2021
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 catalog. 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.
2
SMART GETS YOU FURTHER.
WARNING
YOU CAN FIND THE WARNING & SAFETY INFORMATION ON PAGES 148 - 160
CONTENTS
CONTENTS 04
INTRODUCTION
12
PRODUCTS
08
ROPEBLOCK R&D
126
MARKETS
04
08
148
WARNING AND SAFETY INFORMATION
12
146
124 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 catalog products, most of which are instantly available from large stocks. IN THIS CATALOG 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
4
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 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, LRS, BV, GL, 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.
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.
5
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.
6
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.
CERTIFICATES AND DOCUMENTS 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.
MAN UF ARRA ACTURIN NGEM G SU RVEY ENT Betwee n "Man ufa
Ropeb
Oldenz and
MSA No : MSA0 00 Revision 0AZX No: 1
cturer
lock B.
QUALITY & CERTIFICATES
STANDARDS AND DESIGN RULES
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V. aal, Ne therla nds
"DNV GL DNV GL " legal Nethe entit rland s CMC y Ref. Re cognit ion Ce rtificate: This Ma MSAR C0000A nufactur LIFTI ZX ing Surve NG BL y Arran OC subjec gement t to tes KS, SWIV EL ting an herein. (M d inspe S, SHEAVE SA) is applic ction for S AND able to SOCK confor The MS ma nce wit ETS A h the attenda implies tha requir t the ma nce of ements DNV GL nu of DNV and to facturer is GL Ru The MS au pre tho les, as pare the ris A is va stated lid until certificated to perform 2024-02 es wh The MS ich wil the testing -26 A an l be va System will, however lidated d inspectio n witho Certifica by DN , be inv ut the V GL. te No. alid if the Re 288143 The MS cognit -2019 A is go ion -AQ Certif -NLD-Rv verned A is inv icate is inv by DN Issued alid, or V GL’s alid. at Nethe general if the manufac terms rland and con turer’s s CMC Qualit ditions. on 20 y 20-02 These -27 may be provid ed upon request. for RO PEBLOC K B.V .
Gerw Ge in Eilan der Quali ty Ma nager for DN V GL LEGA Digit ally
MANAGEMENT SYSTEM CERTIFICATE Certificate No: 196097-2016-AQ-NLD-R vA
Initial certification date: 14 July 1998
Angene nt, Ma Line Ma urice nager VM Franc C/VCA Bene e lux
&
Valid: 14 May 2020 - 31 July 2022
This is to certify that the management Form code: system MSA of
Ropeblock B.V.
L ENTI TY
Signed By: Ange Location: nent, Mau DNV GL rice Rotterdam Signing , Netherlan Date: 2020 ds -03-19
Service
© DNV GL 201 701 4. DNV GL and Rev the Hor ision: 201 6-08 izon Gra phic are tradema
Kampenstraat 1, 7575 ER and the sites as mention Oldenzaal, Netherlands ed in the appendix accompanying
rks of DNV GL AS.
this certificate has been found to conform to the Quality Manage ment System standar ISO 9001:2015 d:
www.dnv
gl.com Page 1 of 6
This certificate is valid for the following scope: Sales, design, engine ering, manufacturing lifting and rigging , assembly, testing 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.
n
n
Place and date: Barendrecht, 25 May 2020
For the issuing office: DNV GL - Business Assurance Zwolseweg 1, 2994 LB, Barendrecht, Netherlands
Page 1 / 2
n
/22224/B.0
J.H.C.N. van Gijlswijk Management Representat ive
Certificate number: SMS.W.II.
Lack of fulfilment of conditions as set out in the Certification ACCREDITED UNIT: Agreement may render DNV GL this Certificate invalid. www.dnvgl.com/assurance Business Assurance B.V., Zwolseweg 1, 2994 LB, Barendrecht, Netherlands. TEL:+31(0)10 2922689.
www.veristar.com
RECOGNITION FOR BV MODE II SCHEME
n
n
n
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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
n
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NOTE THAT THE ABOVE IS AN ABSTRACT OF WHAT IS COMMONLY REQUESTED, BUT NOT CONSIDERED STANDARD. PLEASE ASK YOUR SALES CONTACT FOR DETAILS.
7
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
ENGINEERED In any type of crane system, a wire rope being bent over a sheave will lead to rope fatigue.
always looking for ways to optimize
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.
8
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
CHOOSING THE OPTIMUM MATERIAL 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
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.
D3
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.
9
D1
G
CAST SHEAVES
D2
R
RESEARCH & DEVELOPMENT
d
ROPEBLOCK OPTIMIZED RAMSHORN HOOKS ENGINEERED FOR EFFICIENCY
10
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
ød1
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.
1
L l1
a2
A 11
h
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.
y2
y1
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
MISCELLANEOUS 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 - 61
PAGES 62 - 79
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 catalog 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 80 - 107
PAGES 109 -115
PAGES 116- 125 13
ROPEBLOCK
PRODUCTS
14
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
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
n
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
n
s e e
The Ropeblock portfolio includes a wide
148
CRANE BLOCKS & OVERHAUL BALLS
15
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
148
These blocks are an excellent choice for lifting
Standard features include: n n n n n n
s a f e t y
n n
o u r
w a r n i n g
a n d
n
s e e
FRB 528.26.5.100.E
applications requiring frequent block change.
n
16
sample product number:
n
Design factor: 4:1 Double-sealed maintenance-free roller bearings Forged high tensile steel EN/DIN hooks Cast sheaves featuring graphite lubricated groove Robust design 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 Crane Block SRB = Standard Reeve Crane 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
TA
CRANE BLOCKS
FAST REEVE CRANE BLOCKS >>
TB
T
Z
D1
n
Ramshorn hook
n
Ramshorn hook form B
n
Quad hook
n
Shackle stud eye
B
L
TL
D2
d
O
TL
L
T
øZ
Weight (kg
12,5
14
5
260
225
588
49
345
170
863
970
28
32
90
FRB 225.14.1.16.E
16
14
6
260
225
608
59
345
180
883
1008
28
32
100
FRB 260.14.1.12,5.E
12,5
14
5
300
260
653
49
400
155
938
1063
28
32
100
FRB 260.14.1.16.E
16
14
6
300
260
693
59
400
165
978
1103
28
32
120
FRB 260.14.1.20.E
20
14
8
300
260
748
69
400
165
1033
1168
28
32
130
FRB 260.16.1.12,5.E
12,5
16
5
300
260
653
49
400
155
938
1045
28
32
100
FRB 260.16.1.16.E
16
16
6
300
260
693
59
400
165
978
1103
28
32
120
FRB 260.16.1.20.E
20
16
8
300
260
748
69
400
165
1033
1168
28
32
130
FRB 285.16.1.16.E
16
16
6
320
285
723
59
420
165
1023
1148
28
32
135
FRB 285.16.1.20.E
20
16
8
320
285
778
69
420
165
1078
1213
28
32
160
FRB 320.16.1.20.E
20
16
8
365
320
768
69
450
180
1101
1236
28
32
160
FRB 355.16.1.16.E
16
16
6
410
355
788
59
500
195
1133
1258
28
32
180
FRB 355.16.1.20.E
20
16
8
410
355
853
69
500
225
1198
1333
28
32
250
FRB 355.19.1.16.E.A
16
19
6
410
355
788
59
500
195
1133
1263
35
37
180
FRB 355.19.1.16.E.B
16
19
6
410
355
788
59
500
215
1133
1263
35
37
225
FRB 355.19.1.20.E
20
19
8
410
355
853
69
500
225
1198
1338
35
37
250
FRB 400.19.1.25.E
25
19
8
460
400
883
69
570
220
1258
1398
35
37
275
FRB 400.22.1.25.E
25
22
8
460
400
883
69
570
220
1258
1403
40
43
275
FRB 400.22.1.29.E
29
22
8
460
400
883
69
570
270
1268
1413
40
43
365
FRB 450.22.1.32.E
32
22
10
515
450
1003
76
600
250
1416
1572
40
43
455
FRB 450.22.1.40.E
40
22
12
515
450
1074
84
600
333
1487
1655
40
43
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 148 - 160
148
TB
p a g e
TA
o n
O
i n f o r m a t i o n
B
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.
17
CRANE BLOCKS
<< FAST REEVE CRANE BLOCKS
1 SHEAVE
TA
TB
T
Z
D1
n
Ramshorn hook
n
Ramshorn hook form B
n
Quad hook
n
Shackle stud eye
B
L
TL
D2
d
O
Model Nr.
Dimensions (mm) øD1
øD2
B
O
TA
TB
TL
L
T
øZ
Weight (kg)
32
24
10
515
450
1003
76
600
250
1426
1592
45
52
455
FRB 450.24.1.32.E.B
32
24
10
515
450
1003
76
600
333
1426
1592
45
52
590
FRB 450.24.1.40.E
40
24
12
515
450
1074
84
600
333
1497
1675
45
52
590
FRB 450.26.1.32.E.A
32
26
10
515
450
1003
76
600
250
1426
1592
45
52
450
FRB 450.26.1.32.E.B
32
26
10
515
450
1003
76
600
333
1426
1592
45
52
590
FRB 450.26.1.40.E
40
26
12
515
450
1074
84
600
333
1497
1675
45
52
590
FRB 450.26.1.50.E.A
50
26
12
515
450
1094
97
600
333
1514
1706
45
52
590
FRB 450.26.1.50.E.B
50
26
12
515
450
1094
97
600
363
1514
1706
45
52
680
FRB 528.24.1.40.E
40
24
12
595
528
1114
84
710
323
1592
1770
45
52
680
FRB 528.24.1.50.E
50
24
12
595
528
1111
97
710
343
1589
1781
45
52
750
FRB 528.26.1.40.E
40
26
12
595
528
1114
84
710
323
1592
1770
45
52
680
FRB 528.26.1.50.E
50
26
12
595
528
1111
97
710
343
1589
1781
45
52
750
FRB 528.28.1.40.E
40
28
12
595
528
1114
84
710
323
1592
1780
50
59
680
FRB 528.28.1.50.E
50
28
12
595
528
1111
97
710
343
1589
1791
50
59
750
FRB 575.26.1.40.E
40
26
12
650
575
1138
84
770
313
1643
1821
45
52
750
FRB 575.28.1.50.E
50
28
12
650
575
1144
97
770
313
1649
1851
50
59
750
FRB 575.32.1.63.E
63
32
16
650
575
1223
97
770
353
1738
1945
60
66
975
FRB 630.28.1.50.E
50
28
12
710
630
1172
97
830
323
1717
1919
50
59
975
FRB 630.32.1.63.E
63
32
16
710
630
1253
97
830
323
1798
2005
60
66
975
FRB 670.28.1.63.E
63
28
16
760
670
1248
97
870
453
1813
2015
50
59
1800
FRB 670.32.1.63.E
63
32
16
760
670
1248
97
870
453
1813
2020
60
66
1800
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
148
FRB 450.24.1.32.E.A
p a g e
Hook size
o n
>>
WLL For wire ød (Mtons) (mm)
18
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 148 - 160
2 SHEAVES TB
TA T
Z
TL
D1
B
L
D2
d
CRANE BLOCKS
FAST REEVE CRANE BLOCKS
n
Ramshorn hook
n
Ramshorn hook form B
n
Quad hook
n
Shackle stud eye
TB
TL
L
T
øZ
Weight (kg)
FRB 225.14.2.16.E
16
14
6
260
225
608
59
345
180
883
1103
28
32
105
FRB 260.14.2.16.E
16
14
6
300
260
693
59
400
165
978
1168
28
32
125
FRB 260.14.2.20.E
20
14
8
300
260
748
69
400
165
1033
1103
28
32
130
FRB 260.16.2.16.E
16
16
6
300
260
693
59
400
165
978
1168
28
32
125
FRB 260.16.2.20.E
20
16
8
300
260
748
69
420
165
1033
1213
28
32
130
FRB 285.16.2.20.E
20
16
8
365
285
778
69
420
165
1078
1236
28
32
160
FRB 320.16.2.20.E
20
16
8
365
320
768
69
450
180
1101
1231
28
32
160
FRB 320.16.2.25.E
25
16
8
365
320
763
69
450
230
1096
1333
28
32
205
FRB 355.19.2.29.E
29
19
8
410
355
848
69
500
225
1193
1393
35
37
265
FRB 400.19.2.29.E
29
19
8
460
400
873
69
570
240
1253
1398
35
37
365
FRB 400.22.2.29.E
29
22
8
460
400
873
69
570
240
1253
1572
40
43
365
FRB 450.22.2.32.E
32
22
10
515
450
1003
76
600
250
1416
1655
40
43
485
FRB 450.22.2.40.E
40
22
12
515
450
1074
84
600
333
1487
1665
40
43
590
FRB 450.24.2.40.E
40
24
12
515
450
1074
84
600
333
1487
1689
45
52
590
FRB 450.24.2.50.E
50
22
12
515
450
1074
97
600
363
1497
1675
45
52
680
FRB 450.26.2.40.E
40
26
12
515
450
1074
84
600
333
FRB 450.26.2.50.E
50
26
12
515
450
1074
97
600
363
1497
1848
45
52
680
FRB 528.24.2.63.E
63
24
16
595
528
1202
97
710
383
1656
1848
45
52
1000
FRB 528.26.2.63.E
63
26
16
595
528
1202
97
710
383
1656
1946
45
52
1000
FRB 528.26.2.80.E
80
26
20
595
528
1272
110
710
412
1736
1883
45
52
1065
FRB 528.28.2.63.E
63
28
16
595
528
1203
97
710
383
1681
1971
50
59
1000
FRB 528.28.2.80.E
80
28
20
595
528
1273
110
710
412
1751
2117
50
59
1065
FRB 670.28.2.100.E
100
28
20
760
670
1332
110
870
482
1897
2122
50
59
2240
FRB 670.32.2.100.E
100
32
20
760
670
1332
110
870
482
1897
83,54
60
66
2240
1497 1689 45 52 590 Minimum Ultimate Strength = 4 x WLL.
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 148 - 160
p a g e
TA
o n
O
i n f o r m a t i o n
B
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.
148
O
19
3 SHEAVES
TA T
TB Z
n
Ramshorn hook
n
Ramshorn hook form B
n
Quad hook
n
Shackle stud eye
B
L
TL
D1
d
D2
CRANE BLOCKS
FAST REEVE CRANE BLOCKS >>
O
Dimensions (mm) øD1
øD2
B
O
TA
TB
TL
L
T
øZ
Weight (kg)
20
14
8
260
225
718
69
345
180
993
1128
28
32
130
FRB 260.14.3.20.E
20
14
8
300
260
723
69
400
220
1018
1153
28
32
185
FRB 260.14.3.25.E
25
14
8
300
260
698
69
400
260
993
1128
28
32
210
FRB 285.16.3.29.E
29
16
8
320
280
703
69
420
180
1013
1148
28
32
210
FRB 320.16.3.20.E
20
16
8
365
320
763
69
450
180
1096
1231
28
32
160
FRB 320.16.3.25.E
25
16
8
365
320
763
69
450
220
1096
1231
28
32
205
FRB 320.16.3.29.E.A
29
16
8
365
320
763
69
450
220
1096
1231
28
32
210
FRB 320.16.3.29.E.B
29
16
8
365
320
763
69
450
230
1096
1231
28
32
225
FRB 355.19.3.32.E
32
19
10
410
355
863
76
500
280
1208
1359
35
37
370
FRB 360.19.3.40.E
40
19
12
420
360
899
84
510
342
1254
1417
35
37
455
FRB 360.19.3.50.E
50
19
12
420
360
899
97
510
402
1254
1431
35
37
555
FRB 400.19.3.40.E
40
19
12
460
400
928
84
570
343
1323
1486
35
37
500
FRB 400.19.3.50.E
50
19
12
460
400
949
97
570
343
1324
1501
35
37
540
FRB 400.22.3.50.E
50
22
16
460
400
949
97
570
343
1324
1506
40
43
540
s a f e t y
i n f o r m a t i o n
148
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
20
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.
SEE OUR WARNING & SAFETY WARNING
INFORMATION ON PAGES 148 - 160
>>
3 SHEAVES
TA T
TB Z
D1
n
Ramshorn hook
n
Ramshorn hook form B
n
Quad hook
n
Shackle stud eye
B
L
TL
D2
d
CRANE BLOCKS
<< FAST REEVE CRANE BLOCKS
TL
L
T
øZ
Weight (kg)
FRB 450.22.3.63.E
63
22
16
515
450
1038
97
600
303
1448
1630
40
43
600
FRB 450.24.3.63.E.A
63
24
16
515
450
1038
97
600
313
1454
1646
45
52
650
FRB 450.24.3.63.E.B
63
24
16
515
450
1038
97
600
363
1454
1646
45
52
770
FRB 450.26.3.63.E.A
63
26
16
515
450
1038
97
600
313
1461
1653
45
52
650
FRB 450.26.3.63.E.B
63
26
16
515
450
1038
97
600
363
1461
1653
45
52
770
FRB 450.26.3.80.E
80
26
20
515
450
1182
110
600
362
1605
1815
45
52
810
FRB 528.24.3.80.E
80
24
20
595
528
1272
110
710
412
1736
1946
45
52
1130
FRB 528.26.3.80.E
80
26
20
595
528
1272
110
710
412
1736
1946
45
52
1130
FRB 528.26.3.100.E
100
26
25
595
528
1363
132
710
462
1826
2056
45
52
1360
FRB 528.28.3.80.E
80
28
20
595
528
1272
110
710
412
1751
1971
50
59
1130
FRB 528.28.3.100.E
100
28
25
595
528
1363
132
710
462
1841
2081
50
59
1360
FRB 575.28.3.100.E
100
28
25
650
575
1303
132
770
432
1808
2048
50
59
1360
FRB 670.28.3.125.E
125
28
25
760
670
1428
132
870
622
1993
2233
50
59
2900
FRB 670.32.3.125.E
125
32
25
760
670
1428
132
870
622
1993
2238
60
66
2900
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.
SEE OUR WARNING & SAFETY WARNING
INFORMATION ON PAGES 148 - 160
p a g e
TB
o n
TA
i n f o r m a t i o n
O
s a f e t y
B
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.
148
O
21
4 SHEAVES
TA
TB T
Z
n
Ramshorn hook
n
Ramshorn hook form B
n
Quad hook
n
Shackle stud eye
B
L
TL
D2
d
D1
CRANE BLOCKS
FAST REEVE CRANE BLOCKS
O
Dimensions (mm) øD1
øD2
B
O
TA
TB
TL
L
T
øZ
Weight (kg)
35
16
12
320
285
753
84
420
292
1053
1171
28
32
275
FRB 355.19.4.50.E
50
19
12
410
355
959
84
500
363
1229
1347
35
37
500
FRB 355.19.4.63.E
63
19
16
410
355
1038
97
500
343
1308
1440
35
37
570
FRB 400.22.4.63.E
63
22
16
460
400
1038
97
570
350
1333
1465
40
43
540
FRB 450.22.4.63.E
63
22
16
515
450
1038
97
600
400
1448
1580
40
43
750
FRB 450.24.4.63.E
63
24
16
515
450
1038
97
600
400
1448
1580
45
52
750
FRB 450.24.4.80.E
80
24
20
515
450
1183
110
600
527
1568
1718
45
52
1000
FRB 450.26.4.80.E
80
26
20
515
450
1183
110
600
527
1568
1718
40
52
1000
FRB 528.24.4.80.E
80
24
20
595
528
1272
110
710
527
1736
1886
45
52
1000
FRB 528.26.4.80.E
80
26
20
595
528
1272
110
710
527
1736
1886
45
52
1000
FRB 528.26.4.100.E
100
26
25
595
528
1288
132
710
472
1743
1913
40
52
1270
FRB 528.28.4.80.E
80
28
20
595
528
1273
110
710
472
1671
1821
40
59
1270
FRB 528.28.4.100.E
100
28
25
595
528
1288
132
710
472
1753
1923
40
59
1270
FRB 575.28.4.125.E
125
28
32
650
575
1413
137
770
442
1893
2083
40
59
1360
FRB 670.28.4.160.E
160
28
40
760
670
1616
167
870
662
2181
2393
50
59
3150
FRB 670.32.4.160.E
160
32
40
760
670
1616
167
870
662
2181
2393
60
66
3150
a n d
s a f e t y
i n f o r m a t i o n
148
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
22
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 148 - 160
5 SHEAVES
TB
TA T
Z
D1
n
Ramshorn hook
n
Ramshorn hook form B
n
Quad hook
n
Shackle stud eye
B
L
TL
D2
d
CRANE BLOCKS
FAST REEVE CRANE BLOCKS
TB
TL
L
T
øZ
Weight (kg)
FRB 355.16.5.50.E
50
16
12
410
355
959
84
500
382
1224
1342
28
32
500
FRB 360.19.5.63.E
63
19
16
420
360
973
97
510
422
1243
1375
30
37
600
FRB 360.19.5.80.E
80
19
20
420
360
1082
110
510
482
1352
1502
30
37
820
FRB 400.19.5.63.E
63
19
16
460
400
1048
97
570
432
1388
1520
30
37
750
FRB 400.19.5.80.E
80
19
20
460
400
1147
110
570
507
1447
1597
30
37
820
FRB 450.22.5.80.E
80
22
20
515
450
1188
110
600
437
1580
1730
30
43
815
FRB 450.24.5.80.E
80
24
20
515
450
1188
110
600
437
1580
1730
40
52
815
FRB 450.24.5.100.E
100
24
25
515
450
1263
132
600
417
1598
1768
45
52
910
FRB 450.26.5.100.E.A
100
26
25
515
450
1263
132
600
417
1598
1768
40
52
910
FRB 450.26.5.100.E.B
100
26
25
515
450
1263
132
600
507
1598
1768
40
52
1140
FRB 528.24.5.125.E
125
24
32
595
528
1333
137
710
622
1723
1913
45
52
1820
FRB 528.26.5.125.E
125
26
32
595
528
1333
137
710
622
1723
1913
45
52
1820
FRB 528.26.5.150.E
150
26
40
595
528
1333
167
710
602
1723
1935
50
52
1820
FRB 528.28.5.125.E
125
28
32
595
528
1333
137
710
622
1723
1913
50
59
1820
FRB 528.28.5.150.E
150
28
40
595
528
1333
167
710
622
1726
1938
50
59
1820
FRB 528.28.5.160.E
160
28
40
595
528
1502
167
710
662
1979
2191
50
59
2270
FRB 575.28.5.150.E
150
28
40
650
575
1383
167
770
572
1803
2015
50
52
1820
FRB 575.28.5.160.E
160
28
40
650
575
1591
167
770
592
2011
2223
50
59
2270
FRB 670.28.5.200.E
200
28
50
760
670
1716
188
870
782
2206
2442
50
59
3560
FRB 670.32.5.200.E
200
32
50
760
670
1716
188
870
782
2206
2442
60
66
3560
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 148 - 160
p a g e
TA
o n
O
i n f o r m a t i o n
B
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.
148
O
23
6 SHEAVES
TA
TB
Z
T
n
Ramshorn hook
n
Ramshorn hook form B
n
Quad hook
n
Shackle stud eye
B
L
TL
D2
d
D1
CRANE BLOCKS
FAST REEVE CRANE BLOCKS
O
Dimensions (mm)
Hook size
øD1
øD2
B
O
TA
TB
TL
L
T
øZ
Weight (kg)
30
37
680
30
37
725
30
37
775
63
19
16
420
360
973
97
510
522
1243
FRB 360.19.6.63.E.B
63
19
16
420
360
973
97
510
522
1243
FRB 400.19.6.63.E
63
19
16
460
400
1063
97
570
507
1363
-
FRB 400.19.6.80.E
80
19
20
460
400
1147
110
570
507
1447
1597
30
43
820
FRB 400.22.6.80.E
80
22
20
460
400
1147
110
570
507
1447
1597
40
43
820
FRB 450.22.6.80.E
80
22
20
515
450
1187
110
600
502
1580
1730
40
43
910
FRB 450.24.6.80.E
80
24
20
515
450
1187
110
600
502
1580
1730
45
52
910
FRB 450.24.6.100.E
100
24
25
515
450
1263
132
600
582
1598
1768
45
52
1135
FRB 450.26.6.100.E
100
26
25
515
450
1263
132
600
582
1598
1768
45
52
1135
FRB 528.24.6.150.E
150
24
40
596
528
1553
167
710
642
2020
2232
45
52
1800
FRB 528.26.6.150.E
150
26
40
596
528
1553
167
710
642
2020
2232
45
52
1800
FRB 528.28.6.150.E
150
28
40
596
528
1553
167
710
642
2030
2242
50
59
1800
FRB 528.26.6.160.E
160
26
40
596
528
1581
167
710
682
1966
2178
45
52
2270
FRB 528.28.6.160.E
160
28
40
596
528
1581
167
710
682
1976
2188
50
59
2270
FRB 575.28.6.200.E
200
28
50
650
575
1661
188
770
602
2081
2317
50
59
2270
FRB 670.28.6.235.E
235
28
50
760
670
1716
188
870
952
2206
2442
50
59
4160
FRB 670.32.6.235.E
235
32
50
760
670
1716
188
870
952
2206
2442
60
66
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
148
FRB 360.19.6.63.E.A
p a g e
WLL For wire ød (Mtons) (mm)
o n
Model Nr.
24
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.
SEE OUR WARNING & SAFETY WARNING
INFORMATION ON PAGES 148 - 160
7 SHEAVES
TA
TB Z
n
Ramshorn hook
n
Ramshorn hook form B
n
Quad hook
n
Shackle stud eye
D2 B
L
TL
D1
d
T
CRANE BLOCKS
FAST REEVE CRANE BLOCKS
TB
TL
L
T
øZ
Weight (kg)
FRB 450.22.7.125.E
125
22
32
596
528
1313
137
600
577
1668
1858
40
43
1600
FRB 450.24.7.160.E
160
24
40
596
528
1416
167
600
682
1771
1983
45
52
1820
FRB 528.24.7.160.E
160
24
40
596
528
1581
167
710
682
2017
2229
45
52
2100
FRB 528.26.7.160.E
160
26
40
596
528
1581
167
710
682
2017
2229
45
52
2100
FRB 528.24.7.200.E
200
24
50
596
528
1591
188
710
722
2051
2287
45
52
2500
FRB 528.26.7.200.E
200
26
50
596
528
1591
188
710
722
2051
2287
45
52
2500
FRB 528.28.7.200.E
200
28
50
596
528
1591
188
710
722
2051
2287
50
59
2500
FRB 575.28.7.250.E
250
28
63
650
575
1837
205
770
682
2257
2522
50
59
2800
FRB 670.28.7.272.E
272
28
63
760
670
1852
205
870
1032
2342
2607
50
59
4890
FRB 670.32.7.272.E
272
32
63
760
670
1852
205
870
1032
2342
2607
60
66
4890
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 148 - 160
p a g e
TA
o n
O
i n f o r m a t i o n
B
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.
148
O
25
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
148
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:
a n d
s a f e t y
i n f o r m a t i o n
n n n n n n
n n n
s e e
o u r
w a r n i n g
n
26
THE ANATOMY OF A ROPEBLOCK CRANE BLOCK PRODUCT NUMBER
Design factor: 4:1 Double-sealed maintenance-free roller bearings Forged high tensile steel DIN/EN hooks Cast sheaves featuring graphite lubricated groove Robust design 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 Crane Block FRB = Fast Reeve Crane 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
Z
D2 TL B
L
D1
d
CRANE BLOCKS
STANDARD REEVE CRANE BLOCKS
n
Ramshorn hook
n
Ramshorn hook form B
n
Quad hook
n
Shackle stud eye
O
TL
L
T
øZ
Weight (kg)
12,5
14
5
260
225
523
55
345
170
798
913
28
32
75
SRB 225.14.1.16.E
16
14
6
260
225
548
55
345
180
823
938
28
32
100
SRB 260.14.1.12,5.E
12,5
14
5
300
260
548
55
400
185
833
948
28
32
110
SRB 260.16.1.12,5.E
12,5
16
5
300
260
548
55
400
185
833
948
28
32
110
SRB 260.16.1.16.E
16
16
6
300
260
548
55
400
185
833
948
28
32
110
SRB 285.16.1.16.E
16
16
6
320
280
608
57
420
165
908
1033
28
32
160
SRB 320.16.1.16.E
16
16
6
365
320
628
59
450
205
951
1076
28
32
160
SRB 320.19.1.16.E
16
19
6
365
320
628
59
450
205
951
1081
35
37
160
SRB 355.16.1.16.E.A
16
16
6
410
355
668
59
500
195
1013
1138
28
32
180
SRB 355.19.1.16.E
16
19
6
410
355
668
59
500
195
1013
1138
28
32
180
SRB 355.19.1.20.E
20
19
8
410
355
713
76
500
225
1053
1204
35
37
225
SRB 400.22.1.29.E
29
22
8
460
400
743
69
570
240
1128
1273
40
43
290
SRB 450.24.1.32.E.A
32
24
10
515
450
833
76
600
350
1256
1422
45
52
455
SRB 450.24.1.32.E.B
32
24
10
515
450
833
76
600
410
1256
1422
45
52
590
SRB 450.26.1.32.E.A
32
26
10
515
450
833
76
600
350
1256
1422
45
52
455
SRB 450.26.1.32.E.B
32
26
10
515
450
833
76
600
410
1256
1422
45
52
590
SRB 450.24.1.40.E.B
40
24
12
515
450
1074
84
600
410
1487
1665
45
52
590
SRB 450.26.1.40.E
40
26
12
515
450
918
84
605
323
1338
1516
45
52
590
SRB 528.24.1.50.E
50
24
12
596
528
934
97
710
353
1412
1604
45
52
725
SRB 528.26.1.50.E
50
26
12
596
528
934
97
710
353
1412
1604
45
52
725
SRB 528.28.1.50.E
50
28
12
595
528
934
97
710
353
1412
1614
50
59
725
SRB 575.28.1.50.E
50
28
12
650
575
958
97
770
333
1459
1661
50
59
930
SRB 630.32.1.63.E
63
32
16
720
630
985
97
825
353
1521
1728
60
66
1000
SRB 670.28.1.63.E
63
28
16
760
670
1173
97
870
473
1738
1940
50
59
1800
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 148 - 160
148
TB
p a g e
TA
o n
O
i n f o r m a t i o n
B
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.
