KITO Chain Sling 100 User manual

1
KITO Chain Sling 100
(S5 Model)
Assembly Manual
AS-CS5ZZZ-MGE-00
For those assembling the chain sling
• This manual is intended for those having expertise*.
• When assembling KITO Chain Sling 100 (S5 Model), prepare KITO Chain Sling 100 Catalog (S5 Model) in addition to
this document. Unless a catalog is available at hand, contact our nearest office.
• Prior to starting assembly, be sure to read this Assembly Manual thoroughly to familiarize yourself with all of product
knowledge, safety information and precautions.
• Please read and understand the information in the Owner’s Manual as well.
* Personnel familiar with the structure and mechanism of the chain sling and certified to have expertise by a business
entity

2
●When assembling the chain sling, be sure to prepare “KITO Chain Sling 100 Catalog” (S5
Model).
●This Assembly Manual is intended for the sling chains and components (hooks and fittings)
mentioned in the catalog of “KITO Chain Sling 100” (S5 Model) (hereinafter referred to as the
catalog).
●To distinguish from the old products, compare the embossed type indication and the outer
dimensions of the sling chains and fittings with the catalog.
1. Safety Precautions ....................................................................................................................................3
2. Determination of Specications.................................................................................................................3
3. Preparation of Components.......................................................................................................................4
3-1 Selecting the Chain Diameter..............................................................................................................4
3-2 Preparing the Components (Hooks and Fittings).................................................................................5
3-3 Determining the Chain Length.............................................................................................................5
3-3-1 Calculating the assembled products.............................................................................................5
4. Assembly Procedures................................................................................................................................7
4-1 Clevis Type ..........................................................................................................................................7
4-1-1 Assembly.......................................................................................................................................7
4-1-2 Marking on the Sling Tag ..............................................................................................................7
4-1-3 Attaching the Sling Tag .................................................................................................................8
4-1-4 Owner’s Manual............................................................................................................................8
4-2 Eye Type..............................................................................................................................................9
4-2-1 Assembly.......................................................................................................................................9
4-2-2 Marking on the Sling Tag ..............................................................................................................9
4-2-3 Attaching the Sling Tag .................................................................................................................9
4-2-4 Owner’s Manual............................................................................................................................9
5. List of Required Chain Length and Required Components for assembled products ..............................10
5-1 Combination of the Clevis Type.........................................................................................................10
5-2 Combination of the Eye Type............................................................................................................ 11
5-3-1 Master Link ................................................................................................................................. 11
5-3-2 Large Master Link ....................................................................................................................... 11
5-3-3 Master Link with Sub Links ......................................................................................................... 11
5-3 List of Required Chain Length and Required Components for assembled products.........................12
5-3-1 Clevis-type Single-leg Sling ........................................................................................................12
5-3-2 Clevis-type Double-leg Sling.......................................................................................................14
5-3-3 Clevis-type Triple-leg Sling .........................................................................................................15
5-3-4 Clevis-type Quadruple-leg Sling .................................................................................................16
5-3-5 Eye-type Single-leg Sling............................................................................................................17
5-3-6 Eye-type Double-leg Sling ..........................................................................................................18
5-3-7 Eye-type Triple-leg Sling.............................................................................................................19
5-3-8 Eye-type Quadruple-leg Sling.....................................................................................................20
5-3-9 Eye-type Triple-leg Sling with Master Link with Sub Links..........................................................21
5-3-10 Eye-type Quadruple-leg Sling with Master Link with Sub Links................................................22
5-3-11 Eye-type Single-leg Sling with Large Master Link.....................................................................23
5-3-12 Eye-type Double-leg Sling with Large Master Link ...................................................................24
5-3-13 Eye-type Triple-leg Sling with Large Master Link......................................................................25
5-3-14 Eye-type Quadruple-leg Sling with Large Master Link..............................................................26
Table of Contents

3
θ
Angle of loading
Outward  Centered  Inward 
Directions of hooks and fittings
Reach
Adjust the direction of the bottom hook (bottom fitting)
depending on the number of chain links, odd or even.
Further, the event described in
CAUTION
may result in serious accident depending on the situation. Both
DANGER
and
CAUTION
describe important contents. Please follow the instruction.
This Assembly Manual classifies the precautions into three categories of “DANGER”, “WARNING” and
“CAUTION”.
Sling specication selection item Order spec.
Type
No. of
chain
legs
Single (Single leg) :S
Double (Double legs) :D
Triple (Triple legs) :T
Quadruple (Quadruple legs) :Q
Slinging
method
Slinging
with
hooks
Clevis
Top tting
Bottom tting
Eye
Top tting
Bottom tting
Direct
slinging
Endless
Top tting (Clevis)
Top tting (Eye)
Choke
hitch
Bottom tting
(Clevis)
Bottom tting
(Eye)
Double
choke
hitch
Top tting (Clevis)
Top tting (Eye)
Bottom hook direction in slinging
with hooks
Outward
Centered
Inward
Usage condition Order spec.
Working load limit (t)
Angle of loading θ(º)
Ambient temperature (ºC)
Reach L (m)
: Indicates an imminently hazardous situation which, if not avoided, will result in death
or serious injury.
: Indicates a potentially hazardous situation which, if not avoided, may result in minor or
moderate injury.
: Indicates a potentially hazardous situation which, if not avoided, could result in death
or serious injury.
The first step for safety is to prepare an adequate sling suitable for material-handling work.
Before assembly, check customer’s order specifications.
▪ When using the eye-type Large Master Link HMG/HMH or
Master Link HMF with Sub Links for the top tting, read the
working load limit from the exclusive columns of “Table 1.
Slinging Methods and Working Load Limits”.
▪ Upon receiving an order, be sure to check the slinging method
and angle of loading.
CAUTION
WARNING
CAUTION
DANGER
1. Safety Precautions
2. Determination of Specifications

4
■
Based on the working load limit, angle of loading and type, select the chain diameter from “Table 1.
Slinging Methods and Working Load Limits”.
■
In case of the following working conditions, reduce the working load limit to 80% to use the chain sling.
1. Work that is carried out with high frequency or when the working load is applied continuously
2. Work in which vibration is applied continuously
3. Usage by incorporation in an automatic line
■
High-temperature work is subject to thermal e󰀨ect, reducing the working load. Seeing “Table 2. Working
Load Limits due to Temperature”, take a reduction rate into account to select a chain diameter.
Overload is strictly prohibited. Check whether the sufficient working load
limit and chain diameter have been selected with respect to the actual load,
considering the working conditions, working environment, etc.
Table 1. Slinging Methods and Working Load Limits (Unit: t)
3. Preparation of Components
3-1 Selecting the Chain Diameter
DANGER
◎For slinging methods that have a “ * ” mark, in situations where the chain is used by hooking on a grab hook (in order to adjust the length, etc.) the working load limits become
70% of the values shown in the above table. For slinging methods that do not have a “ * ” mark, no load reduction is required.
◎The bold-faced numerical values in the tables are exclusive values for “When using the Large Master Link HMG/HMH” and “When using the Master Link HMF with Sub Links”
respectively.
When using
the Large
Master Link
HMG/HMH
When using
the Master
Link HMF
with Sub
Links
Slinging method
Angle of loading θ
Chain
diameter
(mm)
Single
leg
Double legs Triple and
quadruple legs Double legs
Quadruple legs Double
choke
hitch
Choke hitchEndless
Slinging with hooks Direct slinging
Double legs
Single
leg

5
■
Select the chain diameter based on the customer’s order specications.
<Selection example> Select the chain size, naming as an example the assembled products mentioned
in the catalog.(See the catalog for the outer shape of the sling.)
assembled products: Double-leg sling D-VD-VSL4
Actual load: 2.5 t
Angle of loading: 90°
Ambient temperature: Normal temperature
The chain diameter of 8 mm is selected from “Table 1. Slinging Methods and Working Load Limits”.
3-2 Preparing the Components (Hooks and Fittings)
■
Select the top and bottom ttings based on the chain diameter and number of chain legs selected in 3-1
in line with the customer’s order specications.
■
In case of the assembled products in the catalog, select the required components, seeing
“Chapter 5. List of Required Chain Length and Required Components for assembled products”.
■
A chain pin kit is enclosed in the same package as the ttings and hooks.
<Selection example> In case of the assembled products, chain diameter = 8 mm
3-3 Determining the Chain Length
Cut the chain with a high-speed cutting machine or a chain cutter.
3-3-1 Calculating the assembled products
■
See “Chapter 5. List of Required Chain Length and Required Components for assembled
products”. See the catalog for the P-dimension of the ttings components.
Table 2. Working Load Limits due to Temperature
Temperature Working load limit (%)
Over –40ºC to 100ºC 100
Over 100ºC to 200ºC 90
Over 200ºC to 300ºC 75
Over 300ºC to 350ºC 65
Over 350ºC to 400ºC 60
Over 400ºC Unacceptable
When using the chain sling in a high-
temperature environment, or when using it
again under normal temperature after using in
a high-temperature atmosphere, reduce the
working load limit as shown in Table 2 according
to the temperature.
Conditions
The double, triple and quadruple types may use the fittings components such
as clevis Master Links or Master Links one or two sizes larger than the chain
diameter. Select them carefully.
CAUTION
CAUTION
In case of Clevistype D-VD-VSL4 Q-VD-VSL4
clevis Master Link VD (VD20807), 1 pc.
Sling hook VSL (VSL4080), 2 pcs.
clevis Master Link VD (VD21008), 1 pc.
Dual connector VB (VB2080), 2 pcs.
Sling hook VSL (VSL4080), 4 pcs.
In case of Eyetype
Q-HMM-HTL4
Q-HMF-HTL4
(Master Link with Sub Links)
Master Link HMM (HMM1310), 1 pc.
Sling hook HTL (HTL4080), 4 pcs.
Hi-coupling HC (HC3080), 8 pcs.
Hi-coupling HC (HC3100), 2 pcs.
Master Link HMF (HMF08), 1 pc.
Sling hook HTL (HTL4080), 4 pcs.
Hi-coupling HC (HC3080), 8 pcs.
(See the catalog for the outer shape of the sling.)
Do not cut, extend, or weld the load chains. Doing so may break the chains.
DANGER

