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ISO cola orat es closely with the Int ernational Ele trot ech ical C mmis ion IEC on al matt ers of ele trot ech ical s an ardization.. The proc d r s used t o develo this document an th

Transport packag ing — Smal load

Part 3:

Emb la e — Systèmes de tra sport de petite s ch rge s —

Partie 3: S stème s à ge b ge croisé (SCG )

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F reword i v

Introduction v

1 Sc ope 1

2 Nor mati ve r eferenc es 1

3 Terms an definitions 1

4 Character istic 2

5 Dimensions, mas es and appled loads 2

5.1 BS SL 2

5.1.1 Main dimensions an toleranc s 2

5.1.2 Detaied dimensions for BS SL s 4

5.2 A cc s ories 6

6 Es ential functio al fe tur es 12

6.1 BS SL 1

6.2 Car ying handles 1

6.3 Ve tical ribs for lfing g rip e s 14

6.4 Cente ing holes 1

6.5 BS -SL b se 1

7 Material 15

8 Mar king and label ing 15

A nne x A (informative)Bo d stacking of paletized loads o tr ansp r t palets with a size of 1 20 mm × 1 000 mm 16

A nne x B (informative)Colo r s 18

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org nizations, g ove nmental an non-g ove nmental, in laison with ISO, also take part in the work

ISO cola orat es closely with the Int ernational Ele trot ech ical C mmis ion (IEC) on al matt ers of

ele trot ech ical s an ardization

The proc d r s used t o develo this document an those int en ed for it furthe maint enanc ar

desc ibed in the ISO/IEC Dir ctives, Part 1 In p rticular the dife ent a pro al c it eria ne ded for the

dife ent ty es of ISO document should be not ed This document was draft ed in ac ordanc with the

edit orial rules of the ISO/IEC Dir ctives, Part 2 ( e www.iso.org dir ctives)

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p t ent right ISO shal not be held r sp nsible for identifying any or al such p t ent right Detais of

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The committ ee r sp nsible for thisdocument is ISO/TC1 2, Packa in

ISO 1 7 9 consis s of the folowing p rt , un e the g ene al title Tra s port p cka in — Smal lo d

c ontaine sys tems:

— Part 1: Commo r q ir ments a d tes t meth ds

— Part 2 : Column Stacka le S s tem(CS )[Te h ical Spe if ication]

— Part 3 : B ond Stacka le S s tem(B SS) [Te h ical Spe if ication]

The smal lo d containe ( SL ) sy st em spe ified in this p rt of ISO 1 7 9 was firs conc ived for

han l ng, st orag e and transp rt of g oods an designed t o me t the ne ds of aut omotives man factur rs

an their sup le s

The multi-functional design of it element alow a SL sy st em man factur d in ac ordanc with

ISO 1 7 9 t o me t the r q ir ment of dife ent man al, me hanical an aut omatic han l ng, transp rt

an st orag e sy st ems in the a ut omotive in us ry transp rtation chain It is lkely that this syst em of

SL s an ac es ories wi fr q ently be used in a p ol

The spe ial charact eris ic of the sy st em spe ified in ISO 1 7 9 is the self-se uring me hanism ofthe

unit lo d in the column s ack F or this r ason this sy st em is caled column s acka le sy st em

The CS sy st em consis s of the folowing element :

— CS -SL ;

— Lid [the pr f ix “D” r fle t the Ge man t erm for “ld” (De kel)];

— Palet co e [the pr f ix “A”r fle t the Ge man t erm for “co e ” (Abde k ng)]

The use of CS -SL sy st ems with p letiz d lo ds is discus ed in An ex A

Transport packag ing — Smal load c ontainer systems —

Part 3:

This part of ISO 1 7 9 spe ifies the main charact eris ics an the t es ing of d ra le, r usa le,

p ralelepipedic containe s an their ac es ories w hich form a b n s acka le sy st em (BS ) designed

t o contain bulk or pr cisely locat ed comp nent lo ds up t o ma imum lo d of 2 kg used for aut omotive

in us ry a plcations

2 Normati ve r eferences

The folowing document , in w hole or in p rt, ar normatively r fe enc d in this document an ar

in ispensa le for it a pl cation F or dat ed r fe enc s, only the edition cit ed a pl es F or u dat ed

r fe enc s, the lat es edition of the r fe enc d document ( inclu ing any amen ment )a pl es

