MV105 THREE CONDUCTOR NON-SHIELDED EPR INSULATION PVC JACKET COPPER POWER CABLE 2.4kV

MV105 THREE CONDUCTOR NON-SHIELDED EPR INSULATION PVC JACKET COPPER POWER CABLE 2.4kV
Specification

Power Cable

2.4kV UL Type MV-105, 105°C
Single Conductor, Non-Shielded
EPR Insulation, PVC Jacket
133% Insulation Level, Copper Conductor

Application:
Appropriate for all situations of corrosive environments in power circuits up to 2,400V in all installations of open air, conduit, and duct, cable tray when CT rated, in wet and dry locations. Main uses are for chemical plants, refineries, steel mills, industrial plants, commercial buildings, utility substations and generating stations. National Electric Code permitted for use at 105°C for continuous operation, 140°C for emergency overload conditions, and 250°C for short circuit conditions.

Conductor:

Has a semi-conducting conductor shield, with soft bare annealed copper per ASTM B-3, Class B stranding per ASTM B-8 (compressed) or ASTM B-496 (compact).

Insulation:

Ethylene propylene rubber (EPR) per ICEA S-97-682 with a semi-conducting insulation shield.

Jacket:

Sunlight-resistant PVC per ICEA S-97-682 and UL Standard 1072.

Standards:

  • ICEA S-93-639
  • NEMA WC74
  • AEIC CS8
  • Federal Specification J-C-30B

  •   Product Name
    Length
    Price (Per FT.)
     
    MV105 THREE CONDUCTOR NON-SHIELDED EPR INSULATION PVC JACKET COPPER POWER CABLE 2.4kV

    6 MV105 THREE CONDUCTOR NON-SHIELDED EPR INSULATION PVC JACKET COPPER POWER CABLE 2.4kV

    FT.
    Call 516-472-0650 for pricing
    MV105 THREE CONDUCTOR NON-SHIELDED EPR INSULATION PVC JACKET COPPER POWER CABLE 2.4kV

    4 MV105 THREE CONDUCTOR NON-SHIELDED EPR INSULATION PVC JACKET COPPER POWER CABLE 2.4kV

    FT.
    Call 516-472-0650 for pricing
    MV105 THREE CONDUCTOR NON-SHIELDED EPR INSULATION PVC JACKET COPPER POWER CABLE 2.4kV

    2 MV105 THREE CONDUCTOR NON-SHIELDED EPR INSULATION PVC JACKET COPPER POWER CABLE 2.4kV

    FT.
    Call 516-472-0650 for pricing
    MV105 THREE CONDUCTOR NON-SHIELDED EPR INSULATION PVC JACKET COPPER POWER CABLE 2.4kV

    1 MV105 THREE CONDUCTOR NON-SHIELDED EPR INSULATION PVC JACKET COPPER POWER CABLE 2.4kV

    FT.
    Call 516-472-0650 for pricing
    MV105 THREE CONDUCTOR NON-SHIELDED EPR INSULATION PVC JACKET COPPER POWER CABLE 2.4kV

    1/0 MV105 THREE CONDUCTOR NON-SHIELDED EPR INSULATION PVC JACKET COPPER POWER CABLE 2.4kV

    FT.
    Call 516-472-0650 for pricing
    MV105 THREE CONDUCTOR NON-SHIELDED EPR INSULATION PVC JACKET COPPER POWER CABLE 2.4kV

    2/0 MV105 THREE CONDUCTOR NON-SHIELDED EPR INSULATION PVC JACKET COPPER POWER CABLE 2.4kV

    FT.
    Call 516-472-0650 for pricing
    MV105 THREE CONDUCTOR NON-SHIELDED EPR INSULATION PVC JACKET COPPER POWER CABLE 2.4kV

    3/0 MV105 THREE CONDUCTOR NON-SHIELDED EPR INSULATION PVC JACKET COPPER POWER CABLE 2.4kV

    FT.
    Call 516-472-0650 for pricing
    MV105 THREE CONDUCTOR NON-SHIELDED EPR INSULATION PVC JACKET COPPER POWER CABLE 2.4kV

    4/0 MV105 THREE CONDUCTOR NON-SHIELDED EPR INSULATION PVC JACKET COPPER POWER CABLE 2.4kV

    FT.
    Call 516-472-0650 for pricing
    MV105 THREE CONDUCTOR NON-SHIELDED EPR INSULATION PVC JACKET COPPER POWER CABLE 2.4kV

