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ДСТУ HD 604 S1:2012
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' Variation: difference between the median value after ageing and the median value without ageing, expreeeed as a percentage of the latter.Table *1 (concluded) - Requirements for the non-elecvical tests
for ethylene propylene rubber insulation

1

2

3

4

& І

6

AH Ho

Teat

Unh

Value

Тен method described in

HD

ofauia

3

Tert ol ГОГУРОПКІПМПЧЮП

303

24.12J

3.1

Length of samples

rsm

400

3.3

Ageing ooMftiorwt

temperature

duraion of (reetmtMM

C h

lOO і 2 334 end 1006

а.з

Vriuee io be Qbtemd for tna imh strength end elongation st break: ' variation max ".

end

T. Afl

Чь

± 30

T-B - тц and Ал - Aa T„ A и

%

А 1Б

4.

Ozone гетдпм

506,2.1

a

4.1

Ozone concentration (by volume)

%

0 02310 0.030

4.2

Tast duration without creeks

h

30

Water atoaorotton (gravimetric method)

506.1.3

3.2

6.1

Там conditions temperature

* duration

da/в

85 1 І

14

52

Value to be obtained for the venation o4 главі r mav.

mgfem1

Б

6

Snr г к nee test

505.1.3

10

Teat oarrp** length

mm

200

Є.1

Toot cortdaiona: - tamp ora turn - duration

*C h

130 t 3

1

0.2

VSAjo to be obtamed for the max. permit »4>le shrinkage

%

4

Variation: difference between the median value after ageing and the median value without ageing, expressed as a percentage of the latter.

T<p ТК' т„ LA^ A,*, A*J represent the tensile strength (elongation at break) as delivered end after 14*day and 42«dav age mg, respectively.

Tibi* 2 * Requirements for th* non-elecirlcal tests
for chtarqsuHonrted polyrthylene vine* sheath end oversheeth

1

2

3

4

Б

4

Rai Na

Tmi

UnM

Velue

Teat method deecrfeed in

HD

clouoe

1.

Tenailo stTargflh end ектааіюп Ж break

Б05.1.1

5.2

1.1 LU

1.1.2

Ргоропма m the atote ее deleted Vokies to be obtained for the lonaie evehgth: ‘ median, rw.

Vahjes to be obtained for the etongartan «1 break:

median, ж

%

12.Б

300

1.2 U.1

1.2Л

1.2.3

Ргорегівм after ageing in a* oven Ageing condrtlofw: temperature

- duration of treat mon I

VqIum to be obtained lor the tenele strength: - variation там.

VokjM to be obtanod tar the еіопдеіюп et break: variation nw.

h

%

%

120 ± 2

10 x 24

4 30

± 40

WS. 1.2

Й.1

1.3

1.3.1

1,3.2

1.3.3

Properties after ageing in or bomb Age+ng €<MxH*one:

temp ar at uta

duration ol froairrmni

Vskiee to bo oWainwd for the tansds strength: - variation там.

Vakjet to be obtained for the et angel юн at break;

- variation там.

c h

%

4

127 * 2 7 x 24

X 30

± 40

505.1.2

8 2

1,4

L4.1

1.4.2

1.4.3

Mechanical properties after «птегіюп in mineral oil

Teat corvMona:

  • temporaturo ol oil

  • duration of mmernon in o4

Vokioe to be obtained for the renege strength:

  • variation max.

Vehjea to be obtained for the elongation ar break:

  • variatKm max,

c h

%

%

100 ± 2 24

і 40

± 40

Б0Б.2.1

10

Variation: difference between the median value after ageing and the medtan value without agoing, expressed as a percentage of the latter.Table 2 1 concluded I - Req и Ira man te for th* пол-ЫасігісаІ caste for chlcrosuHonaied polyethylene rmer eheath and ovorahtath

1

2

3

4

a

a

Ref No

Test

Unit

Value

Test method dwcribod in

HD

ClOUM

2.

ы nofl-CTrwnwwipp

SOS

X4J2.1

Length of oomplos

nun

400

22

Ageing wnditierwi ■ tamponjiuro - dooton of ггеа'лпэпг

c h

100 ± 2 336 end tons

23

Value* lo be obtemed for the tenele etiength end elongatton trt brook: ' Venetian max ‘

T*^ ■ Tf end

A.j

%

± 30

IitJw end

T»4 A»*

%

A IS

3.

ОійПЯ-Рюеіигюе

606,2.1

a

3.1

Oxone OOneentfMtan Cbv volume)

%

O 02B to 0 030

3 2

Toot duration without cracks

h

30

4.

Waler obeorptwn {grevcnetnc method}

506,1.3

S2

4.1

Test condition* tom per a lure - duroctofi

c days

70 * 2

14

4.2

Value lo be obtained lor the variation of maoflF max.

mgfcm*

a

Variaiion: cWlference between the median value attar ageing and the median value without ageing, expressed as a percentage of the latter.

To» TM# T4J ІА^ A|*f A* J represent the tensile strength (elongation at break) as delivered and after 14*day and 42day ageing, respectively.

Tabla 3 - Schedule of teats

1

2

3

4

6

Rtf Ha

Tmc

Category of rail

Там method

Rogjaomant gven in

daicrdjad in:

Clauae '

1.

EJactrcel teds

1.1

Coaduetor rewtacco

T, s

HD 606, 3.1 Л

4 3.1

Voltage ted an compete сам

(3 kV «с lof 16 т<Є

T

HD 606, XXI

2.3.1,1

1-3

VoSeoe txt on comebti c»ta

12.Б kV к for 6 тгй

R

HD 606. 3 2 1

2 3.12

1.4

ineuievon raaieionee teal

ak Cere

7. SS

HD 606. 3.3 1

2 3.2

1.6

Vo*ego tMi on ovorohaath:

R

at Spark tee*

HD 606. 3 6.2

2.3.3

or Ы Voltage tost

Or HD 606. 3 2.3.1

2.

Рготиюга coyarng eanatfwgrial

nd flmaretonal character! ole a

2.1

Chectag of compliance with

T, R

Inapacilon end

4.3 Sl Pwt 1f6

co n»1ructonal proviaione

manual loot a

ConcfcjctQt material and conatrocbon

T, 3

Visual oxammalion

4,3.1 A Part 1, 6.1

23

insulation;

at Application

3

Vtoual examination

Part 1. 6 2.2

b* Thtcknen

T, R

HD 606. 2.1.1

4.3.2 & Part 1, 6.2.3

2.4

Core idanitf teat ton

6

Vtaual examination

XI & Pwt 1, 4

and meanj rament

2.6

Inner oboath;

at Application

S

Vtaual examination

Part 1, 6 5.2

N Thkkntsa

L R

HD 606, 2J.2

4 3 3 A Part 1, 6.6.3

2.Й

Thermal ecraan,

at Application

S

Vtajal examination

4.3.4

Ы Пііскпом

T, Й

Meaeurament

4.3.4

2.7

Тора еткме;

1 Gap

T

Measurement

4 3.6 (4)

Ы Пмсклан

Tr fl

HD SOX 2-1,4.3

4.3.6 (Ы

cl Wrapping <ett

T

HD 6O6T 2-4.2

4,3.6 to*

2.8

Ovareheath:

al Appfcation

3

Vteuel oiaminattori

Part 1. B.7.2

bl Thktmeae

T, R

HD 60S. 2.Г2

4.3 6 6 Pan 1.

6.7,3.1

2.Є

6m<w«mI dirnvaier «1 the cable

T, R

2.3.4

2-3.4

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