MV105 OR MV90 NON SHIELDED EPR HYPALON HEAVY WALL 133% COPPER CABLE 2.4kV-5kV

MV105 OR MV90 NON SHIELDED EPR HYPALON HEAVY WALL 133% COPPER CABLE 2.4kV-5kV
Specification
Application:

Appropriate for all situations of corrosive environments in power circuits up to 2,000V when installed in 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 premitted for use at 90°C for continuous operation, 130°C for emergency overload conditions, and 250°C for short circuit conditions.

Conductor:

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

Insulation:

Ethylene propylene rubber (EPR) per ICEA standards.     

Jacket:

Chlorosulfonated polyethylene (CSPE/Hypalon®) per ICEA standards.

Flame Tests:

UL and IEEE 383 70,000 BTU/hr flame test – for CT-listed sizes 1/0 AWG and larger.

Additional Standards:
  • ICEA S-96-659
  • UL Standard 1072
  • NEMA WC71
  Product Name
Length
Price (Per FT.)
 
MV105 OR MV90 NON SHIELDED EPR HYPALON HEAVY WALL 133% COPPER CABLE 2.4kV-5kV

8 MV105 OR MV90 NON SHIELDED EPR HYPALON HEAVY WALL 133% COPPER CABLE 2.4kV-5kV

FT.
Call 516-472-0650 for pricing
MV105 OR MV90 NON SHIELDED EPR HYPALON HEAVY WALL 133% COPPER CABLE 2.4kV-5kV

6 MV105 OR MV90 NON SHIELDED EPR HYPALON HEAVY WALL 133% COPPER CABLE 2.4kV-5kV

FT.
Call 516-472-0650 for pricing
MV105 OR MV90 NON SHIELDED EPR HYPALON HEAVY WALL 133% COPPER CABLE 2.4kV-5kV

4 MV105 OR MV90 NON SHIELDED EPR HYPALON HEAVY WALL 133% COPPER CABLE 2.4kV-5kV

FT.
Call 516-472-0650 for pricing
MV105 OR MV90 NON SHIELDED EPR HYPALON HEAVY WALL 133% COPPER CABLE 2.4kV-5kV

2 MV105 OR MV90 NON SHIELDED EPR HYPALON HEAVY WALL 133% COPPER CABLE 2.4kV-5kV

FT.
Call 516-472-0650 for pricing
MV105 OR MV90 NON SHIELDED EPR HYPALON HEAVY WALL 133% COPPER CABLE 2.4kV-5kV

1 MV105 OR MV90 NON SHIELDED EPR HYPALON HEAVY WALL 133% COPPER CABLE 2.4kV-5kV

FT.
Call 516-472-0650 for pricing
MV105 OR MV90 NON SHIELDED EPR HYPALON HEAVY WALL 133% COPPER CABLE 2.4kV-5kV

1/0 MV105 OR MV90 NON SHIELDED EPR HYPALON HEAVY WALL 133% COPPER CABLE 2.4kV-5kV

FT.
Call 516-472-0650 for pricing
MV105 OR MV90 NON SHIELDED EPR HYPALON HEAVY WALL 133% COPPER CABLE 2.4kV-5kV

2/0 MV105 OR MV90 NON SHIELDED EPR HYPALON HEAVY WALL 133% COPPER CABLE 2.4kV-5kV

FT.
Call 516-472-0650 for pricing
MV105 OR MV90 NON SHIELDED EPR HYPALON HEAVY WALL 133% COPPER CABLE 2.4kV-5kV

3/0 MV105 OR MV90 NON SHIELDED EPR HYPALON HEAVY WALL 133% COPPER CABLE 2.4kV-5kV

FT.
Call 516-472-0650 for pricing
MV105 OR MV90 NON SHIELDED EPR HYPALON HEAVY WALL 133% COPPER CABLE 2.4kV-5kV

4/0 MV105 OR MV90 NON SHIELDED EPR HYPALON HEAVY WALL 133% COPPER CABLE 2.4kV-5kV

FT.
Call 516-472-0650 for pricing
MV105 OR MV90 NON SHIELDED EPR HYPALON HEAVY WALL 133% COPPER CABLE 2.4kV-5kV

