• Prysmian Cable 600 Volt USEB90 Low Voltage Utility Cables

    Product Details

    Electric power plays a major role in the world’s economy today and this explains why lots of companies are consistently stepping up their electrical supplying infrastructure to upgrade power delivery. Since the wireless power transmission method continues to remain our future dream, we will continue to involve wires and cable products in transmitting electric power from the source to our respective premises where we have it at the switch. Low Voltage Utility Cable is therefore designed to ease power supply.

    There are different power supplying cables designed and manufactured to serve electricity in different distribution methods, voltages as well as environments. A Low Voltage Utility Cable are known to be durable and also offering the cross linked polyethylene (XLP) insulation and a high density cross linked polyethylene (HDXLP) jacket; all these affirms the toughness of the low voltage utility cable. On this post am going to share with you about some types of Electric power plays a major role in the world’s economy today and this explains why lots of companies are consistently stepping up their electrical supplying infrastructure to upgrade power delivery. Since the wireless power transmission method continues to remain our future dream, we will continue to involve wires and cable products in transmitting electric power from the source to our respective premises where we have it at the switch. Low Voltage Utility Cable is therefore designed to ease power supply.

    There are different power supplying cables designed and manufactured to serve electricity in different distribution methods, voltages as well as environments. A Low Voltage Utility Cable are known to be durable and also offering the cross linked polyethylene (XLP) insulation and a high density cross linked polyethylene (HDXLP) jacket; all these affirms the toughness of the low voltage utility cable. On this post am going to share with you about some types of low voltage utility cable which include;

    • Superflex XLP Low voltage cable
    • Superseal Self Repairing Cable
    • Supertuf Ruggedized Cable
    • The USC90 low voltage cable
    • Prysmian USEB90 low voltage cable
    • USEI90 Low voltage cable

    1.The Superflex XLP Low Voltage Cable 
    Prysmiansuperflex cable is made of a concentrically compressed aluminum alloyed wire as per ASTM 1350. It belongs to class B conductors of which a single layer has a cross linked (XLP) polyethylene insulation. It also has a distinctive extrusion which is thermosetting and is as well cross linked with a black polyethylene. Different cables are used in power distribution and in different connection channel based on the materials used in making it and its line of operation. Some cables are preferred in carrying electric power at extremely high voltages from power sources to service drops, while some cables are designed to carry electric at relatively low voltages from the service drop to the consumer unit.

    Why go for Superflex XLPE Low voltage cable?
    Just like any other power supplying cable, the prysmian 600V superflex XLP cable possess some unique features that enhance its performance and will make you choose it over any other cable. Those features include;

    Round compressed base of this conductor offers an additional balance along with flexibility. Throughout power installation process electricians may need to bend and fix cables to make them suitably fit in their respective channels. Superflex XLPE Low voltage cable has good flexibility thus requires less effort to bend and fix as compared to stiff cables which are tiresome to bend and would easily succumb to break when subjected to forth and back bending.

    The cable is coated with an aluminum alloyed strip for protection against mechanical and chemical damage, apart from exhibiting its shinny look. Black thermosetting polyethylene and cross linked insulation offer resistance to strong sunlight rays.

    2.Low Voltage Superseal Self Repairing Cable
    Superseal Self Repairing Cable as the name suggests is a cable that is self-healing having both phase and neutral insulation. Its conductor is made of Class B concentrically compressed aluminum alloyed 1350 per ASTM. Believe you me that this cable when installed in your power line not only will it give you confidence with your power supply, but will also serve you for a long time due to its self-repairing mechanism.

    What make Superseal Self Repairing Cable unigue?
    You need to go for Superseal Self Repairing Cable because of the following resilient features that it has which enhance its performance;

    Insulation
    It has both the phase and neutral insulation. Electric supplying cable should be insulated properly to ensure safety of the electricians handling it, by preventing shocks as well as keeping the cable free from moisture and direct contact between neutral and live wire. Insulation thus maintains the cable life as it makes it withstand chemical and mechanical damage, preventing unnecessary power blow out.

    Phase Insulation consists of an inner layer made of a low density polyethylene and coated with self-healing EPDM Prysmian SR compound, with its black outer layer having high density polyethylene which is sunlight resistant. It is clear that phase insulation offer protection against strong UV rays.

    The Neutral insulation of Superseal Self Repairing Cable is an extruded composite and a three-part insulation which also has both the inner and outer layers of insulation that phase insulation has. However, the outer layer of neutral insulation is colored in yellow stripes for identification which is not the case of the outer layer in phase identification, where the color black is deployed.