6
(1) Clevis type
Reach L dimension – Top tting P dimension – Bottom tting P dimension = Required chain length
Required chain length / Selected chain pitch = No. of links
<Selection example> In case of type S-VE-VE, chain diameter = 6 mm, reach L = 2.0 m
2000 – 115 – 115 = 1770 mm
1770 / 18.0 = 98.3 links No. of required links = 99
・
Round up the chain links so that it will not be shorter than the
reach L dimension.
・
For the sum of P dimension of the ttings components and the
chain pitch, see “Chapter 5. List of Required Chain Length and
Required Components for assembled products”.
(2) Eye type
Reach L dimension – Top tting P dimension – Hi-coupling P dimension – Hi-coupling P dimension –
Bottom tting P dimension = Required chain length
Required chain length / Selected chain pitch = No. of links
<Selection example> In case of type S-HMM-HMM, chain
diameter = 6 mm, reach L = 2.0 m
2000 – 110 – 48 – 48 – 110 = 1684 mm
1684 / 18.0 = 93.5 links No. of required links = 95
・
Round up the chain links so that it will not be shorter than
the reach L dimension.
・
The number of required links is 94 according to the calculation result, however, 95 links are required
so as to direct the top and bottom ttings as shown in the gure.
・
For the sum of P dimension of the ttings components and the chain pitch, see “Chapter 5. List of
Required Chain Length and Required Components for assembled products”.
CAUTION
For the endless type slings (D-VD-OO, Q-VD-OO, D-HMM-OO, Q-HMM-OO),
determine the chain length so that the number of chain links will be always odd.
Even links causes a twist of chain.
(3) Odd links and even links versus direction of the bottom fitting
■ The bottom fitting is directed differently depending on the number of chain links, odd or even.
Note particularly when the direction of the bottom fitting is specified by the customer’s specifications.
The fittings of the assembled products shall be directed as shown in the catalog.
P
Top fitting
Bottom fitting
P
Reach L
Reach L
PPPP
Top fitting
Bottom fitting
Hi-coupling Hi-coupling
Example)
Odd Even Odd Even
Top fitting
Bottom fitting
Bottom fitting
Bottom fitting
Odd Even
Even
Top fitting Top fitting
Bottom fitting
Top fitting
Odd
Centered Inward or Outward Centered Inward or Outward Centered Inward or Outward Centered Inward or Outward
Clevis type Eye type Eye type
(With two hi-couplings)
Eye type
(Master Link with Sub Links)

7
4. Assembly Procedures
Wrong assembly may result in death or serious injury.
Observe the assembly procedures to assemble the chain sling correctly.
4-1 Clevis Type
4-1-1 Assembly
A removed spring pin is not reusable.
■
Check if all the constituent components are included.
■
Use the chain pins and spring pins which are
accompanying the ttings and hooks.
■
Check the types of the replacement chain pins and
spring pins (chain pin kit) and use the conforming
ones.
■
In case of the double, triple and quadruple legs,
check if each chain length has the same length.
■
During work, care should be taken not to damage
coating of the ttings, etc.
■
Arrange the components on the workbench and
connect the chain and tting with the chain pin.
■
Ensure that the weld area of the links at both ends of
the chain to be assembled into the fitting assembly
are set in the same direction as other links.
■
Drive the spring pin rmly into the tting until it is fully
embedded.
(To facilitate work, it is recommended to insert the
spring pin beforehand in such a manner that it will not
project into a chain pin hole in the tting.)
■
In case of the endless type (D-VD-OO and Q-VD-
OO), set the chain length so that the number of
links will be odd, check for any twist of chain, and
assemble.
After assembly, check again if the
chain pin has been inserted and
spring pin has been driven into until
it has been fully embedded, if the
chain is free from twist, if the chain
length is the same, and so on.
4-1-2 Marking on the Sling Tag
Upon receiving an order, be sure to check the slinging method, No. of chain legs
and ttings type, clearly mark the working load limit on the sling tag.
■
Two types of sling tags are available; one for single leg and the other for double, triple and
quadruple legs. (See Page 8.)
1. Sling tag for single leg: Mark the chain diameter, working load limit, and manufacture date.
2. Sling tag for double, triple and quadruple legs: Mark the chain diameter, working load limit
60º, working load limit 90º, working load limit 120º, No. of chain legs, and manufacture date.
Spring pin
Chain pin
Sling hook
clevis Master
Link
Spring pin
Chain pin
Hook or fitting
Chain pin hole
Chain
Spring pin
D-VD-OOQ-VD-OO
CAUTION
CAUTION
CAUTION
DANGER

8
4-1-3 Attaching the Sling Tag
Be sure to mark the working load limit on the sling tag
and attach it to the chain sling.
The sling tag contains significant information for safe
work.
■
Attach to the 2nd or 3rd link from the top tting.
4-1-4 Owner’s Manual
When delivering the chain sling after assembly, remember to enclose “KITO Chain
Sling 100 (S5 Model) Owner’s Manual” in the same package. It contains signicant
information for safe work.
Sling tag attaching
position
CAUTION
CAUTION
Manufacture Date
Working Load Limit
Chain Diameter
Working Load Limit
FrontBack
Chain Diameter
Working Load Limit
Management No. Mark
Manufacture Date
FrontBack
No. of Chain Legs
Management No. Mark
Sling Tag

9
4-2 Eye Type
4-2-1 Assembly
Never reuse the spring
collar.
■
Check if all the constituent components are
included.
■
In case of the double, triple and quadruple
legs, check if each chain length has the
same length.
■
In case of the double, triple and quadruple
legs, check if each chain length has the
same length.
■
During work, care should be taken not to
damage coating of the ttings, etc.
■
Arrange the components on the workbench
and connect the chain and tting with the
hi-coupling.
■
Ensure that the weld area of the links at
both ends of the chain to be assembled
into the hi-coupling are set in the same
direction as other links.
■
Insert the spring collar with the protective
collar between U-shaped ttings and drive
in the tting pin rmly.
■
In case of the endless type (D-HMM-OO,
D-HMG-OO, D-HMH-OO, Q-HMM-OO,
Q-HMG-OO and Q-HMH-OO), set the
chain length so that the number of links will
be odd, check for any twist of chain, and
assemble.
After assembly is completed, check again if the tting pin and collar have been
firmly driven into, if the chain is free from twist, and if the chain length is the
same.
4-2-2 Marking on the Sling Tag
■
See 4-1-2 for the clevis type.
4-2-3 Attaching the Sling Tag
■
See 4-1-3 for the clevis type.
4-2-4 Owner’s Manual
When delivering the chain sling after assembly, remember to enclose “KITO Chain
Sling 100 (S5 Model) Owner’s Manual” in the same package. It contains signicant
information for safe work.
Sling hook HTL
Master Link HMM
Hi-coupling
Fitting pin
Spring collar
Protective collar
U-shaped fitting
Fitting pin
Spring collar
Protective collar
D-HMM-OO Q-HMM-OO
CAUTION
CAUTION
CAUTION

10
5. List of Required Chain Length and Required Components
for assembled products
The following tables list the required chain length and required components for assembly of the
assembled products mentioned in the catalog.
* For the P-dimension of the fittings components, see the catalog.
5-1 Combinations of the Clevis Type
When using for the triple-leg (T) or quadruple-leg (Q) sling, the clevis Master Link
D and single/dual connector connecting chain pin will be one level higher the size
selected based on the chain diameter.
Note that the code of chain pin kit di󰀨ers depending on the tting to be combined,
even if the chain diameter is the same. (There are two kinds of φ20-mm chain
pins with di󰀨erent diameters.)
The number of cut chain links for the endless type D-VD-OO and Q-VD-OO is
mentioned at the bottom of Tables 5-3-2 and 5-3-4.
Triple legs (T) Quadruple legs (Q
)
Single connector VA
Dual connector VB
Dual connector VB
CAUTION
CAUTION
CAUTION

11
5-2 Combinations of the Eye Type
5-2-1Master Link
■  When using the product in triple legs (T) or quadruple legs (Q) by using the Master Link HMM,
additional hi-couplings whose sizes are one level higher that of the hi-coupling connected to the
chain are required for connection.
Hi-coupling
Hi-coupling
(One level higher
)
Hi-coupling
Double-legs (D) sling
Triple legs (T)
Quadruple legs (Q)
5-2-2Large Master Link
■  When using the Large Master Link HMG/HMH, additional hi-couplings whose sizes are one level or
two levels higher that of the hi-coupling connected to the chain may be required for connection.
Hi-coupling
(One level or Two
levels higher)
Hi-coupling
Single-leg (S) sling
■  For the combinations of the Large Master Links and hi-couplings, see the catalog.
5-2-3Master Link with Sub Links
■ When using the Master Link HMF with Sub Links, connect the hi-coupling connected to chains to
the Sub Link.
Sub Link
Hi-coupling

The number of cut chain links for the endless type D-HMM-OO and Q-HMM-OO is
mentioned at the bottom of Tables 5-3-6 and 5-3-8.

Also, the number of cut chain links for the D-HMG-OO and D-HMH-OO is
mentioned at the bottom of the Table 5-3-12, and that for the Q-HMG-OO and
Q-HMH-OO is mentioned at the bottom of Table 5-3-14.
CAUTION