250 MV105 OR MV90 NON SHIELDED EPR HYPALON HEAVY WALL 133% COPPER CABLE 2.4kV-5kV

FT.
Call 516-472-0650 for pricing
MV105 OR MV90 NON SHIELDED EPR HYPALON HEAVY WALL 133% COPPER CABLE 2.4kV-5kV

350 MV105 OR MV90 NON SHIELDED EPR HYPALON HEAVY WALL 133% COPPER CABLE 2.4kV-5kV

FT.
Call 516-472-0650 for pricing
MV105 OR MV90 NON SHIELDED EPR HYPALON HEAVY WALL 133% COPPER CABLE 2.4kV-5kV

500 MV105 OR MV90 NON SHIELDED EPR HYPALON HEAVY WALL 133% COPPER CABLE 2.4kV-5kV

FT.
Call 516-472-0650 for pricing
MV105 OR MV90 NON SHIELDED EPR HYPALON HEAVY WALL 133% COPPER CABLE 2.4kV-5kV

750 MV105 OR MV90 NON SHIELDED EPR HYPALON HEAVY WALL 133% COPPER CABLE 2.4kV-5kV

FT.
Call 516-472-0650 for pricing

Specification

Application:

Appropriate for all situations of corrosive environments in power circuits up to 2,000V when installed in 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 premitted for use at 90°C for continuous operation, 130°C for emergency overload conditions, and 250°C for short circuit conditions.

Conductor:

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

Insulation:

Ethylene propylene rubber (EPR) per ICEA standards.     

Jacket:

Chlorosulfonated polyethylene (CSPE/Hypalon®) per ICEA standards.

Flame Tests:

UL and IEEE 383 70,000 BTU/hr flame test – for CT-listed sizes 1/0 AWG and larger.

Additional Standards:
  • ICEA S-96-659
  • UL Standard 1072
  • NEMA WC71

Details

MV105 OR MV90 Non Shielded EPR Hypalon Heavy Wall 133% Copper Cable 2.4Kv-5kV

There are certain environments where you need to template deeply about before you set up your electrical wiring system. Corrosive environments are examples of such extreme and predisposing environments. They tend to weaken a wire so fast. So it should be your deepest concern that as you buy a cable for such environments, you check the design structure of the cable just to ensure it can withstand the prevalence of corrosions.

Besides corrosion, certain application and installation environments are just extreme thus likely to affect a cable. Since these conditions cannot be within your scope to control, you are simply advised to only buy cables which will serve you well without blundering, of which Non Shielded EPR Hypalon Heavy Wall 133% Copper cable serves you right.

  • Conductor

The cable is made of copper conductor. Copper is world known top electrical conductor. That therefore means that when it comes to electrical conduction, the cable is a superb choice. This cable is not just good for that, it is soft bare and annealed, a property which is convenient for installation and use.

Two types of copper conductors are used in the construction: Stranded Class B copper which is more flexible and designed as per ASTM B-8 and Compact conductor which is tougher and stronger hence necessary for nonflexible applications. The compact conductor is designed as per ASTM B-496. The cable has an improved strength by a semiconductor shield.

  • Insulation

A strong and enduring ethylene propylene rubber (EPR) is used as the insulation system. The good thing about this insulation is how friendly it is to human hands since it is a rubber, a material that tends to be soft but guarantees profound and reliable safety wires. This insulation is also environmental friendly, it doesn’t have some toxics which can cause harm to human, animals and plants health.

  • Jacket

A reinforced insulation is provided by a jacket. A tough and versatile material that guarantees an entire wire security from any external destruction. The jacket is made from Chlorosulfonated polyethylene. This material is versatile enough to rebuff sunlight effects and flames. CSPE/Hypalon is made and designed according to the provisions of ICEA standards.

Application

Having gone through the features of the cable, you can rightly guess where to use this cable. Just to confirm for you, the cable is appropriate for all applications in corrosive environments. Why would we confidently say this? The design for this cable’s insulation is heavy and sturdy thus makes it an exceptional cable for any corrosive conditions.

Talk of utility, the cable is appropriate for power circuits which operate on 2kiloVolts. It fits an open air, conduit, duct or cable tray installations. Since we have both the stranded and compact types, you can be advised on which type rightly fits your applications when you place an order with Nassau National Cable.

You can freely use the cable without any fear for the following applications: Industrial plants, Chemical plants, refineries, steel mills, utility substations, generation stations and also in wiring commercial houses/structures.