ISO 1 7 9-1:—

1)

, Tra s port p cka in — Smal lo d c ontaine sys tems — Part 1: Commo r q ir ments

a d tes t meth ds

3 Terms and definitions

For the purp ses of this document, the terms an definitions given in ISO 1 7 09-1 an the folowing a pply

3.1

BS smal load container

smal lo d containe ( SL ) with spe ial functional featur s w hich ensur a mutual comp tibi ty

3.2

self-securing

design featur w hich alow s the b se of an BS -SL t o int erlock with a sy st em p let t o ensur s a i ty

of a s ack of BS -SL s without use of ad itional se uring measur s such as s ra ping, s r t ch, or shrink

wra ping

3.3

pal et co er

sy st em element with a safeguarding an prot ective fu ction that closes the t op of the lo ding u it with

a level surfac that dis ribut es the mas of o e lying lo dsin a s ack

3.4

SL capacity

usa le in e v lume w hich is calculat ed b multiplying the usa le inne length b the usa le inne

width (b th measur d at half height) an the usa le inne height

3.5

SL l d (D 65, D 4 , D 35)

BS -SL an CS -SL sy st em element with virtualy neutral height or prot ection of thecarg o

Note 1t o entry: T e pref ix “D” reflects the German term for “lid” (Deckel)

1) To b p blished

Not e 2 to entry: T e n mb r 65 me ns lid for the 60 mm × 40 mm size container T e n mb r 45 me ns lid

for the 40 mm × 3 0mm size container The n mb r 3 me ns lid for the 3 0 mm × 2 0mm size container

3.6

SL unit load

lo d consis ing of a SL w hich forms a unit or han l ng, transp rt, s acking an st orag e

4 Character istics

The height of BS SLCs ar det ermined in such a wa that w hen used in combination with a 1 0 mm

high palet an a co e they form a nominal u it lo d height of 1 00 mm ( e Annex A)

The b n s acka le sy st em is charact eriz d b the fol owing featur s:

a) ma imum lo d: 2 kg;

b) “lo d sp c ” an “ u ctional spac for han lng” ar clearly sep rat ed;

c) smo th, flat int ernal SL surfac s without u de cut pe mit ra id, r l a le man al r mo al of the

cont ent an me hanical/ ut omatic f il ing an emptying;

d) fu ctional featur s se Cla use 6

5 Dimensions, mas es and appl ed loads

5.1 BSS SL C

5.1.1 Main dimensions and toleranc es

When t est ed in ac ordanc with ISO 1 7 9-1:—, An ex A, A.2.1, A.2.2 an A.2.4, the main dimensionsof

the BS SL shal be as given in Ta le 1

The flang e height shal be 1 mm ( e Figur 1)

1

Key

1 height ≥ flang e heig ht

Figure 1 — Flang e height

Thes acking clearanc shal ensur an easy location w hen two BS SL s ar s acked Stacking clearanc

in length an width of two BS SLCs ma not ex ce d 4,8 mm

To ensur the fu ctioning of the BS , the o e al height of an in ivid al BS SL shal be 147,5 mm or

2 3 mm or 2 0mm

NOTE F or the are b se mod le of 3 0mm ×2 0 mm only, the height ratios of 147,5mm is ap lica le

Table 1 — Main dimensio s of BS SL s

Dimensions in milimetr es

Ty e Nominal

dimension

L×W×H

outer in er toleranc outer in er toleranc total in er usable

5.1.2 Detaied dimensio s for BS SL s

Detaied dimensions for BS SL shal be as given in Figur s 2, 3 an 4

Dimensions in milimetr es

Dimensions in milimetr es

Dimensions in milimetr es

The es ential dimensions of BS SL ac es ories shal be as given in Ta le3

The detaied dimensions for ac es ories shal be as given in Figur s5 t o 9

NOTE 1 BS SL s can b used with or without ac es ories T eir use is a mat er for a re ment b tween the

partner in the transportation chain

NOTE 2 If lids are used, the usa le in er height of BS SL s difer (se Ta le 1)

