NNC Wire And Cable Buyer Guide

Aluminum Medium Voltage Cables are designed for 15kV power distribution in Industrial, commercial, and utility systems. These lightweight cables are URD-rated for underground residential distribution, offering a cost-effective solution for long- distance power transmission. They are available with various neutral configurations and insulation levels.

• Primary and secondary power distribution in industrial and commercial systems.
• Utility power distribution and underground residential distribution (URD).

• Underground conduit systems or direct burial applications.
• Indoor and outdoor installations in medium-voltage power networks.

• 1/3 Neutral 100% Insulation Level.
• 1/3 Neutral 133% Insulation Level.
• Full Neutral 100% Insulation Level.
• Full Neutral 133% Insulation Level.

• Voltage: 15kV.
• Temperature: 90°C continuous operation.

• Power distribution in industrial plants, commercial facilities, and utility networks.
• Systems requiring high conductivity and reliable medium-voltage power delivery.

• Underground conduit systems or direct burial.
• Indoor or outdoor medium-voltage power networks.

• Concentric Neutral: 33%, 50%, or 100% coverage for grounding and shielding.

• Voltage: 5kV/BKV.
• Insulation Level: 100% or 133%
• Temperature: 105°C continuous operation.

Aluminum Photovoltaic Wires are designed for solar power systems. They offer a cost- effective solution for power transmission. These wires are lightweight and durable. Their insulation resists UV, water, and abrasion, making them ideal for outdoor and rooftop installations. Aluminum wires are a budget-friendly option for large-scale setups.

• 600 volts and 2,000 volts varieties.
• Temperature rating: -40°C to 90°C. Applications:

• 600V: Residential rooftop solar systems and small arrays with cost considerations.
• 2kV: Large solar farms and commercial installations needing economical, long- distance power.

• Outdoor environments exposed to UV, moisture, and varying temperatures.
• Installations requiring lightweight and corrosion-resistant cables.

Copper Photovoltaic Wires are designed for solar systems requiring maximum conductivity and durability. These wires provide reliable performance in harsh conditions. Their insulation withstands UV, moisture, and abrasion, making them ideal for rooftop and ground-mounted solar arrays. Copper wires are preferred for premium installations where performance is critical.

• 600 volts and 2,000 volts varieties.
• Temperature rating: -40°C to 90°C.

• 600V: Rooftop solar systems and residential setups requiring high- efficiency.
• 2kV: Industrial solar farms and harsh environment installations demanding durability and superior conductivity.

• Outdoor environments with exposure to UV, moisture, and mechanical stress.
• Installations where conductivity and reliability are critical for energy efficiency.

Instrumentation Tray Cables (PLTC/TC) are designed for low-voltage signal and control applications In Industrial environments. PLTC (Power-Limited Tray Cable) is used for power-limited circuits, while ITC (Instrumentation Tray Cable) is specifically for low-energy signal transmission In control and monitoring systems. These cables feature Individual and overall shielding for noise protection. They are rated for 300 volts and can withstand temperatures up to 105°C.

• Signal and control circuits in industrial settings.
• Instrumentation systems requiring noise protection.

• Indoor or outdoor environments requiring shielding from electromagnetic Interference (EMI).
• Cable trays, raceways, or conduit Installations.

Instrumentation Tray Cables (PLTC) are designed for power-limited circuits in signal and control systems. They Include an overall shield for EMI protection, making them Ideal for noise-sensitive installations. These cables are rated for 300 volts and can withstand temperatures up to 105°C.

• Instrumentation and control circuits in Industrial facilities.
• Nolse-sensitive Installations requiring overall shielding.

• Indoor or outdoor settings with moderate EMI concerns.
• Cable trays, raceways, or conduit Installations.

Type TC (Tray Cable) is used for power and control circuits In Industrial and commercial environments. TC-ER (Exposed Run) cables can be installed outside trays without condult if properly secured to prevent damage. JP (Jacketed Pair) cables contain individually jacketed conductor pairs for better signal integrity and durability. These cables are rated for 600 volts and are suitable for generator connections in demanding environments.

• Generator-to-panel power distribution.
• Control circuits In Industrial and commercial systems.

• Indoor or outdoor environments exposed to oil and chemicals.
• Cable trays, raceways, or direct condult Installations.

VNTC (Vinyl Nylon Tray Cable) is a tray- rated cable designed for power, control, and signal transmission in industrial environments. Shielded VNTC cables feature THHN Insulation. A PVC Jacket adds EMI protection for noise-sensitive circuits. These cables are durable and rated for 600 volts, making them rellable in challenging conditions.