27
2 SHEAVES
TA
T
TB Z
B
L
TL
D2
d
D1
CRANE BLOCKS
STANDARD REEVE CRANE BLOCKS
n
Ramshorn hook form B
n
Quad hook
n
Shackle stud eye
Dimensions (mm)
Hook size
øD1
øD2
B
O
TA
TB
TL
L
T
øZ
Weight (kg)
16
14
6
300
260
593
59
400
166
878
1003
28
32
130
SRB 260.16.2.16.E
16
16
6
300
260
593
59
400
166
878
1003
28
32
130
SRB 285.16.2.16.E
16
16
6
320
280
608
59
420
165
908
1033
28
32
95
SRB 285.16.2.20.E.A
20
16
8
320
280
668
69
420
165
968
1103
28
32
130
SRB 285.16.2.20.E.B
20
16
8
320
280
668
69
420
195
968
1103
28
32
150
SRB 320.16.2.20.E
20
16
8
365
320
688
69
450
195
1011
1146
28
32
160
SRB 320.16.2.25.E
25
16
8
365
320
688
69
450
240
1011
1146
28
32
205
SRB 355.19.2.29.E
29
19
8
410
355
713
69
500
245
1063
1203
35
37
250
SRB 400.22.2.29.E
29
22
8
460
400
743
69
570
250
1128
1273
40
43
320
SRB 450.24.2.40.E
40
24
12
515
450
894
84
600
333
1322
1477
45
52
550
SRB 450.26.2.50.E
50
26
12
515
450
894
97
600
333
1322
1514
45
52
550
SRB 528.26.2.63.E
63
26
16
595
528
1003
97
710
403
1483
1675
45
52
980
SRB 528.28.2.80.E
80
28
20
595
528
1109
110
710
413
1589
1809
50
59
1000
SRB 670.28.2.100.E
100
28
20
760
670
1257
110
870
502
1822
2042
50
59
2240
SRB 670.32.2.100.E
100
32
20
760
670
1257
110
870
502
1822
2047
60
66
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
148
SRB 260.14.2.16.E
p a g e
WLL For wire ød (Mtons) (mm)
Ramshorn hook
o n
Model Nr.
n
28
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 148 - 160
Z
Z
TL
n
Ramshorn hook form B
n
Quad hook
n
Shackle stud eye
TB
TL
L
T
øZ
Weight (kg)
SRB 260.14.3.25.E
25
14
8
300
260
658
69
400
260
953
1088
28
32
210
SRB 260.16.3.25.E
25
16
8
300
260
658
69
400
260
953
1088
28
32
210
SRB 285.16.3.29.E
29
16
8
325
285
668
69
400
270
978
1113
28
32
210
SRB 320.16.3.29.E
29
16
8
365
320
713
69
450
240
1048
1183
28
32
225
SRB 355.19.3.32.E
32
19
10
410
355
753
76
500
262
1093
1244
35
37
325
SRB 360.19.3.40.E
40
19
12
410
360
839
84
500
362
1179
1342
35
37
455
SRB 400.22.3.40.E
40
22
12
460
400
864
84
570
353
1244
1412
40
43
500
SRB 400.22.3.50.E
50
22
12
460
400
864
97
570
353
1244
1426
40
43
500
SRB 400.22.3.50.E
50
22
12
460
400
864
97
570
373
1244
1426
40
43
540
SRB 450.22.3.63.E
63
22
16
515
450
963
97
600
343
1376
1558
40
43
680
SRB 450.24.3.63.E
63
24
16
515
450
963
97
600
383
1376
1568
45
52
770
SRB 450.26.3.63.E
63
26
16
515
450
963
97
600
383
1376
1568
45
52
770
SRB 528.26.3.80.E
80
24
20
595
528
1132
110
710
462
1612
1822
45
52
1270
SRB 528.26.3.80.E
80
26
20
595
528
1132
110
710
462
1612
1822
45
52
1270
SRB 528.26.3.100.E
100
26
25
595
528
1223
132
710
462
1683
1913
45
52
1270
SRB 528.28.3.100.E
100
28
25
595
528
1223
132
710
462
1683
1923
50
59
1270
SRB 670.28.3.125.E
125
28
25
760
670
1353
132
870
642
1918
2158
50
59
2900
SRB 670.32.3.125.E
125
32
25
760
670
1353
132
870
642
1918
2163
60
66
2900
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 148 - 160
p a g e
TA
o n
O
i n f o r m a t i o n
B
s a f e t y
øD2
a n d
øD1
w a r n i n g
Dimensions (mm)
Hook size
148
O
o u r
WLL For wire ød (Mtons) (mm)
L
TL
L
Model Nr.
Ramshorn hook
B
B
O
n
s e e
d
TB
D1
d
TB
TA
D2
T
D1 D2
TA T
3 SHEAVES
CRANE BLOCKS
STANDARD REEVE CRANE BLOCKS
29
d
TB T
Z
n
Ramshorn hook
n
Ramshorn hook form B
n
Quad hook
n
Shackle stud eye
B
L
TL
D1
TA
4 SHEAVES
D2
CRANE BLOCKS
STANDARD REEVE CRANE BLOCKS
O
Dimensions (mm)
Hook size
øD1
øD2
B
O
TA
TB
TL
L
T
øZ
Weight (kg)
35
16
10
325
285
660
76
400
346
920
1026
28
32
260
SRB 355.19.4.50.E
50
19
12
410
355
839
97
500
392
1114
1291
35
37
475
SRB 400.22.4.63.E
63
22
16
460
400
905
97
570
373
1200
1382
40
43
525
SRB 450.22.4.63.E
63
22
16
515
450
965
97
600
413
1321
1503
40
43
725
SRB 450.24.4.80.E
80
24
20
515
450
1047
110
600
493
1310
1520
45
52
960
SRB 450.26.4.80.E
80
26
20
515
450
1047
110
600
493
1310
1520
45
52
960
SRB 528.26.4.100.E
100
26
25
595
528
1223
132
710
512
1593
1823
45
52
1250
SRB 528.28.4.100.E
100
28
25
595
528
1223
132
710
512
1593
1833
50
59
1250
SRB 670.28.4.160.E
160
28
40
760
670
1541
167
870
682
2106
2388
50
59
3150
SRB 670.32.4.160.E
160
32
40
760
670
1541
167
870
682
2106
2393
60
66
3150
i n f o r m a t i o n
148
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
n
s e e
o u r
w a r n i n g
a n d
s a f e t y
n
30
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 148 - 160
5 SHEAVES
TA
TB Z
n
Ramshorn hook
n
Ramshorn hook form B
n
Quad hook
n
Shackle stud eye
D2 B
L
TL
D1
T
d
CRANE BLOCKS
STANDARD REEVE CRANE BLOCKS
TB
TL
L
T
øZ
Weight (kg)
SRB 355.16.5.50.E
50
16
12
410
355
838
97
500
442
1133
1305
28
32
500
SRB 360.19.5.63.E
63
19
16
410
360
992
97
500
438
1198
1375
35
37
600
SRB 360.19.5.80.E
80
19
20
410
360
992
110
500
538
1282
1477
35
37
820
SRB 400.19.5.80.E
80
19
20
460
400
1034
110
570
542
1364
1564
40
37
835
SRB 400.22.5.80.E
80
22
20
460
400
1034
110
570
542
1364
1564
40
43
835
SRB 450.22.5.80.E
80
22
20
515
450
1073
110
600
555
1431
1631
40
43
1025
SRB 450.24.5.100.E
100
24
25
515
450
1128
132
600
555
1486
1716
45
52
1120
SRB 450.26.5.100.E
100
26
25
515
450
1128
132
600
555
1486
1716
45
52
1120
SRB 528.24.5.125.E
125
24
32
595
528
1263
137
710
642
1696
1946
45
52
1820
SRB 528.26.5.125.E
125
26
32
595
528
1263
137
710
642
1696
1946
45
52
1820
SRB 528.28.5.125.E
125
26
32
595
528
1263
137
710
642
1696
1956
50
59
1850
SRB 528.28.5.160.E
160
28
40
595
528
1406
167
710
562
1796
2078
50
59
1820
SRB 670.28.5.200.E
200
28
50
760
670
1641
188
870
802
2131
2437
50
59
3560
SRB 670.32.5.200.E
200
32
50
760
670
1641
188
870
802
2131
2442
60
66
3560
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 148 - 160
p a g e
TA
o n
O
i n f o r m a t i o n
B
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.
148
O
31
CONSTRUCTION SPECIFIC BLOCKS OVERHAUL BALLS
In Ropeblock Overhaul Balls, weights are based
n
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
148
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
n n
n
Standard features include: n n
32
n
n
Design factor: 4:1 Bottom and top swiveling hook High quality, low friction thrust bearing
n
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 DIN/EN hooks Body made of forged bar material Operational temperature range: -40 up to +80⁰C / -40 up to +176⁰F Robust design C3M finish, signal yellow
PLEASE CONTACT US FOR MORE DETAILS
OVERHAULL BALLS
OVERHAUL BALLS T
TL
B
Z
TA
OHB 5.80.C-2
T
øZ
Weight (kg)
1
200
41
220
500
22
27
60
2
200
41
220
505
28
32
60 80
5
14-16
2,5
2
220
41
238
566
28
32
OHB 6,3.80.C-2
6,3
14-16
2,5
2
220
49
238
566
28
32
80
OHB 8.130.C-3
8
18-19
4
3
310
49
257
719
35
37
130
OHB 8.170.C-3
8
18-19
4
3
340
49
278
681
35
37
170
OHB 8.250.C-3
8
18-19
4
3
400
49
318
864
35
37
250
OHB 10.210.C-4
10
20-22
4
4
380
49
298
751
40
43
210
OHB 10.250.C-5
10
24-26
4
5
400
49
318
771
45
52
250
OHB 12,5.250.C-5
12,5
24-26
5
5
400
55
318
829
45
52
250
OHB 12,5.350.C-5
12,5
24-26
5
5
450
55
350
879
45
52
350
OHB 16.350.C-5
16
24-26
6
5
450
59
318
982
45
52
350
OHB 16.450.C-5
16
24-26
6
5
440
59
400
972
45
52
450
OHB 20.550.C-6
20
27-29
8
6
470
69
407
1074
50
59
550
OHB 20.550.C-7
20
30-32
8
7
470
69
407
1084
60
65
550
OHB 25.680.C-7
25
30-32
8
7
510
69
460
1078
60
65
680
OHB 25.680.C-8
25
34-36
8
8
510
69
460
1078
60
65
680
OHB 25.800.C-7
25
30-32
8
7
610
69
460
1178
60
65
800
OHB 25.800.C-8
25
34-36
8
8
610
69
460
1178
60
65
800
Minimum Ultimate Strength = 4 x WLL 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. Overhaul Balls shown here are standard models; inquiries for custom versions are welcome. WARNING
SEE OUR WARNING & SAFETY INFORMATION ON PAGES 148 - 160
p a g e
2,5
TL
o n
2,5
14-16
TA
i n f o r m a t i o n
11-13
3,2
O
s a f e t y
3,2
OHB 3,2.60.C-2
B
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.
148
O
33
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
148
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
n
n
n
n
Standard features include: n n
34
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 alloy eye hook acc. EN 1677-2 Body made of cast material Robust design Operational temperature range: -40 up to +80⁰C / -40 up to +176⁰F C3M finish, signal yellow n
n
Top swivelling eye Design Factor of 4:1 High quality, low friction thrust bearing
n
PLEASE CONTACT YOUR SALES REPRESENTATIVE FOR MORE DETAILS
TA Z
T
TA
B
T
TL
O
øZ
Weight (kg)
1
198
35
230
590
22
27
45
1
198
43
230
666
22
27
50
4,5
2
289
35
312
650
28
33
100
OHB-B 4,5.110-2
4,5
2
289
43
312
697
28
33
110
OHB-B 4,5.140-2
4,5
2
319
35
344
680
28
33
140
OHB-B 4,5.145-2
4,5
2
319
43
344
735
28
33
145
OHB-B 7.50-1
7,3
1
198
43
230
666
22
27
50
OHB-B 7.50-2
7,3
2
198
43
230
666
28
33
50
OHB-B 7.80-2
7,3
2
254
43
280
666
28
33
80
OHB-B 7.110-2
7,3
2
289
43
312
697
28
33
110
OHB-B 7.145-3
7,3
3
319
43
344
735
35
37
145
OHB-B 11.180-3
11
3
333
53
370
839
35
37
180
OHB-B 11.265-4
11
4
391
53
425
911
40
43
265
OHB-B 11.320-4
11
4
417
53
450
937
40
43
320
OHB-B 11.320-5
11
5
417
53
450
947
45
52
320
OHB-B 11.530-4
11
4
508
53
535
1027
40
43
530
OHB-B 14.270-4
14
4
391
58
425
942
40
43
270
OHB-B 14.270-5
14
5
391
58
425
952
45
52
270
OHB-B 14.325-5
14
5
417
58
450
978
45
52
325
OHB-B 14.387-5
14
5
450
58
480
988
45
52
387
OHB-B 18.195-5
18
5
333
78
370
973
45
52
195
OHB-B 18.330-5
18
5
417
78
450
1067
45
52
330
OHB-B 18.330-6
18
6
417
78
450
1067
50
59
330
OHB-B 18.392-6
18
6
450
78
480
1082
50
59
392
OHB-B 18.545-6
18
6
508
78
535
1157
50
59
545
Minimum Ultimate Strength = 4 x WLL 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. Overhaul Balls shown here are standard models; inquiries for custom versions are welcome. WARNING
SEE OUR WARNING & SAFETY INFORMATION ON PAGES 148 - 160
148
T
p a g e
TL
o n
OHB-B 4,5.100-2
øTA
i n f o r m a t i o n
4,5
O
s a f e t y
4,5
OHB-B 4,5.50-1
B
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)
O
s e e
TL
B
Z
OVERHAULL BALLS
ROUND OVERHAUL BALLS
35
OFFSHORE SPECIFIC CRANE BLOCKS At Ropeblock we employ our Smart Engineering
n
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
148
and without active heave compensation, these
36
n
n n
components can be used in, e.g., lattice boom cranes, knuckle boom cranes and heavy lift cranes.
n n n
Standard features include: n
n
Design factors in accordance with customer and third party specifications.
n n
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 4000 metres. C5-MM or higher quality coating. Forged high tensile steel DIN/EN 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
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
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.
n n
n
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
n
o n
Standard features include: REPRESENTATIVE FOR MORE DETAILS
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
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
n
s a f e t y
purpose cargo ships. Our blocks are available
n
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 DIN/EN hooks. Cast sheaves featuring ‘graphite lubrication’. Standard with C3M coating, higher quality finishing available. High-quality, low-friction thrust bearing.
o u r
n
s e e
The Ropeblock portfolio includes special blocks
148
CARGO HANDLING- /MARITIME CRANE BLOCKS
37
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
148
n
38
n n
Double-sealed maintenance-free roller bearings Compact design Protected grease fittings Durable reeve guards Forged high tensile steel DIN/EN hooks
n
n n
n
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.
n n
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
n
s a f e t y
n
a n d
n
w a r n i n g
n
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
n
s e e
n
148
These factors include:
39
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
148
MISCELLANEOUS BLOCKS
40
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 n n n n 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 CB = Construction 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
TB
TL B
L
D1
T
Z
D2
d S
MISCELLANEOUS BLOCKS
SINGLE SHEAVE BLOCKS
TB
TL
T
øZ
Weight (kg)
HB 210.11.1.5.E
5
11
250
210
348
34
30
320
103
523
20
27
41
HB 220.13.1.5.E
5
13
260
221
353
34
30
353
109
525
22
27
67
HB 220.14.1.8.E
8
14
260
218
390
43
35
330
121
571
28
32
80
HB 220.14.1.10.E
10
14
260
218
429
52
35
330
137
609
28
32
93
HB 255.13.1.8.E
8
13
300
255
426
43
30
370
101
621
22
27
89
HB 255.16.1.8.E
8
16
300
252
420
43
35
370
111
621
28
32
94
HB 255.16.1.10.E
10
16
300
252
459
52
35
370
127
659
28
32
91
HB 305.16.1.10.E
10
16
350
305
499
52
35
435
107
739
28
33
113
HB 345.18.1.12.E
12
18
400
345
557
57
45
500
125
832
35
37
162
HB 390.20.1.16.E
16
20
450
390
592
57
50
550
131
917
35
43
206
HB 430.22.1.20.E
20
22
500
430
592
76
50
600
148
1032
40
43
284
Minimum Ultimate Strength = 4 x WLL
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). n This crane block may be used with 2 lines only as well. n Third party testing with certification available upon request. n Sheaves may be adjustud for other wire rope diameters. n Becket suitable for connecting Open Wedge Socket for indicated wire rope diameter. n n
WARNING
SEE OUR WARNING & SAFETY INFORMATION ON PAGES 148 - 160
p a g e
TA
o n
S
i n f o r m a t i o n
O
s a f e t y
B
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.
148
O
41
1 SHEAVE TB W T øZ
TA
øD
øP
B
TL
øD2 øD1
CRANE BLOCKS
CONSTRUCTION BLOCK WITH SHACKLE
TD
o n
p a g e
148
Model No.
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) øD1
øD2
B
øD
øP
TD
øZ
T
TA
TB
TL
W
Weight (kg)
CB 260.16.1.18,5
18,5
13-16
300
260
258
45
60
35
28
20
310
190
898
106
75
CB 320.19.1.27,5
27,5
16-19
365
320
297
53
70
45
31
25
375
214
1046
120
127
CB 355.22.1.36,5
36,5
19-22
410
355
339
60
100
60
41
30
420
252
1226
148
205
CB 400.26.1.45
45
19-26
460
400
368
68
100
65
41
30
470
260
1332
148
257
CB 450.28.1.55
55
22-28
515
450
409
73
120
80
45
35
530
294
1492
172
379
CB 528.32.1.64
64
22-32
595
528
449
73
120
80
45
35
610
294
1572
172
458
CB 575.36.1.73
73
26-36
650
575
494
86
140
110
53
40
670
339
1809
198
651
CB 630.38.1.82
82
26-38
710
630
524
86
140
110
53
40
730
339
1869
198
709
Minimum Ultimate Strength = 4 x WLL n n
42
WLL For wire ød (Mtons) (mm)
n n
Standard delivered with bronze bearing The dimensions in this table are indicative only. A drawing will always be submitted prior 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
With hanger
toSEE OUR WARNING & SAFETY WARNING
With pin
INFORMATION ON PAGES 148 - 160
With swivel eye
With swivel jaw
2 SHEAVES TB W
TA
øD
øP
TL
B
øD2 øD1
øZ
T
CRANE BLOCKS
CONSTRUCTION BLOCK WITH SHACKLE
TD
T
TA
TB
TL
W
Weight (kg)
27,5
13-16
300
260
258
53
60
45
28
20
310
190
948
106
88
CB 320.19.2.41
41
16-19
365
320
297
60
70
60
31
25
375
214
1078
120
143
CB 355.22.2.55
55
19-22
410
355
339
73
100
80
41
30
420
252
1328
148
236
CB 400.26.2.68
68
19-26
460
400
368
73
100
80
41
30
470
260
1388
148
285
CB 450.28.2.82
82
22-28
515
450
409
86
120
110
45
35
530
294
1586
172
426
CB 528.32.2.100
100
22-32
595
528
449
86
120
110
45
35
610
294
1666
172
513
CB 575.36.2.114
114
26-36
650
575
494
98
140
120
53
40
670
339
1929
198
746
CB 630.38.2.127
127
26-38
710
630
524
98
140
120
53
40
730
339
1989
198
789
Minimum Ultimate Strength = 4 x WLL n n
n n
Standard delivered with bronze bearing The dimensions in this table are indicative only. A drawing will always be submitted prior 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
With hanger
toSEE OUR WARNING & SAFETY WARNING
With pin
INFORMATION ON PAGES 148 - 160
With swivel eye
With swivel jaw
148
øZ
p a g e
TD
o n
øP
i n f o r m a t i o n
øD
s a f e t y
B
a n d
øD2
w a r n i n g
Dimensions (mm) øD1
o u r
CB 260.16.2.27,5
WLL For wire ød (Mtons) (mm)
s e e
Model No.
43
3 SHEAVES TB W
TA øZ
T
øD
øP
B
TL
øD2 øD1
CRANE BLOCKS
CONSTRUCTION BLOCK WITH SHACKLE
TD
Model No.
o n
p a g e
148
CB 260.16.3.36,5
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) øD1
øD2
B
øD
øP
TD
øZ
T
TA
TB
TL
W
Weight (kg)
36,5
13-16
300
260
271
60
80
60
28
30
310
252
1006
148
135
CB 320.19.3.55
55
16-19
365
320
317
73
100
80
31
35
375
286
1219
172
231
CB 355.22.3.73
73
19-22
410
355
359
86
130
110
41
45
420
332
1462
198
374
CB 400.26.3.91
91
19-26
460
400
388
86
130
110
41
45
470
340
1522
198
448
CB 450.28.3.110
110
22-28
515
450
429
98
150
120
45
55
530
385
1746
223
686
CB 528.32.3.127
127
22-32
595
528
469
98
150
120
45
55
610
385
1826
223
823
CB 575.36.3.145
145
26-36
650
575
514
111
170
140
53
60
670
447
2010
266
1138
CB 630.38.3.165
165
26-38
710
630
544
111
170
140
53
60
730
447
2070
266
1205
Minimum Ultimate Strength = 4 x WLL n n
44
WLL For wire ød (Mtons) (mm)
n n
Standard delivered with bronze bearing The dimensions in this table are indicative only. A drawing will always be submitted prior 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
With hanger
toSEE OUR WARNING & SAFETY WARNING
With pin
INFORMATION ON PAGES 148 - 160
With swivel eye
With swivel jaw
4 SHEAVES TA
TB W
øD
øP
TL
B
øD2 øD1
øZ
T
CRANE BLOCKS
CONSTRUCTION BLOCK WITH SHACKLE
øP
TD
øZ
T
TA
TB
TL
W
Weight (kg)
CB 260.16.4.41
41
13-16
300
260
271
60
80
60
28
30
310
302
1006
198
151
CB 320.19.4.64
64
16-19
365
320
317
73
100
80
31
35
375
312
1219
198
251
CB 355.22.4.82
82
19-22
410
355
359
86
130
110
41
45
420
400
1462
266
416
CB 400.26.4.105
105
19-26
460
400
388
86
130
110
41
45
470
408
1522
266
503
CB 450.28.4.127
127
22-28
515
450
429
98
150
120
45
55
530
462
1746
300
766
CB 528.32.4.150
150
22-32
595
528
469
111
150
140
45
55
610
462
1868
300
987
CB 575.36.4.173
173
26-36
650
575
514
111
170
140
53
60
670
533
2010
352
1274
CB 630.38.4.191
191
26-38
710
630
544
133
170
140
53
60
730
533
2220
352
1430
n n
Standard delivered with bronze bearing The dimensions in this table are indicative only. A drawing will always be submitted prior 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
With hanger
toSEE OUR WARNING & SAFETY WARNING
With pin
INFORMATION ON PAGES 148 - 160
With swivel eye
With swivel jaw
i n f o r m a t i o n
n
o n
Minimum Ultimate Strength = 4 x WLL n
s a f e t y
øD
a n d
B
w a r n i n g
øD2
p a g e
Dimensions (mm) øD1
o u r
WLL For wire ød (Mtons) (mm)
s e e
Model No.
148
TD
45
5 SHEAVES TA
øZ
T
TB W
øD
øP
TL
B
øD2 øD1
CRANE BLOCKS
CONSTRUCTION BLOCK WITH SHACKLE
TD
o n
p a g e
148
Model No.
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) øD1
øD2
B
øD
øP
TD
øZ
T
TA
TB
TL
W
Weight (kg)
CB 260.16.5.50
50
13-16
300
260
271
68
80
65
28
30
310
375
1052
148
187
CB 320.19.5.73
73
16-19
365
320
317
86
100
110
31
35
375
409
1313
172
323
CB 355.22.5.95
95
19-22
410
355
359
86
130
110
41
45
420
483
1462
198
451
CB 400.26.5.120
120
19-26
460
400
388
98
130
120
41
45
470
491
1642
198
613
CB 450.28.5.145
145
22-28
515
450
429
111
150
140
45
55
530
550
1788
223
894
CB 528.32.5.173
173
22-32
595
528
469
111
150
140
45
55
610
550
1868
223
1073
CB 575.36.5.191
191
26-36
650
575
514
133
170
140
53
60
670
638
2160
266
1482
CB 630.38.5.220
220
26-38
710
630
544
133
170
140
53
60
730
638
2220
266
1544
Minimum Ultimate Strength = 4 x WLL n n
46
WLL For wire ød (Mtons) (mm)
n n
Standard delivered with bronze bearing The dimensions in this table are indicative only. A drawing will always be submitted prior 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
With hanger
toSEE OUR WARNING & SAFETY WARNING
With pin
INFORMATION ON PAGES 148 - 160
With swivel eye
With swivel jaw
6 SHEAVES TB W
TA
øD
øP
TL
B
øD2 ºD1
øZ
T
CRANE BLOCKS
CONSTRUCTION BLOCK WITH SHACKLE
øZ
T
TA
TB
TL
W
Weight (mm)
CB 260.16.6.55
55
13-16
300
260
271
73
80
80
28
30
310
425
1108
198
218
CB 320.19.6.82
82
16-19
365
320
317
86
100
110
31
35
375
435
1313
198
344
CB 355.22.6.110
110
19-22
410
355
359
98
130
120
41
45
420
551
1582
266
551
CB 400.26.6.132
132
19-26
460
400
388
98
130
120
41
45
470
559
1642
266
668
CB 450.28.6.160
160
22-28
515
450
429
111
150
140
45
55
530
627
1788
300
974
CB 528.32.6.191
191
22-32
595
528
469
133
150
140
45
55
610
627
2017
300
1266
CB 575.36.6.220
220
26-36
650
575
514
133
170
140
53
60
670
724
2160
352
1617
CB 630.38.6.240
240
26-38
710
630
544
143
170
150
53
60
730
724
2286
352
1740
Minimum Ultimate Strength = 4 x WLL n n
n n
Standard delivered with bronze bearing The dimensions in this table are indicative only. A drawing will always be submitted prior 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
With hanger
toSEE OUR WARNING & SAFETY WARNING
With pin
INFORMATION ON PAGES 148 - 160
With swivel eye
With swivel jaw
p a g e
TD
o n
øP
i n f o r m a t i o n
øD
s a f e t y
B
a n d
øD2
w a r n i n g
Dimensions (mm) øD1
o u r
WLL For wire ød (Mtons) (mm)
s e e
Model No.
148
TD
47
1 SHEAVE K
J
L
MISCELLANEOUS BLOCKS
SAMSON WIRE ROPE BLOCKS
TL
M
Hook
n
Jaw
n
Stud eye
n
Roller bearings
n
Becket
G
n
D2
TB
D1 TA
WLL (Mtons)
Dimensions (mm)
for wire ød (mm)
øD1
øD2
øG
øJ
K
L
M
TA
TB
TL
Weight (kg)
WB 80.8.1.0,75.O
0,75
8
100
80
15
12
21
48
16
110
45
275
2
WB 105.10.1.1.O
1
10
125
105
22
16
26
58
18
135
52
336
3
WB 120.12.1.2.O
2
12
150
120
30
16
26
58
24
170
74
407
6
WB 165.14.1.3.O
3
14
200
165
30
21
32
72
30
220
74
500
10
WB 210.18.1.4.O
4
18
250
210
35
26
40
94
33
270
81
608
18
WB 255.20.1.6.O
6
20
300
255
40
29
45
108
42
320
88
706
27
WB 305.22.1.8.O
8
22
350
305
45
32
49
114
45
380
92
778
44
WB 305.22.1.10.O
10
22
350
305
50
36
54
125
52
380
110
795
50
WB 345.24.1.10.O
10
24
400
345
50
36
54
125
52
430
110
848
60
WB 305.22.1.12.O
12
22
350
305
50
41
60
144
56
380
114
821
59
WB 345.24.1.12.O
12
24
400
345
60
41
60
144
56
430
118
926
75
WB 305.22.1.16.O
16
22
350
305
50
46
66
163
64
380
114
879
69
WB 345.24.1.16.O
16
24
400
345
60
46
66
163
64
430
118
959
81
WB 345.24.1.20.O
20
24
400
345
60
51
72
173
72
430
118
990
97
WB 390.28.1.20.O
20
28
450
390
70
51
72
173
72
480
128
1046
109
WB 390.28.1.25.O
25
28
450
390
70
60
80
195
76
480
128
1105
130
WB 390.28.1.30.O
30
28
450
390
70
60
90
220
80
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
148
Model Nr. (+B for w. becket)
48
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 sheave bearing. 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 148 - 160
2 SHEAVES K
J
L
J
M
D2
D2
D1
D1
n
Jaw
n
Stud eye
n
Roller bearings
n
Becket
TB
øJ
K
L
M
TA
TB
TL
Weight (kg) 4
1
8
100
80
15
16
26
58
18
110
70
295
1,5
10
125
105
22
16
26
58
24
135
85
336
6
WB 120.12.2.3.O
3
12
150
120
30
21
32
72
30
170
120
430
11
WB 165.14.2.4.O
4
14
200
165
30
26
40
94
33
220
120
538
18
WB 210.18.2.6.O
6
18
250
210
35
29
45
108
42
270
133
624
32
WB 255.20.2.8.O
8
20
300
255
40
32
49
114
45
320
146
713
43
WB 305.22.2.10.O
10
22
350
305
45
36
54
125
52
380
152
569
74
WB 305.22.2.12.O
12
22
350
305
50
41
60
144
56
380
186
821
81
WB 345.24.2.12.O
12
24
400
345
50
41
60
144
56
430
180
893
102
WB 305.22.2.16.O
16
22
350
305
50
46
66
163
64
380
186
879
98
WB 345.24.2.16.O
16
24
400
345
60
46
66
163
64
430
192
959
126
WB 305.22.2.20.O
20
22
350
305
50
51
72
173
72
380
186
896
116
WB 345.24.2.20.O
20
24
400
345
60
51
72
173
72
430
192
976
146
WB 345.24.2.25.O
25
24
400
345
60
60
80
195
76
430
192
1065
169
WB 390.28.2.25.O
25
28
450
390
70
60
80
195
76
480
221
1120
190
WB 345.24.2.30.O
30
24
400
345
60
60
90
220
80
430
192
1095
184
WB 390.28.2.30.O
30
28
450
390
70
60
90
220
80
480
236
1150
204
WB 390.28.2.40.O
40
28
450
390
70
-
96
96
90
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 sheave bearing. 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 148 - 160
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)
148
TA
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)
n
o u r
TA
TB
G
G
TL
TL
M
s e e
L
K
MISCELLANEOUS BLOCKS
SAMSON WIRE ROPE BLOCKS
49
3 SHEAVES K
J
L
MISCELLANEOUS BLOCKS
SAMSON WIRE ROPE BLOCKS
TL
M
D2
Hook
n
Jaw
n
Stud eye
n
Roller bearings
n
Becket
G
n
TB
D1 TA
148 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
50
Dimensions (mm)
Weight (kg)
WLL (Mtons)
for wire ød (mm)
øD1
øD2
G
øJ
K
L
M
TA
TB
TL
WB 105.10.3.2.O
2
10
125
105
22
16
26
58
24
135
120
336
9
WB 120.12.3.4.O
4
12
150
120
30
26
40
94
33
170
166
468
17
WB 165.14.3.6.O
6
14
200
165
30
29
45
108
42
220
166
556
28
WB 210.18.3.8.O
8
18
250
210
35
32
49
114
45
270
185
633
46
WB 255.20.3.10.O
10
20
300
255
40
36
54
125
52
320
204
733
69
WB 305.22.3.12.O
12
22
350
305
45
41
60
144
56
380
212
823
99
WB 305.24.3.16.O
16
24
350
305
50
46
66
163
64
380
258
880
120
WB 345.24.3.16.O
16
24
400
345
50
46
66
163
64
430
250
927
157
WB 305.24.3.20.O
20
24
350
305
50
51
72
173
72
380
258
896
143
WB 345.24.3.20.O
20
24
400
345
60
51
72
173
72
430
266
1006
184
WB 305.24.3.25.O
25
24
350
305
50
60
80
195
76
380
266
955
170
WB 345.24.3.25.O
25
24
400
345
60
60
80
195
76
430
266
1065
198
WB 390.28.3.25.O
25
28
450
390
70
60
80
195
76
480
296
1120
220
WB 345.28.3.30.O
30
28
400
345
60
60
90
220
80
430
266
1095
215
WB 390.28.3.30.O
30
28
450
390
70
60
90
220
80
480
296
1140
255
WB 345.28.3.40.O
40
28
400
345
60
-
96
96
90
430
278
945
250
WB 390.28.3.40.O
40
28
450
390
70
-
96
96
90
480
308
1030
295
WB 390.28.3.50.O
50
28
450
390
75
-
106
106
100
480
338
1055
335
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 sheave bearing. 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 148 - 160
MISCELLANEOUS BLOCKS
HORIZONTAL DIRECTIONAL BLOCKS
ø D1 ø D2 ø D1
øH
B øH
A TA A
TB
B
TB
ø D2
TA
øG
T
C
F
C
F
øG
T
BRONZE BUSHING F
øG
øH
T
TA
TB
Weight (kg)
HLS 105.10.1.1-BR
1
10
Bronze
125
105
180
150
22,5
27
22
9
8
200
170
5
HLS 120.12.1.2-BR
2
12
Bronze
150
120
220
190
31
40
30
11
10
250
220
10
HLS 165.14.1.3-BR
3
14
Bronze
200
165
290
240
33
40
30
13,5
12
320
270
17
HLS 210.18.1.4-BR
4
18
Bronze
250
210
360
310
38,5
45
35
17,5
15
400
350
32
HLS 255.20.1.6-BR
6
20
Bronze
300
255
400
360
46
50
40
22
20
450
410
50
HLS 305.22.1.8-BR
8
22
Bronze
350
305
460
420
46
50
45
26
20
520
480
70
HLS 345.24.1.10-BR
10
24
Bronze
400
345
530
480
51
60
50
32
20
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
A
B
C
F
øG
øH
T
TA
TB
Weight (kg)
HLS 105.10.1.1
1
10
2 x Ball
125
105
180
150 22,5
27
22
9
8
200
170
5
HLS 120.12.1.2
2
12
2 x Ball
150
120
220
190
31
40
30
11
10
250
220
10
HLS 165.14.1.3
3
14
2 x Ball
200
165
290
240
33
40
30
13,5
12
320
270
17
HLS 210.18.1.4
4
18
Straight
250
210
360
310 38,5
45
35
17,5
15
400
350
32
HLS 255.20.1.6
6
20
Straight
300
255
400
360
46
50
40
22
20
450
410
50
HLS 305.22.1.8
8
22
Straight
350
305
460
420
46
50
45
26
20
520
480
70
HLS 345.24.1.10
10
24
Straight
400
345
530
480
51
60
50
32
20
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 148 - 160
148
C
p a g e
B
o n
A
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.
