NYY - Underground cable with PVC insulation and PVC sheath

NYY

Underground cable with PVC insulation and PVC sheath

Underground cable with PVC insulation and PVC sheath

Standard: VDE 0276-603

Design
1 Copper conductor, round solid (RE), round stranded (RM), resp. sector-shaped stranded (SM)
2 Core insulation (PVC)
3 Inner covering (EPDM)
4 Sheath (PVC black, UV resistant)

Application
Power distribution cables in power stations, industrial installations and switchgears, as well as in local mains.
For fixed installation underground, in interior premises, cable ducts, in the open air, in water – as permitted by the local building regulation – if no risk of any mechanical damages is to be expected.

Technical Data
Rated voltage:	kV	0.6/1
Test voltage:	kV/Hz	4/50
Laying temperature:	°C	min. -5
Operating temperature:	°C	-50 up to +70
Conductor temperature:	°C	max. +70
Short-circuit temperature:	°C/s	max. +160 /5
Core identification:		HD 308 S2
Fire properties:		flame retardant EN 60332-1-2
Bending radius (mind.):	mm	15× Ø of cable (single-core) and 12× Ø of cable (multi-core)
Certificate:	EZÚ Czech Republic, VDE Germany, GOST-R Russia

NYY

Underground cable with PVC insulation and PVC sheath

		no. of cores x nom. cross section	max. conductor resistance	current rating in the ground	current rating in the air	outer diameter	Cu- number	total weight
		mm²	Ohm/km	A	A	appr. mm	appr. kg/km	appr. kg/km
200376	NYY	1 × 10 RE	1,830	83	64	9,7	96	175
200373	NYY	1 × 16 RE	1,150	107	84	10,6	154	230
200375	NYY	1 × 25 RM	0,727	138	114	12,6	240	346
200369	NYY	1 × 35 RM	0,524	164	139	13,8	336	453
200363	NYY	1 × 50 RM	0,387	195	169	15,4	480	594
200364	NYY	1 × 70 RM	0,268	238	213	17,0	672	797
200365	NYY	1 × 95 RM	0,193	286	264	19,1	912	1.095
200357	NYY	1 × 120 RM	0,153	325	307	20,6	1.152	1.343
200366	NYY	1 × 150 RM	0,124	365	352	22,2	1.440	1.607
200377	NYY	1 × 185 RM	0,099	413	406	24,6	1.776	2.053
200307	NYY	1 × 240 RM	0,075	479	483	27,6	2.304	2.584
200303	NYY	1 × 300 RM	0,060	541	557	30,5	2.880	3.251
200378	NYY	1 × 400 RM	0,047	614	646	34,3	3.840	4.205
200379	NYY	1 × 500 RM	0,037	693	747	37,7	4.800	5.206
200380	NYY	2 × 1,5 RE	12,100	30	21	11,5	29	160
200314	NYY	3 × 1,5 RE	12,100	27	19	12,0	43	204
200315	NYY	4 × 1,5 RE	12,100	27	19	12,8	58	237
200316	NYY	5 × 1,5 RE	12,100	27	19	14,7	72	277
200381	NYY	2 × 2,5 RE	7,410	39	28	12,3	48	234
200317	NYY	3 × 2,5 RE	7,410	36	25	12,5	72	260
200318	NYY	4 × 2,5 RE	7,410	36	25	13,8	96	307
200319	NYY	5 × 2,5 RE	7,410	36	25	14,8	120	343
200382	NYY	2 × 4 RE	4,610	50	37	14,1	77	312
200320	NYY	3 × 4 RE	4,610	47	34	14,5	115	351
200321	NYY	4 × 4 RE	4,610	47	34	15,8	154	425
200322	NYY	5 × 4 RE	4,610	47	34	16,2	192	493
200383	NYY	2 × 6 RE	3,080	62	47	15,1	115	389
200312	NYY	3 × 6 RE	3,080	59	43	15,5	173	429
200323	NYY	4 × 6 RE	3,080	59	43	17,1	230	523
200324	NYY	5 × 6 RE	3,080	59	43	18,5	288	613
200384	NYY	2 × 10 RE	1,830	83	64	17,0	192	546
200313	NYY	3 × 10 RE	1,830	79	59	17,5	288	600
200306	NYY	4 × 10 RE	1,830	79	59	19,0	384	740
200325	NYY	4 × 10 RM	1,830	79	59	20,5	384	789
200301	NYY	5 × 10 RE	1,830	79	59	20,6	480	884

NYY

Underground cable with PVC insulation and PVC sheath

		no. of cores x nom. cross section	max. conductor resistance	current rating in the ground	current rating in the air	outer diameter appr.	Cu- number appr.	total weight appr.
		mm²	Ohm/km	A	A	mm	kg/km	kg/km
200337	NYY	3 × 16 RE	1,150	107	84	19,0	461	810
200305	NYY	4 × 16 RE	1,150	102	79	22,0	614	1.039
200326	NYY	4 × 16 RM	1,150	102	79	23,0	614	1.054
200327	NYY	5 × 16 RE	1,150	102	79	24,5	768	1.227
300328	NYY	4 × 25 RM	0,727	133	106	26,7	960	1.550
200329	NYY	5 × 25 RM	0,727	133	106	29,9	1.200	1.920
200330	NYY	4 × 35 RM	0,524	159	129	29,6	1.344	2.007
200302	NYY	4 × 50 SM	0,387	188	157	34,4	1.920	2.442
200331	NYY	4 × 70 SM	0,268	232	199	43,0	2.688	3.287
200332	NYY	4 × 95 SM	0,193	280	246	46,6	3.648	4.543
200333	NYY	4 × 120 SM	0,153	318	285	46,6	4.608	5.565
200334	NYY	4 × 150 SM	0,124	359	326	50,4	5.760	6.713
200335	NYY	4 × 185 SM	0,099	406	374	57,0	7.104	8.560
200336	NYY	4 × 240 SM	0,075	473	445	63,2	9.216	11.140

→ Other cross-sections on request.

Technical values can change. No responsibility is therefore taken for correctness.