 5:1.

90% per EN 13411-8. This rating is based on the

catalogue strength of wire rope. This can be limited by

Ropeblock closed body trapezium thread turnbuckles (TR

the minimum breaking load of the socket (MBL).

series) may be used for lifting, general rigging and lashing.

Swaged sleeves should generate an efficiency of at least 90% per EN 13411-3.

Open body UNC thread and closed body metric thread

For further performance specifications, please contact

turnbuckles should be used for general rigging and

Ropeblock.

lashing only.

Swage sockets and sleeves are forged from special steel quality and heat treated for cold swaging.

Ropeblock turnbuckles provide adequate toughness and

Proper swaging methods must be followed for all

ductility and should be considered fit for purpose until

Swage Sockets and Sleeves.

minimum operating temperatures of -40°C in general

Always use the matching dies to the socket or sleeve.

service application. Check your application specific criteria

Ensure the dies are aligned and within the limits for

with the set design temperature against the specifications

admissible wear.

set forth in de applicable design standards or rules.

The position of the rope end should be verified prior to swaging and after swaging.

Ropeblock turnbuckles can be used with below

Multiple progressive pressings are required to prevent

approximate limited work load capacity rating for

flash, which could develop into a permanent mark or

continuous service at these elevated temperatures.:

possibly a crack in the sleeve. A color change will not

≤ 110°C with 100% capacity rating

indicate proper swaging.

≤ 150°C with 92% capacity rating

149

WARNING AND SAFETY INFORMATION

≤ 200°C with 83% capacity rating

ALWAYS CARRY OUT A VISUAL INSPECTION

≤ 250°C with 75% capacity rating

BEFORE USING A TURNBUCKLE.

≤ 300°C with 67% capacity rating

NEVER USE A PART SHOWING CRACKS OR DAMAGES. DO NOT SIDE-LOAD A TURNBUCKLE.

For intermittent use at elevated temperatures the

REPAIRS ARE NOT ALLOWED; FOR CONSULTATION

temperature the turnbuckle will reach should be

CONTACT ROPEBLOCK.

determined. Use above 300°C is not recommended;

NEVER SHOCK-LOAD A TURNBUCKLE.

Contact Ropeblock for further guidance. Please note that the grease on the thread will lose effectiveness above

PROOF TESTING

±80°C.

Turnbuckles can be individually proof tested on request. The default proof load value is twice the catalogue WLL of

Dimensional tolerances depend on the manufacturing

the turnbuckle and 1,22xWLL + 20 for WLL above 25t for

techniques applied and are different between machined

the trapezium turnbuckles. Higher or different values and/

components (pins) and forged components (bodies and

or individual testing for UNC or metric turnbuckles upon

end fitting). Also surface finish e.g. hot dip galvanizing or

request.

even paint may add to the overall thickness and fork distance. Please contact Ropeblock for further guidance

RIGGING ACCESOIRIES

and a dimensional tolerance sheet.

To other rigging accessories such as tri-plates, split overhaul balls, pad-eyes, devils claws, etc. the limitations

Turnbuckles should be tensioned in line only (straight

of use and further relevant sections of this warning and

pull), unless designed specific for that purpose.

safety document apply and are to be used in a straight pull only. Contact Ropeblock for guidance if so required.

Turnbuckle connection points may be used as an orientating hinge-point.

CERTIFICATION GENERAL

To prevent excessive wear and additional bending they

The following certificates or other documents, where

should not be used as a friction hinge point under load.

applicable or so ordered, have been provided with the

Further design evaluation and creating a proper

product:

functional hinge point is advised.

Declaration of compliance with the order EN 10204 2.1

Test report EN 10204 2.2 (Batch (proof load) test

Check for potential pin rolling with axial movement that may develop depending operation.

(according to ILO 152)) n

Inspection certificate finished product EN10204 3.1 (Individual product (proof load) test (according to ILO

Check your application for the required take-up length and used connecting points (jaw, stud-eye, oblong-eye,

152) n

rod or stud ends, hook, etc.).

Inspection certificate finished product EN10204 3.2 (Individual product (proof load) test (according to ILO 152), including conformity survey by a 3rd party)

Depending your application select proper the retaining

Hook material certificate EN 10204 3.1

option (contra nuts or locking/retainer bolts). Consider the

Material certificate EN10204 3.1 for main load

rotational characteristics of wire rope where applicable. After assembly, make sure locking nuts or locking/retainer

bearing part n

bolts are properly tightened. Use proper inspection routines when used on vibrating equipment. A yearly

Material certificates EN10204 3.1for all load bearing parts

Documents per contract / etc.

inspection as a minimum is advised.

INSPECTION AND MAINTENANCE The absolute minimum thread engagement is 1xd (with d

Inspections should be carried out daily or weekly or, if

being the thread size). This must be measured on both

your Ropeblock product is used infrequently, each time it

sides of the turnbuckle and based on the actual

is used by the operator. Examination of the product by a

dimensions.

competent and trained person should be carried out monthly to check for damage, corrosion and the free

150

Protect the turnbuckle against corrosion and maintain

movement of sheave and safety latch. Thorough

proper grease levels on the bare metal threads.

examination of the product by a competent and trained

Repair or modification by welding, flame torch, or other

depending on usage intensity as seen fit by the

significant heat inducing method is strictly prohibited

application designer or owner.

unless prior consent in writing has been obtained from Ropeblock.