51
A
øH
TA
ø D2
B
F
A
G
TA
ø D1 ø D2
F
T
B
C
TB
G
øH
T
A TA
ø D1
F BRONZE BUSHING
ø D2
Dimensions (mm) G
øH
T
TA
TB
70
83
27
22
9
8
115
95
3
Bronze
150 120 115 85
95
40
30
11
10 140 110
5
Bronze
200 165 150 95 122 40
30 13,5 12 180 125
8
18
Bronze
250 210 190 120 155 45
35 17,5 15 230 160
17
6
20
Bronze
300 255 220 150 185 50
40
22
20 270 200
26
8
22
Bronze
350 305 270 170 220 50
45
26
25 330 220
41
10
24
Bronze
400 345 300 190 255 60
50
32
30 370 260
64
1
10
Bronze
125 105 90
VLS 120.12.1.2-BR
2
12
VLS 165.14.1.3-BR
3
14
VLS 210.18.1.4-BR
4
VLS 255.20.1.6-BR VLS 305.22.1.8-BR VLS 345.24.1.10-BR
T
A
Minimum Ultimate Strength = 4 x WLL
BALL OR CYLINDRICAL ROLLER BEARING Dimensions (mm) TB
Weight (kg)
9
8
115
95
3
11
10 140 110
5
200 165 150 95 122 40
30 13,5 12 180 125
8
Straight
250 210 190 120 155 45
35 17,5 15 230 160
17
Straight
300 255 220 150 185 50
40
22
20 270 200
26
22
Straight
350 305 270 170 220 50
45
26
25 330 220
41
24
Straight
400 345 300 190 255 60
50
32
30 370 260
64
VLS 105.10.1.1
1
10
2 x Ball
125 105 90
VLS 120.12.1.2
2
12
2 x Ball
VLS 165.14.1.3
3
14
2 x Ball
VLS 210.18.1.4
4
18
VLS 255.20.1.6
6
20
VLS 305.22.1.8
8
VLS 345.24.1.10
10
s e e
o u r
Bearing
s a f e t y
TA
for wire ød (mm)
a n d
T
WLL (Mtons)
w a r n i n g
i n f o r m a t i o n
o n
C
VLS 105.10.1.1-BR
øD1 øD2
52
G
F
Bearing
148
C
for wire ød (mm)
p a g e
B
Weight (kg)
WLL (Mtons)
Model Nr.
Model Nr.
B
C
F
G
70
83
27
22
150 120 115 85
95
40
30
øD1 øD2
A
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 148 - 160
TB
VERTICAL DIRECTIONAL BLOCKS
C
MISCELLANEOUS BLOCKS
ø D1
B
TB
B
TB
MISCELLANEOUS BLOCKS
A
FLAG DIRECTIONAL BLOCKS
A
TA
TA
ø D1 ø D1
ø D2
F
ø D2
øG
øG
F
B T
T
TB
C
C
øH
A TA
8
115
95
3,5
Bronze
150 120 115 85 160 40
30
11
10 140 110
6,5
Bronze
200 165 150 95 197 40
30 13,5 12 180 125
11
18
Bronze
250 210 190 120 240 45
35 17,5 15 230 160
21
20
Bronze
300 255 220 150 295 50
40
22
20 270 200
33
8
22
Bronze
350 305 270 160 350 50
45
26
25 330 220
52
10
24
Bronze
400 345 300 190 400 60
50
32
30 370 260
80
Bronze
125 105 90
FLS 120.12.1.2-BR
2
12
FLS 165.14.1.3-BR
3
14
FLS 210.18.1.4-BR
4
FLS 255.20.1.6-BR
6
FLS 305.22.1.8-BR FLS 345.24.1.10-BR
C
Minimum Ultimate Strength = 4 x WLL
T
BALL OR CYLINDRICAL ROLLER BEARING Dimensions (mm) T
TA
TB
Weight (kg)
9
8
115
95
3,5
11
10 140 110
6,5
200 165 150 95 197 40
30 13,5 12 180 125
11
250 210 190 120 240 45
35 17,5 15 230 160
21
Straight
300 255 220 150 295 50
40
22
20 270 200
33
22
Straight
350 305 270 160 350 50
45
26
25 330 220
52
24
Straight
400 345 300 190 400 60
50
32
30 370 260
80
WLL (Mtons)
for wire ød (mm)
Bearing
FLS 105.10.1.1
1
10
2 x Ball
125 105 90
FLS 120.12.1.2
2
12
2 x Ball
FLS 165.14.1.3
3
14
2 x Ball
FLS 210.18.1.4
4
18
Straight
FLS 255.20.1.6
6
20
FLS 305.22.1.8
8
FLS 345.24.1.10
10
Model Nr.
F
øG
70 128 27
22
150 120 115 85 160 40
30
øD1 øD2
A
B
C
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 148 - 160
148
9
10
F
p a g e
22
1
C
o n
70 128 27
FLS 105.10.1.1-BR
B
i n f o r m a t i o n
TB
A
s a f e t y
TA
øD1 øD2
F
a n d
T
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
53
øH
T
n
Hook
n
Clevis
n
Tailboard
n
Oblong eye
øD2 øD1
B
TL
MISCELLANEOUS BLOCKS
SNATCH BLOCKS
TA
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
148
Model Nr.
54
WLL For wire ød (Mtons) (mm)
TB
Dimensions (mm) øD1
øD2
B
øH
T
TA
TB
TL
Weight (kg)
VB 355.22.1.14.S
14
22
410
355
330
37
48
420
92
891
87
VB 240.28.1.20.S
20
28
300
240
255
37
48
310
84
735
52
VB 300.32.1.20.S
20
32
365
300
288
37
48
375
84
798
62
VB 240.28.1.25.S
25
28
300
240
255
40
54
310
84
727
52
VB 300.32.1.25.S
25
32
365
300
288
40
54
375
84
793
62
VB 390.26.1.25.S
25
26
450
390
350
53
70
470
112
1003
120
VB 240.28.1.27.S
27
28
300
240
255
44
57
310
84
814
67
VB 300.32.1.27.S
27
32
365
300
288
44
57
375
84
879
76
VB 345.32.1.32.S
32
32
400
345
325
53
70
410
112
949
114
VB 345.36.1.32.S
32
36
400
345
325
53
70
410
112
949
114
VB 390.32.1.32.S
32
32
450
390
350
53
70
470
112
1004
134
VB 390.38.1.32.S
32
38
450
390
350
53
70
470
112
1004
134
VB 430.32.1.32.S
32
32
495
430
375
53
70
510
112
1049
146
VB 430.38.1.32.S
32
38
495
430
375
53
70
510
112
1049
146
VB 520.32.1.32.S
32
32
595
520
435
53
70
610
112
1158,5
300
VB 430.32.1.36,5.S
36,5
32
495
430
400
53
70
510
122
1084
187
VB 430.38.1.36,5.S
36,5
38
495
430
400
53
70
510
122
1084
187
VB 240.28.1.55.S
55
28
300
240
290
59
78
310
142
960
174
VB 520.38.1.55.S
55
38
595
520
460
59
78
610
142
1280
300
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 148 - 160
>>
T
n
Hook
n
Clevis
n
Tailboard
n
Oblong eye
øD2 øD1
B
TL
øH
MISCELLANEOUS BLOCKS
<< SNATCH BLOCKS
TA
B
øH
T
TA
TB
TC/TL
Weight (kg)
55
44
595
520
460
59
78
610
142
1280
300
VB 520.52.1.55.S
55
52
595
520
460
59
78
610
142
1280
300
VB 520.52.1.75.S
75
52
595
520
460
73
100
610
142
1335
340
VB 630.58.1.75.S
75
58
750
630
570
73
100
770
202
1815
575
VB 710.68.1.100.S
100
68
800
710
650
86
120
820
202
1910
730
VB 800.76.1.125.S
125
76
890
800
750
86
120
920
202
2150
1000
28
300
240
255
37
48
310
158
682,5
91
32
32
365
300
287,5
53
70
375
158
833,5
121
VB 430.28.2.73.S
73
28-38
495
430
410
72
100
510
244
1549
478
VB 520.38.2.125.S
125
38
595
520
460
86
120
610
259
1453
610
* Available with and without Dead End 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. n Standard provided with bronze bearing. Roller bearing optional.
Minimum Ultimate Strength = 4 x WLL
WARNING
SEE OUR WARNING & SAFETY INFORMATION ON PAGES 148 - 160
s a f e t y
20
VB 300.32.2.32.S
a n d
VB 240.28.2.20.S*
w a r n i n g
Also Available in Double Sheave Models:
i n f o r m a t i o n
o n
VB 520.44.1.55.S
148
øD2
p a g e
Dimensions (inch) øD1
o u r
>>
WLL For wire ød (Mtons) (mm)
s e e
Model No.
TB
55
øH
T
n
Hook
n
Clevis
n
Tailboard
n
Oblong eye
øD2 øD1
B
TL
MISCELLANEOUS BLOCKS
LIGHT WEIGHT TILT-UP BLOCKS
HIGH CAPACITY LIGHT WEIGHT BLOCKS
TB
TA
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
148
Model Nr.
56
Dimensions (mm)
WLL (Mtons)
For wire ød (mm)
øD1
øD2
B
øH
T
TA
TB
TL
Weight (kg)
HCLW 240.28.1.25.S
25
28
300
240
260
40
54
356
102
730
70
HCLW 290.32.1.25.S
25
32
350
290
285
40
54
406
102
780
80
HCLW 355.32.1.27.S
27
32
420
355
375
44
57
476
112
994
99
HCLW 355.36.1.27.S
27
36
420
355
375
44
57
476
112
993
99
HCLW 355.36.1.32.S
32
36
420
355
375
44
57
476
122
994
107
HCLW 430.32.1.27.S
27
32
495
430
415
44
57
551
112
1071
112
HCLW 430.32.1.32.S
32
32
495
430
415
44
57
551
122
1070
122
HCLW 430.38.1.32.S
32
38
495
430
415
44
57
551
122
1070
122
HCLW 430.38.1.40.S
40
38
495
430
415
52
70
551
122
1107
153
HCLW 520.38.1.55.S
55
38
595
520
485
59
80
651
132
1308
210
HCLW 520.44.1.55.S
55
44
595
520
485
59
80
651
132
1308
210
HCLW 520.52.1.55.S
55
52
595
520
485
59
80
651
132
1308
210
HCLW 630.58.1.81.S
81
58
710
630
575
73
100
776
152
1585
392
HCLW 760.70.1.100.S
100
70
900
760
735
86
120
980
200
1903
574
HCLW 760.76.1.125.S
125
76
900
760
735
86
120
980
200
1903
574
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 148 - 160
K
L
J
Hook
n
Clevis
n
Tailboard
n
Oblong eye
øD2 øD1
B
TL
n
MISCELLANEOUS BLOCKS
LIGHT WEIGHT TILT-UP BLOCKS
HIGH CAPACITY LIGHT WEIGHT BLOCKS
TA
TA
TB
TL
Weight (kg)
HCLW 240.28.1.25.O
25
28
300
240
260
50
75
150
356
102
945
80
HCLW 290.32.1.25.O
25
32
350
290
285
50
75
150
406
102
995
90
HCLW 355.32.1.27.O
27
32
420
355
375
60
80
175
476
112
1193
114
HCLW 355.36.1.27.O
27
36
420
355
375
60
80
175
476
122
1193
114
HCLW 355.36.1.32.O
32
36
420
355
375
60
80
175
476
122
1193
120
HCLW 430.32.1.27.O
27
32
495
430
415
60
80
175
551
112
1271
125
HCLW 430.32.1.32.O
32
32
495
430
415
60
80
175
551
112
1271
137
HCLW 430.38.1.32.O
32
38
495
430
415
60
80
175
551
122
1271
137
HCLW 430.38.1.40.O
40
38
495
430
415
65
90
200
551
122
1311
170
HCLW 520.38.1.55.O
55
38
595
430
485
70
100
225
651
132
1536
200
HCLW 520.44.1.55.O
55
44
595
520
485
70
100
225
651
132
1536
220
HCLW 520.52.1.55.O
55
52
595
520
485
70
100
225
651
132
1536
220
HCLW 630.58.1.81.O
81
58
710
630
575
80
110
250
776
152
1833
420
HCLW 760.70.1.100.O
100
70
900
760
735
95
125
275
980
200
2185
620
HCLW 760.76.1.125.O
125
76
900
760
735
100
125
275
980
200
2185
650
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.
WARNING
SEE OUR WARNING & SAFETY INFORMATION ON PAGES 148 - 160
148
L
p a g e
K
o n
J
i n f o r m a t i o n
B
s a f e t y
øD2
a n d
øD1
w a r n i n g
For wire ød (mm)
o u r
Dimensions (mm)
WLL (Mtons)
s e e
Model Nr.
TB
57
K
L
øJ
M
øG
TL
MISCELLANEOUS BLOCKS
SNATCH BLOCKS SELF LOCKING
øD2
n
Hook
n
Jaw
n
Stud eye
n
Roller bearings
n
Becket
TB
øD1 TA
Dimensions (mm)
Weight (kg)
135
80
316
4,5
170
100
391
8
30
220
100
483
12,5
33
270
110
614
21
108
42
320
125
698
33
115
45
380
150
777
48
54
125
52
430
170
870
68
41
60
144
56
430
170
896
83
46
66
163
64
430
180
950
95
70
46
66
163
64
480
180
980
106
70
51
72
173
72
430
200
990
122
390
70
51
72
173
72
480
200
1020
130
450
390
80
60
80
195
76
480
224
1045
150
450
390
90
60
90
220
80
480
227
1220
190
550
480
120
-
96
96
90
580
240
1140
250
øD1
øD2
øG
øJ
K
L
M
TA
VBK 105.10.1.1.O
1
10
125
105
22
16
26
58
18
VBK 120.12.1.2.O
2
12
150
120
30
16
26
58
24
VBK 165.14.1.3.O
3
14
200
165
30
21
32
72
148
TL
for wire ød (mm)
VBK 210.18.1.4.O
4
18
250
210
35
26
40
94
p a g e
TB
WLL (Mtons)
VBK 255.20.1.6.O
6
20
300
255
40
29
45
VBK 305.22.1.8.O
8
22
350
305
45
32
49
VBK 345.24.1.10.O
10
24
400
345
50
36
VBK 345.24.1.12.O
12
24
400
345
55
VBK 345.28.1.16.O
16
28
400
345
60
VBK 390.30.1.16.O
16
30
450
390
VBK 345.30.1.20.O
20
30
400
345
VBK 390.32.1.20.O
20
32
450
VBK 390.36.1.25.O
25
36
VBK 390.36.1.30.O
30
36
VBK 480.42.1.40.O
40
42
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. (+B for w. becket)
58
Minimum Ultimate Strength = 4 x WLL
WLL= Working Load Limit on head fitting. n Snatch blocks can be supplied with becket on request. 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 148 - 160
K
MISCELLANEOUS BLOCKS
ANCHOR BOOM BLOCKS TB
L
øJ
øG
TL
M
øD2
F
øD1
K
L
M
TA
TB
TL
Weight (kg)
BBA 165.10.1.3.O
3
10
200
165
40
30
21
32
72
30
270
230
465
13,5
BBA 210.12.1.4.O
4
12
250
210
45
35
26
40
94
33
320
280
556
22
BBA 255.14.1.6.O
6
14
300
255
50
40
29
45
108
42
400
360
653
35
BBA 300.18.1.8.O
8
18
350
300
45
45
32
49
115
45
450
400
714
72
BBA 345.20.1.12.O
12
20
400
345
50
60
41
60
144
56
502
440
1014
85
BBA 390.22.1.16.O
16
22
450
390
60
70
46
66
163
64
560
510
1094
105
BBA 430.24.1.18.O
18
24
500
430
70
75
51
72
173
72
610
520
1097
135
BBA 430.36.1.20.O
20
36
500
430
70
80
51
72
173
72
620
550
1114
164
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 148 - 160
p a g e
øJ
o n
øG
i n f o r m a t i o n
F
s a f e t y
øD2
a n d
Dimensions (mm)
w a r n i n g
for wire ød (mm) øD1
o u r
WLL (Mtons)
s e e
Model Nr.
148
TA
59
MISCELLANEOUS BLOCKS
CARGO BLOCKS WITHOUT BECKET
148 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
Stud eye
n
Clevis
Dimensions (mm)
Weight (kg)
WLL (Mtons)
Wire up to (mm)
D1
D2
F
øG
øJ
K
L
M
BBC 210.18.1.4.O
4
18
250
210
45
35
26
40
94
33
9,5 270 109 595
20
BBC 255.20.1.6.O
6
20
300
255
50
40
29
45 108
42
11 320 120 705
31
BBC 305.22.1.8.O
8
22
350
305
60
45
32
49 115
45
12 380 128 780
49
BBC 345.24.1.10.O
10
24
400
345
65
50
36
54 125
52
13 430 156 900
70
BBC 390.28.1.16.O
16
28
450
390
70
60
46
66 163
64
15 480 166 1060
105
Model Nr.
60
n
R
TA
TB
TL
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 148 - 160
K
L
M
TA
TB
TL
Weight (kg)
BBC 210.18.1.6.O.B
6
18
250 210 45 35 29 45 108 42 9,5 270 105 630 50 25 25
22
BBC 255.20.1.9.O.B
9
20
300 255 50 40 36 54 125 52 11 320 125 750 65 30 33
35
BBC 305.22.1.12.O.B
12
22
350 305 60 45 41 60 144 56 12 380 140 840 65 30 33
55
BBC 345.24.1.15.O.B
15
24
400 345 65 50 46 66 163 64 13 430 153 980 90 40 42
81
BBC 390.28.1.24.O.B
24
28
450 390 70 70 60 80 195 76 15 480 170 1130 95 45 48
145
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.
o n
Minimum Ultimate Strength = 4 x WLL
148
øJ
WARNING
SEE OUR WARNING & SAFETY INFORMATION ON PAGES 148 - 160
i n f o r m a t i o n
øG
s a f e t y
F
a n d
øD2
p a g e
Dimensions (mm)
w a r n i n g
for wire ød (mm) øD1
Clevis
o u r
WLL (Mtons)
Stud eye
n
s e e
Model Nr.
n
MISCELLANEOUS BLOCKS
CARGO BLOCKS WITH BECKET
61
Mind you, whatever the right Ropeblock sheave
148
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
62
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
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
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
148
CAST SHEAVES
63
SHEAVES
CAST SHEAVES >>
WITH CYLINDRICAL ROLLER BEARINGS
F E
D3
D1
G
D2
R
d
Dimensions (mm) Weight (kg)
46
SL04 5012 PP
6,6
35
40
SL04 5010 PP
5,3
32
38
SL04 5008 PP
5,8
260
32
38
SL04 5008 PP
5,9
290
263
32
38
SL04 5008 PP
6,2
8,5
300
276
42
46
SL04 5012 PP
9,1
12
6,5
300
272
42
46
SL04 5012 PP
9,6
14
7,5
300
274
42
46
SL04 5012 PP
9,6
50
13
7
320
293
36
40
SL04 5010 PP
8,1
280
50
13
7
320
293
36
40
SL04 5010 PP
8,1
SE.280.5012.8,5
280
60
16
8,5
320
296
42
46
SL04 5012 PP
9,1
SE.280.5012.8
280
60
15
8
320
295
42
46
SL04 5012 PP
9,2
SE.280.5012.7
280
60
13
7
320
293
42
46
SL04 5012 PP
9,4
SE.280.5012.10
280
60
19
10
320
299
42
46
SL04 5012 PP
10,3
SE.280.4914.8,5
280
70
16
8,5
320
296
36
60
SL01 4914 ZZ
8,8
SE.280.4914.7
280
70
13
7
320
293
36
30
SL01 4914 ZZ
9,1
SE.295.5008B.8,5
295
40
16
8,5
330
311
32
38
SL04 5008 PP
8,8
SE.300.5008.7
300
40
13
7
350
313
35
38
SL04 5008 PP
6,7
SE.300.5010.7
300
50
13
7
350
313
38
40
SL04 5008 PP
6,8
SE.320.5011.8,8.M
320
55
16
8,8
384
336
43
46
SL04 5011 PP
10,6
SE.320.4914.8,5
320
55
16
8,5
384
336
43
46
SL01 4914
12,9
SE.320.5013.9
320
65
17
9
384
337
43
46
SL04 5013 PP
13,2
SE.320.5013.10
320
65
19
10
365
339
42
46
SL04 5013 PP
13,2
Bearing width
øD1
øD3
E
F
7,5
260
239
38
13
7
265
240
11
6
290
261
SE.250.5008B.5,5
40
10
5,5
290
250
40
13
7,2
SE.260.5012.8,5
260
60
16
SE.260.5012.6,5
260
60
SE.260.5012.7,5
260
60
SE.280.5010.7
280
SE.280.5010B.7
Sheave tread ø
Shaft ø
Wire ød
Groove Outside radius ø
øD2
øG
d
R
SE.225.5012.7,5
225
60
14
SE.227.5010.7
227
50
SE.250.5008B.6
250
40
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
148
Rim width
p a g e
Bearing
PCD
o n
Model Nr.
n
64
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. Sheaves shown here are standard models; inquiries for custom versions are welcome.
WARNING
SEE OUR WARNING & SAFETY INFORMATION ON PAGES 148 - 160
>>
<< CAST SHEAVES >>
WITH CYLINDRICAL ROLLER BEARINGS
12,5
SL04 5010 PP
12,5
364
45
46
SL04 5012 PP
12,6
400
372
42
46
SL04 5013 PP
16,5
10
410
374
42
46
SL04 5013 PP
17,8
18
9,5
410
373
42
46
SL04 5013 PP
18
17
9
410
372
42
46
SL04 5013 PP
18,1
65
16
8,5
410
371
42
46
SL04 5013 PP
18,3
80
14
7,5
410
369
55
60
SL04 5016 PP
16,8
355
80
19
10
410
374
55
60
SL04 5016 PP
16,8
355
80
22
12
410
377
55
60
SL04 5016 PP
16,8
SE.355.4918.12
355
90
22
12
410
377
44
35
SL01 4918 ZZ
15,1
SE.355.4918.9
355
90
17
9
410
372
44
35
SL01 4918 ZZ
16,1
SE.355.4918.8,5
355
90
16
8,5
410
371
44
35
SL01 4918 ZZ
16,2
SE.355.4918.9,5
355
90
18
9,5
410
373
44
35
SL01 4918 ZZ
17,9
SE.355.4918.10
355
90
19
10
410
374
44
35
SL01 4918 ZZ
18
SE.355.4926.9
355
130
17
9
410
372
59
50
SL01 4926 PP
23
SE.360.5016.10
360
80
19
10
420
379
55
60
SL04 5016 PP
17,9
SE.360.5016.9,5
360
80
18
9,5
420
378
55
60
SL04 5016 PP
21,6
SE.360.5016.8,5
360
80
16
8,5
420
376
55
60
SL04 5016 PP
21,9
SE.360.4918.10
360
90
19
10
420
379
44
35
SL01 4918 ZZ
18,6
SE.360.4918.9,5
360
90
18
9,5
420
378
44
35
SL01 4918 ZZ
18,8
SE.360.4918.8,5
360
90
16
8,5
420
376
44
35
SL01 4918 ZZ
19,1
SE.373.5018.12
373
90
22
12
440
395
51
67
SL04 5018 PP
24,6
SE.400.5013.10
400
65
19
10
460
419
43
46
SL04 5013 PP
24,8
SE.400.5013.9,5
400
65
18
9,5
460
418
43
46
SL04 5013 PP
25
SE.400.5013.8,5
400
65
16
8,5
460
416
43
46
SL04 5013 PP
25
SE.400.5014B.11,5
400
70
21
11,5
460
421
49
54
SL04 5014 PP
24,7
SE.400.5014B.10
400
70
19
10
460
419
49
54
SL04 5014 PP
25
SE.400.5014B.9,5
400
70
18
9,5
460
418
49
54
SL04 5014 PP
25
SE.400.5016.12.A
400
80
22
12
460
422
50
60
SL04 5016 PP
26
SE.400.5016.15
400
80
28
15
460
428
72
60
SL04 160 PP
28
SE.400.5016.12
400
80
22
12
460
422
55
60
SL04 5016 PP
28
SE.400.5016.11,5
400
80
21
11,5
460
421
55
60
SL04 5016 PP
28
SE.400.5016.10
400
80
19
10
460
419
55
60
SL04 5016 PP
29
SE.400.4918.10
400
90
19
10
460
419
44
35
SL01 4918 ZZ
26
SE.400.5018.9,5
400
90
18
9,5
460
418
72
67
SL04 160 PP
28
SE.400.5018.12
400
90
22
12
460
422
62
67
SL04 5018 PP
30
SE.400.5018.11,5
400
90
21
11,5
460
421
62
67
SL04 5018 PP
30
SE.400.5018.10
400
90
19
10
460
419
62
67
SL04 5018 PP
31
SE.400.4922.10
400
110
19
10
460
419
50
40
SL01 4922 PP
25
øG
d
R
øD1
øD3
E
F
SE.320.5013.8,5
320
65
16
8,5
365
336
42
SE.345.5010B.9,5
345
50
SE.345.5010B.10
345
50
18
9,5
385
363
19
10
385
364
SE.350.5012.8
350
60
14
8
415
SE.354.5013.9,5
354
65
18
9,5
SE.355.5013.10
355
65
19
SE.355.5013.9,5
355
65
SE.355.5013.9
355
65
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
40
øD2
o n
40
36
Bearing width
i n f o r m a t i o n
36
Rim width
s a f e t y
13,5
PCD
a n d
SL04 5013PP
Groove Outside radius ø
w a r n i n g
46
Wire ød
o u r
Weight (kg)
Shaft ø
>>
s e e
>>
Bearing
Sheave tread ø
148
Dimensions (mm) Model Nr.
65 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. Sheaves shown here are standard models; inquiries for custom versions are welcome.
WARNING
SEE OUR WARNING & SAFETY INFORMATION ON PAGES 148 - 160
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
148
>>
Bearing
Weight (kg)
45
SL04 160 PP
26
72
80
SL04 160 PP
34
72
80
SL04 160 PP
34
460
58
67
SL04 5018 PP
28
515
478
62
67
SL04 5018 PP
39
13,5
515
475
62
67
SL04 5018 PP
40
22
12
515
472
62
67
SL04 5018 PP
41
19
10
515
469
62
67
SL04 5018 PP
41
90
20
10,5
515
470
62
67
SL04 5018 PP
41
450
90
24
13
515
474
62
67
SL04 5018 PP
41
SE.450.5024.15
450
120
28
15
515
478
75
80
SL04 5024 PP
46
SE.450.5024.13,5
450
120
25
13,5
515
475
75
80
SL04 5024 PP
46
SE.450.5024.12
450
120
22
12
515
472
75
80
SL04 5024 PP
47
SE.450.5024.10
450
120
19
10
515
469
75
80
SL04 5024 PP
48
SE.450.4926.12
450
130
22
12
515
472
60
50
SL01 4926 PP
38
SE.450.4926.10
450
130
19
10
515
469
60
50
SL01 4926 PP
38
SE.450.4926.13,5
450
130
25
13,5
515
475
60
50
SL01 4926 PP
42
SE.450.4830.10
450
150
19
10
515
469
55
40
SL01 4830
35
SE.450.160.10
450
160
19
10
515
469
75
80
SL04 160 PP
45
SE.482.5018.11
482
90
20
11,5
560
502
62
67
SL04 5018 PP
46
SE.482.5018.11,5
482
90
21
11,5
560
503
62
67
SL04 5018 PP
46
SE.482.5018.12
482
90
21
11,5
560
503
62
67
SL04 5018 PP
46
SE.482.5018.10,5
482
90
20
10,5
560
502
62
67
SL04 5018 PP
46
SE.482.5024.11
482
120
20
11
560
502
62
80
SL04 5024 PP
50
SE.482.160.11
482
160
20
11
560
502
62
80
SL04 160 PP
49
SE.500.5018B.13,5
500
90
25
13,5
570
525
61
67
SL04 5018 PP
47
SE.511.5020.10.M
511
100
19
10
584
530
57
67
SL04 5020 PP
29
SE.528.5018.14
528
90
26
14
595
554
61
67
SL04 5018 PP
45
SE.528.5018.15
528
90
28
15
595
556
61
67
SL04 5018 PP
50
SE.528.5018.13,5
528
90
25
13,5
595
553
61
67
SL04 5018 PP
51
SE.528.5018.12
528
90
22
12
595
550
61
67
SL04 5018 PP
51
SE.528.5018.13
528
90
24
13
595
552
61
67
SL04 5018 PP
51
SE.528.5018.14.B
528
90
26
14
595
554
61
67
SL04 5018 PP
51
SE.528.5024.15
528
120
28
15
595
556
74
80
SL04 5024 PP
57
SE.528.5024.13,5
528
120
25
13,5
595
553
74
80
SL04 5024 PP
58
SE.528.5024.14
528
120
26
14
595
554
74
80
SL04 5024 PP
64
SE.528.160.15
528
160
28
15
595
556
72
80
SL04 160 PP
53
SE.528.160.14
528
160
26
14
595
554
74
80
SL04 160 PP
53
SE.528.160.13,5
528
160
25
13,5
595
553
74
80
SL04 160 PP
54
SE.528.160.13
528
160
24
13
595
552
74
80
SL04 160 PP
61
SE.528.4836.13
528
180
24
13
595
552
59
45
SL01 4836 PP
48
SE.528.200.13
528
200
24
13
595
552
74
80
SL04 200 PP
57
Sheave tread ø
Shaft ø
Wire ød
Groove Outside radius ø
PCD
Rim width
Bearing width
øD2
øG
d
R
øD1
øD3
E
F
SE.400.4924.10
400
120
19
10
460
419
55
SE.400.160.9,5
400
160
SE.400.160.12
400
160
18
9,5
460
418
22
12
460
422
SE.438.5018.12
438
90
22
12
500
SE.450.5018.15
450
90
28
15
SE.450.5018.13,5
450
90
25
SE.450.5018.12
450
90
SE.450.5018.10
450
90
SE.450.5018.10,5
450
SE.450.5018.13
66 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. Sheaves shown here are standard models; inquiries for custom versions are welcome.