    Installation of Superseal Self Repairing Cable
    This cable can be installed in various types of fields because of its unique features. It is installed in direct burial, underground duct system, in both dry and wet environmental conditions as well as a utility secondary cable.

    3.Supertuf Ruggedized Utility Cable
    The choice of which type of cable to buy basically relies on where the cable in question is going to be installed, the amount of electric voltage it will be required to serve, the method of power transmission to be used and of course not to forget the cost of the cable. Cut your coat according to your size and order for an affordable cable that best suit your power supplying specifications. When we mention Supertuf Ruggedized Utility Cable we refer to a low voltage cable that is reinforced with strong dielectric material surrounding its core.

    You need Supertuf Ruggedized Utility Cable in your power line because the strong dielectric reinforcement material round the core, help the cable withstand the vigorous pulling and bending activities involved during installation. This reinforcement prevents the cable from succumbing to wear and tear as well as UV and fungus resistant hence a good choice for both underground and overhead power distributing methods, where electrical cables are exposed to operate in harsh environmental conditions.

    Supertuf Ruggedized Utility Cable also has both the phase and neutral insulation. The phase insulation has two layers namely inner and outer layer. The inner layer consisting of a low density polyethylene material while the outer layer primarily made of a high density polyethylene insulation material, this explains why the outer layer of the phase insulation is exposed to the harsh environment. Neutral insulation is very important because it prevents further current leakages. For this reason, the neutral insulation is colored in yellow strips for easy identification to avoid unnecessary confusion.

    Installation
    Can be done by direct burial where the Supertuf Ruggedized Utility Cable is laid directly under the ground without covering with any material. It can as well be deployed in the duct systems where a duct is laid first and then the utility cable laid in it. Installation manuals should be considered to achieve a safe steady power connection channel.

    4.USC90 Low Voltage Utility Cable
    USC90 Low Voltage Cable as the name suggests transmit a low voltage power of 600V. USC90 conductor is made of various types of hybrid conductors which include Class B conductors, aluminum alloyed conductors as well as the multiple conductors. It is made of materials that are accepted to be in accordance to the specification standards of the Underwriters Laboratory (UL) as well as the NEC standards.

    Why go for USC90 Utility Cable
    There are dangers that may occur when you make a poor choice of the type of power supplying cable to be installed in your power channel. These dangers include;

    1. Constant power faults in your connection line
    2. Blowing out of small domestic devices
    3. Limited power conservation

    Conventionally, you need USC90 Low Voltage Cable because it has resilient features that enhance its power supplying role and when installed properly you’ll avoid experiencing continuous power faults. These features include;

    Insulation and Jacketing
    Insulation of a power cable offers a convenient boundary between the live cable and the electrician or the user, and also the boundary between the live wire and the neutral wire. Like the USC90 Low Voltage Cable which is insulated with a cross linked polyethylene material to prevent unnecessary power faults. Polyethylene insulation is adapted to operate under low temperature a part from offering protection against mechanical and chemical damage that may arise.

    Jacketing is responsible for housing all cable conductors i.e. live and neutral conductors all together. USC90 Low Voltage Cable jacket is made of a polyvinyl chloride (PVC) which is fungus and UV rays resistant.

    Installation
    The Usc90 cable can be installed in either air conduits or the underground duct system methods. Installation is a procedure that should be done step by step taking into account the installation manual of the respective cable. It can as well withstand both dry and wet environmental conditions. This cable leads and the rest follows because of its tested and approved chemical and mechanical properties which is in line with UL standards.

    5.USEB90 Low Voltage Utility Cable
    USEB90 Cable is made of two classes of conductors i.e. Class B conductor and the aluminum alloyed conductor. These conductors have efficient electric transmission and are also adapted to low voltage power activities. A low voltage utility cable just like the name suggests, is cable that carries low power voltage in order to run less heavy-load machines and different activities.

    Choosing the right cable to serve your power line is a very important step because a part from giving you a stable power supply, it also relieves you from unnecessary expenses of inspection and replacement of blown out cables; how does this occur? Well, when you make poor cable choice it will be installed in an irrelevant power line to transmit big loads of power voltages. This would cause a major power blow leading to electric fault in your line. It is why you need a cable with adaptive features to best suit your premises like USC90 Low Voltage Cable.

    Insulation
    Insulation is an important aspect that should be looked at keenly when purchasing a cable of your preferred choice. It plays a major role as it keeps you safe from electric shocks as well as providing an interface boundary between the live conductors and the neutral conductors. This barrier is needed since it prevents electric blows. USC90 Low Voltage Cable is insulated with cross linked polyethylene which has high dielectric strength and well adapted to operate in low temperatures.