12
Code
W.L.L. (t)
(Working
Load
Limit)
Chain
diameter
(mm)
Standard
reach L
(mm)
No. of
links
Odd/Even
Actual
reach
(mm)
<< Link chain cutting data >>
Sum of
P-dimension of
ttings component
(mm)
Required components (Code x Qty.),
Chain pitch
(mm)
Calculated
links
Rounded-up
links Actual links Actual chain
length (mm)
Link chain
SV
clevis Master Link
VE
Sling hook
VSL4
Foundry hook
VSF
Grab hook
VGG
Single connector
VC
Shackle
VN
Shortening clutch
VWW
S-VE-VE 1.1 φ6 1500 Odd 1508 18.0 70.6 71 71 1278 230 SV2060 x 1 VE2060 x 2 115
1.5 φ7 1500 Odd 1501 21.0 59.0 59 59 1239 262 SV2070 x 1 VE2070 x 2 131
2.0 φ8 1500 Odd 1533 24.0 51.6 52 53 1272 261 SV2080 x 1 VE2080 x 2 130.5
3.2 φ10 1500 Odd 1522 30.0 40.3 41 41 1230 292 SV2100 x 1 VE2100 x 2 146
5.2 φ13 2000 Odd 2016 39.0 42.6 43 43 1677 339 SV2130 x 1 VE2130 x 2 169.5
8.0 φ16 2500 Odd 2558 48.0 43.8 44.0 45 2160 398 SV2160 x 1 VE2160 x 2 199
12.5 φ20 3000 Odd 3080 60.0 41.7 42.0 43 2580 500 SV2200 x 1 VE2200 x 2 250
S-VE-VSL4 1.1 φ6 1500 Odd 1514 18.0 72.2 73.0 73 1314 200 SV2060 x 1 VE2060 x 1 11 5 VSL4060 x 1 85
1.5 φ7 1500 Odd 1512 21.0 60.4 61.0 61 1281 231 SV2070 x 1 VE2070 x 1 131 VSL4070 x 1 100
2.0 φ8 1500 Odd 1502 24.0 52.9 53.0 53 1272 230 SV2080 x 1 VE2080 x 1 130.5 VSL4080 x 1 99.5
3.2 φ10 1500 Odd 1555 30.0 41.2 42.0 43 1290 265 SV2100 x 1 VE2100 x 1 146 VSL4100 x 1 119
5.2 φ13 2000 Odd 2065 39.0 43.3 44.0 45 1755 309.5 SV2130 x 1 VE2130 x 1 169.5 VSL4130 x 1 140
8.0 φ16 2500 Odd 2528 48.0 44.4 45.0 45 2160 367.5 SV2160 x 1 VE2160 x 1 199 VSL4160 x 1 168.5
12.5 φ20 3000 Odd 3039 60.0 42.4 43.0 43 2580 459 SV2200 x 1 VE2200 x 1 250 VSL4200 x 1 209
S-VE-VSF 1.1 φ6 1500 Odd 1521 18.0 71.8 72.0 73 1314 207 SV2060 x 1 VE2060 x 1 11 5 VSF06 x 1 92
1.5 φ7 1500 Odd 1528 21.0 59.7 60 61 1281 246.5 SV2070 x 1 VE2070 x 1 131 VSF07 x 1 115.5
2.0 φ8 1500 Odd 1518 24.0 52.3 53.0 53 1272 245.5 SV2080 x 1 VE2080 x 1 130.5 VSF08 x 1 115
3.2 φ10 1500 Odd 1513 30.0 40.6 41 41 1230 283 SV2100 x 1 VE2100 x 1 146 VSF10 x 1 137
5.2 φ13 2000 Odd 2010 39.0 42.8 43 43 1677 332.5 SV2130 x 1 VE2130 x 1 169.5 VSF13 x 1 163
8.0 φ16 2500 Odd 2554 48.0 43.9 44 45 2160 394 SV2160 x 1 VE2160 x 1 199 VSF16 x 1 195
S-VE-VGG
*1
1.1 φ6 1500 Odd 1516 18.0 74.1 75 75 1350 165.5 SV2060 x 1 VE2060 x 1 115 VGG06 x 1 50.5
1.5 φ7 1500 Odd 1520 21.0 62.1 63 63 1323 196.9 SV2070 x 1 VE2070 x 1 131 VGG07 x 1 65.9
2.0 φ8 1500 Odd 1515 24.0 54.4 55 55 1320 195.4 SV2080 x 1 VE2080 x 1 130.5 VGG08 x 1 64.9
3.2 φ10 1500 Odd 1519 30.0 42.4 43 43 1290 229.1 SV2100 x 1 VE2100 x 1 146 VGG10 x 1 83.1
5.2 φ13 2000 Odd 2031 39.0 44.2 45 45 1755 275.6 SV2130 x 1 VE2130 x 1 169.5 VGG13 x 1 106.1
8.0 φ16 2500 Odd 2584 48.0 45.3 46 47 2256 327.9 SV2160 x 1 VE2160 x 1 199 VGG16 x 1 128.9
12.5 φ20 3000 Odd 3112 60.0 43.1 44.0 45 2700 412.1 SV2200 x 1 VE2200 x 1 250 VGG20 x 1 162.1
S-VE-VC 1.1 φ6 1500 Odd 1515 18.0 74.2 75 75 1350 165 SV2060 x 1 VE2060 x 1 115 VC2060 x 1 50
1.5 φ7 1500 Odd 1519 21.0 62.1 63 63 1323 196 SV2070 x 1 VE2070 x 1 131 VC2070 x 1 65
2.0 φ8 1500 Odd 1515 24.0 54.4 55 55 1320 195 SV2080 x 1 VE2080 x 1 130.5 VC2080 x 1 64.5
3.2 φ10 1500 Odd 1515 30.0 42.5 43 43 1290 225 SV2100 x 1 VE2100 x 1 146 VC2100 x 1 79
5.2 φ13 2000 Odd 2024 39.0 44.4 45 45 1755 269 SV2130 x 1 VE2130 x 1 169.5 VC2130 x 1 99.5
8.0 φ16 2500 Odd 2579 48.0 45.4 46 47 2256 323 SV2160 x 1 VE2160 x 1 199 VC2160 x 1 124
12.5 φ20 3000 Odd 3109 60.0 43.2 44 45 2700 409 SV2200 x 1 VE2200 x 1 250 VC2200 x 1 159
S-VE-VN 1.1 φ6 1500 Odd 1530 18.0 73.3 74 75 1350 180 SV2060 x 1 VE2060 x 1 115 VN2060 x 1 65
1.5 φ7 1500 Odd 1525 21.0 61.8 62 63 1323 201.5 SV2070 x 1 VE2070 x 1 131 VN2070 x 1 70.5
2.0 φ8 1500 Odd 1521 24.0 54.1 55.0 55 1320 200.5 SV2080 x 1 VE2080 x 1 130.5 VN2080 x 1 70
3.2 φ10 1500 Odd 1516 30.0 42.5 43 43 1290 225.5 SV2100 x 1 VE2100 x 1 146 VN2100 x 1 79.5
5.2 φ13 2000 Odd 2024 39.0 44.4 45 45 1755 269 SV2130 x 1 VE2130 x 1 169.5 VN2130 x 1 99.5
8.0 φ16 2500 Odd 2580 48.0 45.3 46 47 2256 323.5 SV2160 x 1 VE2160 x 1 199 VN2160 x 1 124.5
12.5 φ20 3000 Odd 3111 60.0 43.2 44 45 2700 410.5 SV2200 x 1 VE2200 x 1 250 VN2200 x 1 160.5
S-VE-VWW 1.1 φ6 1500 Even 1530 18.0 74.3 75 76 1368 162 SV2060 x 1 VE2060 x 1 11 5 VWW06 x 1 47
1.5 φ7 1500 Even 1538 21.0 62.2 63 64 1344 194 SV2070 x 1 VE2070 x 1 131 VWW07 x 1 63
2.0 φ8 1500 Even 1537 24.0 54.5 55 56 1344 192.5 SV2080 x 1 VE2080 x 1 130.5 VWW08 x 1 62
3.2 φ10 1500 Even 1544 30.0 42.5 43 44 1320 224 SV2100 x 1 VE2100 x 1 146 VWW10 x 1 78
5.2 φ13 2000 Even 2066 39.0 44.3 45 46 1794 271.5 SV2130 x 1 VE2130 x 1 169.5 VWW13 x 1 102
8.0 φ16 2500 Even 2532 48.0 45.3 46.0 46 2208 324 SV2160 x 1 VE2160 x 1 199 VWW16 x 1 125
*1 When using this type of ttings in combination with chains, the working load limits are 70% of the values in the table above.
List of Required Chain Length and Required Components for assembled products; Clevis-type Single-leg Sling Code (1/2)
5-3
List of Required Chain Length and Required Components for assembled products
5-3-1 Clevis-type Single-leg Sling (1/2)

13
Code
W.L.L. (t)
(Working
Load
Limit)
Chain
diameter
(mm)
Standard
reach L
(mm)
No. of
links
Odd/Even
Actual
reach
(mm)
<< Link chain cutting data >>
Sum of
P-dimension of
ttings component
(mm)
Required components (Code x Qty.),
Chain pitch
(mm)
Calculated
links
Rounded-up
links Actual links Actual chain
length (mm)
Link chain
SV
Sling hook
VSL4
Grab hook
VGG
Shortening clutch
VWW
S-VSL4-VSL4 1.1 φ6 1500 Odd 1520 18.0 73.9 74 75 1350 170 SV2060 x 1 VSL4060 x 2 85
1.5 φ7 1500 Odd 1523 21.0 61.9 62 63 1323 200 SV2070 x 1 VSL4070 x 2 100
2.0 φ8 1500 Odd 1519 24.0 54.2 55 55 1320 199 SV2080 x 1 VSL4080 x 2 99.5
3.2 φ10 1500 Odd 1528 30.0 42.1 43 43 1290 238 SV2100 x 1 VSL4100 x 2 11 9
5.2 φ13 2000 Odd 2035 39.0 44.1 45 45 1755 280 SV2130 x 1 VSL4130 x 2 140
8.0 φ16 2500 Odd 2593 48.0 45.1 46.0 47 2256 337 SV2160 x 1 VSL4160 x 2 168.5
12.5 φ20 3000 Odd 3118 60.0 43.0 44 45 2700 418 SV2200 x 1 VSL4200 x 2 209
S-VSL4-VGG
*1
1.1 φ6 1500 Odd 1522 18.0 75.8 76 77 1386 135.5 SV2060 x 1 VSL4060 x 1 85 VGG06 x 1 50.5
1.5 φ7 1500 Odd 1531 21.0 63.5 64 65 1365 165.9 SV2070 x 1 VSL4070 x 1 100 VGG07 x 1 65.9
2.0 φ8 1500 Odd 1532 24.0 55.7 56 57 1368 164.4 SV2080 x 1 VSL4080 x 1 99.5 VGG08 x 1 64.9
3.2 φ10 1500 Odd 1552 30.0 43.3 44 45 1350 202.1 SV2100 x 1 VSL4100 x 1 119 VGG10 x 1 83.1
5.2 φ13 2000 Odd 2001 39.0 45.0 45 45 1755 246.1 SV2130 x 1 VSL4130 x 1 140 VGG13 x 1 106.1
8.0 φ16 2500 Odd 2553 48.0 45.9 46 47 2256 297.4 SV2160 x 1 VSL4160 x 1 168.5 VGG16 x 1 128.9
12.5 φ20 3000 Odd 3071 60.0 43.8 44 45 2700 371.1 SV2200 x 1 VSL4200 x 1 209 VGG20 x 1 162.1
S-VSL4-VWW 1.1 φ6 1500 Even 1500 18.0 76.0 76.0 76 1368 132 SV2060 x 1 VSL4060 x 1 85 VWW06 x 1 47
1.5 φ7 1500 Even 1507 21.0 63.7 64.0 64 1344 163 SV2070 x 1 VSL4070 x 1 100 VWW07 x 1 63
2.0 φ8 1500 Even 1506 24.0 55.8 56 56 1344 161.5 SV2080 x 1 VSL4080 x 1 99.5 VWW08 x 1 62
3.2 φ10 1500 Even 1517 30.0 43.4 44 44 1320 197 SV2100 x 1 VSL4100 x 1 119 VWW10 x 1 78
5.2 φ13 2000 Even 2036 39.0 45.1 46 46 1794 242 SV2130 x 1 VSL4130 x 1 140 VWW13 x 1 102
8.0 φ16 2500 Even 2502 48.0 46.0 46 46 2208 293.5 SV2160 x 1 VSL4160 x 1 168.5 VWW16 x 1 125
Code
W.L.L. (t)
(Working
Load
Limit)
Chain
diameter
(mm)
Standard
reach L
(mm)
No. of
links
Odd/Even
Actual
reach
(mm)
<< Link chain cutting data >>
Sum of
P-dimension of
ttings component
(mm)
Required components (Code x Qty.),
Chain pitch
(mm)
Calculated
links
Rounded-up
links Actual links Actual chain
length (mm)
Link chain
SV
Shortening clutch
VWW
S-VWW-VWW 1.1 φ6 1500 Odd 1516 18.0 78.1 79 79 1422 94 SV2060 x 1 VWW06 x 2 47
1.5 φ7 1500 Odd 1533 21.0 65.4 66.0 67 1407 126 SV2070 x 1 VWW07 x 2 63
2.0 φ8 1500 Odd 1540 24.0 57.3 58 59 1416 124 SV2080 x 1 VWW08 x 2 62
3.2 φ10 1500 Odd 1506 30.0 44.8 45 45 1350 156 SV2100 x 1 VWW10 x 2 78
5.2 φ13 2000 Odd 2037 39.0 46.1 47 47 1833 204 SV2130 x 1 VWW13 x 2 102
8.0 φ16 2500 Odd 2506 48.0 46.9 47 47 2256 250 SV2160 x 1 VWW16 x 2 125
*1 When using this type of ttings in combination with chains, the working load limits are 70% of the values in the table above.
List of Required Chain Length and Required Components for assembled products; Clevis-type Single-leg Sling Code (2/2)
5-3-1 Clevis-type Single-leg Sling (2/2)