WARNING
SEE OUR WARNING & SAFETY INFORMATION ON PAGES 148 - 160
>>
WITH CYLINDRICAL ROLLER BEARINGS
SHEAVES
<< CAST SHEAVES >>
Dimensions (mm)
R
øD1
øD3
E
F
SE.528.200.13,5
528
200
25
13,5
595
553
74
80
SL04 200 PP
57
SE.528.200.15
528
200
SE.536.130.14.M
536
130
28
15
595
556
74
80
SL04 200 PP
65
26
14
610
562
65
80
SL04 130 PP
SE.575.5022.16
575
45
110
30
16
650
605
74
80
SL04 5022 PP
SE.575.5022.14
72
575
110
26
14
650
601
74
80
SL04 5022 PP
74
SE.575.5022.15
575
110
28
15
650
603
74
80
SL04 5022 PP
74
SE.575.5024.17
575
120
32
17
650
607
74
80
SL04 5024 PP
71
SE.575.5024.15
575
120
28
15
650
603
74
80
SL04 5024 PP
72
SE.575.5024.16
575
120
30
16
650
605
74
80
SL04 5024 PP
72
SE.575.5024.14
575
120
26
14
650
601
74
80
SL04 5024 PP
73
SE.575.160.15
575
160
28
15
650
603
74
80
SL04 160 PP
71
SE.575.160.14
575
160
26
14
650
601
74
80
SL04 160 PP
72
SE.575.200.15
575
200
28
15
650
603
74
80
SL04 200 PP
76
SE.575.200.14
575
200
26
14
650
601
74
80
SL04 200 PP
77
SE.630.5022B.16
630
110
30
16
710
660
74
80
SL04 5022 PP
84
SE.630.5024.17
630
120
32
17
710
662
74
80
SL04 5024 PP
83
SE.630.5024.16
630
120
30
16
710
660
74
80
SL04 5024 PP
84
SE.630.5024.15
630
120
28
15
710
658
74
80
SL04 5024 PP
84
SE.630.160.17
630
160
32
17
710
662
74
80
SL04 160 PP
81
SE.630.160.16
630
160
30
16
710
660
74
80
SL04 160 PP
82
SE.630.160.15
630
160
28
15
710
658
74
80
SL04 160 PP
83
SE.630.200.17
630
200
32
17
710
662
74
80
SL04 200 PP
86
SE.630.200.16
630
200
30
16
710
660
74
80
SL04 200 PP
87
SE.630.200.15
630
200
28
15
710
658
74
80
SL04 200 PP
88
SE.646.5030.18
646
150
34
18
740
680
80
100
SL04 5030 PP
91
SE.670.5024.17
670
120
32
17
760
702
74
80
SL04 5024 PP
90
SE.670.5024.15
670
120
28
15
760
698
74
80
SL04 5024 PP
91
SE.670.5024.13,5
670
120
25
13,5
760
695
74
80
SL04 5024 PP
93
SE.670.160.17
670
160
32
17
760
702
74
80
SL04 160 PP
91
SE.670.160.15
670
160
28
15
760
698
74
80
SL04 160 PP
92
SE.670.160.13,5
670
160
25
13,5
760
695
74
80
SL04 160 PP
94
SE.670.200.13,5
670
200
25
13,5
760
695
74
80
SL04 200 PP
94
SE.670.200.17
670
200
32
17
760
702
74
80
SL04 200 PP
95
SE.670.200.15
670
200
28
15
760
698
74
80
SL04 200 PP
97
SE.685.5028.16
685
140
30
16
793
715
90
95
SL04 5028 PP
127
SE.685.5028.18
685
140
34
18
793
719
90
95
SL04 5028 PP
127
SE.688.5024.17
688
120
32
17
780
720
74
80
SL04 5024 PP
105
SE.688.5036.17
688
180
32
17
780
720
74
136
SL04 5036 PP
125
SE.710.5022.18
710
110
34
18
800
744
72
80
SL04 5022 PP
99
SE.710.5022.17
710
110
32
17
800
742
72
80
SL04 5022 PP
100
SE.710.5024.18
710
120
34
18
800
744
72
80
SL04 5024 PP
95
SE.710.5024.20
710
120
38
20
800
748
72
80
SL04 5024 PP
95
148
d
p a g e
Bearing width
o n
øG
Weight (kg)
Rim width
i n f o r m a t i o n
øD2
Bearing
PCD
s a f e t y
Groove Outside radius ø
a n d
Wire ød
w a r n i n g
Shaft ø
o u r
>>
Sheave tread ø
>>
s e e
Model Nr.
67 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. Sheaves shown here are standard models; inquiries for custom versions are welcome.
WARNING
SEE OUR WARNING & SAFETY INFORMATION ON PAGES 148 - 160
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
148
>>
Bearing
Weight (kg)
95
SL04 5026 PP
98
85
95
SL04 5028 PP
107
85
95
SL04 5028 PP
108
744
90
100
SL04 5030 PP
108
810
742
90
100
SL04 5030 PP
109
18
830
754
90
100
SL04 5030 PP
113
24
13
830
774
72
94
SL04 260 PP
163
39
20,5
860
799
75
95
SL04 5026 PP
138
150
38
20
860
798
85
100
SL04 5030 PP
134
760
220
41
22
880
801
90
95
SL04 220 PP
143
SE.760.220.21
760
220
40
21
880
800
90
95
SL04 220 PP
144
SE.800.5022.16,5
800
110
31
16,5
890
831
70
80
SL04 5022 PP
137
SE.800.5024.16
800
120
30
16
890
830
70
80
SL04 5024 PP
127
SE.800.5024.20
800
120
38
20
890
838
70
80
SL04 5024 PP
127
SE.800.5026.17
800
130
32
17
890
832
75
95
SL04 5026 PP
130
SE.800.5026.18
800
130
34
18
890
834
75
95
SL04 5026 PP
134
SE.800.5026.20
800
130
38
20
890
838
75
95
SL04 5026 PP
134
SE.800.5028.22,5
800
140
42
22,5
890
842
85
95
SL04 5028 PP
149
SE.800.5028.21
800
140
40
21
890
840
85
95
SL04 5028 PP
150
SE.800.5028.20
800
140
38
20
890
838
85
95
SL04 5028 PP
151
SE.800.5028.19
800
140
36
19
890
836
85
95
SL04 5028 PP
152
SE.800.5030.23,5
800
150
44
23,5
890
844
90
100
SL04 5030 PP
150
SE.800.5030.21
800
150
40
21
890
840
90
100
SL04 5030 PP
152
SE.800.5030.20
800
150
38
20
890
838
90
100
SL04 5030 PP
153
SE.800.5030.22,5
800
150
42
22,5
890
842
90
100
SL04 5030 PP
160
SE.816.5028.18
816
140
34
18
916
850
80
95
SL04 5028 PP
146
SE.822.5026.15
822
130
28
15
906
850
75
95
SL04 5026 PP
126
SE.830.232.15
830
160
28
15
910
858
73
48
2x NJ-232-E
222
SE.850.232.15
850
160
28
15
940
878
80
48
2x NJ-232-E
199
SE.864.324.15
864
120
28
15
975
892
100
55
2x NJ-324-E
155
SE.864.324.19
864
120
36
19
975
900
100
55
2x NJ-324-E
155
SE.874.5036.23,5
874
180
44
23,5
1004
918
107
136
SL04 5036 PP
256
SE.876.260.26,5
876
260
50
26,5
1016
926
103
94
SL04 260 PP
240
SE.900.5026.19
900
130
36
19
1010
936
87
95
SL04 5026 PP
175
SE.900.5030.22,5
900
150
42
22,5
1010
942
87
100
SL04 5030 PP
177
SE.900.5030.23,5
900
150
44
23,5
1010
944
87
100
SL04 5030 PP
177
SE.900.5030.25,5
900
150
48
25,5
1010
948
87
100
SL04 5030 PP
177
SE.950.260.26,5
950
260
50
26,5
1094
1000
110
94
SL04 260 PP
255
SE.960.5034.21,5.H
960
170
40
21,5
1080
1000
110
122
SL04 5034 PP
257
SE.960.5034.23,5
960
170
44
23,5
1080
1004
110
122
SL04 5034 PP
257
SE.960.5036.21,5
960
180
40
21,5
1080
1000
110
136
SL04 5036 PP
260
SE.960.5036.21,5.H
960
180
40
21,5
1080
1000
110
136
SL04 5036 PP
263
Sheave tread ø
Shaft ø
Wire ød
Groove Outside radius ø
PCD
Rim width
Bearing width
øD2
øG
d
R
øD1
øD3
E
F
SE.710.5026.18
710
130
34
18
800
744
78
SE.710.5028.18
710
140
SE.710.5028.17
710
140
34
18
810
744
32
17
810
742
SE.710.5030.18
710
150
34
18
810
SE.710.5030.17
710
150
32
17
SE.720.5030.18
720
150
34
SE.750.226.13
750
260
SE.760.5026.20,5
760
130
SE.760.5030.20
760
SE.760.220.22
68 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. Sheaves shown here are standard models; inquiries for custom versions are welcome.
WARNING
SEE OUR WARNING & SAFETY INFORMATION ON PAGES 148 - 160
>>
WITH CYLINDRICAL ROLLER BEARINGS
SHEAVES
<< CAST SHEAVES
136
SL04 5038 PP
260
110
150
SL04 5040 PP
267
95
100
SL04 5030 PP
198
1045
80
65
SL04 5022 PP
199
1180
1096
114
122
SL04 5034PP
279
23,5
1180
1084
110
99
SL04 5034 PP
288
50
26,5
1180
1090
114
110
SL04 5036 PP
323
56
30
1180
1096
114
136
SL04 5038PP
285
220
70
37
1200
1130
140
149
SL04 5044 PP
478
1120
170
55
29,5
1280
1175
125
99
SL04 5034 PP
398
SE.1120.5038.27
1120
190
51
27
1280
1171
125
110
SL04 5038 PP
406
SE.1130.5044.27
1130
220
51
27
1300
1181
146
130
SL04 5044 PP
487
SE.1200.5040.27,5
1200
200
52
27,5
1370
1252
140
120
SL04 5040PP
518
SE.1200.5044.32
1200
220
60
32
1370
1260
146
160
SL04 5044 PP
511
SE.1250.5044.29
1250
220
54
29
1415
1304
135
130
SL04 5044 PP
663
SE.1280.5044.34
1280
220
64
34
1470
1344
148
160
SL04 5044 PP
624
SE.1280.5044.30
1280
220
56
30
1470
1336
148
130
SL04 5044 PP
629
SE.1280.5044.32
1280
220
60
32
1470
1340
148
130
SL04 5044 PP
629
SE.1445.5052.39,5
1445
260
75
39,5
1661
1520
170
154
SL04 5052 PP
1021
SE.1540.5056.38
1450
280
72
38
1745
1522
170
154
SL04 5056 PP
1130
SE.1820.5052.39,5
1820
260
75
39,5
2046
1895
170
154
SL04 5052 PP
1333
SE.2660.5056.38
2660
280
72
38
2865
2732
160
190
SL04 5056 PP
2319
Wire ød
PCD
Rim width
Bearing width
øD2
øG
d
R
øD1
øD3
E
F
960
190
40
21,5
1080
1000
110
SE.960.5040.21,5.H
960
200
SE.1004.5030.27
1004
150
40
21,5
1080
1000
51
27,2
1119
1055
SE.1010.5022.18,5
1010
110
35
18,5
1115
SE.1040.5034.30
1040
170
56
30
SE.1040.5034.23,5
1040
170
44
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 148 - 160
w a r n i n g
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. Sheaves shown here are standard models; inquiries for custom versions are welcome.
o u r
n
i n f o r m a t i o n
o n
SE.960.5038.21,5
Groove Outside radius ø
p a g e
Weight (kg)
Shaft ø
s e e
>>
Bearing
Sheave tread ø
148
Dimensions (mm) Model Nr.
69
SHEAVES
CAST SHEAVES, RIGGING
WITH BALL BEARINGS
E
øD1
øD3
øG F
øD2
R
ød
Dimensions (mm) Weight (kg)
20
2x6002-RS
0,7
23
27,5
2x6022-RS
1,5
36
40
2x6206-RS
3
179
36
40
2x6206-RS
4,5
250
228
40
45
2x6207-RS
8
300
275
45
50
2x6208-RS
12
12
350
327
45
50
2x6209-RS
17
13
400
369
55
60
2x6210-RS
24
øD2
øG
d
R
SEF.80.6002.4,5
80
15
8
SEF.105.60-22.5,5
105
22
SEF.120.6206.6,5
120
30
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
148
Shaft ø
p a g e
Bearing
Sheave tread ø
o n
Model Nr.
n n
Wire ød Groove Outside radius ø
PCD
Rim width
Bearing width
øD1
øD3
E
F
4,5
100
88
18
10
5,5
125
115
12
6,5
150
132
30
14
7,5
200
210
35
18
9,5
255
40
20
11
305
45
22
345
50
24
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
70
SEE OUR WARNING & SAFETY INFORMATION ON PAGES 148 - 160
WITH CYLINDRICAL ROLLER BEARINGS
E
SHEAVES
CAST SHEAVES, RIGGING
øD1
øD3
øG
F
øD2
R
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
E
F
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 148 - 160
p a g e
R
Bearing
o n
d
Bearing width
i n f o r m a t i o n
øG
Rim width
s a f e t y
øD2
PCD
a n d
Groove Outside radius ø
w a r n i n g
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.210.5008.9,5 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
148
Dimensions (mm) Model Nr.
71
SHEAVES
CAST SHEAVES, RIGGING >>
WITH BRONZE BUSHING E
øD1
øD3
F
øD2
øG
R
ød
Dimensions (mm) Wire ød
Groove Outside radius ø
PCD
Rim width
Bearing width
Bearing
Weight (kg)
øG
d
R
øD1
øD3
E
F
SEF.80.15.20.4,5
80
15
8
4,5
100
88
18
20
Bronze
0,6
SEF.105.22.27.5,5
105
22
10
5,5
125
115
23
27
Bronze
1,5
SEF.120.30.40.6,5
120
30
12
6,5
150
132
36
40
Bronze
3
SEF.165.30.40.7,5
165
30
14
7,5
200
179
36
40
Bronze
4,5
SEF.195.60.60.12
195
60
22
12
250
217
50
60
Bronze
12
SEF.210.35.45.9,5
210
35
18
9,5
250
228
40
45
Bronze
8
SEF.240.80.62.15
240
80
28
15
300
268
58
62
Bronze
11,9
SEF.250.50.60.8,5
250
50
16
8,5
300
266
45
60
Bronze
13,9
SEF.250.70.60.13
250
70
24
13
300
274
55
60
Bronze
15
SEF.255.40.50.11
255
40
20
11
300
275
45
50
Bronze
12
SEF.300.80.62.17
300
80
32
17
365
332
58
62
Bronze
15,1
SEF.300.80.62.15
300
80
28
15
365
328
58
62
Bronze
15,7
SEF.305.45.50.12
305
45
22
12
350
327
45
50
Bronze
17
SEF.305.50.50.12
305
50
22
12
350
327
45
50
Bronze
13,9
SEF.305.70.75.14
305
70
26
14
350
331
70
75
Bronze
20
SEF.345.50.65.13
345
50
24
13
400
369
55
65
Bronze
23,6
SEF.345.50.60.13
345
50
24
13
400
369
55
60
Bronze
24
SEF.345.55.65.13
345
55
24
13
400
369
55
65
Bronze
23,4
SEF.345.60.60.13
345
60
24
13
400
369
55
60
Bronze
22,8
SEF.345.60.70.16
345
60
30
16
400
375
55
70
Bronze
22,8
SEF.345.60.70.15
345
60
28
15
400
373
55
70
Bronze
23
SEF.345.70.70.16
345
70
30
16
400
375
55
70
Bronze
22,3
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
148
øD2
p a g e
Sheave tread Shaft ø ø
o n
Model Nr.
72
n n
Different shaft sizes possible. Groove may be adjusted to other wire rope diameters. WARNING
SEE OUR WARNING & SAFETY INFORMATION ON PAGES 148 - 160
>>
WITH BRONZE BUSHING
SHEAVES
<< CAST SHEAVES, RIGGING
øD2
øG
d
R
øD1
øD3
E
F
SEF.345.70.70.15
345
70
28
15
400
373
55
70
Bronze
22,5
SEF.345.80.80.19
345
80
36
19
400
381
70
80
Bronze
30
SEF.345.80.80.17
345
80
32
17
400
377
70
80
Bronze
31
SEF.345.80.80.15
345
80
28
15
400
373
75
80
Bronze
32
SEF.390.55.70.15
390
55
28
15
450
418
60
70
Bronze
36
SEF.390.60.70.16
390
60
28
16
450
418
60
70
Bronze
32
SEF.390.70.70.16
390
70
30
16
450
420
60
70
Bronze
31
SEF.390.70.70.15
390
70
28
15
450
418
60
70
Bronze
32
SEF.390.80.80.20
390
80
38
20
450
428
70
80
Bronze
40
SEF.390.80.80.19
390
80
36
19
450
426
70
80
Bronze
40
SEF.390.80.80.17
390
80
32
17
450
422
70
80
Bronze
41
SEF.390.80.85.19,5
390
80
37
19,5
450
427
75
85
Bronze
42
SEF.390.80.85.17
390
80
32
17
450
422
75
85
Bronze
48
SEF.390.90.85.19,5
390
90
37
19,5
450
427
75
85
Bronze
41
SEF.430.60.80.16
430
60
30
16
500
460
70
80
Bronze
44
SEF.430.80.80.20
430
80
38
20
495
468
70
80
Bronze
43
SEF.430.80.80.17
430
80
32
17
495
462
70
80
Bronze
44
SEF.430.100.80.20
430
100
38
20
495
468
70
80
Bronze
42
SEF.430.100.80.17
430
100
32
17
495
462
70
80
Bronze
43
SEF.430.100.100.19,5
430
100
37
19,5
500
467
90
100
Bronze
80
SEF.480.70.80.18
480
70
34
18
550
514
70
80
Bronze
52
SEF.480.120.120.21,5
480
120
40
21,5
550
520
100
120
Bronze
80
SEF.520.80.105.19,5
520
80
37
19,5
600
557
85
105
Bronze
80
SEF.520.120.90.27,5
520
120
52
27,5
595
572
80
90
Bronze
64
SEF.520.120.80.17
520
120
32
17
595
552
70
80
Bronze
64
SEF.520.120.90.23,5
520
120
44
23,5
595
564
80
90
Bronze
66
SEF.520.120.90.20
520
120
38
20
595
558
80
90
Bronze
68
SEF.560.100.110.20,5
560
100
39
20,5
665
599
100
110
Bronze
110
SEF.630.120.110.21,5
630
120
40
21,5
710
670
85
110
Bronze
115
SEF.710.150.130.23,5
710
150
44
23,5
810
754
98
130
Bronze
170
SEF.800.150.150.22
800
150
44
22
920
844
130
150
Bronze
270
SEF.920.160.150.22
920
160
41
22
1030
961
130
150
Bronze
380
SEF.1020.180.160.24,5
1020
180
46
24,5
1160
1066
140
160
Bronze
540
n n
Different shaft sizes possible. Groove may be adjusted to other wire rope diameters. WARNING
SEE OUR WARNING & SAFETY INFORMATION ON PAGES 148 - 160
p a g e
Weight (kg)
o n
Bearing
i n f o r m a t i o n
Bearing width
s a f e t y
Rim width
a n d
PCD
w a r n i n g
Groove Outside radius ø
o u r
Wire ød
s e e
>>
Sheave tread Shaft ø ø
148
Dimensions (mm) Model Nr.
73
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. 1000 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
148
hybrid solution can be considered). Plastic sheaves
74
ARE NOT SUITABLE FOR ALL CONDITIONS.
WITH CYLINDRICAL ROLLER BEARINGS
SHEAVES
PLASTIC SHEAVES
F E ød
øD1
øD3
øD2
øG
R
SL04 5012PP
3,9
54
SL04 5014PP
5,9
369
42
46
SL04 5013PP
5,5
400
368
42
46
SL04 5013PP
5,6
8,5
400
368
50
60
SL04 5016PP
7,6
19
10,5
460
419
60
67
SL04 5018PP
9,8
18
10
460
418
60
67
SL04 5018PP
10,8
120
18
10
460
418
72
80
SL04 5024PP
14
160
18
10
460
418
72
80
SL04 160PP
13,5
90
22
12
558
504
62
67
SL04 5018PP
13
482
90
21
11,5
560
503
62
67
SL04 5018PP
14
482
120
21
11,5
560
503
72
80
SL04 5024PP
17,5
SE.482.160.11,5.K
482
160
21
11,5
560
503
72
80
SL04 160PP
17,2
SE.528.5018.14.K
528
90
26
14
596
554
62
67
SL04 5018PP
14,9
SE.528.5018.12.K
528
90
22
12
596
550
60
67
SL04 5018PP
15
SE.528.5018.13.K
528
90
24
13
596
552
62
67
SL04 5018PP
15
SE.528.5018.8,5.K
528
90
16
8,5
596
544
62
67
SL04 5018PP
15,3
SE.528.5024.13.K
528
120
24
13
596
552
72
80
SL04 5024PP
20,9
SE.528.160.13.K
528
120
24
13
596
552
72
80
SL04 160PP
22,1
SE.630.160.15,5.K
630
160
28
15,5
710
658
75
80
SL04 160PP
28
SE.662.5026.15,5.K
662
130
28
15,5
742
690
80
95
SL04 5026PP
35
SE.772.5026.15,5.K
772
130
28
15,5
852
800
80
95
SL04 5026PP
46
øG
d
R
øD1
øD3
E
F
SE.260.5010.7.K
260
50
13
7
300
272
34
SE.285.5012.7.K
285
60
SE.350.5014.14.K
350
70
13
7
325
297
26
14
416
376
SE.352.5013.9,5.K
352
65
17
9,5
400
SE.352.5013.8,5.K
352
65
16
8,5
SE.352.5016.8,5.K
352
80
16
SE.400.5018.10,5.K
400
90
SE.400.5018.10.K
400
90
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
46
52
Bearing width
o n
34
Rim width
i n f o r m a t i o n
2,9
PCD
s a f e t y
SL04 5010PP
Groove Outside radius ø
a n d
40
Wire ød
w a r n i n g
Weight (kg)
Shaft ø
o u r
Bearing
Sheave tread ø
148
Dimensions (mm) Model Nr.
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. Sheaves shown here are standard models; inquiries for custom versions are welcome.
WARNING
SEE OUR WARNING & SAFETY INFORMATION ON PAGES 148 - 160
75
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 76
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
148
adequate choice for specific applications.
WARNING
SEE OUR WARNING & SAFETY INFORMATION ON PAGES 148 - 160
77
78
ROPEBLOCK.COM
API SHEAVES
other specifications may vary. The sheaves are weldless designed with smooth transitions and manufactured, machined and material treated with greatest care. Sheave Outside ø
Sheave Outside ø (mm)
Wire size range ø (inch)
Wire size range ø (mm)
Shaft ø (inch)
Shaft ø (mm)
24”
609,6
9/16 - 1
14 - 25
41/4
107,95
30”
762,0
1 - 1 1/8
25 - 29
55/8
142,88
36”
914,4
1 - 1 3/8
25 - 35
61/2
165,10
42”
1066,8
1 1/8 - 1 1/2
29 - 38
8
203,20
50”
1270,0
1 1/4 - 1 1/2
32 - 38
8
203,20
52”
1320,8
1 3/8 - 1 1/2
35 - 38
8
203,20
55”
1397,0
1 3/8 - 13/4
35 - 44
9 1/4
234,95
60”
1524,0
11/2 – 2 1/8
35 - 54
10 1/2
266,70
68”
1727,2
11/2 – 2 1/8
38 – 54
10 ½
304,8
72”
1828,8
13/4 - 2 1/8
44 - 54
14
355,60
78”
1981,2
13/4 - 3
44 - 76
14
355,60
82”
2082,8
13/4 - 3
44 - 76
14
355,60
a n d
optimum solution, since line pull, fleet angles and
w a r n i n g
sheaves, custom-made sheaves are often an
o u r
Besides the presented list for our standard
s e e
developed API sheaves.
p a g e
• Standard sheave diameter range from 26” to 82” • Standard wire sizes 9/16” to 3“ • Meets API 8C specifications • Unrivalled weight / fatigue performance ratio • Groove hardness minimum 35 HRC • Balanced • Tapered rolling bearings, size selected to fit the application • Other bearing types available on request • Finish in accordance with C5-MM, C5-MH (ISO 12944) or NORSOK system 1 • Custom designs possible
o n
in various blocks and applications, Ropeblock
i n f o r m a t i o n
Characteristics include:
s a f e t y
Based on abundant experience with sheaves
148
IMPROVED EFFICIENCY, DURABILITY AND SAFETY
79
WARNING
SEE OUR WARNING & SAFETY INFORMATION ON PAGES 148 - 160
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.
80
C
SOCKETS 148 p a g e o n i n f o r m a t i o n s a f e t y
TESTING Ropeblock sockets are subject to the most strin gent surface and volumetric NDT procedures, excluding any risk for manufacturing flaws. Said procedures are accepted by all large third party authorities. Sockets can be individually proof tested on request. The default proof load value is 40% of the catalog MBL for spelter sockets and 30% for wedge sockets. Higher values until 50% will require special consideration.
a n d
A
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
B
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 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. TL
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.
81
82
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.
dance with the Ropeblock testing program, which implies testing up to 40% of the MBL of the socket. Higher proof loads are available upon request.
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. 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 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. 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 accor83
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 86 - 87
PAGE 90
PAGE 91
PAGES 92 - 93
PAGES 94 - 95
84
SUPER REEVE CONNECTOR SWIVEL SOCKETS
OPEN WEDGE SOCKETS
TAILGRIP OPEN WEDGE SOCKETS
CLOSED WEDGE SOCKETS
SLEEVES AND SWAGE SOCKETS
A revolutionary evolution of the Fast Connector Socket. This socket line has the smallest connector diameter available in the market today, and still meets the respective EN standards. It has been designed to go through the smallest spaces in a crane reeving system. This unique patented design allows refitting by pouring in the field, saving valuable down time compared to swaging techniques.
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 96 - 97
PAGES 98 - 99
PAGES 100 -101
PAGE 102
PAGES 105 - 107 85
SOCKETS
OPEN SPELTER SOCKETS WITH PIN
Model nr.
MBL
for wire ø
Dimensions (mm)
51
19
0,4
124
63
21
0,7
15
25
12
142
67
25
1
58
18
30
14
171
85
32
1,8
27
50
63
32
4
-
-
50
40
19
8
-
-
57
45
22
-
-
64
51
76
8-10
OSS 198 P
20
11-13
7
OSS 199 P
25
14-16
9
OSS 100 P
40
18-19
OSS 104 P
55
20-22
/ -/ / -/ / /
OSS 108 P
75
23-26
1
20-22
OSS 111 P
90
27-30
11/8
/ / -/ / /
OSS 115 P
125
31-36
11/4- 13/8
23-26
OSS 118 P
150
37-39
1
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
11
13
/ /
12
i n f o r m a t i o n
9
21
9
42
D
OSS 197 P
s a f e t y
16
34
C
1
a n d
(kg)
B
3
w a r n i n g
W
A
6-7
o u r
TB
(inch)
8
s e e
TL
øP
(mm)
OSS 196 P
1
16
5
16
2 8
13
2
89
76
40
70
22
35
16
205
95
38
3
4
101
89
45
80
25
41
19
235
110
44
4,6
8
114
101
60
104
29
51
22
275
128
51
8
1
127
114
65
114
33
57
25
306
142
57
11
127
72
126
39
63
28
338
155
63
15
162
80
142
42
70
30
394
177
76
22
165
88
156
45
76
33
418
187
76
27
178
100
176
52
89
39
469
215
89
41
228
108
194
59
95
45
552
244
101
60
254
120
210
64
108
53
603
275
113
88
248
273
133
236
75
121
60
654
300
127
118
279
279
138
240
81
127
73
696
335
133
155
305
286
146
252
88
133
76
737
355
146
186
330
298
160
290
92
140
79
788
375
159
227
356
318
178
320
99
152
83
852
400
171
283
381
343
190
350
108
178
89
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
3
7
4
8
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
1
18-19
27-28 30-32
15/8
1
14-16
1
Weight T
øH
(inch)
148
(mm)
Strand ø
p a g e
(Mtons)
QUENCHED AND TEMPERED CAST STEEL
1
43/4 - 5
53/4 - 6
33-35
5
16
3 7
8
11/16 - 11/8 139
1 /16 - 1 /4 152 3
1
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
3 /8 - 4 /16 7
5
112-124 47/16 - 47/8 500 133-143 51/4 - 55/8
3
73/4 - 8
9
1
180-191
585
3
71/4 - 71/2
775
MBL = Minimum Breaking Load n n n
86 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 148 - 160
QUENCHED AND TEMPERED CAST STEEL
SOCKETS
OPEN SPELTER SOCKETS WITH BOLT AND NUT
øP
øH
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
70
22
35
16
205
107
38
3,1 4,7
76
40
4 8
18-19
3
4
89
45
80
25
41
19
235
123
44
20-22
/ /
101
1
7
8
114
101
60
104
29
51
22
275
138
51
8
23-26
1
127
114
65
114
33
57
25
306
160
57
12
139
127
72
126
39
63
28
338
165
63
16
152
162
80
142
42
70
30
394
199
76
23
165
165
88
156
45
76
33
418
209
76
28
191
178 100 176
52
89
39
469
237
89
43
216
228 108 194
59
95
45
552
263
101
62
229
254 120 210
64
108
53
603
298
113
90
248
273 133 236
75
121
60
654
330
127
123
279
279 138 240
81
127
73
696
359
133
159
305
286 146 252
88
133
76
737
380
146
190
330
298 160 290
92
140
79
788
397
159
230
356
318 178 320
99
152
83
852
419
171
287
381
343 190 350 108 178
89
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
7
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
5
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
1
63/4 - 7
7 /4 - 7 /2 1
27-28 30-32
5
1
2
/16 - 5/8
14-16
3
1
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
9
11/16 - 11/8 13/16- 11/4
1 /16 - 1 /8 5
3
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
5
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
1
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 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 148 - 160
148
27-30
16
1
p a g e
90
5
o n
OSS 111 B
16
i n f o r m a t i o n
23-26
1
s a f e t y
20-22
81-86
32
89
75
625
96
/
55
OSS 140 B
171
8
OSS 108 B
76-80
14
76
OSS 104 B
560
30
13
18-19
OSS 138 B
18
32
51
40
69-75
1,1
58
63
2
64
OSS 100 B
460
25
-
9
OSS 135 B
80
-
14-16
61-68
142
8
22
25
425
12
19
45
OSS 199 B
OSS 132 B
25
50
40
57
/ -/ / -/ / /
55-60
0,8
15
27
50
-
7
360
0,5
21
-
-
11-13
OSS 130 B
19
75
-
20
49-54
62
124
4
OSS 198 B
280
109
11
13
/ /
8-10
OSS 128 B
9
21
9
42
D
12
43-48
16
34
C
OSS 197 B
40-42
(kg)
B
1
225
W
A
3
170
TB
(inch)
6-7
OSS 125 B
TL
øP
(mm)
8
Weight
T
øH
(inch)
OSS 196 B
OSS 120 B
Dimensions (mm)
a n d
(mm)
Strand ø
w a r n i n g
for wire ø
o u r
MBL (Mtons)
s e e
Model nr.