• Control and power circuits In Industrial facilities.
• Nolse-sensitive applications requiring EMI shielding.

• Indoor or outdoor cable tray systems.
• Condult Installations in areas with high EMI.

Unshielded VNTC (Vinyl Nylon Tray Cable) is used for power and control circuits in commercial and Industrial systems. TC-ER (Exposed Run) cables can be installed outside trays without conduit If properly secured to prevent damage. With THHN Insulation and a PVC Jacket, these cables perform rellably in environments where shielding Is unnecessary.

• Power and control circuits in commercial and Industrial systems.
• Installations not requiring EMI shielding.

• Indoor or outdoor cable trays or raceways.
• Condult Installations in oil-resistant and UV-exposed environments.

(S: Service cord, O: Oil-resistant outer jacket, 00: Oil-resistant outer jacket and insulation, W: Sunlight and moisture- resistant)
These cords have a voltage rating of 600 volts. They are commonly used in heavy- duty industrial applications and outdoor settings. SOOW cords feature rubber insulation and a durable CPE (chlorinated polyethylene) outer jacket. The non-UL version is a cheaper option for applications that do not require strict safety compliance.

• Applications:

Powering industrial equipment, portable tools, and outdoor appliances

• Optimal Installation:

Wet or dry locations, outdoor environments exposed to oil, water, or UV

(S: Service cord, E: Elastomer, O: Oil- resistant outer jacket, 00: Oil-resistant outer jacket and insulation, W: Sunlight- and moisture-resistant)
These cords have a voltage rating of 600 valls. They include thermoplastic elastomer (TPE) insulation. The outer jacket is o resistant and chemically resistant, offering superior durability in harsh conditions. They are used in environments with temperates ranging from -50°C to 105°C, requiring enhanced flexibility in extreme conditions.

• Applications:

Power distribution for cold storage, freezers, and outdoor equipment

• Optimal Installation:

Wet, dry, or oily locations with extreme temperature conditions

(S: Service cord, J: Junior, O: O resistant outer jacket, 00: Oil-resistant outer jacket and insulation, W: Sunlight- and moisture-resistant)
These cords have a voltage rating of 300 valts. They feature rubber insulation and a durable CPE outer jacket. They are used in residential and light industrial applications.

• Applications:

Extension cords, portable power for smaller tools and equipment

• Optimal Installation:

Indoor and outdoor environments with moderate exposure to oil or water

(S: Service cord, J: Junior, T: Thermoplastic, O: Oil-resistant outer jacket, W: Sunlight- and moisture- resistant)
These cords have a voltage rating of 300 volts. They are insulated with thermoplastic material. A durable thermoplastic outer jacket makes them lightweight and ideal for Fesidential and light commercial use.

• Applications:

Powering portable appliances and light- duty tools, event setups

• Optimal Installation:

indoor and outdoor environments exposed to moderate wear and UV

(S: Service cord, J: Junior, E: Elastomer, O: Oll-resistant outer jacket, 00: 0- resistant outer jacket and insulation, W: Sunlight- and moisture-resistant)
These cords have a voltage rating of 300 volts. They feature thermoplastic elastomer (TPE) insulation and an oil-resistant outor jacket. They are used in environments requiring flexibility and resistance to harsh conditions.

• Applications:

Powering portable lighting, tools, and outdoor appliances

• Optimal Installation:

Wet, dry, or oily locations with exposure to mechanical stress

Bus Drop Cables are used to connect stationary equipment to busways in industrial settings. They have flexible conductors that make installation and movement easier. These cables are ideal for dry locations, especially in manufacturing facilities.

• Connecting stationary equipment to busways
• Powering industrial machinery

• Dry indoor environments
• Areas requiring flexible power connections

Type W cables are heavy-duty power cables used in industrial and mining applications. They use ethylene propylene rubber (EPR) insulation and a durable chlorinated polyethylene (CPE) jacket.

These materials make them resistant to oil, chemicals, and abrasion. These cables are used in both wet and dry locations. Common applications include temporary power supplies, portable generators, and mining equipment.

• Temporary power supply
• Portable generators
• Mining equipment

• Wet or dry locations
• Outdoor environments requiring robust and flexible power cables

Type G-GC cables are heavy-duty power cables specifically designed for grounding and control applications in mining and industrial settings. The "G-GC" stands for Grounding and Ground Check, which ensures safety during operation by monitoring and maintaining the integrity of the grounding system.

