NYCWY - Underground cable with PVC insulation and PVC sheath, screened

NYCWY

Underground cable with PVC insulation and PVC sheath, screened

Underground cable with PVC insulation and PVC sheath, screened

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 Concentric screen (bare copper wires applied with changing direction of lay) and counter helix (copper tape)
5 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 protection against shock hazard in the event of mechanical damage or electrical screening is required. The concentric ceander conductor can be used as PE or PEN conductor and needs not be cut when assembling branch joints.

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 3080 S2
Fire properties:	mm	flame retardant acc. to EN 60332-1-2
Bending radius (mind.):		15× Ø of cable (single-core) and 12x Ø of cable (multi-core)
Certificate:	VDE Germany, GOST-R Russia

NYCWY

Underground cable with PVC insulation and PVC sheath, screened

	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
200701	2 × 10 RE/10	1,830	95	72	19,0	312	643
200702	3 × 10 RE/10	1,830	79	60	22,0	408	854
200703	4 × 10 RE/10	1,830	79	60	21,5	504	913
200704	2 × 16 RE/16	1,150	122	95	22,0	489	889
200705	3 × 16 RE/16	1,150	102	80	22,0	643	1.020
200706	4 × 16 RE/16	1,150	102	80	25,5	796	1.309
200707	3 × 25 RM/16	0,727	133	108	26,0	902	1.438
200708	3 × 25 RM/25	0,727	133	108	26,5	1.003	1.524
200709	4 × 25 RM/16	0,727	133	108	28,0	1.142	1.709
200710	3 × 35 SM/16	0,524	160	132	28,0	1.190	1.583
200711	3 × 35 SM/35	0,524	160	132	29,0	1.402	1.947
200712	4 × 35 SM/16	0,524	160	132	31,5	1.526	1.990
200713	3 × 50 SM/25	0,387	190	160	32,0	1.723	2.112
200714	3 × 50 SM/50	0,387	190	160	32,5	2.000	2.326
200715	4 × 50 SM/25	0,387	190	160	36,0	2.203	2.688
200716	3 × 70 SM/35	0,268	234	202	36,0	2.410	2.931
200717	3 × 70 SM/70	0,268	234	202	36,5	2.796	3.255
200718	4 × 70 SM/35	0,268	234	202	40,5	3.082	3.650
200719	3 × 95 SM/50	0,193	280	249	40,5	3.296	3.867
200720	3 × 95 SM/95	0,193	280	249	41,5	3.791	4.317
200721	4 × 95 SM/50	0,193	280	249	46,0	4.208	5.001
200722	3 × 120 SM/70	0,153	319	289	44,0	4.236	4.778
200723	3 × 120 SM/120	0,153	319	289	44,0	4.786	5.255
200724	4 × 120 SM/70	0,153	319	289	50,0	5.288	6.736
200725	3 × 150 SM/70	0,124	357	329	48,5	5.100	5.863
200726	3 × 150 SM/150	0,124	357	329	50,0	5.970	6.608
200727	4 × 150 SM/70	0,124	357	329	56,0	6.540	7.985
200728	3 × 185 SM/95	0,099	402	377	52,5	6.386	8.120
200729	4 × 185 SM/95	0,099	402	377	59,5	8.159	9.305
200730	3 × 240 SM/120	0,075	463	443	59,0	8.242	9.312
200731	4 × 240 SM/120	0,075	463	443	66,0	10.546	12.105
200732	1 × 300 RM/35	0,060	518	504	34,3	3.274	3.759

→ Other cross-sections on request.

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