87
TB W
D
D
øH
o n
p a g e
148
Model Nr.
for wire ø (mm)
A
B
C
OSS G5 B
120
28-30
137
135
OSS G6 B *
150
31-34
155
150
OSS G7 B
170
35-38
176
OSS G8 B
225
39-43
198
OSS G9 B *
280
44-54
OSS G10 B
360
55-60
B
øH
Dimensions (mm) D
øH
øP
T
TL
TB
W
Weight (kg)
55
50
36
50,5
33
327
172
63
11
60
110
42
55
37
365
197
70
16
170
70
120
47
60,5
41
416
215
80
22
190
80
135
52
70,5
46
468
242
90
28
235
235
110
170
63
80
50
580
276
106
59
265
245
120
190
72
91
55
630
236
126
65
* AVAILABLE FROM STOCK n 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.
MBL = Minimum Breaking Load
WARNING
SEE OUR WARNING & SAFETY INFORMATION
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
MBL (Mtons)
A
A
TL
B
øP
øP
C
TB TW
C
T
QUENCHED AND TEMPERED CAST STEEL
TL
SOCKETS
PORT INDUSTRY SOCKETS WITH BOLT AND NUT
88
Available with Roller
QUENCHED AND TEMPERED CAST STEEL
TB W
D
D
B
A
A
TL
TL
B
B
C
Dimensions (mm)
OSS G5 P
120
28-30
137
135
OSS G6 P *
150
31-34
155
150
OSS G7 P
170
35-38
176
OSS G8 P
225
39-43
198
OSS G9 P *
280
44-54
OSS G10 P
360
55-60
D
øH
øP
T
TL
TB
W
Weight (kg)
55
50
36
50,5
33
327
161
63
11
60
110
42
55
37
365
180
70
15
170
70
120
47
60,5
41
416
195
80
22
190
80
135
52
70,5
46
468
230
90
28
235
235
110
170
63
80
50
580
251
106
57
265
245
120
190
72
91
55
630
236
126
65
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
s a f e t y
n
MBL = Minimum Breaking Load
a n d
* AVAILABLE FROM STOCK
p a g e
A
o n
(mm)
i n f o r m a t i o n
for wire ø
Available with Roller
w a r n i n g
MBL (Mtons)
o u r
Model Nr.
148
øH
øH
s e e
øP
øP
C
T
C
TB W
T
SOCKETS
PORT INDUSTRY SOCKETS WITH PIN
89
SOCKETS
CLOSED SPELTER SOCKETS
Model nr.
CSS 296
MBL (Mtons)
(mm)
8
6-7
1
8-10
3
Strand ø
11
9
22
13
37
101
0,3
14
13
25
18
43
119
0,4
59
17,5
15
30
23
51
140
0,7
65
21
18
36
26
67
162
1,4
78
27
22
42
32
76
194
2,2
/ /
4
-
-
50
40
8
-
-
57
48
-
64
/
76 89
11-13
25
14-16
9
CSS 200
40
18-19
CSS 201
55
20-22
8
18-19
CSS 204
75
23-26
1
CSS 207
90
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
TL
C
20
i n f o r m a t i o n
TA
B
CSS 299
s a f e t y
T
A
CSS 298
a n d
K
(inch)
/ -/ / -/ / /
w a r n i n g
øH
Weight (kg)
(mm)
7
o u r
Dimensions (mm)
(inch)
148
12
for wire ø
p a g e
CSS 297
QUENCHED AND TEMPERED CAST STEEL
1
16
5
16
2
-
8
13
1
2
4
101
90
33
25
47
38
92
224
3,8
20-22
8
114
103
36
29
57
44
104
253
5,4
23-26
1
127
116
39
33
65
51
114
282
7
31-36
11/8 11/4- 13/8
/ -/ / /
139
130
43
39
71
57
126
312
10
37-39
11/2
30-32
152
155
51
42
81
63
136
358
13
165
171
54
45
83
70
146
390
17
190
198
55
52
93
76
171
443
26
216
224
62
59
100
82
193
502
37
228
247
73
64
112
92
216
548
50
248
270
79
75
140
102
241
597
66
279
286
79
81
159
124
273
644
91
315
298
83
88
171
133
292
696
117
23/4 -3
330
311
102
92
184
146
311
743
125
1
356
330
102
99
197
159
330
788
176
381
356
108
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
3
7
4
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
1
5
23/4 - 27/8 3 - 31/8
31/4 - 33/8 3 /2 - 3 /8
42-45
56-62 64-67 69-76
5
78-86
33/4 - 4
88-96
1
4 /4 - 4 /2 1
1
43/4 - 5
51/4 - 51/2
98-110 112-124 125-132
5 /4 - 6
133-143
1
1
144-154
63/4 - 7
155-166
1
167-179
3
6 /4 - 6 /2 7 /4 - 7 /2 1
73/4 - 8
180-191
9
5
16
3 7
8
1 /16 -1 /8 1
1
13/16 -11/4 15/16 -13/8 1 /16 -1 /8 5
7
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
5
47/16 -47/8
415/16 - 53/16 5 /4 - 5 /8 1
5
5 11/16 - 61/4 61/4 - 63/4
6 /16 - 7 /16 9
1
71/4 - 71/2
s e e
MBL = Minimum Breaking Load n
90
n n
n
n n
The standard finish of our sockets is blue. Hot dipped galvanized is also available. Socket range CSS296 until CSS200 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 148 - 160
TA
TL
141
83
38
39
75
132
262
7
162
103
40
44
92
152
305
10
188
120
48
51
112
178
356
16
2 -21/8
204
132
54
59
120
200
390
21
1
230
148
62
64
135
220
440
28
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
68
73
150
250
498
44
7
287
178
75
79
164
274
540
53
3-3 /8
314
195
76
89
175
295
585
70
327
216
82
92
194
320
625
81
5
358
220
92
99
202
350
670
112
33/4 -4
365
235
100
108
215
375
700
130
1
420
270
110
120
240
410
800
182
1
5
2 /4 -2 /8 3
1
31/4 -33/8
3 /2 -3 /8 1
4 /4 - 4 /2 1
MBL = Minimum Breaking Load n 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 148 - 160
SOCKETS 148
K
p a g e
øH
A
o n
C
(inch)
i n f o r m a t i o n
B
(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
91
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
B
C
øH
øP
T
W
D
øD
øJ
K
TB
Weight (kg) TL
62
61
27
15
25
12
25
50
33
49
46
67
150
1,6
72
78
85
32
18
30
14
32
58
38
60
59
85
182
2,6
93
40
21
35
16
38
70
45
70
69
95
218
4,5
20-22
/ -/ /-/ /-/ /
102 106
45
24
41
19
44
80
50
82
81
110 253
6,5
75
23-26
1
115 123
60
28
51
22
51
104
60
95
90
128 298
11
90
27-29
1
1 /8
140 152
65
32
57
25
57
114
70
107 116 142 357
16
T 705
75
23-26
1
115 123
60
28
51
22
51
104
60
95
128 298
11
T 706
90
27-29
1
1 /8
140 152
65
32
57
25
57
114
70
107 116 142 357
16
FCS 707 P.SR
T 706
125
30-32
1
1 /4
150 159
73
36
63
28
63
126
80
119 120 155 382
18
FCS 708 P.SR
T 706
125
33-36
13/8
160 171
73
39
64
28
69
126
85
125 130 160 404
23
FCS 709 P.SR
T 709
150
37-39
1
1 /2
176 187
80
42
70
30
76
142
90
136 142 177 443
29
FCS 710 P.SR
T 709
170
40-42
5
1 /8
188 198
88
45
76
33
76
156
95
142 150 187 474
36
FCS 711 P.SR
T 711
225
43-48 13/4- 17/8 210 232 100
52
89
39
89
176 110 167 175 215 542
58
FCS 701 P
-
20
11-13
7
FCS 702 P
-
25
13-16
1
FCS 703 P
-
40
16-19
5
FCS 704 P
-
55
FCS 705 P
-
FCS 706 P
-
FCS 705 P.SR FCS 706 P.SR
1
16
5
2
3
8
7
8
2
8 4
90
MBL = Minimum Breaking Load n 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 148 - 160
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
148
Model nr.
92
Available with Reeving tool (optional)
QUENCHED AND TEMPERED CAST STEEL
SOCKETS
FAST CONNECTOR SOCKETS WITH BOLT AND NUT
A
B
C
øH øP
T
W
D
øD
øJ
K
TB
TL
62
61
27
15
25
12
25
50
33
49
46
80
150
1,6
72
78
32
18
30
14
32
58
38
60
59
96
182
2,6
85
93
40
21
35
16
38
70
45
70
69
107 218
4,5
102 106
45
24
41
19
44
80
50
82
81
123 253
6,5
FCS 701 B
-
20
11-13
7
FCS 702 B
-
25
13-16
1
FCS 703 B
-
40
16-19
5
FCS 704 B
-
55
20-22
/ -/ /-/ /-/ /
FCS 705 B
-
75
23-26
1
115 123
60
28
51
22
51
104
60
95
90
138 298
11
FCS 706 B
-
90
27-29
1
1 /8
140 152
65
32
57
25
57
114
70
107
116 160 357
16
FCS 705 B.SR
T 705
75
23-26
1
115 123
60
28
51
22
51
104
60
95
90
138 298
11
FCS 706 B.SR
T 706
90
27-29
1
1 /8
140 152
65
32
57
25
57
114
70
107
116 160 357
16
FCS 707 B.SR
T 706
125
30-32
1
1 /4
150 159
73
36
63
28
63
126
80
119
120 165 382
18
FCS 708 B.SR
T 706
125
33-36
13/8
160 171
73
39
64
28
69
126
85
125
130 185 404
23
FCS 709 B.SR
T 709
150
37-39
1
176 187
80
42
70
30
76
142
90
136
142 201 443
29
FCS 710 B.SR
T 709
170
40-42
188 198
88
45
76
33
76
156
95
142
150 209 474
36
FCS 711 B.SR
T 711
225
43-48
210 232 100 52
89
39
89
176 110
167
175 237 542
58
1
16
5
2
3
8
7
2
8 4
8
1 /2 15/8
1 /4 - 1 /8 3
7
MBL = Minimum Breaking Load
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 148 - 160
w a r n i n g
n
o u r
n
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.
148
Spin resistant
93
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
148
Model nr.
o u r s e e
for wire ø
Dimensions (mm)
(mm)
(inch)
A
B
C
øH
øP
T
W
D
øD
øJ
L
TB
TL
Weight (kg)
SCS 901 P
20
11-13
7
2
-
-
-
-
-
-
-
-
-
-
-
-
-
SCS 902 P
25
13-16
8
85
133
32
19
30
14
32
58
32
56
98
85
250
3,1
SCS 903 P
40
16-19
5
4
90
160
40
22
35
16
38
70
40
65
114
95
290
4,8
SCS 904 P
55
20-22
/ -/ /-/ /-/ /
-
1
8
107 184
45
26
41
19
44
80
44
77
130 110
336
8
SCS 905 P
75
23-26
1
115 211
60
31
50
22
51
104
52
88
142 128
386
12
SCS 906 P
90
27-29
11/8
140 215
65
34
57
25
57
114
58
96
159 142
420
16
SCS 907 P
125
30-32
1
150 260
73
36
63
28
63
126
64
110 177 155
483
23
SCS 908 P
125
33-36
13/8
170 260
73
40
64
28
69
126
68
114 197 160
503
25
SCS 902 P.SR
25
13-16
1
8
85
133
SCS 903 P.SR
40
16-19
5
4
90
SCS 904 P.SR
55
SCS 905 P.SR
75
SCS 906 P.SR
1
16
5
2
3
8
7
1 /4
32
19
30
14
32
58
32
56
98
85
250
3,1
160
40
22
35
16
38
70
40
65
114
95
290
4,8
20-22
/ -/ / -/ / 8
107 184
45
26
41
19
44
80
44
77
130 110
336
8
23-26
1
115 211
60
31
50
22
51
104
52
88
142 128
386
12
90
27-29
11/8
140 215
65
34
57
25
57
114
58
96
159 142
420
16
SCS 907 P.SR
125
30-32
150 260
73
36
63
28
63
126
64
110 177 155
483
23
SCS 908 P.SR
125
33-36
170 260
73
40
64
28
69
126
68
114 197 160
503
25
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
5
2
3
8
7
11/4 13/8 1 /2 1
15/8
13/4- 17/8 2 - 21/8
-
-
160 283 -
-
-
-
-
-
-
-
-
88
45
76
33
76
156
84
-
-
-
-
225 373 108
-
-
-
60
95
45
-
-
-
139 195 187 -
-
-
101 194 105 185 280 244
-
-
531
42
-
-
706
93
MBL = Minimum Breaking Load n n
94
MBL (Mtons)
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 148 - 160
QUENCHED AND TEMPERED CAST STEEL
SOCKETS
SUPER REEVE CONNECTOR SOCKET WITH BOLT AND NUT
C
øH
øP
T
W
D
øD
øJ
L
TB
TL
SCS 901 B
20
11-13
7
2
-
-
-
-
-
-
-
-
-
-
-
-
-
SCS 902 B
25
13-16
8
85
133
32
19
30
14
32
58
32
56
98
96
250
3,1
SCS 903 B
40
16-19
5
4
90
160
40
22
35
16
38
70
40
65
114
107
290
4,8
SCS 904 B
55
20-22
/ -/ /-/ /-/ /
-
1
8
107 184
45
26
41
19
44
80
44
77
130
123
336
8
SCS 905 B
75
23-26
1
115 211
60
31
50
22
51
104
52
88
142
138
386
12
SCS 906 B
90
27-29
11/8
140 215
65
34
57
25
57
114
58
96
159
160
420
16
SCS 907 B
125
30-32
150 260
73
36
63
28
63
126
64
110
177
165
483
23
SCS 908 B
125
33-36
170 260
73
40
64
28
69
126
68
114
197
185
503
25
SCS 902 B.SR
25
13-16
1
8
85
133
SCS 903 B.SR
40
16-19
5
4
90
SCS 904 B.SR
55
SCS 905 B.SR
75
SCS 906 B.SR
1
16
5
2
3
8
7
11/4 13/8
32
19
30
14
32
58
32
56
98
96
250
3,1
160
40
22
35
16
38
70
40
65
114
107
290
4,8
20-22
/ -/ / -/ / 8
107 184
45
26
41
19
44
80
44
77
130
123
336
8
23-26
1
115 211
60
31
50
22
51
104
52
88
142
138
386
12
90
27-29
11/8
140 215
65
34
57
25
57
114
58
96
159
160
420
16
SCS 907 B.SR
125
30-32
150 260
73
36
63
28
63
126
64
110
177
165
483
23
SCS 908 B.SR
125
33-36
170 260
73
40
64
28
69
126
68
114
197
185
503
25
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
5
2
3
8
7
11/4 13/8 1 /2 1
15/8
13/4- 17/8 2 - 21/8
-
-
160 283 -
-
-
-
-
-
-
-
-
-
-
-
-
-
88
45
76
33
76
156
84
139
195
209
531
42
-
225 373 108
-
-
-
-
-
-
-
-
-
-
-
60
95
45
101
194
105
185
280
263
706
93
MBL = Minimum Breaking Load n 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 148 - 160
p a g e
B
o n
A
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.
148
PATENTED
95
SOCKETS
NEW!
SUPER REEVE CONNECTOR SWIVEL SOCKETS WITH PIN TB W
D
G
C
øP
T
QUENCHED AND TEMPERED CAST STEEL
B
PATENTED øN
L
A
TL
øD
øH
øJ
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
148
Model nr.
96
for wire ø MBL (Mtons) (mm) (inch)
Dimensions (mm) A
B
C
øH øP
T
W
G
D
øD
øJ
øN
L
TB
TL
Weight (kg)
SCS-SW 902 P
25
13-16
1/2 - 5/8
182 157 32
19
30
14
32
60
58
32
56
76
98
85
371
7
SCS-SW 903 P
40
16-19
5/8 - 3/4
208 186 40
22
35
16
38
70
70
40
65
93
114
95
434
11
SCS-SW 904 P
55
20-22
7/8
238 208 45
26
41
19
44
80
80
44
77
105 130
110 491
17
SCS-SW 905 P
75
23-26
1
266 235 60
31
50
22
51
96
98
52
88
125 142
128 561
26
SCS-SW 906 P
90
27-29
11/8
290 262 65
34
57
25
57 107 108
58
96
135 159
142 617
34
SCS-SW 907 P
125
30-32
11/14
327 292 73
36
63
28
63 118 120
64
110 150 177
155 692
49
MBL = Minimum Breaking Load n 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 148 - 160
SUPER REEVE CONNECTOR SWIVEL SOCKETS WITH BOLT AND NUT
W
TB
D
G
C
øP
T
QUENCHED AND TEMPERED CAST STEEL
SOCKETS
NEW!
B
PATENTED øN
L
A
TL
øD
øH
øJ
øH
øP
T
W
G
D
øD
øJ
øN
L
TB
TL
96
(kg)
SCS-SW 902 B
25
13-16
1/2 - 5/8
182 157 32
19
30
14
32
60
58
32
56
76
98
371
7
SCS-SW 903 B
40
16-19
5/8 - 3/4
208 186 40
22
35
16
38
70
70
40
65
93
114 107 434
11
SCS-SW 904 B
55
20-22
7/8
238 208 45
26
41
19
44
80
80
44
77
105 130 123 491
17
SCS-SW 905 B
75
23-26
1
266 235 60
31
50
22
51
96
98
52
88
125 142 138 561
26
290 262 65
34
57
25
57 107 108
58
96
135 159 160 617
34
327 292 73
36
63
28
63 118 120
64
110 150 177 165 692
49
SCS-SW 906 B
90
27-29
11/8
SCS-SW 907 B
125
30-32
11/14
n 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.
o n
MBL = Minimum Breaking Load
148
C
p a g e
B
WARNING
SEE OUR WARNING & SAFETY INFORMATION ON PAGES 148 - 160
i n f o r m a t i o n
A
s a f e t y
(inch)
Weight
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.
97
SOCKETS
OPEN WEDGE SOCKETS WITH PIN
QUENCHED AND TEMPERED CAST STEEL
WD
WB
WH
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
148
Model nr.
98
MBL (Mtons)
for wire ø (mm)
Dimensions (mm)
135
57
18
4
38
160
70
21
7
110
44
187
77
24
10
70
21
74
57
25
12
185
67
25
35
70
30
15
225
85
40
80
35
16
250
95
48
95
41
18
300
8 2
157
29
8
190
4
210
1
31
18
63
46
11-13
2,1
51
168
36
23
20
1,7
128
11
18
145
OWS 1 P
14
9
21
110
3
48
16
16
9-10
115
WB
/ / / / / /
12
0,8
WH
øP
OWS 0.5 P
9
W
C
5
12
TB
B
7-8
36
TL
A
8
35
T
(inch)
OWS 0.25 P
WD
Weight (kg)
OWS 2 P
25
14-16
5
OWS 3 P
40
18-19
3
OWS 4 P
55
20-22
7
8
252
OWS 5 P
75
23-26
1
298
55
110
51
22
353
128
51
212
83
28
15
OWS 6 P
90
27-29
11/8
322
65
130
57
25
387
142
57
232
91
30
21
OWS 7 P
110
30-32
1
350
73
146
63
28
423
155
63
266
108
33
31
OWS 8 P
125
34-36
13/8
400
74
148
64
28
474
160
70
298
116
35
37
OWS 9 P
150
37-39
450
80
142
70
30
530
177
77
338
130
38
51
OWS 10 P
170
40-42
87
160
76
33
587
187
76
373
140
41
64
OWS 11 P
225
43-48
13/4 - 17/8
500 550
100
186
89
39
650
215
89
408
146
48
96
OWS 12 P
280
49-52
2
637
105
205
95
46
740
244
101
450
160
53
130
OWS 13 P
360
54-58
21/4
660
125
250
108
54
785
275
114
470
168
58
180
OWS 14 P
425
60-68
21/2
835
135
270
121
60
970
300
127
500
176
65
275
OWS 15 P
460
72-76
3
1000
150
300
133
76
1150
355
146
550
244
70
440
OWS 16 P
625
81-86
1160
150
300
140
79
1310
375
159
670
260
80
510
1 /4
11/2
15/8
31/4 - 33/8
MBL = Minimum Breaking Load n 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 148 - 160
WD
QUENCHED AND TEMPERED CAST STEEL
SOCKETS
OPEN WEDGE SOCKETS WITH BOLT AND NUT
WB
7
12
185
80
25
35
70
30
15
225
96
40
80
35
16
250
107
2 8
190
4
210
OWS 2 B
25
14-16
5
OWS 3 B
40
18-19
3
OWS 4 B
55
20-22
7
8
252
48
95
41
18
300
123
44
187
77
24
10
OWS 5 B
75
23-26
1
298
55
110
51
22
353
138
51
212
83
28
15
1 /8
322
65
130
57
25
387
160
57
232
91
30
21
350
73
146
63
28
423
165
63
266
108
33
31
400
74
148
64
28
474
185
70
298
116
35
37
450
80
142
70
30
530
201
77
338
130
38
51
500
87
160
76
33
587
209
76
373
140
41
64
OWS 6 B
90
27-29
OWS 7 B
110
30-32
OWS 8 B
125
34-36
1
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
89
39
650
237
89
408
146
48
96
OWS 12 B
280
49-52
2
637
105
205
95
46
740
263
101
450
160
53
130
OWS 13 B
360
54-58
21/4
660
125
250
108
54
785
298
114
470
168
58
180
OWS 14 B
425
60-68
21/2
835
135
270
121
60
970
330
127
500
176
65
275
OWS 15 B
460
72-76
3
1000
150
300
133
76
1150
380
146
550
244
70
440
OWS 16 B
625
81-86
31/4 - 33/8
1160
150
300
140
79
1310
397
159
670
260
80
510
3
7
MBL = Minimum Breaking Load n 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 148 - 160
p a g e
4
21
25
29
o n
18
70
57
157
i n f o r m a t i o n
57
160
74
s a f e t y
135
38
70
21
8
1
31
18
75
46
11-13
2,1
62
168
36
23
20
1,7
128
11
18
145
OWS 1 B
14
9
21
110
3
48
16
16
9-10
115
WB
/ / / / / /
12
0,8
WH
øP
OWS 0.5 B
9
W
C
5
12
TB
B
7-8
36
TL
A
8
35
T
(inch)
OWS 0.25 B
WD
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.
148
WH
99
SOCKETS
TAILGRIP OPEN WEDGE SOCKETS WITH PIN
QUENCHED AND TEMPERED CAST STEEL
TB W
T
C B
øP
WD
WB
TL A
WH
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
148
E
100
Model nr.
MBL (Mtons)
OWS-TG 0.5 P
12
OWS-TG 1 P
20
OWS-TG 2 P
25
OWS-TG 3 P OWS-TG 4 P
for wire ø
Dimensions (mm) TH
TL
TB
W
WH
WB
WD
Weight (kg)
11
76
168
63
21
130
36
12
1,9
12
100
185
67
25
170
48
14
2,4
30
15
125
225
85
31
195
57
18
5
68
35
16
142
250
95
38
222
70
21
8
74
41
18
164
300
110
44
251
77
24
11
110
84
51
22
189
353
128
51
274
83
28
16
130
95
57
25
217
387
142
57
292
91
30
23
73
146 105
63
28
238
423
155
63
349
108
33
34
74
148 117
64
28
263
474
160
70
394
116
35
38
(inch)
A
B
C
E
øP
T
9-10
3/8
145
23
46
40
21
11-13
1/2
157
29
57
55
25
14-16
5/8
190
35
70
64
40
18-19
3/4
210
40
80
55
20-22
7/8
252
48
95
OWS-TG 5 P
75
23-26
1
298
55
OWS-TG 6 P
90
27-29
1 1/8
322
65
OWS-TG 7 P
110
30-32
1 1/4
350
OWS-TG 8 P
125
34-36
1 3/8
400
(mm)
TH
MBL = Minimum Breaking Load n 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.
SEE OUR WARNING WARNING
& SAFETY INFORMATION ON PAGES 148 - 160
QUENCHED AND TEMPERED CAST STEEL
T
TB W
SOCKETS
TAILGRIP OPEN WEDGE SOCKETS WITH BOLT AND NUT
C B
øP
WD
WB
TL A
WH
OWS-TG 4 B
WH
WB
WD
Weight (kg)
11
76
168
75
21
130
36
12
1,9
12
100
185
80
25
170
48
14
2,4
30
15
125
225
96
31
195
57
18
5
68
35
16
142
250
107
38
222
70
21
8
74
41
18
164
300
123
44
251
77
24
11
110
84
51
22
189
353
138
51
274
83
28
16
130
95
57
25
217
387
160
57
292
91
30
23
73
146 105
63
28
238
423
165
63
349
108
33
34
74
148 117
64
28
263
474
185
70
394
116
35
39
E
øP
T
9-10
3/8
145
23
46
40
21
11-13
1/2
157
29
57
55
25
14-16
5/8
190
35
70
64
40
18-19
3/4
210
40
80
55
20-22
7/8
252
48
95
OWS-TG 5 B
75
23-26
1
298
55
OWS-TG 6 B
90
27-29
1 1/8
322
65
OWS-TG 7 B
110
30-32
1 1/4
350
OWS-TG 8 B
125
34-36
1 3/8
400
MBL = Minimum Breaking Load n 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.
SEE OUR WARNING WARNING
& SAFETY INFORMATION ON PAGES 148 - 160
148
OWS-TG 3 B
W
C
p a g e
25
TB
B
o n
OWS-TG 2 B
TL
A
i n f o r m a t i o n
20
TH
(inch)
(mm)
s a f e t y
12
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.
TH
s e e
E
101
(mm)
CWS 303
40
18-19
3
CWS 304
55
20-22
7
CWS 305
75
24-26
148
SOCKETS
MBL (Mtons)
CWS 306
90
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
CLOSED WEDGE SOCKETS
102
TA
TL
WH
WB
WD
Weight (kg)
40
90
254
160
70
21
7
47
110
267
187
77
24
9
50
55
125
340
212
83
28
14
145
60
70
152
385
232
91
30
22
160
68
75
165
428
266
108
33
30
400
180
68
75
165
468
298
116
35
38
500
240
72
80
185
572
338
130
38
49
600
310
80
90
210
680
373
140
41
65
640
325
90
100
225
730
408
146
48
83
720
375
100
110
245
820
450
160
53
150
for wire ø
Dimensions (mm)
(inch)
A
B
C
K
/ /
4
220
100
34
8
225
125
42
1
290
130
325 360
11/8 11/4
13/8 1 /2 1
CWS 309
150
37-39
CWS 310
170
40-42
CWS 311
225
43-48
13/4 - 17/8
CWS 312
280
49-52
2
CWS 313
360
54-58
15/8
21/4
775
400
110
120
265
885
470
168
58
160
1
900
470
125
130
300
1025
500
176
65
230
1000
425
130
150
330
1130
550
244
70
360
1125
525
135
165
360
1260
670
260
80
460
CWS 314
425
61-64
2 /2
CWS 315
460
72-76
3
CWS 316
625
81-86
31/8 - 31/4
MBL = Minimum Breaking Load n 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 148 - 160
QUENCHED AND TEMPERED CAST STEEL WITH PIN
TB
TB W
T
W T
TB WD
øH
øH
DD
øH
BB
TL AA
A
TL
B
øP
øP
øP
C
T
CC
WITH BOLT AND NUT
SOCKETS
PORT INDUSTRY SOCKETS
WITH BOLT AND NUT MBL (Mtons)
for wire ø
Dimensions (mm)
(mm)
A
B
OSS G6 B
150
31-34
155
OSS G9 B
280
44-54
235
MBL (Mtons)
for wire ø (mm)
OSS G6 P
150
OSS G9 P
280
W
Weight (kg)
180
70
15
251
106
57
TL
TB
W
Weight (kg)
37
365
197
70
16
50
580
276
106
59
C
D
øH
øP
T
TL
TB
150
60
110
42
55
37
365
235
110
170
63
80
50
580
A
B
C
D
øH
øP
T
31-34
155
150
60
110
42
55
44-54
235
235
110
170
63
80
MBL = Minimum Breaking Load
n n
WARNING
p a g e o n s a f e t y
n
SEE OUR WARNING & SAFETY INFORMATION
a n d
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.
Available with Roller
w a r n i n g
n
i n f o r m a t i o n
Dimensions (mm)
o u r
Model Nr.
148
WITH PIN
s e e
Model Nr.
103
SOCKETS
OPEN SPELTER SOCKETS JIS WITH BOLT
QUENCHED AND TEMPERED CAST STEEL
øP
øH
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
148
Model nr.
104
MBL (Mtons)
for wire ø
Dimensions (mm)
(mm)
(inch)
A
B
C
D
øH
øP
T
TL
TB
W
Weight (kg)
OSS 100-J20-B30
28
18-19
76
40
70
21
30
16
205
107
38
3
35
20-22,4
3/4 7/8
89
OSS 104-J22-B34
101
89
45
80
24
34
19
235
123
44
4,4
OSS 108-J24-B37
41
23-26
1
114
101
60
104
28
37
22
275
138
51
8,2
OSS 108-J25-B40
52
23-26
1
114
101
60
104
28
40
22
275
138
51
8,2
OSS 111-J28-B43
56
27-30
1 1/8
127
114
65
114
32
43
25
306
160
57
11,4
OSS 111-J30-B46
69
27-30
1 1/8
127
114
65
114
32
46
25
306
160
57
11,6
OSS 115-J32-B48
69
31-36
1 1/4 - 1 3/8
139
127
72
126
38
48
28
338
174
63
15
139
127
72
126
38
52
28
338
174
63
15,2
152
162
80
142
41
56
30
394
201
76
22
OSS 115-J34-B52
88
31-36
1 1/4 - 1 3/8
OSS 118-J36-B56
94
35,5-39
1 1/2
MBL = Minimum Breaking Load n 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.