Operation

Non Shielded EPR Hypalon Copper Cable has been approved to perform continuous within temperatures of 90 degrees Celsius. During emergency of overloads, it can sustain a temperature of 130 while under short circuits it sustains up to the highest 250 degrees Celsius after which it breaks. It is not very easy to get cables operate with resilience under such demanding conditions. This is a cable worth your choice.

Flame Tests

Good news, the cable has been given flame tests and proved sufficient and reliable. It can help in curbing flames in your power connections. Since flame effects can not only be expensive but also deadly, a cable which has been tested and proved to curb flames and fires, ought to be given top priority in your list of cable purchase.

UL and IEEE 383 70,000 BTU/hr is the flame test approval of the cable. The test was conducted for listed sizes of 1/0 AWG and larger.

Standardizations

The cable enjoys approval by standards such as:

  • ICEA S-96-659
  • UL Standard 1072
  • NEMA WC71

Question and Answer:

Frequently Asked Questions - MV105 OR MV90 NON SHIELDED EPR HYPALON HEAVY WALL 133% COPPER CABLE 2.4kV-5kV and MV105 OR MV90 NON SHIELDED XLP 133% INSULATION COPPER CABLE 5KV

What are the specific applications of MV105 or MV90 Non Shielded EPR Hypalon Heavy Wall 133% Copper 2.4kV-5kV Cables and MV105 or MV90 Non Shielded XLP 133% Insulation Copper cables 5kV?

MV105 or MV90 Non Shielded EPR Hypalon Heavy Wall 133% Copper cable 2.4kV-5kV Cables are suitable for corrosive environments in power circuits up to 2000V 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 or MV90 Non Shielded XLP 133% Insulation Copper cables 5kV also are used in similar situations, just that it can be used in power circuits up to 5000V.

 

What type of conductor is used for MV105 or MV90 Non Shielded EPR Hypalon Heavy Wall 133% Copper 2.4kV-5kV Cables and MV105 or MV90 Non Shielded XLP 133% Insulation Copper cables 5kV?

The power cables have a semi-conducting conductor shield of soft bare annealed copper which qualify the ASTM B-3. It also has Class B stranding as per ASTM B-8 (compressed) or ASTM B-496 (compact).

 

What is the insulation used for MV105 or MV90 Non Shielded EPR Hypalon Heavy Wall 133% Copper 2.4kV-5kV Cables and MV105 or MV90 Non Shielded XLP 133% Insulation Copper cables 5kV?

For insulation, MV105 or MV90 Non Shielded EPR Hypalon Heavy Wall 133% Copper cable 2.4kV-5kV Cablesuse Ethylene propylene rubber (EPR) per ICEA standards. 

MV105 or MV90 Non Shielded XLP 133% Insulation Copper cables 5kV uses Cross-linked polyethylene (XLP) per ICEA regulations.

 

What are the regulations and uses of MV105 or MV90 Non Shielded EPR Hypalon Heavy Wall 133% Copper 2.4kV-5kV Cables and MV105 or MV90 Non Shielded XLP 133% Insulation Copper cables 5kVunder specific temperature conditions?

The National Electric Code has allowed the use of both thepowercables at 90°C for continuous operation, 130°C for emergency overload conditions and 250°C for short circuit conditions.

 

What is the difference between MV105 or MV90 Non Shielded EPR Hypalon Heavy Wall 133% Copper 2.4kV-5kV Cables and MV105 or MV90 Non Shielded XLP 133% Insulation Copper cables 5kV?

The main difference between bothcables lies in the fact that MV105 or MV90 Non Shielded EPR Hypalon Heavy Wall 133% Copper cable 2.4kV-5kV Cables have Jacket made of Chloro-sulfonated polyethylene (CSPE/Hypalon®) as per ICEA standards. It also complies with flame tests - UL and IEEE 383 70,000 BTU/hr flame test – for CT-listed sizes 1/0 AWG and larger.

 

What are the national and international standards to which MV105 or MV90 Non Shielded EPR Hypalon Heavy Wall 133% Copper 2.4kV-5kV Cables and MV105 or MV90 Non Shielded XLP 133% Insulation Copper cables 5kVconform?

Both Power Cables conform to all major national and international technical standards of the industry such as:

  • ICEA S-96-659
  • UL Standard 1072
  • NEMA WC71

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