14
Code
W.L.L. (t)
(Working
Load
Limit)
Chain
diameter
(mm)
Standard
reach L
(mm)
No. of
links
Odd/Even
Actual
reach
(mm)
<< Link chain cutting data >>
Sum of P-dimension
of ttings component
(mm)
Required components (Code x Qty.),
Chain pitch
(mm)
Calculated
links
Rounded-up
links Actual links Actual chain
length (mm)
Link chain
SV
clevis Master Link
VD
Sling hook
VSL4
Foundry hook
VSF
Single connector
VC
Shackle
VN
D-VD-VSL4 1.7 φ6 1500 Even 1506 18.0 71.7 72 72 1296 210 SV2060 x 2 VD206 x 1 125 VSL4060 x 2 85
2.4 φ7 1500 Even 1500 21.0 60.0 60 60 1260 240 SV2070 x 2 VD20706 x 1 140 VSL4070 x 2 100
3.2 φ8 1500 Even 1535 24.0 52.5 53 54 1296 239 SV2080 x 2 VD20807 x 1 139.5 VSL4080 x 2 99.5
5.1 φ10 1500 Even 1538 30.0 40.7 41 42 1260 278 SV2100 x 2 VD21008 x 1 159 VSL4100 x 2 119
8.0 φ13 2000 Even 2036 39.0 43.1 44 44 1716 319.5 SV2130 x 2 VD21310 x 1 179.5 VSL4130 x 2 140
12.5 φ16 2500 Even 2505 48.0 43.9 44.0 44 2112 392.5 SV2160 x 2 VD21613 x 1 224 VSL4160 x 2 168.5
20.0 φ20 3000 Even 3008 60.0 41.9 42.0 42 2520 488 SV2200 x 2 VD22016 x 1 279 VSL4200 x 2 209
D-VD-VSF 1.7 φ6 1500 Even 1513 18.0 71.3 72.0 72 1296 217 SV2060 x 2 VD206 x 1 125 VSF06 x 2 92
2.4 φ7 1500 Even 1516 21.0 59.3 60.0 60 1260 255.5 SV2070 x 2 VD20706 x 1 140 VSF07 x 2 115.5
3.2 φ8 1500 Even 1503 24.0 51.9 52.0 52 1248 254.5 SV2080 x 2 VD20807 x 1 139.5 VSF08 x 2 115
5.1 φ10 1500 Even 1556 30.0 40.1 41.0 42 1260 296 SV2100 x 2 VD21008 x 1 159 VSF10 x 2 137
8.0 φ13 2000 Even 2059 39.0 42.5 43.0 44 1716 342.5 SV2130 x 2 VD21310 x 1 179.5 VSF13 x 2 163
12.5 φ16 2500 Even 2531 48.0 43.4 44.0 44 2112 419 SV2160 x 2 VD21613 x 1 224 VSF16 x 2 195
D-VD-VC 1.7 φ6 1500 Even 1507 18.0 73.6 74.0 74 1332 175 SV2060 x 2 VD206 x 1 125 VC2060 x 2 50
2.4 φ7 1500 Even 1507 21.0 61.7 62.0 62 1302 205 SV2070 x 2 VD20706 x 1 140 VC2070 x 2 65
3.2 φ8 1500 Even 1500 24.0 54.0 54 54 1296 204 SV2080 x 2 VD20807 x 1 139.5 VC2080 x 2 64.5
5.1 φ10 1500 Even 1558 30.0 42.1 43.0 44 1320 238 SV2100 x 2 VD21008 x 1 159 VC2100 x 2 79
8.0 φ13 2000 Even 2073 39.0 44.1 45 46 1794 279 SV2130 x 2 VD21310 x 1 179.5 VC2130 x 2 99.5
12.5 φ16 2500 Even 2556 48.0 44.8 45 46 2208 348 SV2160 x 2 VD21613 x 1 224 VC2160 x 2 124
20.0 φ20 3000 Even 3078 60.0 42.7 43 44 2640 438 SV2200 x 2 VD22016 x 1 279 VC2200 x 2 159
D-VD-VN 1.7 φ6 1500 Even 1522 18.0 72.8 73 74 1332 190 SV2060 x 2 VD206 x 1 125 VN2060 x 2 65
2.4 φ7 1500 Even 1513 21.0 61.4 62 62 1302 210.5 SV2070 x 2 VD20706 x 1 140 VN2070 x 2 70.5
3.2 φ8 1500 Even 1506 24.0 53.8 54 54 1296 209.5 SV2080 x 2 VD20807 x 1 139.5 VN2080 x 2 70
5.1 φ10 1500 Even 1559 30.0 42.1 43 44 1320 238.5 SV2100 x 2 VD21008 x 1 159 VN2100 x 2 79.5
8.0 φ13 2000 Even 2073 39.0 44.1 45 46 1794 279 SV2130 x 2 VD21310 x 1 179.5 VN2130 x 2 99.5
12.5 φ16 2500 Even 2557 48.0 44.8 45 46 2208 348.5 SV2160 x 2 VD21613 x 1 224 VN2160 x 2 124.5
20.0 φ20 3000 Even 3080 60.0 42.7 43.0 44 2640 439.5 SV2200 x 2 VD22016 x 1 279 VN2200 x 2 160.5
D-VD-OO
*1
1.7 φ6 1500 Odd 1502 18.0 152.8 153.0 153 2754 125 SV2060 x 2 VD206 x 1 125
2.4 φ7 1500 Odd 1516 21.0 129.5 130 131 2751 140 SV2070 x 2 VD20706 x 1 140
3.2 φ8 1500 Odd 1520 24.0 113.4 114 115 2760 139.5 SV2080 x 2 VD20807 x 1 139.5
5.1 φ10 1500 Odd 1524 30.0 89.4 90 91 2730 159 SV2100 x 2 VD21008 x 1 159
8.0 φ13 2000 Odd 2032 39.0 93.4 94 95 3705 179.5 SV2130 x 2 VD21310 x 1 179.5
12.5 φ16 2500 Odd 2504 48.0 94.8 95 95 4560 224 SV2160 x 2 VD21613 x 1 224
20.0 φ20 3000 Odd 3009 60.0 90.7 91 91 5460 279 SV2200 x 2 VD22016 x 1 279
5-3-2 Clevis-type Double-leg Sling
List of Required Chain Length and Required Components for assembled products; Clevis-type Double-leg Sling Code
*1 Calculating the number of cut chain links for the Q-HMG-OO and Q-HMH-OO
(“Required reach” – “Sum of P-dimension of ttings component”) x 2 / Chain pitch = “No. of links”
Round up the decimal places of the calculated number of links. If the number of links is even as a result of rounding up, add “1” to make the number odd.