DEPENDING ON LOCAL REGULATIONS, PRODUCTS (E.G. HOOK AND HOOK-NUT) ARE TO BE DISMANTLED, INSPECTED AND RE-TESTED (PROOF LOADED) AT LEAST EVERY 4 OR 5 YEARS.

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.

WITH THE MANDATORY DISMANTLING INSPECTION OF

Where stainless steel bolting is used, check for cathodic

THE HOOK, THE OVERALL BLOCK AND COMPONENTS WITH

corrosion. If your block was fitted with retaining or

SHEAVE AND BEARINGS SHOULD BE INSPECTED FOR PRO-

securing wires, check that these are present, intact and

PER FUNCTIONING AND CONDITION.

correctly fitted.

Particular attention shall at least be paid to the following:

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

• Wear in the hook, center pin, becket or threads of hook

are enlarged by more than 5% from nominal, the part

and nut.

WARNING AND SAFETY INFORMATION

person should be carried out annually or periodically

shall be replaced. Items that are out of original tolerance,

• Play in the bearings.

bent, deformed or misaligned shall be replaced. Employ

• Spacer bolts, nuts and lynch pins.

sound engineering practice to evaluate and decide.

• Cracks in welds.

Contact your sales representative for advice.

• The condition of retainers, safety latch and grease nipples. • Wear in holes in side plates and becket. / Wear of holes and play in the bearing supports.

Any replacement parts shall be purchased from Ropeblock B.V. All repairs shall be carried out by trained

• Worn sheaves.

and competent personnel and great care shall be taken in

• Contamination (dust, dirt, humidity) or corrosion of the

the re-assembly of the equipment and fastening or

roller bearings. • Deformed or missing items or the presence of secondary retention.

securing parts such as grub screws, lynch pins, etc. Check and refit only correct sizes and threads. Nyloc nuts, should be replaced.

If cracks or heavy gouges are apparent, the crane block

When properly maintained and kept at adequate grease

shall not be used and competent opinion sought. Repairs

levels, cylindrical roller bearings are designed to run one

should be undertaken by grinding smooth in the

million cycles under their full dynamic catalogue rating

surrounding area only. If it is grooved and its section

and were selected to suit the perceived application. The

reduced by more than 5% from its nominal dimension,

thrust bearing is statically rated. Depending on the actual

the item shall be replaced.

intensity of use and cumulative load throughout the product’s life, fleet angles and environmental influences,

NDT of hooks shall follow surface inspection in

the number of cycles could be higher or lower.

accordance with EN 10228-1 class 3.

With it, the effective life of the product itself compared to

The hook shall be replaced if its throat opening is

its original design life can be affected. Under severe

enlarged by more than 10% from its certified dimension

(environmental, usage) conditions, more intense

(Y-measurement).

inspection and maintenance should be implemented.

By default and as a general

As a general rule, sheaves, cross heads, bearings and

rule for all sheaves, wear

bodies should be greased through nipples at these

of sheaves should be

positions at least once a month or every 250 hours of

evaluated both against 10%

service. Lubricate until new grease is visible. Heavy duty

wear of nominal section

or high performance equipment should receive

thickness and 0.15xd in

re-lubrication weekly. For sub-sea equipment, always

accordance with the DIN 15063 standard. For further

remove the air-vent plug before the greasing operation to

detailed guidance on your particular sheave and

prevent jamming.

application, contact your sales representative.

151

WARNING AND SAFETY INFORMATION 152

Bronze bearings should be greased every two weeks, or

Retesting shall be done according to the requirements in

after 8 hours of continuous service. Check your product

the original test certificate and will only apply to a fully

specifications or drawings for the location on your

reeved component.

Ropeblock product. FOR SPARE PARTS OR INFORMATION, OR IN THE EVENT Plain journal sheave bearings for submersible use must be

OF ANY PROBLEMS OR DOUBT, ALWAYS CONTACT YOUR

greased less than one week prior to their first use. This is

SALES REPRESENTATIVE OR ROPEBLOCK B.V.

to reactivate the proper functioning of the bushing and combat potentially ageing and solidified grease.

SPARE PARTS LIST The recommended spare parts list indicates when the

Unless stated otherwise, re-lubrication, as well as

parts of the crane block should be replaced, or at least

maintenance, should be done with lithium or lithium/

inspected and cleaned. If you do not have this, it is

calcium based EP2 grease with a strong adherence to

available on request.

metallic surfaces, excellent protection against corrosion

HIGH QUALITY AND SAFE COMPONENTS FOR

and resistance to wear and should be suitable for the

THE GLOBAL LIFTING AND WIRE ROPE INDUSTRY.

required operating temperatures.

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Copyright © 2019 Published by Ropeblock B.V. All rights reserved. No part of this publication may be reproduced, stored in a retrieval system or transmitted in any form or by any means electronic, mechanical, photocopying, recording or otherwise without the prior written permission of the publisher.

Printing and typing errors reserved. Notice: No responsibility is assumed by the publisher for any injury and/or damage to persons or property as a matter of products liability, negligence, or otherwise, or from any use or operation of any methods, products or ideas obtained in the information herein.

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