    250 MV105 THREE CONDUCTOR NON-SHIELDED EPR INSULATION PVC JACKET COPPER POWER CABLE 2.4kV

    FT.
    Call 516-472-0650 for pricing
    MV105 THREE CONDUCTOR NON-SHIELDED EPR INSULATION PVC JACKET COPPER POWER CABLE 2.4kV

    350 MV105 THREE CONDUCTOR NON-SHIELDED EPR INSULATION PVC JACKET COPPER POWER CABLE 2.4kV

    FT.
    Call 516-472-0650 for pricing
    MV105 THREE CONDUCTOR NON-SHIELDED EPR INSULATION PVC JACKET COPPER POWER CABLE 2.4kV

    500 MV105 THREE CONDUCTOR NON-SHIELDED EPR INSULATION PVC JACKET COPPER POWER CABLE 2.4kV

    FT.
    Call 516-472-0650 for pricing
    MV105 THREE CONDUCTOR NON-SHIELDED EPR INSULATION PVC JACKET COPPER POWER CABLE 2.4kV

    750 MV105 THREE CONDUCTOR NON-SHIELDED EPR INSULATION PVC JACKET COPPER POWER CABLE 2.4kV

    FT.
    Call 516-472-0650 for pricing

    Specification

    Power Cable

    2.4kV UL Type MV-105, 105°C
    Single Conductor, Non-Shielded
    EPR Insulation, PVC Jacket
    133% Insulation Level, Copper Conductor

    Application:
    Appropriate for all situations of corrosive environments in power circuits up to 2,400V in all installations of open air, conduit, and duct, cable tray when CT rated, in wet and dry locations. Main uses are for chemical plants, refineries, steel mills, industrial plants, commercial buildings, utility substations and generating stations. National Electric Code permitted for use at 105°C for continuous operation, 140°C for emergency overload conditions, and 250°C for short circuit conditions.

    Conductor:

    Has a semi-conducting conductor shield, with soft bare annealed copper per ASTM B-3, Class B stranding per ASTM B-8 (compressed) or ASTM B-496 (compact).

    Insulation:

    Ethylene propylene rubber (EPR) per ICEA S-97-682 with a semi-conducting insulation shield.

    Jacket:

    Sunlight-resistant PVC per ICEA S-97-682 and UL Standard 1072.

    Standards:

  • ICEA S-93-639
  • NEMA WC74
  • AEIC CS8
  • Federal Specification J-C-30B

  • Details

    MV105 Three Conductor Non-Shielded EPR Insulation PVC Jacket Copper Power Cable 2.4Kv

    A power cable whose versatility is unquestionable and service is beyond doubt. It is worth your choice because at Nassau National Cable, you only get the top quality of such power cables. Its profound specifications comprise of its PVC Jacket, EPR insulation, its 133% insulation level and most of all copper conductor. This is a three conductor cable.

    • Conductor

    The power cable is made from soft and annealed bare copper conductor. The high electrical conductivity feature of copper makes the cable highly regarded as one of the best power cables. To increase variety and enhance specialization, the cable conductor is designed into two configurations: Stranded and Compact. Stranded conductor is more flexible hence fits applications which involve a lot of movements while the compact type has more strength hence appropriate for systems where cable strength is fundamental. Upon placing your order and describing the nature of your applications, you will be advised appropriate about the suitable type to use.

    • Insulation

    What makes the cable sturdier, stable, stronger and reliable is the prominent insulation made from ethylene propylene rubber. The insulator is reinforced by a semi-conductor insulation shield as per the ICEA S-97-682 standards. This rubber is admired for its convenience, strength and friendliness to users.

    • Jacket

    A sunlight resistant jacket made from PVC according to ICEA S-97-682 and UL Standard 1072, helps in reinforcing the security features for the cable.

    Applications

    A power circuit whose power utility is up to 2.4 kilo Volts can appropriately be wired using this cable. Though Non-shielded, the power cable is designed with versatility and tough insulation hence serves in all environments which are prone to corrosive agents. Installations like open air, conduit and duct methods requires stronger and quality cables like Non Shielded EPR PVC insulation power cable.