15
Code
W.L.L. (t)
(Working
Load
Limit)
Chain
diameter
(mm)
Standard
reach L
(mm)
No. of
links
Odd/Even
Actual
reach
(mm)
<< Link chain cutting data >>
Sum of
P-dimension of
ttings component
(mm)
Required components (Code x Qty.),
Chain pitch
(mm)
Calculated
links
Rounded-up
links Actual links Actual chain
length (mm)
Link chain
SV
clevis Master Link
VD
Single connector
VA
Dual connector
VB
Sling hook
VSL4
Foundry hook
VSF
Single connector
VC
Shackle
VN
T-VD-VSL4 2.4 φ6 1500 Odd 1507 18.0 68.6 69 69 1242 264.5 SV2060 x 3 VD20706 x 1 140 VA2060 x 1 39.5 VB2060 x 1 39.5 VSL4060 x 3 85
3.2 φ7 1500 Odd 1522 21.0 58.0 58 59 1239 282.5 SV2070 x 3 VD20807 x 1 139.5 VA2070 x 1 43 VB2070 x 1 43 VSL4070 x 3 100
5.0 φ8 1500 Odd 1533 24.0 49.6 50 51 1224 308.5 SV2080 x 3 VD21008 x 1 159 VA2080 x 1 50 VB2080 x 1 50 VSL4080 x 3 99.5
8.0 φ10 1500 Odd 1528 30.0 38.1 39 39 1170 357.5 SV2100 x 3 VD21310 x 1 179.5 VA2100 x 1 59 VB2100 x 1 59 VSL4100 x 3 119
12.5 φ13 2000 Odd 2043 39.0 39.9 40 41 1599 444 SV2130 x 3 VD21613 x 1 224 VA2130 x 1 80 VB2130 x 1 80 VSL4130 x 3 140
20.0 φ16 2500 Odd 2515 48.0 40.7 41 41 1968 546.5 SV2160 x 3 VD22016 x 1 279 VA2160 x 1 99 VB2160 x 1 99 VSL4160 x 3 168.5
32.0 φ20 3000 Odd 3028 60.0 38.5 39 39 2340 687.5 SV2200 x 3 VD20020 x 1 359 VA2200 x 1 119.5 VB2200 x 1 119.5 VSL4200 x 3 209
T-VD-VSF 2.4 φ6 1500 Odd 1514 18.0 68.3 69 69 1242 271.5 SV2060 x 3 VD20706 x 1 140 VA2060 x 1 39.5 VB2060 x 1 39.5 VSF06 x 3 92
3.2 φ7 1500 Odd 1537 21.0 57.2 58 59 1239 298 SV2070 x 3 VD20807 x 1 139.5 VA2070 x 1 43 VB2070 x 1 43 VSF07 x 3 115.5
5.0 φ8 1500 Odd 1500 24.0 49.0 49 49 1176 324 SV2080 x 3 VD21008 x 1 159 VA2080 x 1 50 VB2080 x 1 50 VSF08 x 3 115
8.0 φ10 1500 Odd 1546 30.0 37.5 38 39 1170 375.5 SV2100 x 3 VD21310 x 1 179.5 VA2100 x 1 59 VB2100 x 1 59 VSF10 x 3 137
12.5 φ13 2000 Odd 2066 39.0 39.3 40 41 1599 467 SV2130 x 3 VD21613 x 1 224 VA2130 x 1 80 VB2130 x 1 80 VSF13 x 3 163
20.0 φ16 2500 Odd 2541 48.0 40.1 41 41 1968 573 SV2160 x 3 VD22016 x 1 279 VA2160 x 1 99 VB2160 x 1 99 VSF16 x 3 195
T-VD-VC 2.4 φ6 1500 Odd 1508 18.0 70.6 71 71 1278 229.5 SV2060 x 3 VD20706 x 1 140 VA2060 x 1 39.5 VB2060 x 1 39.5 VC2060 x 3 50
3.2 φ7 1500 Odd 1529 21.0 59.6 60 61 1281 247.5 SV2070 x 3 VD20807 x 1 139.5 VA2070 x 1 43 VB2070 x 1 43 VC2070 x 3 65
5.0 φ8 1500 Odd 1546 24.0 51.1 52 53 1272 273.5 SV2080 x 3 VD21008 x 1 159 VA2080 x 1 50 VB2080 x 1 50 VC2080 x 3 64.5
8.0 φ10 1500 Odd 1548 30.0 39.4 40 41 1230 317.5 SV2100 x 3 VD21310 x 1 179.5 VA2100 x 1 59 VB2100 x 1 59 VC2100 x 3 79
12.5 φ13 2000 Odd 2003 39.0 40.9 41 41 1599 403.5 SV2130 x 3 VD21613 x 1 224 VA2130 x 1 80 VB2130 x 1 80 VC2130 x 3 99.5
20.0 φ16 2500 Odd 2566 48.0 41.6 42 43 2064 502 SV2160 x 3 VD22016 x 1 279 VA2160 x 1 99 VB2160 x 1 99 VC2160 x 3 124
32.0 φ20 3000 Odd 3098 60.0 39.4 40 41 2460 637.5 SV2200 x 3 VD20020 x 1 359 VA2200 x 1 119.5 VB2200 x 1 119.5 VC2200 x 3 159
T-VD-VN 2.4 φ6 1500 Odd 1523 18.0 69.8 70 71 1278 244.5 SV2060 x 3 VD20706 x 1 140 VA2060 x 1 39.5 VB2060 x 1 39.5 VN2060 x 3 65
3.2 φ7 1500 Odd 1534 21.0 59.4 60 61 1281 253 SV2070 x 3 VD20807 x 1 139.5 VA2070 x 1 43 VB2070 x 1 43 VN2070 x 3 70.5
5.0 φ8 1500 Odd 1503 24.0 50.9 51 51 1224 279 SV2080 x 3 VD21008 x 1 159 VA2080 x 1 50 VB2080 x 1 50 VN2080 x 3 70
8.0 φ10 1500 Odd 1548 30.0 39.4 40 41 1230 318 SV2100 x 3 VD21310 x 1 179.5 VA2100 x 1 59 VB2100 x 1 59 VN2100 x 3 79.5
12.5 φ13 2000 Odd 2003 39.0 40.9 41 41 1599 403.5 SV2130 x 3 VD21613 x 1 224 VA2130 x 1 80 VB2130 x 1 80 VN2130 x 3 99.5
20.0 φ16 2500 Odd 2567 48.0 41.6 42 43 2064 502.5 SV2160 x 3 VD22016 x 1 279 VA2160 x 1 99 VB2160 x 1 99 VN2160 x 3 124.5
32.0 φ20 3000 Odd 3099 60.0 39.4 40 41 2460 639 SV2200 x 3 VD20020 x 1 359 VA2200 x 1 119.5 VB2200 x 1 119.5 VN2200 x 3 160.5
List of Required Chain Length and Required Components for assembled products; Clevis-type Triple-leg Sling Code
5-3-3 Clevis-type Triple-leg Sling

16
Code
W.L.L. (t)
(Working
Load
Limit)
Chain
diameter
(mm)
Standard
reach L
(mm)
No. of
links
Odd/Even
Actual
reach
(mm)
<< Link chain cutting data >>
Sum of
P-dimension of
ttings component
(mm)
Required components (Code x Qty.),
Chain pitch
(mm)
Calculated
links
Rounded-up
links Actual links Actual chain
length (mm)
Link chain
SV
clevis Master Link
VD
Single connector
VA
Dual connector
VB
Sling hook
VSL4
Foundry hook
VSF
Single connector
VC
Shackle
VN
Q-VD-VSL4 2.4 φ6 1500 Odd 1507 18.0 68.6 69 69 1242 264.5 SV2060 x 4 VD20706 x 1 140 VB2060 x 2 39.5 VSL4060 x 4 85
3.2 φ7 1500 Odd 1522 21.0 58.0 58 59 1239 282.5 SV2070 x 4 VD20807 x 1 139.5 VB2070 x 2 43 VSL4070 x 4 100
5.0 φ8 1500 Odd 1533 24.0 49.6 50 51 1224 308.5 SV2080 x 4 VD21008 x 1 159 VB2080 x 2 50 VSL4080 x 4 99.5
8.0 φ10 1500 Odd 1528 30.0 38.1 39 39 1170 357.5 SV2100 x 4 VD21310 x 1 179.5 VB2100 x 2 59 VSL4100 x 4 119
12.5 φ13 2000 Odd 2043 39.0 39.9 40 41 1599 444 SV2130 x 4 VD21613 x 1 224 VB2130 x 2 80 VSL4130 x 4 140
20.0 φ16 2500 Odd 2515 48.0 40.7 41 41 1968 546.5 SV2160 x 4 VD22016 x 1 279 VB2160 x 2 99 VSL4160 x 4 168.5
32.0 φ20 3000 Odd 3028 60.0 38.5 39 39 2340 687.5 SV2200 x 4 VD20020 x 1 359 VB2200 x 2 119.5 VSL4200 x 4 209
Q-VD-VSF 2.4 φ6 1500 Odd 1514 18.0 68.3 69 69 1242 271.5 SV2060 x 4 VD20706 x 1 140 VB2060 x 2 39.5 VSF06 x 4 92
3.2 φ7 1500 Odd 1537 21.0 57.2 58 59 1239 298 SV2070 x 4 VD20807 x 1 139.5 VB2070 x 2 43 VSF07 x 4 115.5
5.0 φ8 1500 Odd 1500 24.0 49.0 49 49 1176 324 SV2080 x 4 VD21008 x 1 159 VB2080 x 2 50 VSF08 x 4 115
8.0 φ10 1500 Odd 1546 30.0 37.5 38 39 1170 375.5 SV2100 x 4 VD21310 x 1 179.5 VB2100 x 2 59 VSF10 x 4 137
12.5 φ13 2000 Odd 2066 39.0 39.3 40 41 1599 467 SV2130 x 4 VD21613 x 1 224 VB2130 x 2 80 VSF13 x 4 163
20.0 φ16 2500 Odd 2541 48.0 40.1 41 41 1968 573 SV2160 x 4 VD22016 x 1 279 VB2160 x 2 99 VSF16 x 4 195
Q-VD-VC 2.4 φ6 1500 Odd 1508 18.0 70.6 71 71 1278 229.5 SV2060 x 4 VD20706 x 1 140 VB2060 x 2 39.5 VC2060 x 4 50
3.2 φ7 1500 Odd 1529 21.0 59.6 60 61 1281 247.5 SV2070 x 4 VD20807 x 1 139.5 VB2070 x 2 43 VC2070 x 4 65
5.0 φ8 1500 Odd 1546 24.0 51.1 52 53 1272 273.5 SV2080 x 4 VD21008 x 1 159 VB2080 x 2 50 VC2080 x 4 64.5
8.0 φ10 1500 Odd 1548 30.0 39.4 40 41 1230 317.5 SV2100 x 4 VD21310 x 1 179.5 VB2100 x 2 59 VC2100 x 4 79
12.5 φ13 2000 Odd 2003 39.0 40.9 41 41 1599 403.5 SV2130 x 4 VD21613 x 1 224 VB2130 x 2 80 VC2130 x 4 99.5
20.0 φ16 2500 Odd 2566 48.0 41.6 42 43 2064 502 SV2160 x 4 VD22016 x 1 279 VB2160 x 2 99 VC2160 x 4 124
32.0 φ20 3000 Odd 3098 60.0 39.4 40 41 2460 637.5 SV2200 x 4 VD20020 x 1 359 VB2200 x 2 119.5 VC2200 x 4 159
Q-VD-VN 2.4 φ6 1500 Odd 1523 18.0 69.8 70 71 1278 244.5 SV2060 x 4 VD20706 x 1 140 VB2060 x 2 39.5 VN2060 x 4 65
3.2 φ7 1500 Odd 1534 21.0 59.4 60 61 1281 253 SV2070 x 4 VD20807 x 1 139.5 VB2070 x 2 43 VN2070 x 4 70.5
5.0 φ8 1500 Odd 1503 24.0 50.9 51 51 1224 279 SV2080 x 4 VD21008 x 1 159 VB2080 x 2 50 VN2080 x 4 70
8.0 φ10 1500 Odd 1548 30.0 39.4 40 41 1230 318 SV2100 x 4 VD21310 x 1 179.5 VB2100 x 2 59 VN2100 x 4 79.5
12.5 φ13 2000 Odd 2003 39.0 40.9 41 41 1599 403.5 SV2130 x 4 VD21613 x 1 224 VB2130 x 2 80 VN2130 x 4 99.5
20.0 φ16 2500 Odd 2567 48.0 41.6 42 43 2064 502.5 SV2160 x 4 VD22016 x 1 279 VB2160 x 2 99 VN2160 x 4 124.5
32.0 φ20 3000 Odd 3099 60.0 39.4 40 41 2460 639 SV2200 x 4 VD20020 x 1 359 VB2200 x 2 119.5 VN2200 x 4 160.5
Q-VD-OO
*1
2.4 φ6 1500 Odd 1503 18.0 146.7 147 147 2646 179.5 SV2060 x 2 VD20706 x 1 140 VB2060 x 2 39.5
3.2 φ7 1500 Odd 1516 21.0 125.5 126 127 2667 182.5 SV2070 x 2 VD20807 x 1 139.5 VB2070 x 2 43
5.0 φ8 1500 Odd 1517 24.0 107.6 108 109 2616 209 SV2080 x 2 VD21008 x 1 159 VB2080 x 2 50
8.0 φ10 1500 Odd 1514 30.0 84.1 85 85 2550 238.5 SV2100 x 2 VD21310 x 1 179.5 VB2100 x 2 59
12.5 φ13 2000 Odd 2001 39.0 87.0 87 87 3393 304 SV2130 x 2 VD21613 x 1 224 VB2130 x 2 80
20.0 φ16 2500 Odd 2514 48.0 88.4 89 89 4272 378 SV2160 x 2 VD22016 x 1 279 VB2160 x 2 99
32.0 φ20 3000 Odd 3029 60.0 84.1 85 85 5100 478.5 SV2200 x 2 VD20020 x 1 359 VB2200 x 2 119.5
5-3-4 Clevis-type Quadruple-leg Sling
List of Required Chain Length and Required Components for assembled products; Clevis-type Quadruple-leg Sling Code
*1 Calculating the number of cut chain links for the Q-HMG-OO and Q-HMH-OO
(“Required reach” – “Sum of P-dimension of ttings component”) x 2 / Chain pitch = “No. of links”
Round up the decimal places of the calculated number of links. If the number of links is even as a result of rounding up, add “1” to make the number odd.