    The outer jacketing material of USC90 Low Voltage Cable that is responsible for coating all of the conductors of this cable, is made of a polyvinyl chloride (PVC) which is a non-biodegradable material. PVC is resistant to fungus and cannot decompose even when buried underground, and a cable made of PVC automatically is more durable.

    Installation
    USC90 Cable can be installed in direct burial methods because of tis mechanical strength. It can as well be installed in air conduits and the installation manuals should be considered fully.

    Prysmian USEI90 Low Voltage Utility Cable
    USEI90 Cable is made of compacted Class B conductor, an aluminum alloyed 1350 per ASTM conductor and other multiple conductors. This cable is designed to carry low power voltage of 600V for use in our residential places, companies and hospitals. Every cable is designed and manufactured to serve a different part in supplying power from the main source to the primary distribution chain, secondary distribution chain and in the consumer unit.

    Why go for USEI90 Cable?
    USEI90 Low Voltage Cable is designed with its own unique features that make it adaptive to perform its role efficiently. It is insulated with a high dielectric strength polyethylene insulation which is cross linked. The polyethylene insulation help the cable withstand low temperature conditions assuring it an extended cable life. Insulation also protects the users from shock a part from creating a convenient boundary between the live conductors and the neutral ones. Jacketing material of this cable is made of PVC material which is non-biodegradable and moisture resistant. Insulation and jacketing therefore advocates for the durability of the power cable.

    Go for the mighty USEI90 Low Voltage Cable for steady power supply in your line because of its approved mechanical and chemical properties, which make it durable.

    You Need It? We’ve Got It
    At Nassau Electricalwe offer different types of power cables to our customers globally, including the Low Voltage Utility Cable. You are invited today to make your orders and wait for delivery.

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    † ampacity
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    part number
    (a) (b) (c) number of wires
    & size (awg)
    600 volt aluminum two conductor
    6 awg al 45 6.68 19.30 12.62 268 7-#18 reduced 55 Q0J94YC
    6 awg al 45 6.68 19.30 12.62 304 11-#18 full 55 Q0J940C
    4 awg al 45 7.80 22.56 14.76 402 11-#18 reduced 75 Q0K94YC
    4 awg al 45 7.80 22.56 14.76 449 17-#18 full 75 Q0K940C
    3 awg al 45 8.46 24.36 15.90 476 9-#16 reduced 85 QZ5568C
    3 awg al 45 8.46 24.36 15.90 525 13-#16 full 85 QZ5589C
    2 awg al 45 9.19 25.88 16.69 557 11-#16 reduced 100 Q0M94YC
    2 awg al 45 9.19 25.88 16.69 630 17-#16 full 100 Q0M940C
    1 awg al 45 10.54 28.58 18.03 669 13-#16 reduced 115 Q0O94YC
    1 awg al 55 10.54 28.58 18.03 767 21-#16 full 115 Q0O940C
    1/0 awg al 55 11.48 30.45 18.97 801 17-#16 reduced 135 Q0Q94YC
    1/0 awg al 55 11.48 30.45 18.97 910 26-#16 full 135 Q0Q940C
    2/0 awg al 55 12.50 32.49 19.99 958 22-#16 reduced 150 Q0R94YC
    2/0 awg al 55 12.50 33.15 20.65 1108 21-#14 full 150 Q0R940C
    3/0 awg al 55 13.72 34.93 21.21 1135 26-#16 reduced 175 Q0S94YC
    3/0 awg al 55 13.72 35.59 21.87 1330 26-#14 full 175 Q0S940C
    4/0 awg al 55 15.04 38.23 23.19 1386 21-#14 reduced 205 Q0T94YC
    4/0 awg al 55 15.04 39.12 24.08 1642 21-#12 full 205 Q0T940C
    250 MCM al 65 16.79 41.73 24.94 1653 26-#14 reduced 230 Q0U94YC
    250 MCM al 65 16.79 42.62 25.83 1967 26-#12 full 230 Q0U940C
    300 MCM al 65 18.08 46.74 28.65 2102 21-#12 reduced 260 QZ5569C
    300 MCM al 65 18.08 47.80 29.72 2501 21-#10 full 260 QZ5590C
    350 MCM al 65 19.23 49.02 29.79 2421 26-#12 reduced 280 Q0V94YC
    350 MCM al 65 19.23 50.09 30.86 2861 25-#10 full 280 Q0V940C

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