NOTE 3 T e main fu ctions of lids are to protect the SL cont ents a ainst en ironmental impacts an , when

se led, a ainst u authorized ac es When lids are f it ed, they do not inc e se the BS SL stacking height

NOTE 4 Palet cover protects the BS SL u it lo ds a ainst water an d st, provides a stacking location for

the u per palet an act as clasps t o retain column stacked BS SL s

Table 3 — Es ential dimensio s for BS -SL ac es ories

Dimensions in milimetr es

Dimensions in milimetr es

Figure 5 — Lid D 65

Dimensions in milimetr es

Figure 6 — Lid D 4

Dimensions in milimetr es

Figure 7 — Lid D 35

Dimensions in milimetr es

Figure 8 — Pal et co er A 1208

Dimensions in milimetr es

Fu ctional featur sof theBS SL shal beas given in Figur 1

NOTE For detailed e planations, se Figures 1 to 14

1 security se ling holes

2 u per stacking rim

3 lid securing holes

4 aux iliary han les (only for BS SL 6 2 an BS SL 43 9)

5 la el holder (1 3A 4 size in ac or dance with ISO 2 6)

6 lower stacking rim

7 main han le

8 centering hole

Figure 1 — Functio al fe tures of the BS SLC

6.2 Car rying handles

Car ying han les w hich can be grasped from below shal be locat ed at theen s of the SL

NOTE F or BS -SL s of 147,5 mm in height, one of the two la el holder is part of the main car ying han le

Figure 1 — Man al handl ng with main handle

6.3 Vertical ribs for l fing g ripper

Two ve tical ribsfor lf ing grip e sshal be su k int o each of the sides for pul an clamp han l ng ( e

Figur 1 )

Figure 12 — Handl ng with vertical ribs for l f ing gripper

6.4 Center ing holes

Two c nt ering holes on each side for a ut omatic han l ng ( e Figur 1 )

Figure 13 — Centering h les

6.5 BSS-SLC base

BS -SL s shal ha e a u iform b se with a s ructur of s acking fe t and s acking gro ves t o ensur

BS -SL s a i ity an se ur b n s acking with othe BS -SL s ( e Figur 14)

Figure 1 — V iew of a BS -SL base

The cons ruction mat erial shal be in ac ordanc with ISO 1 7 9-1:—, Clause 8 an An ex C

8 Mar king and label ing

Marking an la el ng shal be in ac ordanc with ISO 1 7 9-1:—, Clause 9

NOTE Other data, for e ample certif ication identif ication, may ap e r by a re ment b tween relevant

parties

When using the EURO ar a mod le 1 2 0 mm × 8 0 mm for BS -SL s only column s acking is p s ible.

Due t o it smo th surfac BS -SL 3 1 can only be used b column s acking for al palet siz s

Dife ent s acking conf igurationsar given in Figur s A.1, A.2an A.3

Figure A.1 — mo ule 600 mm × 400 mm

Figure A.2 — mod le 400 mm × 300 mm

Figure A.3 — mod le 600 mm × 400 mm combined with 400 mm × 300 mm

A nne x B

Colours

B.1 Colour as ig nment

The short name, nominal siz an colour ac ording t o RAL colour card s an ard clas ic ar shown in

Ta le B.1 The con uctive SL s ar g ene aly black

Table B.1 — Colo r for SL s and lds

The eq iv lent CIELAB v lues for RAL 5 0 ar L* 2 , 93 , a* -0,1 5, b* -1 ,7 6

The eq iv lent CIELAB v lues for RAL 5 0 ar L* 38,3 0, a* -5,2 5, b* -3 ,8 3

B.2 Colour toleranc es

New ly prod c d SL s ar t est ed for complanc with the RAL colour

The alowa le colour v riation is spe ified in theform of the folowing t ole anc lmit for the BS -SL

ICS  55.020

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