ДСТУ HD 604 S1:2012 сторінка 57 з 83

3,3 кВ зі спеціальними протипожежними характеристиками для застосування на електростанціях

0) if required in Clauetb) 3 and/or 4.

Table 4-А - Schedule of lasts for unarmou/ed and armoured cables ■n accordance with sub*deuse 3.1 end 4Л

1	2	3	4	Б
4»lHo	Теи	Category »1 ІМІ <11	Twat method dMcrtood in	*Roquroment given m мМнЫеие (21**
1	ЕіаеспсЫ HSU
1Л	Conductor teeieianca		HD 606 3.1.1	HD 383
1.2	Armow?PE ©onductar rMt«T4rW«		HD 606 3J.3	41.3.7.Б
1Л	*VdMoqb t«t on COfm 41 ЗБОО V**		Ю 606 3.2 2 2	2.4,1.2
1.4	VcHuge t»t on ©отріте wtt# al 3600 V		HD 606 1.J1	2.4.1,1
IB	Sia-Гвсе rsMttsnae of ahceih Ы ucwmourod C4btae		Ю 22 2> 2J	2.4-1.3 1
2	Prov«tona poverkwi eoiwrucuofial
	and dimontjonat characterretrcg
2.1	Conductor nMtenal and COnttFVClion		Viwl examination	2.2 4 3.3J or 41.3.1 & Pwt 1: 8 1
2.2	Ілаиімюл; *s Application**		Visual examination	Part 1; 6 2 2
	Ы Thitfnew		HD 606 2.1 J	3.3.3 or 41.3.3 end Pan 1: Б .2.3
2.3	Coto Ktonrrncatton		Visual examination 4 measurement	2.1 and Part V 4
2.4	AsoavnNy «4 corn		Visual рмапмчіїоп	3.3.4 or 4.1.3.4
2 6 2.6	Inrw COVQflnp tonanhoarh M A^pStMfo*		Vxwel exwninaiion Viaud axamfatton	3.3.Б M4.1.U and Part 1. 8 4 Pad І; Ь В
	Ы Thick nose		HD «ОБ 2.1.2	2.3 4 4.1,3.6
X?	Алткіг/РЄ conductor •) Competition *b) Пмоклмо of armour lonw« el Croor taction») area PE conducor* dl Covering «tensity		^ЛеімІ exartwwtion HD 60S 2.1.4 МмбигапмпІ Мм«игетопС <A HD «ОБ 2,1 Л for braid armour J	4.1Л.7.1 4.1.3Л,1 4.1.3Л.2 4.1.3ЛЛ
	«) Mutual interact ton		HD BC6-T.2: SJ4 \|	! 4 КЗЛ4

AN tests to be considered as type tests.

{21 Clause numbers refer to this section unless stated otherwiseTable ll-A (continued! - Schedule of teste for unarmoored end armoured cables
bi accordance wiih wb<4ausa 3 and 4.1

1	1	ft	4	6
Rof N0	Toot	Coiogory	T»»l msfhod	Requiromora givon In
		of toot <11	dtocribed in	vub-clouoo (21
a. a	Shooth or ovvBhMth
	■ ) Арр0с*ТІ<Ю		Viiusi oxorainotten	Port 1; 6.7
	b) Thtcknm		HO 606 2.1.2	2 3 ft 3.3.6 or 4 1.3.0
xe	Ovval diem^ier, if roqutod. and		HO СОБ 2.1 Л.1 Si	2.4.3 A 3.3.7 or
	ovality		2.1,32	4Л.3 10
2.10	СяЫа markings		VwiAOl OXOfAMlilOTb	Port 1; ft
			ft mMOurortient
5	Mochonicol properii«s of moutotion		Tabtel	TebWf
4	Mocharacari propones of iwwstwftth
4.1	Tontfo toot before and elw		HD Б06.1.1; 0.2 &	ТоЬЦ 1
	oeoing		606 1.1; 6.1
6	*Мооіч ліе «1 eno phyolcol proportion <rt ohaoth end <rtrtfwoih.**		ТоЫоІ	Т0М0І
6	Bond tetr an солойто cobte		HD «6 2 ,4.1.1	2.4.2
7	Abras w> tool oh compters cobte		HD СОБ 2.4,6	2 4.6
ft	Toits roUtad to fro candiiiono
a.i	Roducod flvno proportion		pr HO 406.3	а .4.4. і
S.2	Smoko отіоойхі rom		HO €06	2.4.4.2
e.3	*AeidUy of combustion р>о» Ы логмлеЫЬс compononts**		HD 602	*2.4.4.3 and ТоЫ 1**

(It All tests to ba considered as type test*.

Clause numbers refer to this section unless stated otherwise.