SEE OUR WARNING & SAFETY INFORMATION WARNING
ON PAGES 148 - 160
FORGED CARBON STEEL
SOCKETS
SWAGE SOCKETS OPEN
øC
øP
n n n n
L
T
W
D
/ / / / / / / / /
4
12,7
6,85
17,5
38
121
54
102
8
17
35
0,25
16
19,6
8,65
20,6
44
159
81
135
10
21
41
0,50
8
19,6
10,4
20,6
44
159
81
135
10
21
41
0,50
16
24,9
12,2
25,4
51
198
108
169
13
25
51
1,10
2
24,9
14
25,4
51
198
108
169
13
25
51
1,10
16
31,8
15,5
30,2
57
243
135
206
16
32
63
2,10
8
31,8
17
30,2
57
243
135
206
16
32
63
2,10
4
39,4
20,3
35,1
70
297
162
254
19
38
76
3,60 5,30
SSO 06
6
1
SSO 08
8
5
SSO 10
10
3
SSO 11
11
7
SSO 13
13
1
SSO 14
14
9
SSO 16
16
5
SSO 19
19
3
SSO 22
22
7
8
43,2
23,9
41,1
83
346
189
295
23
44
86
SSO 25
25
1
50,5
26,9
51
95
397
216
340
26
51
102
8,10
SSO 29
29
1
57
30,2
57
108
444
243
381
30
57
114
13,50
SSO 32
32
11/4
64,5
33,8
63,5
121
494
270
419
30
63
127
16,40
SSO 35
35
3
71
36,8
63,5
133
540
297
460
33
63
133
21,40
SSO 38
38
11/2
78
40,1
70
146
591
324
502
37
76
146
29,50
SSO 44
44
3
1 /4
86
47,2
89
171
689
378
584
43
89
178
42,20
SSO 51
51
2
100
53,5
95,5
203
798
432
679
46
102
203
65,80
SSO 57
57
113
59,9
108
171
835
486
705
65
114
222
93,50
SSO 63
63
21/2
125,2
67,5
108
171
879
498
749
65
114
222
103,00
SSO 76
76
3
150,6
80,4
133,4
219
1045
603
905
76
146
241
181,50
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 148 - 160
p a g e
A
o n
TL
i n f o r m a t i o n
B
s a f e t y
øP
a n d
øH
w a r n i n g
n
øC
Dimensions (mm)
o u r
(mm)
n
(inch)
Weight (kg)
for wire ø
s e e
Model nr.
148
øH
105
SOCKETS
SWAGE SOCKETS CLOSED
FORGED CARBON STEEL
øH
øC
Model nr.
for wire ø
Dimensions (mm) øH
D
øP
T
A
TL
L
/ / / / / / / / /
4
12,7
6,85
37
19,1
13
54
111
89
0,15
16
19,6
8,65
43
22,4
17
81
140
114
0,36
8
19,6
10,4
43
22,4
17
81
140
114
0,35
16
24,9
12,2
51
26,9
22
108
176
146
0,70
2
24,9
14
51
26,9
22
108
176
146
0,70
16
31,8
15,5
63
31,8
29
135
222
184
1,30
8
31,8
17
63
31,8
29
135
222
184
1,30
4
39,4
20,3
76
36,6
33
162
264
219
2,30
8
43,2
23,9
89
42,9
38
189
308
257
3,40
1
5,10
1
SSC 08
8
5
SSC 10
10
3
SSC 11
11
7
SSC 13
13
1
SSC 14
14
9
SSC 16
16
5
SSC 19
19
3
SSC 22
22
7
SSC 25
25
SSC 29
29
SSC 32
32
SSC 35
35
SSC 38
38
SSC 44
44
SSC 51
51
SSC 57
57
SSC 63
63
SSC 76
76
s e e
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
148
6
s a f e t y
øC
SSC 06
106
n n n n n
Weight (kg)
(inch)
a n d
(mm)
n
øP
50,5
26,9
102
52,5
44
216
349
292
11/8
57
30,2
114
58,5
51
243
387
324
7,20
1
64,5
33,8
127
65
57
270
438
365
10,50
13/8
71
36,8
133
65
57
297
479
400
14,10
78
40,1
140
71,5
63
324
518
432
17,70
13/4
86
47,2
171
90,5
76
378
610
508
23,60
2
100
53,5
197
96,5
83
432
698
584
40,80
1
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
3
150,6
80,4
235
134,9
137
603
959
816
114,30
1 /4
11/2
2 /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 148 - 160
FORGED CARBON STEEL
n n n n
SSL 08
8
5
SSL 10
10
3
SSL 11
11
7
SSL 13
13
1
SSL 14
14
9
SSL 16
16
5
SSL 19
18-19
3
SSL 22
22
7
SSL 26
25-26
SSL 29
28-29
SSL 32
31-32
SSL 35
34-35
25,4
16,7
8,3
11,9
7,1
2,4
12,7
0,02
16
38,1
23
11,1
15,5
11,1
3,8
18,5
0,06
8
Green
38,1
23
11,9
16,7
11,1
3,2
18,5
0,05
16
Blue
51
31
14,3
21,4
15,1
4,8
24,9
0,15
2
Gold
51
31
15,9
23
15,1
4
24,9
0,13
16
Red
70
37
17,5
26,2
17,9
5,4
30,5
0,3
8
Green
70
37
19,1
27,8
17,9
4,6
30,5
0,25
4
Blue
81
43,7
23,4
32,5
21,8
5,6
35,8
0,4
Gold
90
51,6
26,2
38,9
25,4
6,4
41,4
0,6
Slf Clrd
102
58
29,4
43,7
28,6
7,2
47,8
0,9
Slf Clrd
122
64
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
76
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
98
49,2
79,4
50
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
3
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
8
1
11/8 11/4 13/8 1 /2 1
37-38
13/4
SSL 52
50-52
2
SSL 57
56-57
SSL 63
62-64
SSL 70
68-70 73-76
After Swage
Red
44-45
86-89
Wall thickness
Gold
SSL 45
SSL 89
E
4
SSL 38
SSL 76
øD
21/4 21/2
31/2
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.
WARNING
SEE OUR WARNING & SAFETY INFORMATION ON PAGES 148 - 160
148
1
øC
p a g e
6
øB
o n
/ / / / / / / / /
SSL 06
A
Weight (kg)
i n f o r m a t i o n
inch
Dimensions (mm)
s a f e t y
mm
Color
a n d
for wire ø
øB
w a r n i n g
Model nr.
øD
o u r
øC
s e e
SLEEVES
107
CUSTOMIZED SOCKET SOLUTIONS The standard range of Ropeblock sockets covers the majority of customer needs for terminating a wire rope. However, in some
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. n
n
cases the standard will not do. come into place. The possibilities are virtually unlimited and therefore this is merely a snapshot of what can be done:
n
CONTACT US TO EXPLORE THE ENDLESS POSSIBILITIES
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
148
This is where our engineered solutions can
108
Subsea swivel socket, MBL 600 Mtons.
TURNBUCLES
TURNBUCKLES
trapezoid thread turnbuckles generally are in accordance with NEN 3305.
n
n
WE WELCOME ALL ENQUIRIES FOR CUSTOM DESIGNED SOLUTIONS. PLEASE CONTACT YOUR SALES REPRESENTATIVE FOR FURTHER INFORMATION.
p a g e o n
In standard design, the dimensions of the
i n f o r m a t i o n
n
s a f e t y
of jaws, round eyes and oval eyes (no stub ends!).
a n d
They are available in all possible combinations
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.
w a r n i n g
n
o u r
working loads ranging from 1 to 160 tons.
Standard features include:
s e e
Ropeblock’s standard turnbuckles allow for
148
WITH TRAPEZOID THREAD
109
A V
øP
U
Lmin / Lmax
TURNBUCKLES
TURNBUCKLES WITH TRAPEZOID THREAD; JAW - JAW
T W
Model Nr. SPS TR.22.188.1,6.J-J
L min (mm)
L max (mm)
Take-up (mm)
Thread (trap.)
A
øP
U
V
W
T
Weight (kg)
1,6
398
565
167
22 x 5
240
20
55
22,5
23
11
3 4
2
422
603
181
24 x 5
260
22
58
25
26
12
SPS TR.28.206.2,5.J-J
2,5
512
727
215
28 x 5
280
24
73
27,5
30
12
6
SPS TR.30.228.3,1.J-J
3,1
543
768
225
30 x 6
300
27
80
30
32
15
9
SPS TR.32.241.4.J-J
4
584
816
232
32 x 6
320
30
86
32,5
35
15
10
SPS TR.36.240.5.J-J
5
612
854
242
36 x 6
340
36
93
37,5
40
20
15
SPS TR.44.263.6,3.J-J
6,3
701
971
270
44 x 7
380
39
108
42,5
45
20
20
SPS TR.48.297.8.J-J
8
755
1051
296
48 x 8
420
45
112
47,5
50
25
28
SPS TR.52.309.10.J-J
10
798
1104
306
52 x 8
460
48
115
55
60
25
35
12,6
862
1214
352
55 x 9
500
52
122
60
65
30
47
SPS TR.65.354.16.J-J
16
944
1310
366
65 x 10
540
60
130
65
70
30
62
SPS TR.70.382.20.J-J
20
1042
1422
380
70 x 10
580
68
145
70
75
35
85
SPS TR.75.404.25.J-J
25
1126
1528
402
75 x 10
620
72
160
75
80
35
100
1192
1630
438
80 x 10
660
80
170
85
90
40
130
s a f e t y
40
1280
1744
464
90 x 10
695
90
190
92
100
45
175
SPS TR.100.550.50.J-J
50
1390
1910
520
100 x 10
770
100
205
105
110
50
236
SPS TR.110.605.63.J-J
63
1526
2090
564
110 x 10
855
110
220
112
120
60
325
SPS TR.120.660.80.J-J
80
1653
2283
630
120 x 10
920
125
235
127
140
70
452
SPS TR.130.715.100.J-J
100
1748
2468
720
130 x 10
995
140
250
142
156
70
577
SPS TR.140.770.125.J-J
125
1900
2652
752
140 x 10
1070
160
270
162
176
80
811
SPS TR.160.880.160.J-J
160
2090
2970
880
160 x 10
1220
180
290
182
200
90
1120
s e e
o u r
31,5
SPS TR.90.495.40.J-J
a n d
SPS TR.55.340.12,6.J-J
w a r n i n g
i n f o r m a t i o n
o n
p a g e
148
SPS TR.24.200.2.J-J
Dimensions (mm)
WLL (Mtons)
SPS TR.80.430.31,5.J-J
Minimum Ultimate Strength = 5 x WLL n n n n n n n
110
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 148 - 160
TURNBUCKLES
TURNBUCKLES WITH TRAPEZOID THREAD; STUD EYE - STUD EYE
A
T
Weight (kg)
1,6
349
516
167
22 x 5
240
23
22,5
20
2
2
377
558
181
24 x 5
260
25
25
22
3
SPS TR.28.206.2,5.E-E
2,5
411
626
215
28 x 5
280
27
27,5
25
5
SPS TR.30.228.3,1.E-E
3,1
455
680
225
30 x 6
300
30
30
28
5
SPS TR.32.241.4.E-E
4
474
706
232
32 x 6
320
33
32,5
30
6
SPS TR.36.240.5.E-E
5
536
778
242
36 x 6
340
39
37,5
35
11
SPS TR.22.188.1,6.E-E SPS TR.24.200.2.E-E
SPS TR.44.263.6,3.E-E
6,3
579
849
270
44 x 7
380
42
42,5
40
12
SPS TR.48.297.8.E-E
8
657
953
296
48 x 8
420
48
47,5
45
16
SPS TR.52.309.10.E-E
10
714
1020
306
52 x 8
460
52
55
50
23
SPS TR.55.340.12,6.E-E
12,6
762
1114
352
55 x 9
500
56
60
55
40
SPS TR.65.354.16.E-E
16
860
1226
366
65 x 10
540
65
65
60
55
SPS TR.70.382.20.E-E
20
904
1284
380
70 x 10
580
74
70
65
69
SPS TR.75.404.25.E-E
25
972
1374
402
75 x 10
620
78
75
70
62
31,5
1038
1476
438
80 x 10
660
86
85
80
78
SPS TR.90.495.40.E-E
40
1186
1650
464
90 x 10
695
96
95
90
136
SPS TR.100.550.50.E-E
50
1286
1806
520
100 x 10
770
106
105
100
160
SPS TR.110.605.63.E-E
63
1406
1970
564
110 x 10
845
116
115
110
220
SPS TR.120.660.80.E-E
80
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
168
160
500
SPS TR.160.880.160.E-E
160
2028
2908
880
160 x 10
1220
188
190
180
725
SPS TR.80.430.31,5.E-E
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 148 - 160
p a g e
S
o n
øQ
i n f o r m a t i o n
A
s a f e t y
Thread (trap.)
a n d
Take-up (mm)
w a r n i n g
L max (mm)
o u r
L min (mm)
s e e
Dimensions (mm)
WLL (Mtons)
Model Nr.
148
S
øQ
L min / L max
T
111
S
T
L min / L max
L min / L max
øQ V
P
U
A
A
øQ
TURNBUCKLES
TURNBUCKLES WITH TRAPEZOID THREAD; JAW - STUD EYE
S
T1
Model Nr. SPS TR.22.188.1,6.J-E
148 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
Dimensions (mm) A
øP
øQ
S
T
T1
U
V
W
Weight (kg)
367
534
167
22 x 5
240
20
23
22,5
20
11
55
22
23
2
2
395
576
181
24 x 5
260
22
25
25
22
12
58
25
26
3
SPS TR.28.206.2,5.J-E
2,5
459
674
215
28 x 5
280
24
27
27,5
25
12
73
27
30
5
SPS TR.30.228.3,1.J-E
3,1
499
724
225
30 x 6
300
27
30
30
28
15
80
30
32
7
4
529
761
232
32 x 6
320
30
33
32,5
30
15
86
32
35
8
SPS TR.32.241.4.J-E SPS TR.36.240.5.J-E
5
574
816
242
36 x 6
340
36
39
37,5
35
20
93
37
40
12
6,3
640
910
270
44 x 7
380
39
42
42,5
40
20
108
42
45
16
SPS TR.48.297.8.J-E
8
706
1002
296
48 x 8
420
45
48
47,5
45
25
112
47
50
22
SPS TR.52.309.10.J-E
10
756
1062
306
52 x 8
460
48
52
55
50
25
115
55
60
29
12,6
812
1164
352
55 x 9
500
52
56
60
55
30
122
60
65
44
SPS TR.65.354.16.J-E
16
902
1268
366
65 x 10
540
60
65
65
60
30
130
65
70
51
SPS TR.70.382.20.J-E
20
957
1337
380
70 x 10
580
68
74
70
65
35
145
70
75
74
SPS TR.75.404.25.J-E
25
1049
1451
402
75 x 10
620
72
78
75
70
35
160
75
80
81
31,5
1115
1553
438
80 x 10
660
80
86
85
80
40
170
85
90
104
SPS TR.90.495.40.J-E
40
1230
1694
464
90 x 10
695
90
96
95
90
45
190
92
100
156
SPS TR.100.550.50.J-E
50
1335
1855
520
100 x 10
770
100
106
105
100
50
205
105
110
200
SPS TR.110.605.63.J-E
63
1463
2027
564
110 x 10
855
110
116
115
110
60
220
112
120
290
SPS TR.120.660.80.J-E
80
1594
2224
630
120 x 10
920
125
131
135
125
70
235
127
140
350
SPS TR.130.715.100.J-E
100
1702
2422
720
130 x 10
995
140
146
148
140
70
250
142
156
440
SPS TR.140.770.125.J-E
125
1838
2590
752
140 x 10
1070
160
168
168
160
80
270
162
176
660
SPS TR.160.880.160.J-E
160
2056
2936
880
160 x 10
1220
180
188
190
180
90
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
s e e
WLL L min L max Take-up Thread (Mtons) (mm) (mm) (mm) (trap.) 1,6
SPS TR.24.200.2.J-E
n n n n n n
112
W
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 148 - 160
TURNBUCKLES
A
L min / L max
TURNBUCKLES WITH TRAPEZOID THREAD; OBLONG EYE - OBLONG EYE
L
øJ
L
Weight (kg)
1,6
450
617
167
22 x 5
240
16
26
58
2
2
470
651
181
24 x 5
260
16
26
58
3
SPS TR.28.206.2,5.O-O
2,5
534
749
215
28 x 5
280
20
32
72
5
SPS TR.30.228.3,1.O-O
3,1
554
779
225
30 x 6
300
20
32
72
6
SPS TR.32.241.4.O-O
4
630
862
232
32 x 6
320
25
40
94
8
SPS TR.36.240.5.O-O
5
658
900
242
36 x 6
340
25
40
94
13
SPS TR.22.188.1,6.O-O SPS TR.24.200.2.O-O
SPS TR.44.263.6,3.O-O
6,3
753
1023
270
44 x 7
380
30
45
108
19
SPS TR.48.297.8.O-O
8
813
1109
296
48 x 8
420
32
50
115
27
SPS TR.52.309.10.O-O
10
866
1172
306
52 x 8
460
36
60
125
25
SPS TR.55.340.12,6.O-O
12,6
988
1340
352
55 x 9
500
40
65
144
46
SPS TR.65.354.16.O-O
16
1070
1436
366
65 x 10
540
45
70
163
48
SPS TR.70.382.20.O-O
20
1156
1536
380
70 x 10
580
55
75
168
65
SPS TR.75.404.25.O-O
25
1270
1672
402
75 x 10
620
60
80
192
90
31,5
1358
1796
438
80 x 10
660
60
90
216
94
SPS TR.80.430.31,5.O-O
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.
SEE OUR WARNING WARNING
& SAFETY INFORMATION ON PAGES 148 - 160
p a g e
K
o n
øJ
i n f o r m a t i o n
A
s a f e t y
Thread (trap.)
a n d
Take-up (mm)
w a r n i n g
L max (mm)
o u r
L min (mm)
s e e
Dimensions (mm)
WLL (Mtons)
Model Nr.
148
K
113
K
L
TURNBUCKLES
TURNBUCKLES WITH TRAPEZOID THREAD; JAW - OBLONG EYE
V
øP
U
A
L min / L max
øJ
T W
Model Nr. SPS TR.22.188.1,6.J-O
148 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
L max Take-up (mm) (mm)
Dimensions (mm)
Thread (trap.)
A
J
K
L
øP
T
U
V
W
Weight (kg)
1,6
417
584
167
22 x 5
240
16
26
58
20
11
55
22,5
23
3
2
441
622
181
24 x 5
260
16
26
58
22
12
58
25
26
4
SPS TR.28.206.2,5.J-O
2,5
523
738
215
28 x 5
280
20
32
72
24
12
73
27,5
30
6
SPS TR.30.228.3,1.J-O
3,1
549
774
225
30 x 6
300
20
32
72
27
15
80
30
32
7
4
607
839
232
32 x 6
320
25
40
94
30
15
86
32,5
35
9
SPS TR.24.200.2.J-O
114
WLL L min (Mtons) (mm)
SPS TR.32.241.4.J-O SPS TR.36.240.5.J-O
5
634
876
242
36 x 6
340
25
40
94
36
20
93
37,5
40
14
6,3
724
994
270
44 x 7
380
30
45
108
39
20
108
42,5
45
20
SPS TR.48.297.8.J-O
8
778
1074
296
48 x 8
420
32
50
115
45
25
112
47,5
50
29
SPS TR.52.309.10.J-O
10
832
1138
306
52 x 8
460
36
60
125
48
25
115
55
60
30
12,6
925
1277
352
55 x 9
500
40
65
144
52
30
122
60
65
48
SPS TR.65.354.16.J-O
16
1007
1373
366
65 x 10
540
45
70
163
60
30
130
65
70
55
SPS TR.70.382.20.J-O
20
1099
1479
380
70 x 10
580
55
75
168
68
35
145
70
75
75
SPS TR.75.404.25.J-O
25
1177
1579
402
75 x 10
620
60
80
192
72
35
160
75
80
94
31,5
1275
1713
438
80 x 10
660
60
90
216
80
40
170
85
90
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
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 148 - 160
S
TURNBUCKLES
TURNBUCKLES WITH TRAPEZOID THREAD; OBLONG EYE - STUD EYE
A
L min / L max
A
L min / L max
øQ
T
øQ
L
øJ
S
K
øQ
S
T
1,6
400
567
167
22 x 5
240
16
26
58
23
22,5
20
2
2
424
605
181
24 x 5
260
16
26
58
25
25
22
3
SPS TR.28.206.2,5.O-E
2,5
475
690
215
28 x 5
280
20
32
72
27
27,5
25
5
SPS TR.30.228.3,1.O-E
3,1
505
730
225
30 x 6
300
20
32
72
30
30
28
6
SPS TR.32.241.4.O-E
4
552
784
232
32 x 6
320
25
40
94
33
32,5
30
7
SPS TR.36.240.5.O-E
5
585
827
242
36 x 6
340
25
40
94
39
37,5
35
12
SPS TR.22.188.1,6.O-E SPS TR.24.200.2.O-E
SPS TR.44.263.6,3.O-E
6,3
665
935
270
44 x 7
380
30
45
108
42
42,5
40
17
SPS TR.48.297.8.O-E
8
724
1020
296
48 x 8
420
32
50
115
48
47,5
45
25
SPS TR.52.309.10.O-E
10
790
1096
306
52 x 8
460
36
60
125
52
55
50
24
SPS TR.55.340.12,6.O-E
12,6
875
1227
352
55 x 9
500
40
65
144
56
60
55
42
SPS TR.65.354.16.O-E
16
965
1331
366
65 x 10
540
45
70
163
65
65
60
44
SPS TR.70.382.20.O-E
20
1044
1424
380
70 x 10
580
55
75
168
74
70
65
71
SPS TR.75.404.25.O-E
25
1119
1521
402
75 x 10
620
60
80
192
78
75
70
82
SPS TR.80.430.31,5.O-E
31,5
1198
1636
438
80 x 10
660
60
90
216
86
85
80
86
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.
SEE OUR WARNING WARNING
& SAFETY INFORMATION ON PAGES 148 - 160
p a g e
L
o n
K
i n f o r m a t i o n
øJ
s a f e t y
A
a n d
Thread (trap.)
w a r n i n g
Take-up (mm)
o u r
L max (mm)
148
Weight (kg)
L min (mm)
s e e
Dimensions (mm)
WLL (Mtons)
Model Nr.
115
ød1
The Ropeblock portfolio includes a wide choice of proven quality components for various lifting
y2
y1
& rigging purposes, such as split overhaul balls, triangle plates and pad eyes. These components
1
come in all current sizes and weight categories
l1
L
and are mostly available from stock.
a2
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
148
COMPONENTS
116
h
s e e
o u r
A
A
ACCORDING TO EN 13001-3-5 ANNEX A1 & A2 (PREVIOUSLY DIN 15401)
COMPONENTS
SINGLE HOOK
C
d1
L
l1
Y
e3
e2
a2
A
a1
b1
a3
A
B b2
h1
h2
SECTION A-A
SECTION B-B
B
n
6,3
4
10
6,3
56
45
64
63
50
72
e3
h1
h2
L
l1
Y
Weight (kg)
b2
c
ød1
e2
45
38
64
36
146 118
56
48
266 210
75
5
53
45
88
42
167 132
67
58
322 255
80
6
4
20
16
10
71
56
80
63
53
140
48
190 148
80
67
410 330 130
10
5
25
20
12,5
80
63
90
71
60
185
53
215 165
90
75
490 400 130
15
6
32
25
16
90
71
101
80
67
185
60
240 185 100
85
525 425 130
21
8
40
32
20
100
80
113
90
75
202
67
268 210 112
95
582 470 145
30
10
50
40
25
112
90
127 100 85
269
75
286 221 125 106 680 555 160
42
12
63
50
32
125
100 143 112 95
284
85
316 252 140 118 740 600 180
59
16
80
63
40
140
112 160 125 106 303
95
357 280 160 132 820 660 200
82 123
20
100
80
50
160
125 180 140 118 415 106 405 330 180 150 1000 820 225
25
125
100
63
180
140 202 160 132 445 118 455 360 200 170 1100 900 255
173
32
160
125
80
200
160 225 180 150 490 132 510 400 224 190 1224 1000 290
238
40
200
160
100
224
180 252 200 170 483 150 567 447 250 212 1300 1050 320
326
50
250
200
125
250
200 285 224 190 505 170 635 485 280 236 1420 1140 355
455
63
320
250
160
280
224 320 250 212 590 190 710 550 315 265 1615 1300 400
643
80
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
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
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 148 - 160
148
12,5
b1
p a g e
8
2,5
a3
o n
1,6
a2
i n f o r m a t i o n
a1
s a f e t y
P-class
a n d
T-class
w a r n i n g
V-Class
Dimensions (mm)
o u r
n
Lifting capacity (Mtons)
s e e
Hook Nr.
117
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
d1
y2
y1 L
l1
1
e
a2
a1
a3
y1 A
h
h
b1
A
SECTION A-A
f1
Dimensions (mm) y1=y2
Weight (kg)
265 222
60
5
300 250
65
7
60
390 330
93
10
266
67
372 305
93
13
301
75
505 430
93
18
182
337
85
535 450
104,5
26
75
192
377
95
585 490
117,5
35
85
85
210
421
106 616 510
132,5
49
146
95
95
237
471
118 718 600
148,5
60
163
106 106
265
531
132 852 720
165,5
97
112
182
118 118
315
598
150 1000 850
185
135
160
125
205
132 132
335
672
170 1020 850
207
193
180
140
230
150 150
375
754
190 1215 1025
233
280
125
200
160
260
170 170
420
842
212 1312 1100
265
338
160
224
180
292
190 190
460
944
236 1436 1200
297
539
320
200
250
200
325
212 212
515 1062 265 1515 1250
331
760
500
400
250
280
224
364
236 236
575 1186 300 1725 1425
370
1100
a n d
Lifting capacity (Mtons)
125
630
500
320
315
250
408
265 265
645 1330 335 1885 1550 414,5
1491
160
800
630
400
355
280
458
300 300
725 1505 375 2120 1745
466
2115
w a r n i n g
Hook Nr.
200
1000
800
500
400
315
515
335 335
800 1685 425 2423 1998
522,5
3015
250
1250
1000
630
450
355
580
375 375
875 1885 475 2725 2250
587,5
4268
a3
b1
ød1
e
f1
h
T-class
1,6
8
6,3
4
45
36
59
34
36
100
183
43
2,5
12,5
10
6,3
50
40
65
40
42
112
208
50
4
20
16
10
56
45
73
48
48
124
238
5
25
20
12,5
63
50
82
53
53
143
6
32
25
16
71
56
92
60
60
160
8
40
32
20
80
63
103
67
67
10
50
40
25
90
71
116
75
12
63
50
32
100
80
130
16
80
63
40
112
90
20
100
80
50
125
100
25
125
100
63
140
32
160
125
80
40
200
160
100
50
250
200
63
320
250
80
400
100
s e e
o u r
o n
p a g e
148
V-Class
i n f o r m a t i o n
a2
s a f e t y
P-class
a1
118
n n
L
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
l1
SEE OUR WARNING & SAFETY INFORMATION ON PAGES 148 - 160
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
ød1
y2
y1
a2 e
L
l1
1
a3
a1
h
A
b1 SECTION A-A
f1
h
L
l1
y1=y2
Weight (kg)
8
40
32
20
80
63
103
67
67
74
182
337
120
535 415 104,5
30
10
50
40
25
90
71
116
75
75
74
192
377
130
580 450 117,5
41
12
63
50
32
100
80
130
85
85
78
210
421
150
660 510 132,5
57
16
80
63
40
112
90
146
95
95
86
237
471
170
750 580 148,5
82
20
100
80
50
125
100
163
106
106
96
265
531
190
840 650 165,5
115
25
125
100
63
140
112
182
118
118 106 315
598
212
927 715
185
160
32
160
125
80
160
125
205
132
132 116 335
672
236 1026 790
207
229
40
200
160
100
180
140
230
150
150 131 375
754
265 1150 885
233
330
50
250
200
125
200
160
260
170
170 146 420
842
300 1265 965
265
458
63
320
250
160
224
180
292
190
190 168 460
944
335 1425 1090 297
638
80
400
320
200
250
200
325
212
212 188 515 1062 375 1610 1235 331
892
100
500
400
250
280
224
364
236
236 208 575 1186 425 1800 1375 370
1248
125
630
500
320
315
250
408
265
265 235 645 1330 475 2025 1550 414,5
1757
160
800
630
400
355
280
458
300
300 260 725 1505 530 2275 1745 466
2500
200
1000
800
500
400
315
515
335
335 282 800 1685 600 2560 1960 522,5
3560
250
1250
1000
630
450
355
580
375
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
SEE OUR WARNING & SAFETY INFORMATION ON PAGES 148 - 160
148
e
p a g e
d2 (H15)
o n
ød1
i n f o r m a t i o n
b1
s a f e t y
P-class
a3
a n d
T-class
a2
w a r n i n g
n
V-Class
Dimensions (mm) a1
o u r
n
Lifting capacity (Mtons)
Hook Nr.
s e e
A d2 f1
119
Ropeblock Heavy Duty Safety Latch
Dimensions (mm) O
1,6
64.1,6.E
on request
on request
40
2,5
64.2,5.E
on request
64.2,5.E.B
41
4
64.4.E
on request
64.4.E.B
49
5
64.5.E
64.5.E.F
64.5.E.B
55
6
64.6.E
64.6.E.F
64.6.E.B
59
8
64.8.E
64.8.E.F
64.8.E.B
69
10
64.10.E
64.10.E.F
64.10.E.B
76
12
64.12.E
64.12.E.F
64.12.E.B
84
16
64.16.E
64.16.E.F
64.16.E.B
97
20
64.20.E
64.20.E.F
64.20.E.B
110
25
64.25.E
64.25.E.F
64.25.E.B
132
32
64.32.E
64.32.E.F
64.32.E.B
137
40
64.40.E
64.40.E.F
64.40.E.B
167
50
64.50.E
64.50.E.F
64.50.E.B
188
63
64.63.E
64.63.E.F
64.63.E.B
205
80
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
on request
290
160
on request
on request
on request
on request
200
on request
on request
on request
on request
250
on request
on request
on request
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
on request
30
4
64.2,5.E
on request
64.2,5.E.B
31
i n f o r m a t i o n
5
64.4.E
64.5.D.F
64.4.E.B
38
6
64.5.E
64.6.D.F
64.5.E.B
48
8
64.6.E
64.8.D.F
64.6.E.B
47
10
64.8.E
64.10.D.F
64.8.E.B
57
12
64.10.E
64.12.D.F
64.10.E.B
60
16
64.12.E
64.16.D.F
64.12.E.B
63
s a f e t y
20
64.16.E
64.20.D.F
64.16.E.B
73
25
64.20.E
64.25.D.F
64.20.E.B
87
32
64.25.E
64.32.D.F
64.25.E.B
108
a n d
40
64.32.E
64.40.D.F
64.32.E.B
112
50
64.40.E
64.50.D.F
64.40.E.B
130
w a r n i n g
63
64.50.E
64.63.D.F
64.50.E.B
146
80
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
on request
245
200
on request
on request
on request
on request
250
on request
on request
on request
on request
o n
p a g e
148
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
O
Ropeblock latches are zinc plated and
120
WARNING
SEE OUR WARNING & SAFETY INFORMATION ON PAGES 148 - 160
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,
n n
p a g e o n i n f o r m a t i o n
n
s a f e t y
n
a n d
n
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
n
o u r
n
s e e
Some of the key features:
148
subsea, lifting, etcetera.
121
COMPONENTS
SPLIT OVERHAUL BALLS
TL
øH TA
øH Type A
TA
Type B
Wire ø (mm)
Dimensions (mm) øH
TA
TL
Weight (kg)
A
6
6
110
-
5
SOBA 5.12
A
12
12
110
-
5
SOBA 8.16
A
16
16
134
-
8
SOBA 10.12
A
12
12
150
-
10
SOBA 15.16
B
16
16
135
210
15
SOBA 25.16
B
16
16
150
260
25
SOBA 35.16
B
16
16
170
350
35
SOBA 50.20
B
20
20
200
360
50
SOBA 75.20
B
20
20
270
370
75
SOBA 100.28
B
28
28
280
400
100
i n f o r m a t i o n
148
SOBA 5.6
p a g e
Type
o n
Model Nr.
