ДСТУ EN 60794-1-21:2022 Волоконно-оптические кабели. Часть 1-21. Общая спецификация. Основные процедуры испытания оптических кабелей. Методы механических испытаний (EN 60794-1-21:2015, IDT; IEC 60794-1-21:201...



ДСТУ EN 60794-1-21:2022
(EN 60794-1-21:2015, IDT; IEC 60794-1-21:2015, IDT)

Волоконно-оптичні кабелі. Частина 1-21. Загальна специфікація.
Основні процедури випробування оптичних кабелів.
Методи механічних випробувань

 

 
   
 
Не є офіційним виданням.
Офіційне видання розповсюджує національний орган стандартизації
(ДП «УкрНДНЦ» http://uas.gov.ua)

Contents

Foreword

1 Scope and object

2 Normative references

3 Method E1: Tensile performance

3.1 Object

3.2 Sample length

3.3 Apparatus

3.4 Procedure

3.5 Requirements

3.6 Details to be specified

3.7 Details to be reported

4 Method E2: Abrasion

4.1 Object

4.2 Sample

4.3 Method E2A: Abrasion resistance of optical fibre cable sheaths

4.4 Method E2B: Abrasion resistance of optical fibre cable markings

5 Method E3: Crush

5.1 Object

5.2 Sample

5.3 Method E3A: Plate/plate

5.4 Method E3B: Mandrel/plate

5.5 Requirements

5.6 Details to be specified

6 Method E4: Impact

6.1 Object

6.2 Sample

6.3 Apparatus

6.4 Procedure

6.5 Requirements

6.6 Details to be specified

7 Method Е5А: Stripping force stability of cabled optical fibres

7.1 Object

7.2 Sample

7.3 Apparatus

7.4 Procedure

7.5 Requirements

7.6 Details to be specified

8 Method E5B: Strippability of optical fibre ribbons

8.1 Object

8.2 Sample

8.3 Apparatus

8.4 Procedure

8.5 Requirements

8.6 Details to be specified

9 Method E5C: Strippability of buffered optical fibres

9.1 Object

9.2 Sample

9.3 Apparatus

9.4 Procedure

9.5 Requirements

9.6 Details to be specified

10 Method E6: Repeated bending

10.1 Object

10.2 Sample

10.3 Apparatus

10.4 Procedure

10.5 Requirements

10.6 Details to be specified

11 Method E7: Torsion

11.1 Object

11.2 Sample

11.3 Apparatus

11.4 Procedure

11.5 Requirements

11.6 Details to be specified

11.7 Details to be reported

12 Method E8: Flexing

12.1 Object

12.2 Sample

12.3 Apparatus

12.4 Procedure

12.5 Requirements

12.6 Details to be specified

13 Method E9: Snatch (deleted)

14 Method ЕЮ: Kink

14.1 Object

14.2 Sample

14.3 Apparatus

14.4 Procedure

14.5 Requirements

14.6 Details to be specified

15 Method E11: Bend

15.1 Object

15.2 Sample

15.3 Apparatus

15.4 Procedure

15.5 Requirements

15.6 Details to be specified

16 Method E12: Cut-through resistance (deleted)

17 Method E13: Shotgun damage

17.1 Object

17.2 General

17.3 Method E13A: Shotgun test

17.4 Method E13B: Shotgun simulation

18 Method E14: Compound flow (drip)

18.1 Object

18.2 Sample

18.3 Apparatus

18.4 Procedure

18.5 Requirements

18.6 Details to be specified

19 Method E15: Bleeding and evaporation

19.1 Object

19.2 Sample

19.3 Apparatus

19.4 Procedure

19.5 Requirements

19.6 Details to be specified

20 Method E16: [Title unknown] (deleted)

21 Method E17: Bending stiffness

21.1 Object

21.2 General

21.3 Method E17A: Three-point bend

21.4 Method E17B: cantilever bend

21.5 Method E17C: Buckling bend

22 Method E18A: Bending under tension

22.1 Object

22.2 Sample

22.3 Apparatus

22.4 Procedure

22.5 Requirements

22.6 Details to be specified

23 Method E18B: Sheave test (primarily for OPGW and OPAC)

23.1 Object

23.2 Sample

23.3 Apparatus

23.4 Procedure

23.5 Requirements

23.6 Details to be specified

24 Method E19: Aeolian vibration

24.1 Object

24.2 Sample

24.3 Apparatus

24.4 Procedure

24.5 Requirements

24.6 Details to be specified

25 Method E20: Cable coiling performance

25.1 Object

25.2 Sample

25.3 Apparatus

25.4 Procedure

25.5 Requirements

25.6 Details to be specified

26 Method E21: Sheath pull-off force for optical fibre cable for use in patch cords

26.1 Object

26.2 General

26.3 Sample

26.4 Apparatus

26.5 Procedure

26.6 Requirements

26.7 Details to be specified

27 Method E22: Buffered fibre movement under compression in optical fibre cables for use in patch cords

27.1 Object

27.2 Sample

27.3 Apparatus

27.4 Procedure

27.5 Requirements

27.6 Details to be specified

28 Method E23: Microduct route verification test

28.1 Object

28.2 General

28.3 Sample

28.4 Apparatus

28.5 Procedure

28.6 Requirements

28.7 Details to be reported

29 Method E24: Installation test for microduct cabling

29.1 Object

29.2 General

29.3 Sample

29.4 Apparatus

29.5 Procedure

29.6 Requirements

29.7 Details to be specified

29.8 Details to be reported

30 Method E25: Rip cord functional test

30.1 Object

30.2 Sample

30.3 Apparatus

30.4 Procedure

30.5 Requirements

30.6 Details to be specified

30.7 Details to be reported

31 Method E26: Galloping

31.1 Object

31.2 Sample

31.3 Apparatus

31.4 Procedure

31.5 Requirements

31.6 Details to be specified

32 Method E27: Indoor simulated installation test

32.1 General

32.2 Object

32.3 Sample

32.4 Apparatus

32.5 Procedure

32.6 Requirements

32.7 Details to be specified

33 Method E28: Cable and fibre mechanical reliability test

33.1 Object

33.2 Sample

33.3 Apparatus

33.4 Procedure

33.5 Requirements

33.6 Detail to be specified

Bibliography