Table H-B - Schedule of ши for douUe screened cablet
in accordance whh sub-eleuse 4.2

1	2	3	4	6
Rtf. Mo	Тем	Category of l«1 (1)	Тем method described in	Моиігепмпк given in eidi-claиM (2>
1	Electrical twit
1.1	Conductor rueistahco		ЮБ06 2.1.1	MD 363
1Л	Copper ecreen tosistancs		MO 506 3.1.4.1	4 2.3B3
1.3	Scroensig otitaency		IEC M-1, eub^cteuee A.5.1 end Д.5.2	і.І.эвл
1.4	VoAope іем or» cores at 3600 V		HO 506 3.2 2.2	24 12
1.6	Votega fast ОН Сфгяр\|«1« coble St 36OOV		K>C05 3.2.1	2.4.1.1
2	Provisions covering constructional
	*ano dmonmonai chyecToreteo**
2.1	Conductor material and ccrwtruction		Ю 606 2.1.4	2-2 6 4.2-3.1 A Part 1; 6.1
2.2	Insula bon: el ЛррёсеЮТ		Visual examination	Part V 6.2.2
	Ы Thickness		HO 606 2,1.1	4.2.3.3 and Pan 1: 6 2 3
2 3	Core Wonlrtieetion		ViMsi examination and moMurement N applicable	2d 6 4.2.3.4 Pert 1:4
2.4	Aaaembly of cores		Visual ехатіпя'міп	<2 3.6
2, 6	Inner covering		Viaud examination	4 2.3.6 and Pwt 1, 6.4
re	Inner tbaath et Application		Visual схатілаїмп	Part 1: 6.5
	M ТШмм		HO 606 2J.2	2-3 642 3 7
2.7	Screens: el Composition Ы Thickness ot screen etamenra		Visual exam nation HD 60S 2.1.4	4.2.3.ST 4 2.3.S2

(1) AU tests to be conskfered и type tests.

(21 Clause numbers refer to this section unless stated otherwise.Table П-В (concluded) • Schedule of for double screened cables
in accordance with sub-dauie 4.2

1 .	2	3	4	Б
Rei. No	Teat	Cotejjoy or tNi in	Tear method described о	*ffequremertf given № tub-clave (2)**
2fi	Sheetfi or awerthMth <) АррБсаъоп		Vipjtf exemlnetMA	Part 1; Б 7
	bJ ТГкІмее		K>606 2.12	2.3 & 4 2.3.10
2.S	Overall «мпніег - eveMv		HD SOS 2 13.2	24 3
2.10	Cable medimge		Visual ежатіпаїїоп Sc meM4aement	Pert 1. Э
3	*Meehentcai propane al «neuleiton**		ТаЫе 1	Теме 1
4	*MechMtcel end phyeical proper!» al eheetht. 3)**		Table і	*Tabt 1**
5	Bend im< on сотрйге ceMt		HD SOS 3 4.1.1	*2A.2*
6	АДхмйю reu en tempi* cable**		HD 60S 2.4 6	2.4.6
7	Teet related to fire eowMione
7.1	Reduced flame ргарадаімм		pr HD 406.>	Х4Л.1
7.3	Smoke етйеюп test		HD 606	2.4 4 2
7-3	Aodkv «Г oombuM^n дкн on fXHvmetelbc «omponant*	*	HD 602	2 4 4.3 and Ш 1

All tests to be considered as type tests.
Clause numbers refer to this section unless stated otherwise.
No separate cold bend test on inner sheath, but compliance to be checked after cold bend test on complete cable. The oil. ozone and water absorption test shall not be carried out on the inner sheath.

GENERAL DATA FOR TYPE YMi. Kmbth WITH CIRCULAR CONDUCTORS

1 I	¹¹ — 2	3	4	5 1	8
Number and	Chas of	Insulation	Thickness	Mean overall diameter
nominal	conductor	thickness	<rf sheath
croeaaect.	HD3S3	Specified	Specified	Lower limit	*Upper (\|**
area mm*		value mm	value mm	mm	Smti mm
1 x 1.5	1	0.7	1.4	5.4	7.0
1 X 2.5	1	0.7	1.4	6.7	7.3
1 x 4	1	0.7	1.4	6.2	7.8
1 x 6	1	0.7	1.4	6,7	8.8
1 x Ю	1	0.7	1<4	7.0	9.5
1 X 10	2	0.7	1.4	7.5	10,0
1 x 15	2	0.7	1.4	9.1	11.5
1 x 25	2	0.9	1.4	10.0	13.0
1 x 35	2	0.9	1.4	11.5	14.5
1 x 50	2	1.0	1.4	12,Б	16.0
1 x 70	2	1.1	1.4	14.5	18.0
1 x 95	2	1.1	1.5	16.5	20.5
1 x 120	2	1.2	1.5	18,0	22.0
1 x 1БО	2	1.4	1.6	20.0	24.0
1 x 185	2	1.6	1.6	22.0	28.5
1 x 240	2	1.7	1.7	25.0	29.5
1 x 300	2	1.8	1.8	28.0	33.0
1 x 400	2	2.0	1.9	32.0	37.0
1 x 500	2	2.2	2.0	36.0	41.0
1 x 630	2	2.4	2.2	39,0	45.0
1 x 800	2	2.6	2.3	44.0	50.0
1 X 1000	2	2.8	2.4	50.0	58.0