17
Code
W.L.L. (t)
(Working
Load
Limit)
Chain
diameter
(mm)
Standard
reach L
(mm)
No. of
links
Odd/Even
Actual
reach
(mm)
<< Link chain cutting data >>
Sum of
P-dimension of
ttings component
(mm)
Required components (Code x Qty.),
Chain pitch
(mm)
Calculated
links
Rounded-up
links Actual links Actual chain
length (mm)
Link chain
SV
Master Link
HMM Sling hook HTL4 Self locking hook
HJJ
Swivel hook
HJK
Foundry hook
HSF
Grab hook
HGG
Hi-coupling
HC3（HC)
S-HMM-HMM 1.1 φ6 1500 Odd 1522 18.0 65.8 66 67 1206 316 SV2060 x 1 HMM0706 x 2 110 HC3060 x 2 48
1.5 φ7 1500 Odd 1527 21.0 55.7 56 57 1197 330 SV2070 x 1 HMM0706 x 2 110 HC3070 x 2 55
2.0 φ8 1500 Odd 1522 24.0 48.1 49 49 1176 346 SV2080 x 1 HMM0807 x 2 110 HC3080 x 2 63
3.2 φ10 1500 Odd 1530 30.0 36.0 36 37 1110 420 SV2100 x 1 HMM1008 x 2 135 HC3100 x 2 75
5.2 φ13 2000 Odd 2033 39.0 38.2 39 39 1521 512 SV2130 x 1 HMM1310 x 2 160 HC3130 x 2 96
8.0 φ16 2500 Odd 2564 48.0 39.7 40.0 41 1968 596 SV2160 x 1 HMM1613 x 2 180 HC3160 x 2 118
12.5 φ20 3000 Odd 3024 60.0 38.6 39.0 39 2340 684 SV2200 x 1 HMM2016 x 2 200 HC3200 x 2 142
S-HMM-HTL4 1.1 φ6 1500 Odd 1512 18.0 66.3 67.0 67 1206 306 SV2060 x 1 HMM0706 x 1 110 HTL4060 x 1 100 HC3060 x 2 48
1.5 φ7 1500 Odd 1537 21.0 55.2 56.0 57 1197 340 SV2070 x 1 HMM0706 x 1 110 HTL4080 x 1 120 HC3070 x 2 55
2.0 φ8 1500 Odd 1532 24.0 47.7 48.0 49 1176 356 SV2080 x 1 HMM0807 x 1 110 HTL4080 x 1 120 HC3080 x 2 63
3.2 φ10 1500 Odd 1535 30.0 35.8 36.0 37 1110 425 SV2100 x 1 HMM1008 x 1 135 HTL4100 x 1 140 HC3100 x 2 75
5.2 φ13 2000 Odd 2044 39.0 37.9 38.0 39 1521 523 SV2130 x 1 HMM1310 x 1 160 HTL4130 x 1 171 HC3130 x 2 96
8.0 φ16 2500 Odd 2584 48.0 39.3 40.0 41 1968 616 SV2160 x 1 HMM1613 x 1 180 HTL4160 x 1 200 HC3160 x 2 118
12.5 φ20 3000 Odd 3074 60.0 37.8 38.0 39 2340 734 SV2200 x 1 HMM2016 x 1 200 HTL4200 x 1 250 HC3200 x 2 142
S-HMM-HJJ 1.1 φ6 1500 Odd 1522 18.0 65.8 66.0 67 1206 316 SV2060 x 1 HMM0706 x 1 110 HJJ06 x 1 11 0 HC3060 x 2 48
1.5 φ7 1500 Odd 1511 21.0 54.5 55 55 1155 356 SV2070 x 1 HMM0706 x 1 110 HJJ08 x 1 136 HC3070 x 2 55
2.0 φ8 1500 Odd 1500 24.0 47.0 47.0 47 1128 372 SV2080 x 1 HMM0807 x 1 110 HJJ08 x 1 136 HC3080 x 2 63
3.2 φ10 1500 Odd 1504 30.0 34.9 35 35 1050 453.5 SV2100 x 1 HMM1008 x 1 135 HJJ10 x 1 168.5 HC3100 x 2 75
5.2 φ13 2000 Odd 2000 39.0 37.0 37 37 1443 557 SV2130 x 1 HMM1310 x 1 160 HJJ13 x 1 205 HC3130 x 2 96
8.0 φ16 2500 Odd 2540 48.0 38.2 39 39 1872 667.5 SV2160 x 1 HMM1613 x 1 180 HJJ16 x 1 251.5 HC3160 x 2 118
S-HMM-HJK 1.1 φ6 1500 Odd 1500 18.0 63.0 63 63 1134 366 SV2060 x 1 HMM0706 x 1 110 HJK06 x 1 160 HC3060 x 2 48
1.5 φ7 1500 Odd 1514 21.0 52.3 53 53 1113 401 SV2070 x 1 HMM0706 x 1 110 HJK08 x 1 181 HC3070 x 2 55
2.0 φ8 1500 Odd 1545 24.0 45.1 46 47 1128 417 SV2080 x 1 HMM0807 x 1 110 HJK08 x 1 181 HC3080 x 2 63
3.2 φ10 1500 Odd 1554 30.0 33.2 34 35 1050 503.5 SV2100 x 1 HMM1008 x 1 135 HJK10 x 1 218.5 HC3100 x 2 75
5.2 φ13 2000 Odd 2063 39.0 35.4 36 37 1443 619.5 SV2130 x 1 HMM1310 x 1 160 HJK13 x 1 267.5 HC3130 x 2 96
S-HMM-HSF 1.1 φ6 1500 Odd 1514 18.0 66.2 67 67 1206 308 SV2060 x 1 HMM0706 x 1 110 HSF06 x 1 102 HC3060 x 2 48
1.5 φ7 1500 Odd 1540 21.0 55.1 56.0 57 1197 343 SV2070 x 1 HMM0706 x 1 110 HSF08 x 1 123 HC3070 x 2 55
2.0 φ8 1500 Odd 1535 24.0 47.5 48 49 1176 359 SV2080 x 1 HMM0807 x 1 110 HSF08 x 1 123 HC3080 x 2 63
3.2 φ10 1500 Odd 1544 30.0 35.5 36 37 1110 434 SV2100 x 1 HMM1008 x 1 135 HSF10 x 1 149 HC3100 x 2 75
5.2 φ13 2000 Odd 2047 39.0 37.8 38 39 1521 525.5 SV2130 x 1 HMM1310 x 1 160 HSF13 x 1 173.5 HC3130 x 2 96
8.0 φ16 2500 Odd 2589 48.0 39.1 40 41 1968 621 SV2160 x 1 HMM1613 x 1 180 HSF16 x 1 205 HC3160 x 2 118
12.5 φ20 3000 Odd 3061 60.0 38.0 38 39 2340 721 SV2200 x 1 HMM2016 x 1 200 HSF20 x 1 237 HC3200 x 2 142
S-HMM-HGG
*1
1.1 φ6 1500 Odd 1512 18.0 68.3 69 69 1242 270 SV2060 x 1 HMM0706 x 1 110 HGG06 x 1 64 HC3060 x 2 48
1.5 φ7 1500 Odd 1500 21.0 57.0 57 57 1197 303.1 SV2070 x 1 HMM0706 x 1 110 HGG08 x 1 83.1 HC3070 x 2 55
2.0 φ8 1500 Odd 1543 24.0 49.2 50 51 1224 319.1 SV2080 x 1 HMM0807 x 1 110 HGG08 x 1 83.1 HC3080 x 2 63
3.2 φ10 1500 Odd 1501 30.0 37.0 37 37 1110 391.1 SV2100 x 1 HMM1008 x 1 135 HGG10 x 1 106.1 HC3100 x 2 75
5.2 φ13 2000 Odd 2005 39.0 38.9 39.0 39 1521 484 SV2130 x 1 HMM1310 x 1 160 HGG13 x 1 132 HC3130 x 2 96
8.0 φ16 2500 Odd 2551 48.0 39.9 40 41 1968 582.5 SV2160 x 1 HMM1613 x 1 180 HGG16 x 1 166.5 HC3160 x 2 118
12.5 φ20 3000 Odd 3032 60.0 38.5 39 39 2340 691.5 SV2200 x 1 HMM2016 x 1 200 HGG20 x 1 207.5 HC3200 x 2 142
S-HTL4-HTL4 1.1 φ6 1500 Odd 1502 18.0 66.9 67 67 1206 296 SV2060 x 1 HTL4060 x 2 100 HC3060 x 2 48
1.5 φ7 1500 Odd 1505 21.0 54.8 55 55 1155 350 SV2070 x 1 HTL4080 x 2 120 HC3070 x 2 55
2.0 φ8 1500 Odd 1542 24.0 47.3 48 49 1176 366 SV2080 x 1 HTL4080 x 2 120 HC3080 x 2 63
3.2 φ10 1500 Odd 1540 30.0 35.7 36 37 1110 430 SV2100 x 1 HTL4100 x 2 140 HC3100 x 2 75
5.2 φ13 2000 Odd 2055 39.0 37.6 38 39 1521 534 SV2130 x 1 HTL4130 x 2 171 HC3130 x 2 96
8.0 φ16 2500 Odd 2508 48.0 38.8 39 39 1872 636 SV2160 x 1 HTL4160 x 2 200 HC3160 x 2 11 8
12.5 φ20 3000 Odd 3004 60.0 36.9 37 37 2220 784 SV2200 x 1 HTL4200 x 2 250 HC3200 x 2 142
S-HTL4-HGG
*1
1.1 φ6 1500 Odd 1502 18.0 68.9 69.0 69 1242 260 SV2060 x 1 HTL4060 x 1 100 HGG06 x 1 64 HC3060 x 2 48
1.5 φ7 1500 Odd 1510 21.0 56.5 57 57 1197 313.1 SV2070 x 1 HTL4080 x 1 120 HGG08 x 1 83.1 HC3070 x 2 55
2.0 φ8 1500 Odd 1505 24.0 48.8 49 49 1176 329.1 SV2080 x 1 HTL4080 x 1 120 HGG08 x 1 83.1 HC3080 x 2 63
3.2 φ10 1500 Odd 1506 30.0 36.8 37 37 1110 396.1 SV2100 x 1 HTL4100 x 1 140 HGG10 x 1 106.1 HC3100 x 2 75
5.2 φ13 2000 Odd 2016 39.0 38.6 39 39 1521 495 SV2130 x 1 HTL4130 x 1 171 HGG13 x 1 132 HC3130 x 2 96
8.0 φ16 2500 Odd 2571 48.0 39.5 40 41 1968 602.5 SV2160 x 1 HTL4160 x 1 200 HGG16 x 1 166.5 HC3160 x 2 118
12.5 φ20 3000 Odd 3082 60.0 37.6 38 39 2340 741.5 SV2200 x 1 HTL4200 x 1 250 HGG20 x 1 207.5 HC3200 x 2 142
*1 When using this type of ttings in combination with chains, the working load limits are 70% of the values in the table above.
5-3-5 Eye-type Single-leg Sling
List of Required Chain Length and Required Components for assembled products; Eye-type Single-leg Sling Code

