КОVЕVng-LS (J-Y(St)Y-LS-PF) Communication and alarm cable, shielded, twisted pair, flame retardant

Stability during single burning

Stability when burning in a bundle

Resistant to electrical influences-shielded

FIELD OF APPLICATION

Alarm systems, access control systems, management, control, communication and telecommunication systems
For the transmission of low-power electrical signals
For installation of station equipment, for stationary installation inside buildings, structures, in dry and wet areas

ADVANTAGES

Shields protect against electromagnetic waves and absorb external electromagnetic signals
The wires have been tested for use outside the hermetic zone in cable structures of NPP premises, in systems of classes 3, 4 according to NP 306.2.141-2008
Additional versions: armoring, hydrophobicity, oil resistance

CONSTRUCTION

Resin	Copper conductors, in accordance with the requirements of DSTU EN 60228, flexibility class 1
Insulation	polyvinyl chloride plastic of reduced fire hazard
Outer shell	black polyvinyl chloride plastic with low smoke and gas emission
Number of cores	1÷61х2
Screen	synthetic film foiled with aluminum + grounding conductor
Screen 1	braid of copper ("el" - tinned) wires
Screen 2	shielded pairs

TECHNICAL CHARACTERISTICS

Electrical resistance depending on the nominal diameter of the core, not more than:

mm
Ohm/km

0,4
160

0,51
110

0,8
36

1,05
24,5

1,13
18,1

1,38
12,1

1,78
7,41


Temperature range	-30˚С to +70˚С
Test voltage	1500 W
Operating voltage	300 W
Electrical resistance of insulation	100 megohms/km
Minimum bending radius	10 х D
Color identification of cores	DSTU IEC 60189-2
Electrical capacity	100 pF/m

COMPLIANCE / STANDARDS

Single combustion - clause 4.1 of DSTU 4809, DSTU EN 60332-1 -2

Toxicity - clause 4.3 of DSTU 4809.

Smoke smoke - clause 4.4 of DSTU 4809.

Combustion smoke - clause 4.5 of DSTU 4809, DSTU EN 61034-2.

Halogens and corrosive activity - clause 4.6 of DSTU 4809. clause 4.6 of DSTU 4809, DSTU EN 60754-2

TABLE OF NOMENCLATURES

Article no.	Number of cores and cross section mm2	Maximum outer diameter	Mass of copper	Mass.
10308601	1х2х0,4	4.4	3,5	17
10308602	2х2х0,4	6.9	5,89	34
10308603	3х2х0,4	7.2	8,27	43
10308604	4х2х0,4	7.4	10,66	51
10308605	5х2х0,4	8.5	13,04	65
10308606	6х2х0,4	9.6	15,43	74
10308607	8х2х0,4	12.7	20,2	89
10308608	10х2х0,4	15.3	24,97	112
10308609	14х2х0,4	16.6	29,74	129
10308610	20х2х0,4	22.1	48,82	186
10308611	1х2х0,51	4.6	4,99	20
10308612	2х2х0,51	7.3	8,87	42
10308613	3х2х0,51	7.7	12,75	54
10308614	4х2х0,51	8.0	16,62	66
10308615	5х2х0,51	9.0	20,5	80
10308616	6х2х0,51	10.3	24,38	92
10308617	8х2х0,51	13.8	32,13	116
10308618	10х2х0,51	16.6	39,89	146
10308619	14х2х0,51	18.1	47,64	168
10308620	20х2х0,51	24.1	78,66	247
10308621	1х2х0,8	5.7	10,66	32
10308622	2х2х0,8	9.3	20,2	63
10308623	3х2х0,8	9.8	29,74	83
10308624	4х2х0,8	10.1	39,28	102
10308625	5х2х0,8	11.4	48,82	125
10308626	6х2х0,8	13.2	58,35	145
10308627	8х2х0,8	17.7	77,43	181
10308628	10х2х0,8	21.6	96,51	227
10308629	14х2х0,8	23.5	115,59	265
10308630	20х2х0,8	31.7	191,91	402
10308631	1х2х1,05	6.3	17,55	43
10308632	2х2х1,05	10.5	33,98	85
10308633	3х2х1,05	10.9	50,42	112
10308634	4х2х1,05	11.4	66,85	143
10308635	5х2х1,05	13.1	83,28	180
10308636	6х2х1,05	15.1	99,72	210
10308637	8х2х1,05	20.6	132,58	269
10308638	10х2х1,05	24.5	165,45	332
10308639	14х2х1,05	27.4	198,32	395
10308640	20х2х1,05	36.9	329,79	606
10308641	1х2х1,38	7.5	29,5	63
10308642	2х2х1,38	12.7	57,89	124
10308643	3х2х1,38	13.6	86,28	169
10308644	4х2х1,38	13.7	114,66	212
10308645	5х2х1,38	16.6	143,05	266
10308646	6х2х1,38	18.3	171,43	316
10308647	8х2х1,38	24.9	228,21	399
10308648	10х2х1,38	30.4	284,98	500
10308649	14х2х1,38	33.2	341,75	587
10308650	20х2х1,38	45.0	568,84	913