TL
øH
TA
s e e
o u r
w a r n i n g
a n d
s a f e t y
WARNING
122
SEE OUR WARNING & SAFETY INFORMATION ON PAGES 148 - 160
øH TA
NEN 3561 / DIN 82015
T
TP 25.23.2
2
10
75
23
25
25
2
TP 30.30.3
3
15
90
30
30
30
3
TP 35.39.5
5
25
115
39
35
40
5
TP 45.48.8
8
40
140
48
45
50
10
TP 50.52.10
10
50
145
52
50
55
15
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 148 - 160
148
Weight (kg)
p a g e
S
o n
T
i n f o r m a t i o n
øH
s a f e t y
A
a n d
MBL (Mtons)
w a r n i n g
Dimensions (mm)
WLL (Mtons)
Model Nr.
øH
A
o u r
A
s e e
A
A
øH
S
S
T
COMPONENTS
TRIANGLE PLATES
123
COMPONENTS T
A
A
øH
S
S
T
A
A
Dimensions (mm)
Weight (kg)
WLL (Mtons)
MBL (Mtons)
A
øH
T
S
TP 40.35.9,5
9,5
47,5
100
35
40
35
5
TP 40.40.12
12
60
110
40
40
40
6,2
67,5
120
42
45
42,5
8,1
17
85
130
45
45
50
11
TP 50.55.25
25
125
140
55
50
65
17
p a g e
TP 45.42.13,5
TP 60.60.35
35
175
150
60
60
70
23
TP 80.75.55
55
275
180
75
80
85
44
TP 90.90.85
85
425
220
90
90
110
80
TP 110.105.120
120
600
240
105
110
130
126
TP 130.115.150
150
750
260
115
130
135
164
TP 140.115.175
175
875
290
115
140
145
217
TP 150.140.200
200
1000
380
140
150
160
329
TP 170.150.250
250
1250
450
150
170
175
490
TP 170.160.300
300
1500
400
160
170
230
602
TP 200.180.400
400
2000
480
180
200
260
964
TP 200.200.500
500
2500
500
200
200
310
1234
TP 250.220.600
600
3000
550
220
250
310
1640
TP 250.230.700
700
3500
580
230
250
340
1927
TP 250.235.800
800
4000
590
235
250
380
2251
TP 280.245.900
900
4500
620
245
280
410
2910
TP 300.255.1000
1000
5000
650
255
300
430
3434
TP 320.285.1250
1250
6250
730
285
320
490
4719
TP 320.305.1500
1500
7500
780
305
320
570
6064
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
148
13,5
TP 45.45.17
o n
Model Nr.
Minimum Ultimate Strength = 5 x WLL n n n
Other sizes possible. Painted blue (RAL 5017). Material certificate according EN 10204 3.1 included. WARNING
124
øH
COMPONENTS
TRIANGLE PLATES; HIGH TENSILE PLATES
SEE OUR WARNING & SAFETY INFORMATION ON PAGES 148 - 160
COMPONENTS
PAD EYES TYPE S
T
t
t
t
T
Weight (kg)
PE 14.11,5.1
3/8
1
76
32
11,5
26
14
14
0,3
PE 15.13,5.1,5
7/16
1,5
90
32
13,5
32
15
15
0,5
PE 18.17.2
1/2
2
100
38
17
35
18
18
0,7
PE 22.20.3,25
5/8
3,25
115
45
20
38
22
22
1,5
PE 25.23.4,75
3/4
4,75
140
51
23
45
25
25
2
PE 30.26.6,5
7/8
6,5
150
57
26
51
30
30
3
PE 35.29,5.8,5
1
8,5
180
64
29,5
64
35
35
5
PE 40.33,5.9,5
1 1/8
9,5
203
76
33,5
76
40
40
7,5
PE 45.37.12
1 1/4
12
216
83
37
83
45
45
10
PE 50.40.13,5
1 3/8
13,5
228
89
40
89
30
50
10
PE 50.44.17
1 1/2
17
280
140
44
102
40
50
18
PE 60.53.25
1 3/4
25
305
140
53
121
40
60
23
PE 70.60.35
2
35
356
153
60
133
50
70
35
PE 90.74.55
2 1/2
55
482
165
74
152
50
90
55
3
85
559
203
87
178
60
110
90
PE 120.100.120
3 1/2
120
711
254
100
229
70
120
170
PE 150.114.150
4
150
813
280
114
254
80
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. Weld primer applied.
WARNING
SEE OUR WARNING & SAFETY INFORMATION ON PAGES 148 - 160
øH p a g e
R
o n
øH
i n f o r m a t i o n
A
s a f e t y
L
a n d
Dimensions (mm)
WLL (Mtons)
w a r n i n g
Shackle size
o u r
Model Nr.
148
L
L
s e e
A
A
øH
R
R
T
125
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.
126
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.
128
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
129
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.
130
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
131
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 132
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 metric tonnes) 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
133
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
134
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 metric tonnes) 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. 135
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
148
ITEMS
136
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
TC
ø D2
øD2
TA
TB
TC
Bearing type
Weight (kg) 4
VBI 58.9.1.2.S
2
7-9
9/32 - 3/8
75
58
82
70
290
BB
VBI 90.12.1.4.S
4
10 - 12
3/8 - 1/2
115
90
120
70
358
BB
6
VBI 120.19.1.4.S
4
16 - 19
5/8 - 3/4
150
120
160
70
432
BB
14 15
VBI 120.22.1.8.S
8
19 - 22
3/4 - 7/8
150
120
160
93
497
RB
VBI 165.22.1.8.S
8
19 - 22
3/4 - 7/8
200
165
210
93
550
RB
16
VBI 205.26.1.10.S
10
24 - 26
1
250
205
260
115
681
RB
38
VBI 205.26.1.12.S
12
24 - 26
1
250
205
260
115
683
RB
42
VBI 250.26.1.12.S
12
24 - 26
1
300
250
310
133
767
RB
56
VBI 165.24.1.15.S
15
22 - 24
7/8 - 15/16
200
165
210
102
663
RB
24
VBI 250.26.1.15.S
15
24 - 26
1
300
250
310
133
788
RB
65
VBI 305.32.1.22.S
22
28 - 32
11/8 - 11/4
355
305
365
140
962
RB
90
VBI 350.32.1.22.S
22
28 - 32
11/8 - 11/4
405
350
415
140
1019
RB
108
VBI 395.32.1.22.S
22
28 - 32
11/8 - 11/4
450
395
465
180
1069
RB
120
VBI 250.30.1.30.S
30
28 - 30
11/8 - 13/16
300
245
310
193
1023
RB
125
VBI 350.35.1.30.S
30
32 - 35
11/4 - 13/8
405
350
415
155
1121
RB
135
VBI 440.35.1.30.S
30
32 - 35
11/4 - 13/8
508
440
514
162
1256
RB
210
VBI 305.35.1.35.S
35
32 - 35
11/4 - 13/8
350
280
365
193
1058
RB
130
VBI 500.52.1.50.S
50
46 - 50
113/16 - 2
600
500
625
275
1525
RB
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 148 - 160
148
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.
TB
o u r
TA
s e e
ø D1
137
COMPLEMENTARY ITEMS
SNATCH BLOCKS S SERIES WITH HOOK
TC
ø D1
ø D2
TA
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
148
Model Nr.
138
WLL (Mtons)
for wire ød (mm)
(inch)
TB
Dimensions (mm) øD1
øD2
TA
TB
TC
Bearing type
Weight (kg) 4
VBI 58.9.1.2.H
2
7-9
9/32 - 3/8
75
58
82
70
290
BB
VBI 90.12.1.4.H
4
10 - 12
3/8 - 1/2
115
90
120
70
358
BB
6
VBI 120.19.1.4.H
4
16 - 19
5/8 - 3/4
150
120
160
70
432
BB
14
VBI 120.22.1.8.H
8
19 - 22
3/4 - 7/8
150
120
160
93
498
RB
15
VBI 165.22.1.8.H
8
19 - 22
3/4 - 7/8
200
165
210
93
549
RB
16
VBI 205.26.1.10.H
10
24 - 26
1
250
205
260
115
695
RB
38
VBI 205.26.1.12.H
12
24 - 26
1
250
205
260
115
701
RB
42
VBI 250.26.1.12.H
12
24 - 26
1
300
250
310
133
797
RB
56
VBI 165.24.1.15.H
15
22 - 24
7/8 - 15/16
200
165
210
102
672
RB
24
VBI 250.26.1.15.H
15
24 - 26
1
300
250
310
133
797
RB
65
VBI 305.32.1.22.H
22
28 - 32
11/8 - 11/4
355
305
365
140
960
RB
90
VBI 350.32.1.22.H
22
28 - 32
11/8 - 11/4
405
350
415
140
1027
RB
108
VBI 395.32.1.22.H
22
28 - 32
11/8 - 11/4
450
395
465
180
1058
RB
120
VBI 250.30.1.30.H
30
28 - 30
11/8 - 13/16
300
250
310
193
993
RB
125
VBI 350.35.1.30.H
30
32 - 35
11/4 - 13/8
405
350
415
155
1121
RB
135
VBI 440.35.1.30.H
30
32 - 35
11/4 - 13/8
508
440
514
162
1177
RB
210
VBI 305.35.1.35.H
35
32 - 35
11/4 - 13/8
350
280
365
193
1028
RB
130
VBI 500.52.1.50.H
50
46 - 50
113/16 - 2
600
500
625
275
1495
RB
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 148 - 160
COMPLEMENTARY ITEMS
TURNBUCKLES WITH METRIC THREAD; JAW - JAW
L min / L max
A
U øP
V
0,8
12
50
16
21
1,4
230
16
46
18
21
2,2
305
20
60
20
25
3,5
280
360
22
63
24
30
4,1
870
270
356
22
63
24
31
4,5
650
930
280
385
24
74
30
38
6,4
M36
680
910
230
385
30
85
30
48
11
M39
670
949
279
407
34
90
32
47
11
42,5
M45
780
1020
240
410
35
120
43
50
19
10
55
M48
743
977
234
407
43
121
46
51
22
SPS M56.340.J-J
12,6
63
M56
862
1202
340
500
52
122
60
65
39
SPS M64.355.J-J
16
80
M64
925
1280
355
540
60
130
65
70
48
U
V
SPS M8.102.J-J
0,3
SPS M10.110.J-J
0,5
1,5
M8
203
305
102
127
6
21
2,5
M10
245
355
110
160
8
21
SPS M12.180.J-J
0,7
3,5
M12
345
525
180
230
10
SPS M16.170.J-J
1,2
6
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
11
M22
476
702
226
SPS M24.280.J-J
3,2
16
M24
580
860
SPS M27.270.J-J
3,8
19
M27
600
SPS M33.280.J-J
5
25
M33
SPS M36.230.J-J
6,3
31,5
SPS M39.279.J-J
7
35
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 148 - 160
p a g e
19
øP
o n
13
A
i n f o r m a t i o n
0,3
35
Take-up (mm)
s a f e t y
0,2
11
L max (mm)
a n d
9
9
L min (mm)
w a r n i n g
9
Thread
o u r
Weight (kg)
MBL (Mtons)
s e e
Dimensions (mm) W
WLL (Mtons)
Model Nr.
148
W
139
COMPLEMENTARY ITEMS
TURNBUCKLES WITH METRIC THREAD; OBLONG EYE - OBLONG EYE
L min / L max
A
øJ L
K
s a f e t y
i n f o r m a t i o n
o n
p a g e
148
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)
A
øJ
K
L
Weight (kg)
SPS M8.102.O-O
0,3
M8
203
305
102
127
8
9
20
0,3
SPS M10.114.O-O
0,5
M10
235
349
114
152
8
11
25
0,4
SPS M12.200.O-O
0,7
M12
330
530
200
229
11
14
36
0,9
SPS M16.183.O-O
1,2
M16
377
560
183
229
14
18
40
1,2
SPS M20.155.O-O
1,5
M20
410
565
155
229
17
25
55
2,0
SPS M22.244.O-O
2,2
M22
486
730
244
305
17
25
55
3,1
SPS M24.300.O-O
3,2
M24
556
856
300
356
20
26
57
3,9
SPS M27.280.O-O
3,8
M27
576
856
280
356
20
26
57
4,8
SPS M33.280.O-O
5
M33
640
920
280
381
25
34
64
6,8
SPS M36.270.O-O
6,3
M36
650
920
270
381
27
38
75
9
SPS M39.283.O-O
7
M39
687
970
283
407
27
38
75
10,0
SPS M45.300.O-O
8,5
M45
720
1020
300
407
30
40
85
14,0
SPS M48.280.O-O
10
M48
770
1050
280
407
37
44
92
18,0
Minimum Ultimate Strength = 5 x WLL n n n n
140
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 148 - 160
GENERALLY TO ASTM F 1145-92
L min / L max
COMPLEMENTARY ITEMS
OPEN BODY TURNBUCKLES; JAW - JAW >>
A
U øP
SPS UNC.06.102.J-J
1/4 x 4
6.35 x 102
0,23
175
277
121
6
15
11
0,16
SPS UNC.08.114.J-J
5/16 x 4-1/2
7.94 x 114
0,36
212
314
138
6
22
13
0,24
SPS UNC.10.152.J-J
3/8 x 6
9.53 x 152
0,54
258
410
181
8
22
14
0,37
SPS UNC.13.152.J-J
1/2 x 6
12.7 x 152
1,00
292
470
190
10
27
16
0,71
SPS UNC.13.229.J-J
1/2 x 9
12.7 x 229
1,00
368
622
266
10
27
16
0,79
SPS UNC.13.305.J-J
1/2 x 12
12.7 x 305
1,00
445
775
343
10
27
15
1,09
SPS UNC.16.152.J-J
5/8 x 6
15.9 x 152
1,59
325
509
200
13
33
20
1,23
SPS UNC.16.229.J-J
5/8 x 9
15.9 x 229
1,59
401
662
276
13
33
20
1,56
SPS UNC.16.305.J-J
5/8 x 12
15.9 x 305
1,59
478
814
353
13
33
20
1,77
SPS UNC.19.152.J-J
3/4 x 6
19.1 x 152
2,36
356
546
210
16
38
24
1,86
SPS UNC.19.229.J-J
3/4 x 9
19.1 x 229
2,36
432
699
286
16
38
24
2,48
SPS UNC.19.305.J-J
3/4 x 12
19.1 x 305
2,36
508
851
362
16
38
24
2,98
SPS UNC.19.457.J-J
3/4 x 18
19.1 x 457
2,36
660
1156
514
16
38
24
3,64
SPS UNC.22.305.J-J
7/8 x 12
22.2 x 305
3,27
543
892
370
19
44
29
3,71
SPS UNC.22.457.J-J
7/8 x 18
22.2 x 457
3,27
695
1197
523
19
44
29
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 148 - 160
p a g e
Weight (kg)
o n
W
i n f o r m a t i o n
U
>>
s a f e t y
øP
(mm)
a n d
A
(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.
148
W
141
COMPLEMENTARY ITEMS
<< OPEN BODY TURNBUCKLES; JAW - JAW
GENERALLY TO ASTM F 1145-92
L min / L max
A
U øP
W
s a f e t y
i n f o r m a t i o n
o n
p a g e
148
>>
a n d w a r n i n g o u r
L max (mm)
A
øP
U
W
Weight (kg)
(mm)
SPS UNC.25.152.J-J
1x6
25.4 x 152
4,54
425
628
228
22
52
34
4,62
SPS UNC.25.305.J-J
1 x 12
25.4 x 305
4,54
577
933
380
22
52
34
5,53
SPS UNC.25.457.J-J
1 x 18
25.4 x 457
4,54
729
1237
532
22
52
34
6,87
SPS UNC.25.610.J-J
1 x 24
25.4 x 610
4,54
882
1542
685
22
52
34
8,20
SPS UNC.32.305.J-J
1-1/4 x 12
31.8 x 305
6,89
644
1012
384
28
71
44
9,34
SPS UNC.32.457.J-J
1-1/4 x 18
31.8 x 457
6,89
796
1317
537
28
71
44
11,20
SPS UNC.32.610.J-J
1-1/4 x 24
31.8 x 610
6,89
948
1622
689
28
71
44
12,80
SPS UNC.38.305.J-J
1-1/2 x 12
38.1 x 305
9,71
673
1073
400
35
71
52
13,90
SPS UNC.38.457.J-J
1-1/2 x 18
38.1 x 457
9,71
826
1359
553
35
71
52
16,70
SPS UNC.38.610.J-J
1-1/2 x 24
38.1 x 610
9,71
978
1664
705
35
71
52
18,90
SPS UNC.44.457.J-J
1-3/4 x 18
44.5 x 457
12,70
899
1356
568
41
86
66
24,50
SPS UNC.44.610.J-J
1-3/4 x 24
44.5 x 610
12,70
1051
1661
721
41
86
66
28,70
SPS UNC.51.610.J-J
2 x 24
51.0 x 610
16,80
1157
1766
738
51
94
66
46,50
SPS UNC.63.610.J-J
2-1/2 x 24
63.5 x 610
27,20
1244
1854
789
57
113
76
75,00
SPS UNC.70.610.J-J
2-3/4 x 24
70.0 x 610
34,00
1289
1899
788
70
106
92
90,00
Minimum Ultimate Strength = 5 x WLL
n n n
s e e
Dimensions (mm)
L min (mm)
(inch)
n
142
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 148 - 160
GENERALLY TO ASTM F 1145-92
L min / L max
COMPLEMENTARY ITEMS
OPEN BODY TURNBUCKLES; OBLONG EYE - OBLONG EYE >>
A
L
øJ
0,20
181
9
13
28
0,34
510
191
11
18
37
0,70
409
614
266
11
18
37
0,77
1,00
485
815
343
11
18
37
0,97
1,59
373
557
200
13
22
44
1,49
15.9 x 229
1,59
450
655
276
13
22
44
1,32
5/8 x 12
15.9 x 305
1,59
525
862
353
13
22
44
1,55
3/4 x 6
19.1 x 152
2,36
416
607
210
16
25
53
1,72
SPS UNC.19.229.O-O
3/4 x 9
19.1 x 229
2,36
492
697
286
16
25
53
1,92
SPS UNC.19.305.O-O
3/4 x 12
19.1 x 305
2,36
568
911
362
16
25
53
2,49
SPS UNC.19.457.O-O
3/4 x 18
19.1 x 457
2,36
721
1216
514
16
25
53
3,26
SPS UNC.22.305.O-O
7/8 x 12
22.2 x 305
3,27
592
942
370
19
32
60
3,27
SPS UNC.22.457.O-O
7/8 x 18
22.2 x 457
3,27
745
1246
523
19
32
60
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 148 - 160
p a g e
0,12
24
SPS UNC.06.102.O-O
o n
20
11
øJ
i n f o r m a t i o n
9
8
A
>>
s a f e t y
6
L max (mm)
a n d
L
L min (mm)
w a r n i n g
K
Weight (kg)
WLL (Mtons)
o u r
Dimensions (mm)
(mm)
s e e
Thread ø x Take-up (inch)
Model Nr.
148
K
143
COMPLEMENTARY ITEMS
<< OPEN BODY TURNBUCKLES; OBLONG EYE - OBLONG EYE
GENERALLY TO ASTM F 1145-92
L min / L max
A
L
øJ
K
WLL (Mtons)
L min (mm)
L max (mm)
A
øJ
K
L
Weight (kg)
>> SPS UNC.25.152.O-O
1x6
25.4 x 152
4,54
507
710
228
23
36
76
4,10
SPS UNC.25.305.O-O
1 x 12
25.4 x 305
4,54
660
1015
380
23
36
76
5,22
SPS UNC.25.457.O-O
1 x 18
25.4 x 457
4,54
812
1320
532
23
36
76
6,35
148
Dimensions (mm)
(mm)
SPS UNC.25.610.O-O
1 x 24
25.4 x 610
4,54
964
1625
685
23
36
76
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
29
46
90
8,62
SPS UNC.32.457.O-O
1-1/4 x 18
31.8 x 457
6,89
871
1392
537
29
46
90
10,40
SPS UNC.32.610.O-O
1-1/4 x 24
31.8 x 610
6,89
1024
1697
689
29
46
90
12,20
SPS UNC.38.305.O-O
1-1/2 x 12
38.1 x 305
9,71
775
1156
400
32
54
103
12,50
SPS UNC.38.457.O-O
1-1/2 x 18
38.1 x 457
9,71
927
1461
553
32
54
103
14,10
SPS UNC.38.610.O-O
1-1/2 x 24
38.1 x 610
9,71
1080
1765
705
32
54
103
17,00
SPS UNC.44.457.O-O
1-3/4 x 18
44.5 x 457
12,70
1000
1457
568
38
60
117
23,80
SPS UNC.44.610.O-O
1-3/4 x 24
44.5 x 610
12,70
1153
1762
721
38
60
117
26,30
SPS UNC.51.610.O-O
2 x 24
51.0 x 610
16,80
1313
1923
738
45
68
146
38,70
SPS UNC.63.610.O-O
2-1/2 x 24
63.5 x 610
27,20
1387
1997
789
51
79
165
65,00
SPS UNC.70.610.O-O
2-3/4 x 24
70.0 x 610
34,00
1448
2057
788
57
82
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
n
144
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 148 - 160
GENERALLY TO ASTM F 1145-92
COMPLEMENTARY ITEMS
OPEN BODY TURNBUCKLES; JAW - OBLONG EYE >>
K
øJ
L min / L max
A
U P
6
9
20
6
15
11
0,14
8
11
24
6
22
13
0,23
181
9
13
28
8
22
14
0,36
490
190
11
18
37
10
27
16
0,68
388
642
266
11
18
37
10
27
16
0,78
465
795
343
11
18
37
10
27
16
0,94
1,59
349
533
200
13
22
44
13
33
20
1,07
15.9 x 229
1,59
425
686
276
13
22
44
13
33
20
1,44
5/8 x 12
15.9 x 305
1,59
501
838
353
13
22
44
13
33
20
1,64
SPS UNC.19.152.J-O
3/4 x 6
19.1 x 152
2,36
390
575
210
16
25
53
16
38
24
1,81
SPS UNC.19.229.J-O
3/4 x 9
19.1 x 229
2,36
470
730
286
16
25
53
16
38
24
2,15
SPS UNC.19.305.J-O
3/4 x 12
19.1 x 305
2,36
540
880
362
16
25
53
16
38
24
2,69
SPS UNC.19.457.J-O
3/4 x 18
19.1 x 457
2,36
691
1186
514
16
25
53
16
38
24
3,18
SPS UNC.22.305.J-O
7/8 x 12
22.2 x 305
3,27
567
917
307
19
32
60
19
44
29
3,79
SPS UNC.22.457.J-O
7/8 x 18
22.2 x 457
3,27
720
1220
523
19
32
60
19
44
29
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 148 - 160
p a g e
Weight (kg)
o n
W
øJ
i n f o r m a t i o n
U
A
>>
s a f e t y
P
(mm)
a n d
L
(inch)
w a r n i n g
K
L max (mm)
o u r
Dimensions (mm)
L min (mm)
s e e
Thread ø x Take-up
WLL (Mtons)
Model Nr.
148
W
145
COMPLEMENTARY ITEMS
<< OPEN BODY TURNBUCKLES; JAW - OBLONG EYE
GENERALLY TO ASTM F 1145-92
K
øJ
L min / L max
A
U P
W
148 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)
A
øJ
K
L
P
U
W
Weight (kg)
(mm)
>> SPS UNC.25.152.J-O
1x6
25.4 x 152
4,54
470
670
228
23
36
76
22
52
34
4,05
SPS UNC.25.305.J-O
1 x 12
25.4 x 305
4,54
620
970
380
23
36
76
22
52
34
5,08
SPS UNC.25.457.J-O
1 x 18
25.4 x 457
4,54
680
1260
532
23
36
76
22
52
34
6,03
SPS UNC.25.610.J-O
1 x 24
25.4 x 610
4,54
930
1580
685
23
36
76
22
52
34
7,71
SPS UNC.32.305.J-O
1-1/4 x 12
31.8 x 305
6,89
690
1050
384
29
46
90
28
71
44
8,81
SPS UNC.32.457.J-O
1-1/4 x 18
31.8 x 457
6,89
850
1350
537
29
46
90
28
71
44
11,00
SPS UNC.32.610.J-O
1-1/4 x 24
31.8 x 610
6,89
990
1650
689
29
46
90
28
71
44
12,90
SPS UNC.38.305.J-O
1-1/2 x 12
38.1 x 305
9,71
725
1105
400
32
54
103
35
71
52
13,10
SPS UNC.38.457.J-O
1-1/2 x 18
38.1 x 457
9,71
880
1410
553
32
54
103
35
71
52
15,90
SPS UNC.38.610.J-O
1-1/2 x 24
38.1 x 610
9,71
1030
1715
705
32
54
103
35
71
52
17,80
SPS UNC.44.457.J-O
1-3/4 x 18
44.5 x 457
12,70
950
1410
568
38
60
117
41
86
66
24,40
SPS UNC.44.610.J-O
1-3/4 x 24
44.5 x 610
12,70
1100
1711
721
38
60
117
41
86
66
27,50
SPS UNC.51.610.J-O
2 x 24
51.0 x 610
16,80
1235
1845
738
45
68
146
51
94
66
40,40
SPS UNC.63.610.J-O
2-1/2 x 24
63.5 x 610
27,20
1315
1925
789
51
79
165
57
113
76
68,00
SPS UNC.70.610.J-O
2-3/4 x 24
70.0 x 610
34,00
1370
1980
789
57
82
177
70
106
92
83,00
Minimum Ultimate Strength = 5 x WLL
n n n
s e e
Dimensions (mm)
L min (mm)
(inch)
n
146
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 148 - 160
3,5
16,5
0,5
T G.17-30
17
30
0,5
T G.4-25
4
25
0,5
T G.26-52
26
52
T G.30-40
30
40
* 0,5
T G.40-50
40
50
0,5
SEE OUR WARNING & SAFETY INFORMATION ON PAGES 148 - 160
COMPLEMENTARY ITEMS i n f o r m a t i o n
Dimensions: R26, R28, R30, R32, R34, R35, R36, R38, R39, R41, R43, R45, R49, R51, R53.
WARNING
s a f e t y
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.
148
T G.3,5-16,5
o n
Steps (mm)
a n d
R-max (mm)
w a r n i n g
*
R-min (mm)
o u r
n
Model nr.
s e e
n
STAINLESS STEEL
p a g e
GROOVE RADIUS GAUGES
147
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.
148
SMART GETS YOU FURTHER.
WARNING AND SAFETY INFORMATION
CONTENTS GENERAL .............................................................................................................................. 150 Disclaimer Manufacturer contact details Contract information
DEFINITIONS ....................................................................................................................... 150 HEALTH AND SAFETY WARNING ................................................................................ 151 LIMITATIONS OF USE ........................................................................................................ 152 General Design Service life Material
WARNINGS AND INFORMATION ON USE ................................................................. 153 Transport Installation and reeving Operation Attaching the load Tugging Sockets Turnbuckles Rigging accessories
CERTIFICATION .................................................................................................................. 159 General
INSPECTION AND MAINTENANCE ............................................................................. 159 Spare parts list 149
WARNING AND SAFETY INFORMATION
GENERAL
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.
Ropeblock B.V.
PO Box 391
Kampenstraat 1
7570 AJ Oldenzaal
7575 ER Oldenzaal
The Netherlands
The Netherlands
This information is restricted to components used in lifting,
Phone: +31 88 532 32 00
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 Terms
applying tension to a wire rope or rope. Or comprise a
and Conditions of Sale and Delivery. These conditions are
product helping to connect the wire rope or other
filed with the Chamber of Commerce under number
components to a structure, other components, or the wire
060.78.445. Acceptance of our products implies acceptance
rope itself. Possibly they are then used for lifting, lowering
of the Terms and Conditions in the contract.Definitions.
or pulling by applying tension to a wire rope or rope and as such holding and transferring the load.
DEFINITIONS
Please examine your Ropeblock product, carefully read and
SAFE WORKING LOAD (SWL)
understand the information presented and apply this
The maximum load on the head fitting, as determined by
information in practice. If you do not fully understand the
a competent person, which an item of Lifting Equipment
information, DO NOT PUT YOUR PRODUCT INTO SERVICE.
may raise, lower or suspend under particular
Please call your sales representative or Ropeblock B.V.
(operational/dynamic) service conditions.
directly. ALLOWABLE LINE PULL (ALP)
DISCLAIMER
The operational maximum line pull, as determined by a
Your Ropeblock product is by default considered a tool or
competent person, which an item of Lifting Equipment can
essential part of the intended application and therefore
be subjected to. For a single sheave block, this could also be
defined by the application or system designer or
referred to as SWL (as such, then not on the head fitting).
application owner. In accordance with Machine Directive 2006/42/EC, it is therefore supplied as standard without EC
WORKING LOAD LIMIT (WLL)
declaration. Where applicable, the product will become
The maximum load on the head fitting, as determined by
part of a CE-marked assembly. The product must then not
the manufacturer, which an item of Lifting Equipment is
be put into service until the full assembly has been
designed to raise, lower or suspend under ideal (static)
declared to conform to the provisions of 2006/42/EC.
service conditions with a given safety factor calculated
Where the product is considered a lifting accessory,
against the MBL.
requiring an individual conformity declaration (IIA) or declaration of incorporation (IIB), it should be mentioned in
MINIMUM BREAKING LOAD (MBL)
the contract.
The load, checked by the manufacturer against the
The party installing Ropeblock products shall be competent
minimum theoretical failure strength of the material, at
and qualified in the design, construction or maintenance of
which an item of Lifting Equipment is designed to fail or
the relevant application and have the knowledge of the
break. (Or determined empirically in a laboratory breaking
relevant regulations and standards concerning the
load test.) Also referred to as Minimum Breaking Force (MBF).
application/equipment required for proper installation, or be declared competent by their employer.
FACTOR OF SAFETY (FOS)
The party using Ropeblock products shall be competent
Factor determined as the ratio between MBL and WLL.
and qualified in the operation of the relevant application
Also referred to as the Safety Factor (SF) or Design (Safety)
and have the knowledge of the relevant regulations and
Factor (D(S)F).*
standards concerning the application/equipment required 150
for proper operation, or be declared competent by their
DESIGN DYNAMIC FACTOR (DDF)
employer.
The factor specified by the designer of the lifting appliance
Ropeblock is not responsible for any misuse of the products
(e.g. crane). DDF is not the same as DAF, which is defined
or misinterpretation of this document.
separately and applicable to a specific operation. DDF = Design load / SWL.
HEALTH AND SAFETY WARNING
Load used for the purposes of design, derived by
The party installing Ropeblock products shall be
combining relevant characteristic load(s) (both static and
competent in the design, construction or maintenance
dynamic) with appropriate load factor(s). The design load
of the relevant application and have the knowledge of
represents all foreseeable loads and combinations thereof
the relevant regulations and standards concerning the
(including all directions) that the lifting appliance will be
application/equipment required for proper installation, or
subject to. Design load shall not be confused with SWL.
be declared competent by their employer.
PROOF LOAD (PL)
The party using Ropeblock products shall be competent
The predetermined test load, greater than the SWL or WLL
in the operation of the relevant application and have the
to which an item of lifting equipment is subjected before
knowledge of the relevant regulations and standards
acceptance for use.
concerning the application/equipment required for
WARNING
proper operation, or be declared competent by their DESIGN TEMPERATURE
employer.
WARNING AND SAFETY INFORMATION
DESIGN LOAD
Reference temperature, specified by the designer of the lifting appliance, used as a criterion for the selection of
NEVER USE THE PRODUCTS IF THE CONDITIONS STATED
material grades and properties.