18
Code
W.L.L. (t)
(Working Load
Limit)
Angle of loading
60°
Chain
diameter
(mm)
Standard
reach L
(mm)
No. of
links
Odd/Even
Actual
reach
(mm)
<< Link chain cutting data >>
Sum of P-dimension
of ttings
component (mm)
Required components (Code x Qty.),
Chain pitch
(mm)
Calculated
links
Rounded-up
links Actual links Actual chain
length (mm)
Link chain
SV
Master Link
HMM Sling hook HTL4 Self locking hook
HJJ
Swivel hook
HJK
Foundry hook
HSF
Hi-coupling
HC3（HC)
D-HMM-HTL4 1.7 φ6 1500 Odd 1512 18.0 66.3 67 67 1206 306 SV2060 x 2 HMM0706 x 1 110 HTL4060 x 2 100 HC3060 x 4 48
2.4 φ7 1500 Odd 1537 21.0 55.2 56 57 1197 340 SV2070 x 2 HMM0807 x 1 110 HTL4080 x 2 120 HC3070 x 4 55
3.2 φ8 1500 Odd 1509 24.0 46.6 47 47 1128 381 SV2080 x 2 HMM1008 x 1 135 HTL4080 x 2 120 HC3080 x 4 63
5.1 φ10 1500 Odd 1500 30.0 35.0 35 35 1050 450 SV2100 x 2 HMM1310 x 1 160 HTL4100 x 2 140 HC3100 x 4 75
8.0 φ13 2000 Odd 2064 39.0 37.4 38 39 1521 543 SV2130 x 2 HMM1613 x 1 180 HTL4130 x 2 171 HC3130 x 4 96
12.5 φ16 2500 Odd 2508 48.0 38.8 39.0 39 1872 636 SV2160 x 2 HMM2016 x 1 200 HTL4160 x 2 200 HC3160 x 4 118
20.0 φ20 3000 Odd 3029 60.0 36.5 37.0 37 2220 809 SV2200 x 2 HMM2220 x 1 275 HTL4200 x 2 250 HC3200 x 4 142
D-HMM-HJJ 1.7 φ6 1500 Odd 1522 18.0 65.8 66.0 67 1206 316 SV2060 x 2 HMM0706 x 1 110 HJJ06 x 2 110 HC3060 x 4 48
2.4 φ7 1500 Odd 1511 21.0 54.5 55.0 55 1155 356 SV2070 x 2 HMM0807 x 1 110 HJJ08 x 2 136 HC3070 x 4 55
3.2 φ8 1500 Odd 1525 24.0 46.0 46.0 47 1128 397 SV2080 x 2 HMM1008 x 1 135 HJJ08 x 2 136 HC3080 x 4 63
5.1 φ10 1500 Odd 1529 30.0 34.1 35.0 35 1050 478.5 SV2100 x 2 HMM1310 x 1 160 HJJ10 x 2 168.5 HC3100 x 4 75
8.0 φ13 2000 Odd 2020 39.0 36.5 37.0 37 1443 577 SV2130 x 2 HMM1613 x 1 180 HJJ13 x 2 205 HC3130 x 4 96
12.5 φ16 2500 Odd 2560 48.0 37.8 38.0 39 1872 687.5 SV2160 x 2 HMM2016 x 1 200 HJJ16 x 2 251.5 HC3160 x 4 118
D-HMM-HJK 1.7 φ6 1500 Odd 1500 18.0 63.0 63.0 63 1134 366 SV2060 x 2 HMM0706 x 1 110 HJK06 x 2 160 HC3060 x 4 48
2.4 φ7 1500 Odd 1514 21.0 52.3 53.0 53 1113 401 SV2070 x 2 HMM0807 x 1 110 HJK08 x 2 181 HC3070 x 4 55
3.2 φ8 1500 Odd 1522 24.0 44.1 45 45 1080 442 SV2080 x 2 HMM1008 x 1 135 HJK08 x 2 181 HC3080 x 4 63
5.1 φ10 1500 Odd 1519 30.0 32.4 33.0 33 990 528.5 SV2100 x 2 HMM1310 x 1 160 HJK10 x 2 218.5 HC3100 x 4 75
8.0 φ13 2000 Odd 2005 39.0 34.9 35 35 1365 639.5 SV2130 x 2 HMM1613 x 1 180 HJK13 x 2 267.5 HC3130 x 4 96
D-HMM-HSF 1.7 φ6 1500 Odd 1514 18.0 66.2 67 67 1206 308 SV2060 x 2 HMM0706 x 1 110 HSF06 x 2 102 HC3060 x 4 48
2.4 φ7 1500 Odd 1540 21.0 55.1 56 57 1197 343 SV2070 x 2 HMM0807 x 1 110 HSF08 x 2 123 HC3070 x 4 55
3.2 φ8 1500 Odd 1512 24.0 46.5 47 47 1128 384 SV2080 x 2 HMM1008 x 1 135 HSF08 x 2 123 HC3080 x 4 63
5.1 φ10 1500 Odd 1509 30.0 34.7 35 35 1050 459 SV2100 x 2 HMM1310 x 1 160 HSF10 x 2 149 HC3100 x 4 75
8.0 φ13 2000 Odd 2067 39.0 37.3 38 39 1521 545.5 SV2130 x 2 HMM1613 x 1 180 HSF13 x 2 173.5 HC3130 x 4 96
12.5 φ16 2500 Odd 2513 48.0 38.7 39 39 1872 641 SV2160 x 2 HMM2016 x 1 200 HSF16 x 2 205 HC3160 x 4 118
20.0 φ20 3000 Odd 3016 60.0 36.7 37 37 2220 796 SV2200 x 2 HMM2220 x 1 275 HSF20 x 2 237 HC3200 x 4 142
D-HMM-OO
*1
1.7 φ6 1500 Odd 1517 18.0 149.1 150 151 2718 158 SV2060 x 1 HMM0706 x 1 110 HC3060 x 2 48
2.4 φ7 1500 Odd 1520 21.0 127.1 128.0 129 2709 165 SV2070 x 1 HMM0807 x 1 110 HC3070 x 2 55
3.2 φ8 1500 Odd 1506 24.0 108.5 109 109 2616 198 SV2080 x 1 HMM1008 x 1 135 HC3080 x 2 63
5.1 φ10 1500 Odd 1510 30.0 84.3 85 85 2550 235 SV2100 x 1 HMM1310 x 1 160 HC3100 x 2 75
8.0 φ13 2000 Odd 2012 39.0 88.4 89 89 3471 276 SV2130 x 1 HMM1613 x 1 180 HC3130 x 2 96
12.5 φ16 2500 Odd 2502 48.0 90.9 91 91 4368 318 SV2160 x 1 HMM2016 x 1 200 HC3160 x 2 118
20.0 φ20 3000 Odd 3027 60.0 86.1 87 87 5220 417 SV2200 x 1 HMM2220 x 1 275 HC3200 x 2 142
5-3-6 Eye-type Double-leg Sling
List of Required Chain Length and Required Components for assembled products; Eye-type Double-leg Sling Code
*1 Calculating the number of cut chain links for the Q-HMG-OO and Q-HMH-OO
(“Required reach” – “Sum of P-dimension of ttings component”) x 2 / Chain pitch = “No. of links”
Round up the decimal places of the calculated number of links. If the number of links is even as a result of rounding up, add “1” to make the number odd.