    Main uses for this power cable includes: Use in the refineries and chemical plants where a lot of corrosive and toxic substances are released. The cable is also used for: Steel mills, Commercial buildings, industrial plants, power substations and generation centers.

    Operation

    National Electric Code authenticates the use of this cable. It proceeds to define how the cable can operate efficiently within a temperature range of up to 105 degrees continuously while under emergence overloads, it can sustain up to a range of 140 degrees Celsius. Shorts circuits are unforeseen occurrences; this cable can save your system provided a temperature of 2500C is not exceeded.

    Cable standardization:

    • NEMA approves the cable through NEMA WC74
    • AEIC CS8
    • Federal Specification J-C-30B

    Conclusion

    The three power cables talked about in this post have unique and significant features that mark each one of them. It is however true that all of them have quality and proficiency since they are products of high technical skills and thorough mechanical, electrical and lab tests. The cables having been made from renown cable manufacturers such as General Cable. This should leave you with no doubt about their proficiencies and performance. Power cables should have high electrical conductivity being that the cables are made from copper, their conductivity is top notch.

    Question and Answer:

    Frequently Asked Questions - MV105 THREE CONDUCTOR SHIELDED EPR INSULATION PVC JACKET 5KV 133% 8KV 100% INSULATION and MV105 THREE CONDUCTOR NON-SHIELDED EPR INSULATION PVC JACKET COPPER POWER CABLE 2.4kV

    What are the specific applications of MV105 Three Conductor Non-Shielded EPR Insulation PVC Jacket Copper2.4kV Power Cables and MV105 Three Conductor Shielded EPR Insulation PVC Jacket 5kV 133%8kV 100% Power Cables?

    MV105 Three Conductor Non-Shielded EPR Insulation PVC Jacket Copper 2.4kV Power Cables are suitable for corrosive environments in power circuits up to 2400V which are installed in open air, conduit & duct; cable tray when CT rated, in wet and dry conditions. These power cables are appropriate for chemical plants, refineries, steel mills, industrial plants, commercial buildings, utility substations and general stations.

    MV105 Three Conductor Shielded EPR Insulation PVC Jacket 5kV 133%  8kV 100% Power Cables also are used in similar situations, just that it can be used in power circuits up to 5,000V & 8,000V.

    What is the difference between MV105 Three Conductor Non-Shielded EPR Insulation PVC Jacket Copper2.4kV Power Cables and MV105 Three Conductor Shielded EPR Insulation PVC Jacket 5kV 133%8kV 100% Power Cables?

    The main difference between bothcables lies in the fact that MV105 Three Conductor Shielded EPR Insulation PVC Jacket 5kV 133%  8kV 100% Power Cables have a ground conductor with soft bare annealed compressed copper per ASTM B-3, and with stranding of Class B per ASTM B-8 sized in accordance to UL Standard 1072.

    What is the insulation used for MV105 Three Conductor Non-Shielded EPR Insulation PVC Jacket Copper2.4kV Power Cables and MV105 Three Conductor Shielded EPR Insulation PVC Jacket 5kV 133%8kV 100% Power Cables?

    Both the power cables have Ethylene propylene rubber (EPR) per ICEA S-97-682 with a semi-conducting insulation shield.

    What are the regulations and uses of  MV105 Three Conductor Non-Shielded EPR Insulation PVC Jacket Copper2.4kV Power Cables and MV105 Three Conductor Shielded EPR Insulation PVC Jacket 5kV 133%8kV 100% Power Cables under specific temperature conditions?

    The National Electric Code has allowed the use of both thepowercables at 105°C for continuous operation, 140°C for emergency overload conditions and 250°C for short circuit conditions.

    What are the national and international standards to which MV105 Three Conductor Non-Shielded EPR Insulation PVC Jacket Copper2,4kV Power Cables and MV105 Three Conductor Shielded EPR Insulation PVC Jacket 5kV 133%8kV 100% Power Cables conform?

    Both MV105 Three Conductor Non-Shielded EPR Insulation PVC Jacket Copper 2,4kV Power Cables and MV105 Three Conductor Shielded EPR Insulation PVC Jacket 5kV 133% 8kV 100% Power Cables conforms to all major national and international technical standards of the industry such as:

  • ICEA S-93-639
  • NEMA WC74
  • AEIC CS8
  • Federal Specification J-C-30B

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