IN THIS DOCUMENT ARE NOT FULFILLED OR IF YOU DO NOT UNDERSTAND THE INFORMATION PRESENTED.
MINIMUM OPERATING TEMPERATURE Lowest temperature, determined by a competent person,
During transportation and handling, a crushing, shearing
the item of Lifting Equipment can be operated at without
or dropping hazard exists.
compromising safety.
Care shall be taken when installing, working with or repairing lifting or rigging equipment. If installed or used
COMPETENT PERSON
incorrectly or if a repair is executed incorrectly, loss of
A competent person as defined in ISO 9927-1. To
stability, falling objects, insufficient mechanical strength
determine ‘fit-for-use’ the level ‘Expert Engineer’** is
or failure of parts could occur and inflict injury or death.
required. Alternatively, a qualified person nominated as such by their employer.
Where your Ropeblock product has swiveling and moving parts, there are potential crushing, shearing or
*Note:
entanglement hazards.
The Factor of Safety is the actual MBL/WLL ratio the item itself has. The Design Factor is the MBL/WLL ratio required for the job the item is engineered
When the product is in use do not put hands:
to do. The FoS shall therefore be ≥ DF and is in most cases the same.
1. Between sheaves, side plates, guards, wire rope or other
**Note:
2. In the area of becket, hook, hook nut or cross head.
An expert engineer is an engineer with experience in the design, con-
Workers must be made alert and wear proper safety gear
struction or maintenance of cranes, sufficient knowledge of the relevant
at all times. Take great care to avoid clothing becoming
regulations and standards and the equipment necessary for carrying out
trapped or snagged. Pay attention to sharp edges.
moving parts.
the inspection. Furthermore, an expert engineer is an engineer who is in a position to judge the safe condition of the crane and to decide which
Repairs shall be carried out by competent and trained
measures shall be taken in order to ensure continued safe operation.
personnel only. Power shall be switched off and stored energy eliminated, before repair activities are carried out.
Particular service conditions are defined in combination
Work shall only take place with the product on a firm
with the applicable design standards or rules.
surface with the product secured. Always follow local
With regard to WLL, the client shall act as the competent
rules and regulations.
person to establish fit-for-use under the given particular service conditions against the factor of safety of the item
LIMITATIONS OF USE
of lifting equipment.
GENERAL NEVER STAND UNDER THE LOAD.
With regard to MBL, the client shall act as the competent
The Safe Working Load (SWL), Allowable Line Pull (ALP)
person to establish the SWL in conjunction with the given
and Working Load Limit (WLL) shall never be exceeded.
particular service conditions.
151
WARNING AND SAFETY INFORMATION
Unless otherwise stated, only fully reeved crane blocks
standards (in part or whole) where applicable and can as
may be loaded up to the rated SWL or WLL. For partial
such be considered state-of-the-art.
reeving, the load shall always be symmetrically distributed to eliminate tilt, fleet angles and consequent side loading.
Design parameters such as SWL or WLL, load group or
Reeving shall be carried out by competent personnel only.
factor of safety, wire rope size, weight and design or operating temperature must be visible on the product tag
Always understand the weight you are lifting and the SWL
plate, or be engraved, or be traceable back from the
or WLL of your system and components. The SWL or WLL
certificate or contract by its serial number. DO NOT USE
shall exceed the weight of the intended load you plan to
YOUR PRODUCT WITHOUT THIS INFORMATION.
lift, including its rigging. WLL equipment is by default designed with a FoS of 4:1 Swivels and overhaul balls may be loaded up to the rated
unless specified otherwise on the tag plate.
SWL or WLL and should only be used with rotationresistant wire ropes. If in doubt, contact your wire rope
Appropriate overhaul weight, if required, may vary due to
sales representative for further guidance.
crane design, geometrical design, materials, wire rope selection, and environmental circumstances such as
Capacity ratings apply to new products or products
temperature.
considered to be in an “as new” condition by a competent and qualified person. Capacity may be affected by wear,
Sheave bearings should have separate lubrication
misuse, corrosion, impact deformation or modification.
channels if your Ropeblock product is to be used in a maritime, offshore, or otherwise significantly corrosion
Hook blocks, overhaul balls and swivels shall be used only
aggressive environment.
in vertical lift as they are only designed for this purpose. Side loading may create unacceptable stresses in the
SERVICE LIFE
component.
Generically designed products (WLL products) should meet their normal service life when used in their intended
Swivels may be used in any orientation when specifically
application. Check with your sales representative for
designed for this.
information.
Rigging blocks shall be used in accordance with design
Specifically designed products (SWL products) should
specifications and are generally intended for tension and
meet their intended service life according to the
pulling. Blocks shall not be used for towing unless
prescribed design standard or 3rd party rules from the
specifically designed and marked for that purpose.
application or system designer.
Horizontal and vertical lead sheaves shall be used as
The service life of Ropeblock products will significantly
indicated in the product description or drawings.
depend on the actual intensity of use, or possible misuse. Monitoring for wear and reduced capacity is essential for
Side loading is prohibited as it may create unacceptable
continued safe operation (see the section on inspection
stresses in the component. Shock or side loading shall not
and maintenance).
be applied unless the product is designed for this purpose. Special consideration is required for vibration work or pile Skew loading shall be kept to a minimum for
driving work as this may significantly increase load cycles
undetermined loads. The center of gravity of the load
and promote early fatigue and/or even premature failure
shall be aligned with the hook shank centerline. (See the
in relevant components depending WLL of the equipment
section on lashing of the load.)
and the actual workload. Round Overhaul Balls shall not
The load shall always be placed in the seat or bowl of the
be subjected to high vibration. Optional features like
hook or eye. NEVER AT THE POINT. The latch shall never
detachable,- or interchangeable cheek weights shall be
be allowed to carry the load.
removed prior to operation with vibration equipment or pile driving equipment unless specifically designed and
152
DESIGN
confirmed by Ropeblock B.V. in writing to work with it.
Your Ropeblock product was designed in accordance with the standards and design rules as stated in the contract
MATERIAL
and/or drawings and/or with knowledge of industry
For generically designed products (WLL products), the
Typical efficiency losses for sheaves with roller bearings
or iron sheaves*. The structural materials in these blocks
and wire rope are 2% per wire rope bend. Actual
provide suitable ductility for use at the stated temperatures
efficiency losses may vary due to crane design, load, block
with 100% capacity and at normal speed of 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.
WARNING AND SAFETY INFORMATION
operating temperature limits are -40°C / +80°C with steel
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
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 twoblocking. The lower block shall not come into contact
INSTALLATION AND REEVING
with the upper block or sheave arrangement of the crane
Always verify that the product is in its proper and
unless a receiver on the crane, the crane and the block
intended condition suitable for your application.
itself were designed for this purpose.
Reeving shall be performed on a firm surface to prevent
Make sure all optional features (additional weights,
the block from tipping over.
sheaves, pins, etc.) are properly secured. If in doubt, contact your sales representative or Ropeblock.
Only fully-reeved crane blocks may be loaded up to the rated SWL or WLL. For partial reeving, the loads shall
Lifting points on optional features are designed for ONE
always be symmetrically distributed to eliminate tilt, fleet
unit only. NEVER PICK STACKED UNITS WITH ONE LIFTING
angles and consequent side loading. Reeving shall be
POINT. Do not add components or mass to the product
carried out by competent personnel only.
unless it has been designed by Ropeblock and intended for this purpose.
153
WARNING AND SAFETY INFORMATION
OPERATION Always follow the prescribed inspection protocols and ensure that the product condition complies with the requirements for the job and the product has been properly maintained. The Safe Working Load (SWL), Allowable Line Pull (ALP) or Working Load Limit (WLL) shall never be exceeded. Skew loading shall be avoided by adjusting the rigging To ensure structural integrity of the product, only fully
arrangement below the hook to allow the center of
closed and properly fitted products may be put into
gravity of the load to line up with the centerline of the
operation in your system. All locks, pins and retainers shall
hook shank. The hook shall receive symmetrical vertical
be properly assembled and/or tightened prior to any
loads to minimize additional stress due to the bending of
operation to eliminate potential falling objects or loads
the hook shank.
that may inflict injury or death. If there is foreseeable misuse of skew loading, this shall be Always understand the weight you are lifting and the SWL
limited to the maximum permitted fleet angles of the wire
or WLL of your system and components. The SWL or WLL
rope in your system. The skew load factor shall at all times
shall exceed the weight of the intended load you plan to
be less than 1.25. (50/40 load distribution in a ramshorn hook.)
lift, including its rigging.
Skew loading may induce poor hook swivelling performance.
Crane blocks shall be used in vertical lift. Shock or side
When considered applicable to your application, detailed
loading shall not be applied. Prevent your product from
lashing limits analysis should be undertaken in accordance
coming into contact with any structure or object during a
with EN 13001-3.5 and be communicated to 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 the hook and its seat-bending radius. This D/d radio shall be
Skew loading the hook shall be kept to a minimum for
in accordance with acceptable practice. Depending on the
undetermined loads. The center of gravity of the load
wire rope, a D/d ≥ 1 typically applies for 6x19 or 6x37 Flemish
shall be aligned with the hook shank centerline.
eye slings (loop) and greater than this for basket hitches.
Ensure that the hook rotates freely under load, and that
Check the D/d ratio and the effect on sling capacity with
your reeving is able to generate the required counter
your wire rope or sling manufacturer. Alternatively, use
momentum for the thrust bearing to prevent cabling.
master links or other hardware to ensure your slings
Do not rotate hooks, eyes or other suspensions with only
maintain the required strength for the lift. See e.g. ISO
a washer (i.e. without a bearing) under load. Ensure you
8792 for further guidance.
are following the applicable local and national regulations. We recommend using hardware that matches the shape
ATTACHING THE LOAD
of the hook/counterpart to prevent damage to the hook
The lashing or rigging arrangement of the load shall be
seat or bowl/counterpart.
limited to a 90° included angle between two slings and the maximum single sling angle (from vertical) shall be
The use of fibre slings should be verified with the
less than 45° for single hooks and less than 60° for
manufacturer of the sling.
ramshorn hooks. Forces in slings shall be limited to the following: 154
Latches shall be closed during the lift. NEVER LOAD A LATCH.
TUGGING If tugging is a mode of operation, this shall be such that the rigging, and consequently the Ropeblock product, is free
Socket(pin)s may be used as an orientating hinge-point. To
forces from the load. Perpendicular forces are a side load
prevent excessive wear and additional rope bending they
and create a bending moment. Unless specifically
should not be used as a friction hinge point under load.
indicated, your product is not designed for this. Tugging
Further design evaluation and creating a proper functional
lines are intended only to hold the product in position.
hinge point is advised. Check for potential pin rolling with axial movement that may develop depending operation.
SOCKETS GENERAL
n ALWAYS CARRY OUT A VISUAL INSPECTION
BEFORE USING A SOCKET AND PIN.
Safety measures should be taken into account when using our sockets. Carefully follow all installation instructions.
n NEVER USE A PART SHOWING CRACKS OR DAMAGES.
Important information can be found below.
n DO NOT SIDE-LOAD A SOCKET. n REPAIRS ARE NOT ALLOWED; FOR CONSULTATION
CONTACT ROPEBLOCK.
Ropeblock sockets provide adequate ductility and should be considered fit for purpose until minimum operating
n NEVER SHOCK-LOAD A SOCKET.
WARNING AND SAFETY INFORMATION
from significant forces perpendicular to the vertical hoisting
temperatures of -40°C in general service application. Check your application specific criteria with the set design
PROOF TESTING INDIVIDUAL SOCKETS
temperature against the specifications set forth in the
Sockets can be individually proof tested on request. The
applicable design standards or rules. Ropeblock sockets
default proof load value is 40% of the catalogue MBL for
meet or exceed 42J/-20°C Charpy “V” impact values.
spelter sockets and 30% for wedge sockets. Higher values until 50% will require special consideration.
Excluding limitations set forth by the wire rope and/or resin or spelter material as described in the EN and ISO standards
PROOF TESTING SOCKETED ASSEMBLIES
(typ. 80°C for fibre core ropes and 110°C for resin), sockets
Per EN 13411-4:2011 type testing may be required. Please
will be affected by higher temperatures too, but continue
see the standard and annex C and F for further guidance.
to serve with below approximate limited work load
(Alternatively ISO 17558:2006.) Depending the application,
capacity rating at these elevated temperatures.
end-user requirement and / or local regulations, socketed assemblies may require to be proof tested individually with
110°C with 100% capacity rating
a proof load relative to the Work Load Limit or Safe
150°C with 92% capacity rating
Working Load assigned to the socketed assembly.
200°C with 83% capacity rating 250°C with 75% capacity rating
SPELTER SOCKETS
300°C with 67% capacity rating
n
Proper spelter socket terminations have an efficiency equal to the breaking load of the wire. This can be
Your application requires compensation for this. For
limited by the minimum breaking load of the socket
intermittent use at elevated temperatures the temperature
(MBL), as mentioned in the tables.
the socket body will reach should be determined. Use
n
For further performance specifications, see our type approvals.
above 300°C is not recommended, contact Ropeblock for
n
Please read the instructions of the resin manufacturer
further guidance.
carefully before use. Incorrect use of the resin or spelter material can result in an unsafe termination. Look for
Dimensional tolerances depend on the manufacturing
the expiration date of the resin. More information can
techniques applied and are different between machined components (pins) and cast components (socket bodies
also be obtained from your wire rope supplier. n
and wedges). Also surface finish e.g. hot dip galvanizing or even paint may add to the overall thickness and fork
broom and socket basket. n
distance. Please contact Ropeblock for further guidance
each other. n
All spelter sockets and wedge sockets receive the vigorous
Volumetric RT inspections can be done on request. Certificates are available when so ordered.
When using white metal or zinc, the socket may be preheated up-to 350°C (660°F).
n
working program is covering both surface inspections (MT and visual) as well as volumetric inspections (UT).
Ensure that the broomed wires are evenly spaced in the basket and that the wire and basket are aligned with
and a detailed dimensional tolerance sheet.
Ropeblock Non Destructive Testing (NDT) regime. This
Always remove any dirt and grease from the wire rope
Make sure the base of the socket is properly sealed. This to prevent resin leakage, which may cause voids.
n
It is recommended to pour on one side as this will help eliminate air bubbles being formed.
155
WARNING AND SAFETY INFORMATION
n
Check for proper penetration of the resin to the bottom.
n
n
n
Recommendation to use a 1mm probe wire between the strands to validate resin penetration if possible. n
Re-grease the wire rope at the neck.
n
Never use an assembly before the resin is fully hardened.
n
Procedures in EN 13411-4 or ISO 17558 or equivalent
hotter days.
Socketing should always be executed by qualified and
Suggest to use low viscous resin. (typ. found in smaller cans.) Suggest wire ‘poking’ around in the socket basket, as you pour, which should release air bubbles more easy
should be followed. n
It is recommend to stay out of direct sunlight on
and promote resin penetration to the bottom.
competent personnel only.
n
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 with Normal socketing procedures for spelter sockets shall
Loctite 270, etc.) n
be followed. n
standard shackle. n
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
Remove seizing after and up to the bottom of the basket when the seizing is in contact with the housing.
n
The connector cap shall be secured after socketing by means of a high strength thread locking adhesive. (E.g.
non-rotating or cat 1. rotation resistant wire rope only. n
Remove seizing after and up to the bottom of the
The connector shall always be installed in the socket housing and used with the retainer properly mounted 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. ADDITIONAL FOR SUPER REEVE CONNECTOR SOCKETS n
mm
inch
cc
non-rotating or cat 1. rotation resistant wire rope only.
1/4 3/8 1/2 5/8 3/4
9 15 35 50 80
The basket length differs from normal. Measure
20 - 22
7/8
120
23 - 26 27 - 30 31 - 36 37 - 39 40 - 42 43 - 48 49 - 54 55 - 60 61 - 68 69 - 75 76 - 80 81 - 86 87 - 93 94 - 102 108 - 115 120 - 130 135 - 140 141 - 153 154 - 165 166 - 178 179 - 191 192 - 204
1 11/8 11/2 - 13/8 11/2 15/8 13/4 - 17/8 2 - 21/8 21/4 - 23/8 21/2 - 25/8 23/4 - 27/8 3 - 31/8 31/4 - 33/8 31/2 - 35/8 33/4 - 4 41/4 - 41/2 43/4 - 5 51/2 53/4 - 6 61/4 - 61/2 63/4 - 7 71/4 - 71/2 73/4 - 8
160 220 350 425 500 700 1200 1450 1850 2250 3500 4000 5000 7500 10500 14000 16000 20000 26000 33000 39000 48000
rotation resistant wire rope.
n
The SCS standard (rotating) connector shall be used with
appropriately for required broom height. Seizing should match your working method. n
The broom should come up just below the threaded section. (About maximum 1/8d or 5mm which ever smaller).
n
Use a cover to protect the thread.
n
Resin penetration may be more difficult in the tight SCS buttons, esp. with large fill factor ropes with a large number of wires (e.g. high performance ropes like 35x7). Normal socketing procedures for spelter sockets shall be followed with the addition of the following recommendations for resin:
n
Do NOT use booster packages to speed up curing.
n
Reduce mixing time when possible, but keep resin
n
mfg instructions. At higher ambient temperatures we recommend to refrigerator cool the resin to delay curing / increase 156
Approximate resin volume
For wire rope ø
6-7 8 - 10 11 - 13 14 - 16 18 - 19
The SCS Spin Resistant connector shall be used with non-rotation resistant wire rope and may be used with
n
APPROXIMATE RESIN VOLUMES
gel time. And if possible to cool the pre-assembly too to the same temperature as the resin. Follow resin manufacturers limitations.
n
The wire rope MUST pass thru the ‘Go’ hole in the wedge.
n
The wire rope shall NOT pass thru the ‘No-Go’ hole in the wedge. No-Go
Go
WEDGE SOCKETS n
Always mount the loaded part of the wire in the centre
Wire rope clip
line of the pin (see figures below). n
Make sure you are using the correct house, rope and
n
wedge size combination. n
After mounting the wire rope in a loop through the OWS socket, place the wedge correctly in the socket.
Nominal intermediate rope sizes should be used with
WARNING AND SAFETY INFORMATION
WARNINGS n ALWAYS CARRY OUT A VISUAL INSPECTION BEFORE USING A SOCKET AND PIN. n NEVER USE A PART SHOWING CRACKS. n DO NOT SIDE-LOAD A SOCKET. n REPAIRS ARE NOT ALLOWED, FOR ANY REPAIRS CONTACT YOUR SUPPLIER. n NEVER SHOCK-LOAD A SOCKET.
the biggest socket within the range. n
Secure properly the dead end with a wire rope clip.
n
Do not attach the dead end to the live wire.
n
The dead end should have a length of 6 times the wire diameter with a minimum of 150 mm.
n
Ensure that the wire rope and wedge are fully seated after the first load.
n
n
A load may slip if the connection is not properly
Required resin volume for socketing wire rope terminations
installed.
the socket housing. n
n
Inspect the connection regularly.
n
The efficiency of a 6 or 8 strand wire rope and most
Pre-tension the wire rope, so that wedge is fixed inside Mount the wire rope clip on the dead end section, gripping the tail of the wire rope.
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. n
Check your wire rope supplier for efficiency rating details when used with high performance ropes or test the assembly type to determine efficiency.
Dead end lenghth
n
Follow recommendations for safe use in EN 13411-6.
n
Suggest attaching the clip minimum about 2d distance
n
The dead end length or tail length should be a minimum of:
from the body.
n
Standard 6-8 Strand Wire Rope
Minimum of 6 rope diameters, but not less than 150mm. n
Rotation resistant Wire Rope
Minimum of 18 rope diameters, but not less than 150mm. n
Tighten nuts on clip to recommended torque.
OWS Type
correct
incorrect
incorrect
TAILGRIP WEDGE SOCKETS
0,5
1
2
3
4
5
6
7
Wire rope clips Type* 10
13
16
19
22
26
30
34
Torque [Nm]
33
49
68 107 147 212 296
9
* Clips per EN 13411-5
SWAGE SOCKETS AND SLEEVES (FLEMISH EYE FERRULE)
n
Follow recommendations for safe use in EN 13411-6.
n
Check that the wire rope is suitable for the socket
on 6 x 19 or 6 x 37 IPS or XIP (EIP), XXIP (EEIP), RRL, FC,
application.
or IWRC wire ropes. They are also approved for use on
Check that socket, wedge and wire rope clip match to
galvanized bridge rope. They are not recommended for
n
n
fit the wire rope size. The correct wire rope size can be checked with the Go - No Go feature, implemented in the wedge.
Swage Sockets and Sleeves are recommended for use
use on fibre core ropes without further measures. n
Properly applied Swage Sockets may reach an efficiency rating of 100% and shall have a minimum efficiency of 90% per EN 13411-8. This rating is based on the
157
WARNING AND SAFETY INFORMATION
n
n
n
n
catalogue strength of wire rope. This can be limited by
series) may be used for lifting, general rigging and lashing.
the minimum breaking load of the socket (MBL).
Open body UNC thread and closed body metric thread
Swaged sleeves should generate an efficiency of at least
turnbuckles should be used for general rigging and
90% per EN 13411-3.
lashing only.
For further performance specifications, please contact Ropeblock.
Ropeblock turnbuckles provide adequate toughness and
Swage sockets and sleeves are forged from special steel
ductility and should be considered fit for purpose until
quality and heat treated for cold swaging.
minimum operating temperatures of -40°C in general
Proper swaging methods must be followed for all
service application. Check your application specific criteria
Swage Sockets and Sleeves.
with the set design temperature against the specifications
n
Always use the matching dies to the socket or sleeve.
set forth in de applicable design standards or rules.
n
Ensure the dies are aligned and within the limits for
n
n
n
n
admissible wear.
Ropeblock turnbuckles can be used with below
The position of the rope end should be verified prior to
approximate limited work load capacity rating for
swaging and after swaging.
continuous service at these elevated temperatures:
Multiple progressive pressings are required to prevent flash, which could develop into a permanent mark or
≤ 110°C with 100% capacity rating
possibly a crack in the sleeve. A color change will not
≤ 150°C with 92% capacity rating
indicate proper swaging.
≤ 200°C with 83% capacity rating
A light oil lubricant should be applied to each die and
≤ 250°C with 75% capacity rating
wiped clean after swaging.
≤ 300°C with 67% capacity rating
For swaging practice details contact the die manufacturer.
For intermittent use at elevated temperatures the tempera
n
Always verify after swaging dimensional limits.
ture the turnbuckle will reach should be determined. Use
n
Each swaged termination shall be free of any flaws and
above 300°C is not recommended; Contact Ropeblock for
surface defects and shall not exhibit any sharp edges or
further guidance. Please note that the grease on the thread
rough surfaces.
will lose effectiveness above ±80°C.
n
n
n
n
The outline of EN 13411-3 / EN 13411-8 or equivalent should be followed.
Dimensional tolerances depend on the manufacturing
Caution: Proper swaging practices are the responsibility
techniques applied and are different between machined
of the sling manufacturer.
components (pins) and forged components (bodies and
Before using Swage Sockets or Sleeves with other type
end fitting). Also surface finish e.g. hot dip galvanizing or
lay, construction or grade of wire rope, it is
even paint may add to the overall thickness and fork
recommended that the termination be type tested to
distance. Please contact Ropeblock for further guidance
prove the adequacy of the assembly.
and a dimensional tolerance sheet.
For Flemish eye constructions we recommend to follow internationally prescribed construction, safety criteria
Turnbuckles should be tensioned in line only (straight
and inspection procedures. (e.g. EN 13414, ISO 8792
pull), unless designed specific for that purpose.
and ASME B30.9).
Turnbuckle connection points may be used as an orientating hinge-point.
TURNBUCKLES GENERAL
To prevent excessive wear and additional bending they
Safety measures should be taken into account when using
should not be used as a friction hinge point under load.
turnbuckles. Carefully follow all instructions. Important
Further design evaluation and creating a proper
information can be found below.
functional hinge point is advised.
Turnbuckles are primarily used as adjustable hardware to
Check for potential pin rolling with axial movement that
tension two points and/or possibly adjust the distance
may develop depending operation.
between two points. Check your application for the required take-up length
158
All turnbuckles have a Factor of Safety (FoS) of 5:1.
and used connecting points (jaw, stud-eye, oblong-eye,
Ropeblock closed body trapezium thread turnbuckles (TR
rod or stud ends, hook, etc.).
n
n
n
option (contra nuts or locking/retainer bolts). Consider the rotational characteristics of wire rope where applicable.
bearing part.
After assembly, make sure locking nuts or locking/retainer bolts are properly tightened. Use proper inspection
Material certificate EN10204 3.1 for main load Material certificates EN10204 3.1for all load bearing parts. Documents per contract / etc.
routines when used on vibrating equipment. A yearly inspection as a minimum is advised.
INSPECTION AND MAINTENANCE Inspections should be carried out daily or weekly or, if
The absolute minimum thread engagement is 1xd (with d
your Ropeblock product is used infrequently, each time it
being the thread size). This must be measured on both sides
is used by the operator. Examination of the product by a
of the turnbuckle and based on the actual dimensions.
competent and trained person should be carried out monthly to check for damage, corrosion and the free
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
WARNING AND SAFETY INFORMATION
Depending your application select proper the retaining
person should be carried out annually or periodically n ALWAYS CARRY OUT A VISUAL INSPECTION
BEFORE USING A TURNBUCKLE.
depending on usage intensity as seen fit by the application designer or owner.
n NEVER USE A PART SHOWING CRACKS OR DAMAGES. n DO NOT SIDE-LOAD A TURNBUCKLE. n REPAIRS ARE NOT ALLOWED; FOR CONSULTATION
CONTACT ROPEBLOCK. n NEVER SHOCK-LOAD A TURNBUCKLE.
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.
PROOF TESTING Turnbuckles can be individually proof tested on request. The default proof load value is twice the catalogue WLL of the
WITH THE MANDATORY DISMANTLING INSPECTION OF THE
turnbuckle and 1,22xWLL + 20 for WLL above 25t for the
HOOK, THE OVERALL BLOCK AND COMPONENTS WITH SHE-
trapezium turnbuckles. Higher or different values and/or
AVE AND BEARINGS SHOULD BE INSPECTED FOR PROPER
individual testing for UNC or metric turnbuckles upon request.
FUNCTIONING AND CONDITION.
RIGGING ACCESSORIES
Particular attention shall at least be paid to the following:
To other rigging accessories such as tri-plates, split
• Wear in the hook, center pin, becket or threads of hook
overhaul balls, pad-eyes, devils claws, etc. the limitations
and nut.
of use and further relevant sections of this warning and
• Play in the bearings.
safety document apply and are to be used in a straight
• Spacer bolts, nuts and lynch pins.
pull only. Contact Ropeblock for guidance if so required.
• Cracks in welds. • The condition of retainers, safety latch and grease nipples.
CERTIFICATION GENERAL
• Wear in holes in side plates and becket. / Wear of holes and play in the bearing supports.
The following certificates or other documents, where
• Worn sheaves.
applicable or so ordered, have been provided with the
• Contamination (dust, dirt, humidity) or corrosion of the
product:
n
Declaration of compliance with the order EN 10204 2.1.
n
Test report EN 10204 2.2 (Batch (proof load) test
roller bearings. • Deformed or missing items or the presence of secondary retention.
(according to ILO 152).
n
n
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Inspection certificate finished product EN10204 3.1
If cracks or heavy gouges are apparent, the crane block
(Individual product (proof load) test (according to ILO
shall not be used and competent opinion sought.
152).
Repairs should be undertaken by grinding smooth in
Inspection certificate finished product EN10204 3.2
the surrounding area only. If it is grooved and its section
(Individual product (proof load) test (according to ILO
reduced by more than 5% from its nominal dimension, the
152), including conformity survey by a 3rd party).
item shall be replaced.
Hook material certificate EN 10204 3.1.
159
WARNING AND SAFETY INFORMATION
NDT of hooks shall follow surface inspection in accordance
maintenance should be implemented.
with EN 10228-1 class 3. The hook shall be replaced if its
As a general rule, sheaves, cross heads, bearings and
throat opening is enlarged by more than 10% from its
bodies should be greased through nipples at these
certified dimension (Y-measurement).
positions at least once a month or every 250 hours of service. Lubricate until new grease is visible. Heavy duty
By default and as a general
or high performance equipment should receive re-
rule for all sheaves, wear
lubrication weekly. For sub-sea equipment, always
of sheaves should be
remove the air-vent plug before the greasing operation
evaluated both against
to prevent jamming.
10% wear of nominal section thickness and
Bronze bearings should be greased every two weeks, or
0.15xd in accordance with
after 8 hours of continuous service. Check your product
the DIN 15063 standard. For further detailed guidance on
specifications or drawings for the location on your
your particular sheave and application, contact your sales
Ropeblock product.
representative. Repair or modification by welding, flame torch, or other significant heat inducing method is strictly
Plain journal sheave bearings for submersible use must be
prohibited unless prior consent in writing has been
greased less than one week prior to their first use. This is
obtained from Ropeblock.
to reactivate the proper functioning of the bushing and combat potentially ageing and solidified grease.
Comprehensive and more intense regular examination must be carried out when your product is used in severe
Unless stated otherwise, re-lubrication, as well as
or corrosion inducing environments. High-grade steels
maintenance, should be done with lithium or lithium/
may be susceptible to hydrogen embrittlement and loss
calcium based EP2 grease with a strong adherence to
of ductility. Check for cracks. Where stainless steel bolting
metallic surfaces, excellent protection against corrosion
is used, check for cathodic corrosion. If your block was
and resistance to wear and should be suitable for the
fitted with retaining or securing wires, check that these
required operating temperatures.
are present, intact and correctly fitted.
Retesting shall be done according to the requirements in the original test certificate and will only apply to a fully
If the holes in the cross head, side plates, becket or eyes
reeved component.
are enlarged by more than 5% from nominal, the part shall be replaced. Items that are out of original tolerance,
FOR SPARE PARTS OR INFORMATION, OR IN THE EVENT
bent, deformed or misaligned shall be replaced. Employ
OF ANY PROBLEMS OR DOUBT, ALWAYS CONTACT YOUR
sound engineering practice to evaluate and decide.
SALES REPRESENTATIVE OR ROPEBLOCK B.V.
Contact your sales representative for advice.
SPARE PARTS LIST Any replacement parts shall be purchased from Ropeblock
The recommended spare parts list indicates when the
B.V. All repairs shall be carried out by trained and competent
parts of the crane block should be replaced, or at least
personnel and great care shall be taken in the re-assembly
inspected and cleaned. If you do not have this, it is
of the equipment and fastening or securing parts such as
available on request.
grub screws, lynch pins, etc. Check and refit only correct sizes and threads. Nyloc nuts, should be replaced. HIGH QUALITY AND SAFE COMPONENTS FOR When properly maintained and kept at adequate grease
THE GLOBAL LIFTING AND WIRE ROPE INDUSTRY.
levels, cylindrical roller bearings are designed to run one
ROPEBLOCK.COM
million cycles under their full dynamic catalogue rating and were selected to suit the perceived application. The thrust bearing is statically rated. Depending on the actual intensity of use and cumulative load throughout the product’s life, fleet angles and environmental influences, 160
the number of cycles could be higher or lower. With it, the effective life of the product itself compared to its original design life can be affected. Under severe (environmental, usage) conditions, more intense inspection and
EXPERIENCE THE BENEFIT OF
SMART ENGINEERING
SMART GETS YOU FURTHER.
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