15kv Primary Ud Cable Trxlp Insulation

• Application: Underground
• Voltage: Low and Medium Voltage Cable
• Current: DC & AC
• Insulation Material: XLPE
• Sheath Material: PVC
• Material Shape: Round Wire
• Model NO.: 15kV UD cable BM19
• Wire Core Material: Bare Copper Wire
• Certification: ISO, CCC, CE, RoHS, UL, VDE
• Model: YJV
• Brand: Yifang
• Conductor Option: Copper or Aluminum
• Transport Package: Wooden or Wooden-Steel Drum
• Specification: 15kv UD cable
• Trademark: Yifang Cable
• Origin: Zhengzhou, China
• HS Code: 8544601200
• Production Capacity: 300km/Month

Product Description

Applications:
Predominantly used for primary underground distribution; suitable for use in wet or dry locations, direct burial, underground duct, and where exposed to sunlight. To be used at 15,000 volts or less and at conductor temperatures not to exceed 90°C for normal operation.

Specifications:
15kV HI-DRI Primary UD Cable meets or exceeds the following ASTM specifications:

• B-3 Soft Annealed Copper Wire.
• B-8 Concentric-Lay-Stranded Copper Conductors, Hard, Medium-Hard or Soft.
• B-230 Aluminum, 1350-H19 Wire for Electrical Purposes.
• B-231 Aluminum 1350 Conductors, Concentric-Lay-Stranded.
• B-609 Aluminum 1350 Round Wire, Annealed and Intermediate Tempers, for Electrical Purposes.

15kV HI-DRI Primary UD Cable is manufactured to the latest edition of the following specifications, and in case of specification conflicts, in the order listed:

• ANSI/ICEA S-94-649
• AEIC CS-8
• RUS U-1

Construction:
The phase conductor is concentrically stranded, compressed soft copper or 1350-H16/26 aluminum alloy. The cable is composed of the conductor with moisture block in the strands, covered by a semi-conducting cross-linked polyethylene strand shield, a tree-retardant cross-linked polyethylene primary insulation, and a semi-conducting cross-linked polyethylene insulation shield. Conductors are available with either 100% or 133% insulation levels. A concentric neutral of bare copper wires and an insulating polyethylene jacket is applied over the insulation shield. The cable is identified by surface print on the jacket and with the lightning bolt symbol for supply cables indented in the jacket. A semi-conducting polyethylene jacket is available upon request.

 

EPR-PVC 15kV Grounded, Shielded Type MV90 Power Cable employs a Class B stranded copper conductor that bears ethylene propylene (EPR) rubber insulation and a polyvinyl chloride (PVC) external jacket.  The Class B stranded copper conductor is made of annealed uncoated copper.  Annealed copper is often preferred because the process softens the metal making it more flexible and maneuverable.  The assembly includes two separate layers of an extruded semi-conducting copolymer compound that serves as a shield over the conductors and over the insulation.  The extruded semi-conducting insulation shield is shielded with uncoated helically applied copper wires and then covered in 5 mil bare copper tape.  The outer PVC jacket protects the conductors from extreme temperatures, chemicals, and UV rays.

TECHNICAL PARAMETER LIST

 

Phase Conductor		Neutral		Thickness Per Cond. (mils)			Diameter (mils)				Weight 1000 feet (lbs.)	Allowable Ampacities+
Size (AWG or kcmil)	Strand- ing	No. of Wires	Size (AWG)	Nominal Insul.	Insul. Shield min. Point	Approx. Jkt.	Bare Phase Cond.	Over Insul.	Over Insul. Shield	Comp. Cable	Comp. Cable	Direct Burial	In Ducts
ALUMINUM CONDUCTOR - 100% INSULATION LEVEL
2	Solid	10	14	175	30	50	258	653	733	961	453	168*	119*
2	7	10	14	175	30	50	283	678	758	986	470	168*	119*
1	Solid	13	14	175	30	50	289	685	765	993	520	193*	137*
1	19	13	14	175	30	50	322	718	798	1026	539	193*	137*
1/0	Solid	16	14	175	30	50	325	720	800	1028	591	218*	155*
1/0	19	16	14	175	30	50	352	748	828	1056	609	218*	155*
2/0	19	20	14	175	30	50	395	790	870	1098	703	248*	177*
3/0	19	25	14	175	30	50	443	838	918	1146	817	284*	201*
4/0	19	20	12	175	30	50	498	893	973	1234	993	324*	230*
250	37	16	10	175	30	50	558	963	1043	1346	1213	360*	257*
350	37	18	14	175	40	50	661	1068	1168	1396	1055	389**	319**
500	37	25	14	175	40	50	789	1193	1293	1521	1349	468**	384**
750	61	24	12	175	40	80	968	1383	1483	1798	1946	569**	468**
1000	61	20	10	175	40	80	1117	1530	1630	1988	2473	642**	542**
1250	91	25	10	220	55	80	1250	1765	1895	2253	3142	688**	604**
1500	91	30	10	220	55	80	1370	1885	2015	2373	3616	726**	637**
COPPER CONDUCTOR - 100% INSULATION LEVEL
2	Solid	16	14	175	30	50	258	653	733	961	664	210*	150*
2	7	16	14	175	30	50	283	678	758	986	684	210*	150*
1	Solid	20	14	175	30	50	289	685	765	993	780	240*	171*
1	19	20	14	175	30	50	322	718	798	1026	803	240*	171*
1/0	Solid	25	14	175	30	50	325	720	800	1028	922	273*	194*
1/0	19	25	14	175	30	50	362	758	838	1066	951	273*	194*
2/0	19	20	12	175	30	50	405	800	880	1142	1161	313*	224*
3/0	19	25	12	175	30	50	456	853	933	1194	1390	358*	255*
4/0	19	20	10	175	30	50	512	908	988	1291	1717	410*	293*
250	37	24	10	175	30	50	558	963	1043	1346	1992	446*	322*
350	37	18	12	175	40	50	661	1068	1168	1429	1964	489**	400**
500	37	26	12	175	40	50	789	1193	1293	1554	2651	577**	472**
750	61	25	10	175	40	80	968	1383	1483	1840	3906	649**	532**
1000	61	26	9	175	40	80	1117	1530	1630	2013	5041	720**	630**
1250	91	26	8	175	55	80	1250	1765	1895	2306	6400	760**	667**
+  Ampacities shown assume use of 100% load factor, 60 Hz current, 36" burial depth, 20°C ambient temperature, 90°C conductor temperature, earth RHO 90, insulation and shield RHO 400 *   Full neutral construction (Ampacities assume - single phase circuit, one cable) ** 1/3 neutral cable (Ampacities assume - three phase circuit, 3 cables triplexed, multi-point grounding per ICEA methods)

 

EPR-PVC 15kV Grounded, Shielded Type MV90 Power Cable is designed to carry medium voltages up to 15,000 Volts.  These cables are intended for use as a feeder and can be used in many different types of applications. The cable can be installed in conduit, duct or aerial applications and must be supported by a messenger wire. This cable can also be buried directly, but only if it is installed in a system with a grounding conductor in close proximity.  The cable can function in wet or dry locations and has a maximum conductor temperature of 90°C.  This cable is acceptable by the Occupational Safety and Health Administration (OSHA) specifications.