19
Code
W.L.L. (t)
(Working Load
Limit)
Angle of loading
60°
Chain
diameter
(mm)
Standard
reach L
(mm)
No. of
links
Odd/Even
Actual
reach
(mm)
<< Link chain cutting data >>
Sum of
P-dimension of
ttings component
(mm)
Required components (Code x Qty.),
Chain pitch
(mm)
Calculated
links
Rounded-up
links
Actual
links
Actual chain
length (mm)
Link chain
SV
Master Link
HMM Sling hook HTL4 Self locking hook
HJJ
Swivel hook
HJK
Foundry hook
HSF
Hi-coupling
HC3（HC)
Hi-coupling
HC3（HC)
T-HMM-HTL4 2.4 φ6 1500 Even 1513 18.0 63.3 64 64 1152 361 SV2060 x 3 HMM0807 x 1 11 0 HTL4060 x 3 100 HC3070 x 2 55 HC3060 x 6 48
3.2 φ7 1500 Even 1520 21.0 51.0 52 52 1092 428 SV2070 x 3 HMM1008 x 1 135 HTL4080 x 3 120 HC3080 x 2 63 HC3070 x 6 55
5.0 φ8 1500 Even 1537 24.0 42.5 43 44 1056 481 SV2080 x 3 HMM1310 x 1 160 HTL4080 x 3 120 HC3100 x 2 75 HC3080 x 6 63
8.0 φ10 1500 Even 1526 30.0 31.1 32 32 960 566 SV2100 x 3 HMM1613 x 1 180 HTL4100 x 3 140 HC3130 x 2 96 HC3100 x 6 75
12.5 φ13 2000 Even 2007 39.0 33.8 34 34 1326 681 SV2130 x 3 HMM2016 x 1 200 HTL4130 x 3 171 HC3160 x 2 118 HC3130 x 6 96
20.0 φ16 2500 Even 2581 48.0 34.3 35.0 36 1728 853 SV2160 x 3 HMM2220 x 1 275 HTL4160 x 3 200 HC3200 x 2 142 HC3160 x 6 118
T-HMM-HJJ 2.4 φ6 1500 Even 1523 18.0 62.7 63.0 64 1152 371 SV2060 x 3 HMM0807 x 1 110 HJJ06 x 3 110 HC3070 x 2 55 HC3060 x 6 48
3.2 φ7 1500 Even 1536 21.0 50.3 51.0 52 1092 444 SV2070 x 3 HMM1008 x 1 135 HJJ08 x 3 136 HC3080 x 2 63 HC3070 x 6 55
5.0 φ8 1500 Even 1505 24.0 41.8 42.0 42 1008 497 SV2080 x 3 HMM1310 x 1 160 HJJ08 x 3 136 HC3100 x 2 75 HC3080 x 6 63
8.0 φ10 1500 Even 1555 30.0 30.2 31.0 32 960 594.5 SV2100 x 3 HMM1613 x 1 180 HJJ10 x 3 168.5 HC3130 x 2 96 HC3100 x 6 75
12.5 φ13 2000 Even 2041 39.0 32.9 33.0 34 1326 715 SV2130 x 3 HMM2016 x 1 200 HJJ13 x 3 205 HC3160 x 2 118 HC3130 x 6 96
20.0 φ16 2500 Even 2537 48.0 33.2 34.0 34 1632 904.5 SV2160 x 3 HMM2220 x 1 275 HJJ16 x 3 251.5 HC3200 x 2 142 HC3160 x 6 118
T-HMM-HJK 2.4 φ6 1500 Even 1501 18.0 59.9 60.0 60 1080 421 SV2060 x 3 HMM0807 x 1 110 HJK06 x 3 160 HC3070 x 2 55 HC3060 x 6 48
3.2 φ7 1500 Even 1539 21.0 48.1 49.0 50 1050 489 SV2070 x 3 HMM1008 x 1 135 HJK08 x 3 181 HC3080 x 2 63 HC3070 x 6 55
5.0 φ8 1500 Even 1502 24.0 39.9 40.0 40 960 542 SV2080 x 3 HMM1310 x 1 160 HJK08 x 3 181 HC3100 x 2 75 HC3080 x 6 63
8.0 φ10 1500 Even 1545 30.0 28.5 29 30 900 644.5 SV2100 x 3 HMM1613 x 1 180 HJK10 x 3 218.5 HC3130 x 2 96 HC3100 x 6 75
12.5 φ13 2000 Even 2026 39.0 31.3 32.0 32 1248 777.5 SV2130 x 3 HMM2016 x 1 200 HJK13 x 3 267.5 HC3160 x 2 118 HC3130 x 6 96
T-HMM-HSF 2.4 φ6 1500 Even 1515 18.0 63.2 64 64 1152 363 SV2060 x 3 HMM0807 x 1 11 0 HSF06 x 3 102 HC3070 x 2 55 HC3060 x 6 48
3.2 φ7 1500 Even 1523 21.0 50.9 51 52 1092 431 SV2070 x 3 HMM1008 x 1 135 HSF08 x 3 123 HC3080 x 2 63 HC3070 x 6 55
5.0 φ8 1500 Even 1540 24.0 42.3 43 44 1056 484 SV2080 x 3 HMM1310 x 1 160 HSF08 x 3 123 HC3100 x 2 75 HC3080 x 6 63
8.0 φ10 1500 Even 1535 30.0 30.8 31 32 960 575 SV2100 x 3 HMM1613 x 1 180 HSF10 x 3 149 HC3130 x 2 96 HC3100 x 6 75
12.5 φ13 2000 Even 2010 39.0 33.8 34 34 1326 683.5 SV2130 x 3 HMM2016 x 1 200 HSF13 x 3 173.5 HC3160 x 2 118 HC3130 x 6 96
20.0 φ16 2500 Even 2586 48.0 34.2 35 36 1728 858 SV2160 x 3 HMM2220 x 1 275 HSF16 x 3 205 HC3200 x 2 142 HC3160 x 6 118
5-3-7 Eye-type Triple-leg Sling
List of Required Chain Length and Required Components for assembled products; Eye-type Triple-leg Sling Code

20
Code
W.L.L. (t)
(Working Load
Limit)
Angle of loading
60°
Chain
diameter
(mm)
Standard
reach L
(mm)
No. of
links
Odd/Even
Actual
reach
(mm)
<< Link chain cutting data >>
Sum of
P-dimension of
ttings component
(mm)
Required components (Code x Qty.),
Chain pitch
(mm)
Calculated
links
Rounded-up
links Actual links Actual chain
length (mm)
Link chain
SV
Master Link
HMM Sling hook HTL4 Self locking hook
HJJ
Swivel hook
HJK
Foundry hook
HSF
Hi-coupling
HCC（HC)
Hi-coupling
HCC（HC)
Q-HMM-HTL4 2.4 φ6 1500 Even 1513 18.0 63.3 64 64 1152 361 SV2060 x 4 HMM0807 x 1 110 HTL4060 x 4 100 HC3070 x 2 55 HC3060 x 8 48
3.2 φ7 1500 Even 1520 21.0 51.0 52 52 1092 428 SV2070 x 4 HMM1008 x 1 135 HTL4080 x 4 120 HC3080 x 2 63 HC3070 x 8 55
5.0 φ8 1500 Even 1537 24.0 42.5 43 44 1056 481 SV2080 x 4 HMM1310 x 1 160 HTL4080 x 4 120 HC3100 x 2 75 HC3080 x 8 63
8.0 φ10 1500 Even 1526 30.0 31.1 32 32 960 566 SV2100 x 4 HMM1613 x 1 180 HTL4100 x 4 140 HC3130 x 2 96 HC3100 x 8 75
12.5 φ13 2000 Even 2007 39.0 33.8 34 34 1326 681 SV2130 x 4 HMM2016 x 1 200 HTL4130 x 4 171 HC3160 x 2 118 HC3130 x 8 96
20.0 φ16 2500 Even 2581 48.0 34.3 35.0 36 1728 853 SV2160 x 4 HMM2220 x 1 275 HTL4160 x 4 200 HC3200 x 2 142 HC3160 x 8 118
Q-HMM-HJJ 2.4 φ6 1500 Even 1523 18.0 62.7 63.0 64 1152 371 SV2060 x 4 HMM0807 x 1 110 HJJ06 x 4 110 HC3070 x 2 55 HC3060 x 8 48
3.2 φ7 1500 Even 1536 21.0 50.3 51.0 52 1092 444 SV2070 x 4 HMM1008 x 1 135 HJJ08 x 4 136 HC3080 x 2 63 HC3070 x 8 55
5.0 φ8 1500 Even 1505 24.0 41.8 42.0 42 1008 497 SV2080 x 4 HMM1310 x 1 160 HJJ08 x 4 136 HC3100 x 2 75 HC3080 x 8 63
8.0 φ10 1500 Even 1555 30.0 30.2 31.0 32 960 594.5 SV2100 x 4 HMM1613 x 1 180 HJJ10 x 4 168.5 HC3130 x 2 96 HC3100 x 8 75
12.5 φ13 2000 Even 2041 39.0 32.9 33.0 34 1326 715 SV2130 x 4 HMM2016 x 1 200 HJJ13 x 4 205 HC3160 x 2 118 HC3130 x 8 96
20.0 φ16 2500 Even 2537 48.0 33.2 34.0 34 1632 904.5 SV2160 x 4 HMM2220 x 1 275 HJJ16 x 4 251.5 HC3200 x 2 142 HC3160 x 8 118
Q-HMM-HJK 2.4 φ6 1500 Even 1501 18.0 59.9 60.0 60 1080 421 SV2060 x 4 HMM0807 x 1 110 HJK06 x 4 160 HC3070 x 2 55 HC3060 x 8 48
3.2 φ7 1500 Even 1539 21.0 48.1 49.0 50 1050 489 SV2070 x 4 HMM1008 x 1 135 HJK08 x 4 181 HC3080 x 2 63 HC3070 x 8 55
5.0 φ8 1500 Even 1502 24.0 39.9 40.0 40 960 542 SV2080 x 4 HMM1310 x 1 160 HJK08 x 4 181 HC3100 x 2 75 HC3080 x 8 63
8.0 φ10 1500 Even 1545 30.0 28.5 29 30 900 644.5 SV2100 x 4 HMM1613 x 1 180 HJK10 x 4 218.5 HC3130 x 2 96 HC3100 x 8 75
12.5 φ13 2000 Even 2026 39.0 31.3 32.0 32 1248 777.5 SV2130 x 4 HMM2016 x 1 200 HJK13 x 4 267.5 HC3160 x 2 118 HC3130 x 8 96
Q-HMM-HSF 2.4 φ6 1500 Even 1515 18.0 63.2 64 64 1152 363 SV2060 x 4 HMM0807 x 1 110 HSF06 x 4 102 HC3070 x 2 55 HC3060 x 8 48
3.2 φ7 1500 Even 1523 21.0 50.9 51 52 1092 431 SV2070 x 4 HMM1008 x 1 135 HSF08 x 4 123 HC3080 x 2 63 HC3070 x 8 55
5.0 φ8 1500 Even 1540 24.0 42.3 43 44 1056 484 SV2080 x 4 HMM1310 x 1 160 HSF08 x 4 123 HC3100 x 2 75 HC3080 x 8 63
8.0 φ10 1500 Even 1535 30.0 30.8 31 32 960 575 SV2100 x 4 HMM1613 x 1 180 HSF10 x 4 149 HC3130 x 2 96 HC3100 x 8 75
12.5 φ13 2000 Even 2010 39.0 33.8 34 34 1326 683.5 SV2130 x 4 HMM2016 x 1 200 HSF13 x 4 173.5 HC3160 x 2 118 HC3130 x 8 96
20.0 φ16 2500 Even 2586 48.0 34.2 35 36 1728 858 SV2160 x 4 HMM2220 x 1 275 HSF16 x 4 205 HC3200 x 2 142 HC3160 x 8 118
Q-HMM-OO
*1
2.4 φ6 1500 Odd/ 1500 18.0 143.0 143 143 2574 213 SV2060 x 2 HMM0807 x 1 110 HC3070 x 2 55 HC3060 x 4 48
3.2 φ7 1500 Odd/ 1503 21.0 118.8 119 119 2499 253 SV2070 x 2 HMM1008 x 1 135 HC3080 x 2 63 HC3070 x 4 55
5.0 φ8 1500 Odd/ 1510 24.0 100.2 101 101 2424 298 SV2080 x 2 HMM1310 x 1 160 HC3100 x 2 75 HC3080 x 4 63
8.0 φ10 1500 Odd/ 1506 30.0 76.6 77.0 77 2310 351 SV2100 x 2 HMM1613 x 1 180 HC3130 x 2 96 HC3100 x 4 75
12.5 φ13 2000 Odd/ 2033 39.0 81.3 82 83 3237 414 SV2130 x 2 HMM2016 x 1 200 HC3160 x 2 118 HC3130 x 4 96
20.0 φ16 2500 Odd/ 2527 48.0 81.9 82 83 3984 535 SV2160 x 2 HMM2220 x 1 275 HC3200 x 2 142 HC3160 x 4 118
5-3-8 Eye-type Quadruple-leg Sling
List of Required Chain Length and Required Components for assembled products; Eye-type Quadruple-leg Sling Code
*1 Calculating the number of cut chain links for the Q-HMG-OO and Q-HMH-OO
(“Required reach” – “Sum of P-dimension of ttings component”) x 2 / Chain pitch = “No. of links”
Round up the decimal places of the calculated number of links. If the number of links is even as a result of rounding up, add “1” to make the number odd.