Medium Voltage Covered Conductors (MVCC) CCSX CCST Cable

Leading China Aerial MVCC Cable Manufacturer

Applications

Medium Voltage Covered Conductors (MVCC) are developed to improve the reliability of the distribution of electricity. Covered conductors consist of a conductor insulated by a covering made of insulating material(s) as protection against accidental contacts with other covered conductors and with grounded parts such as tree branches etc.

Share This Page

ABC Cable / Aerial Bundled Cable

Airport Lighting Cable

Bare overhead conductor

Concentric Service Cable

Control Cable

Installation / Building Cable

Low Voltage Cable

Medium Voltage Cable

Solar Cable

Standards

IEC: 61089
IS: 398 Part-IV
BS EN: 50182/50397
IEC: 60502

Construction

Conductor: Stranded non-compacted all aluminum alloy (AAAC) or aluminum conductor steel reinforced (ACSR).
Water Blocking Layer: Extruded, longitudinal water blocking layer (Strippable type, semiconductive, Black).
Conductor Screen: Extruded semi-conductive compound, Black.
Inner Insulation: Extruded cross linked polyethylene (XLPE, Natural).
Outer Insulation: Extruded cross linked polyethylene (UV Stabilized, Tracking & Erosion resistant XLPE, Black).

Characteristics

Voltage Rating: 6.6 KV ~ 33 KV
U(Um) Max traction: 40N/mm²
Halogen-free: Yes
UV-resistant: Yes
Max. Short circuit temperature: +250°C
Min. installation temperature: +80°C
Bending radius: During extraction: 15xD / During final installation: 10xD

Specifications

MVCC are produced in voltage rating between 6.6 KV to 33 KV.

Medium Voltage Covered Conductor(MVCC) systems can be found in South America, Africa, Asia, the Middle East,
Siberia and all across Europe. Examples of applications and reasons for choosing the amokabel covered conductor
system include:

• Forest areas – increased reliability if in contact with branches
and trees across the phases after storms
• Bird and wildlife protection areas – increased safety
• Plantations – increased reliability if in contact with branches
• Urban areas – reduced footprint due to reduced phase-to-phase distance
• Very cold climates – ice more easily released from the conductor
• Coastal areas – protects the aluminium from corrosion
• Voltage upgrades – reduced phase-to-phase distance allows the use of existing poles and crossarms

Conductor structure and size		Approx. Diameter of Conductor	Thickness of Conductor screen	Thickness of Inner insulation	Thickness of Outer insulation	Approx. Cable OD.	Approx. Weight of conductor	Approx. Weight of cable	Maximum Conductor Resistance at 20°C	Approx. calculated Breaking Load	Continuous Current Rating
Nominal Cross Section	Stranding & wire dia.	Approx. Diameter of Conductor	Thickness of Conductor screen	Thickness of Inner insulation	Thickness of Outer insulation	Approx. Cable OD.	Approx. Weight of conductor	Approx. Weight of cable	Maximum Conductor Resistance at 20°C	Approx. calculated Breaking Load	Continuous Current Rating
mm²	No./mm	mm	mm	mm	mm	mm	kg/km	kg/km	Ω/kM	kN	A
MVCC Cable 11kV Voltage Rating
22	7/2.00	6.0	0.3	1.2	1.1	11.7	60.16	144	1.5410	6.45	115
34	7/2.50	7.5	0.3	1.2	1.1	13.2	94.00	196	0.9900	10.11	150
55	7/3.15	9.5	0.3	1.2	1.1	15.2	149.20	276	0.6210	16.03	234
80	7/3.81	11.4	0.3	1.2	1.1	17.1	218.26	372	0.4250	23.41	270
100	7/4.26	12.8	0.3	1.2	1.1	18.5	272.86	446	0.3390	29.26	325
120	19/2.83	14.2	0.3	1.2	1.1	19.9	329.18	531	0.2787	33.25	370
148	19/3.15	15.8	0.3	1.2	1.1	21.5	406.91	633	0.2290	43.50	440
232	19/3.94	19.7	0.3	1.2	1.1	25.4	636.67	922	0.1471	68.05	520
MVCC Cable 22kV Voltage Rating
22	7/2.00	6.0	0.3	1.32	1.1	11.9	60.16	149	1.5410	6.45	115
34	7/2.50	7.5	0.3	1.32	1.1	13.4	94.00	201	0.9900	10.11	150
55	7/3.15	9.5	0.3	1.32	1.1	15.4	149.20	282	0.6210	16.03	234
80	7/3.81	11.4	0.3	1.32	1.1	17.4	218.26	379	0.4250	23.41	270
100	7/4.26	12.8	0.3	1.32	1.1	18.7	272.86	453	0.3390	29.26	325
120	19/2.83	14.2	0.3	1.32	1.1	20.1	329.18	539	0.2787	33.25	370
148	19/3.15	15.8	0.3	1.32	1.1	21.7	406.91	641	0.2290	43.50	440
232	19/3.94	19.7	0.3	1.32	1.1	25.6	636.67	932	0.1471	68.05	520
MVCC Cable 33kV Voltage Rating
22	7/2.00	6.0	0.4	2.43	1.2	14.6	60.16	204	1.5410	6.45	115
34	7/2.50	7.5	0.4	2.43	1.2	16.1	94.00	262	0.9900	10.11	150
55	7/3.15	9.5	0.4	2.43	1.2	18.0	149.20	351	0.6210	16.03	234
80	7/3.81	11.4	0.4	2.43	1.2	20.0	218.26	456	0.4250	23.41	270
100	7/4.26	12.8	0.4	2.43	1.2	21.3	272.86	536	0.3390	29.26	325
120	19/2.83	14.2	0.4	2.43	1.2	22.7	329.18	628	0.2787	33.25	370
148	19/3.15	15.8	0.4	2.43	1.2	24.3	406.91	737	0.2290	43.50	440
232	19/3.94	19.7	0.4	2.43	1.2	28.3	636.67	1044	0.1471	68.05	520
Continuous Current Ratings are based on an ambient temperature of 40⁰C, maximum conductor temperature of 80⁰C abd solar radiation intensity of 1000 w/m2