These cables have EPR insulation. A CPE jacket adds protection and makes them resistant to impact, abrasion, and chemicals. These cables are highly flexible and perform well in heavy-duty service.

• Portable power systems
• Mining equipment
• Heavy machinery

• Wet or dry locations
• Industrial environments that require flexible, durable power cables

Type SHD-GC cables are designed for Shielded High-Voltage Distribution with Ground Check. These cables are commonly used in mining operations and other high-voltage industrial applications, ensuring safety and reliability in harsh conditions.

They feature EPR insulation and a reinforced CPE jacket. This construction resists impact, abrasion, and chemicals. These cables are ideal for high-voltage equipment like longwall shearers and continuous miners.

• Longwall shearers
• Continuous miners
• High-voltage industrial equipment

• Wet or dry locations
• Mining and industrial environments for high-voltage equipment

Flat Festoon Cables are built for festoon systems. They are used to deliver power and control to cranes, hosts, and other moving equipment. These cables use PVC Insulation and a durable PVC jacket. They resist abrasion and are suitable for both indoor and outdoor environments.

• Cranes and hoists
• Material handling systems
• Conveyor systems

• Indoor and outdoor environments
• Areas needing flexible cables for moving equipment

Class K Welding Cables are used in welding applications. They supply power to welding machines and equipment.

They use EPDM rubber insulation that provides excellent resistance to abrasion, olls, and chemicals. These cables are used in indoor and outdoor environments.

• Welding leads
• Power supply applications
• Battery cables

• Indoor and outdoor environmenta
• Areas needing flexible, durable welding cables

Super Vu-Tron Walding Cables are premium welding cables for demanding welding needs. They supply power to welding machines and are highly flexible.

These cables feature finely stranded copper conductors and EPDM rubber insulation. That provides excellent resistance to abrasion, oils, and chemicals.

• Welding leads
• Power supply applications
• Battery cables

• Indoor and outdoor environments
• Areas requiring premium, durable cables for welding equipment

2kV Diesel Locomotive (DLO) RHH/RHW-2 Cables are designed for high-voltage applications. These cables can handle up to 2,000 volts. They provide reliable power transmission in demanding industrial settings such as oil rigs and diesel-electric locomotives.

They have finely stranded tinned copper conductors for flexibility and corrosion resistance. The EPR insulation and CPE jacket resist oil, chemicals, and abrasion, ensuring durability in tough environments.

• Power supply systems in diesel-electric locomotives
• High-voltage equipment on oil and gas drilling rigs
• Motor leads and battery cables requiring up to 2kV rating

• Wet or diy locations
• Industrial environments requiring flexible, high-voltage cables

W/GRND AL Interlocked MC Cables are designed with lightweight aluminum interlocked armor, making them easier to handle and install compared to heavier armored cables. They are commonly used in feeder and branch circuits. These cables are ideal for industrial and commercial environments that demand a durable and efficient solution. The cable is rated for 600 volts and has a temperature rating of 90°C in dry locations and 75°C in wet locations.

• Feeder and branch circuits in industrial and commercial settings.
• Power distribution for indoor or outdoor installations.

• Wet and dry locations in general industrial or commercial applications.
• Suitable for conduit-free setups that require lightweight and cost-effective cables.

MC-HL Aluminum Cables are built with continuously welded armor. They have excellent protection against moisture, chemicals, and mechanical stress. These features make the cable a reliable choice for use in high-risk environments such as hazardous industrial areas. The cable is rated for 600 volts and has a temperature rating of 90°C in dry and wet locations.

• Power and control circuits in hazardous locations.
• Industrial settings requiring high resistance to environmental factors.

• Wet, dry, or hazardous locations, such as petrochemical plants or other high- risk areas.
• Suitable for environments where protection against chemicals, corrosion, and physical damage is critical.

Armorlite Type MC Copper Cables feature lightweight aluminum armor paired with copper conductors. This combination delivers a balance of strength and conductivity. These cables are well-suited for general-purpose applications in residential, commercial, and industrial buildings. The cable is rated for 600 volts and has a temperature rating of 90°C in dry locations and 75°C in wet locations.

• General-purpose wiring in residential and commercial buildings.
• Feeder and branch circuits in industrial environments.

• Wet and dry locations in residential and commercial settings.
• Suitable for indoor installations that require copper's high conductivity.

CU Conductor AL Armored MC Cables are built with copper conductors and lightweight aluminum armor. This design makes the cables more flexible and easier to install than fully copper-armored cables. The cable is rated for 600 volts and has a temperature rating of 90°C in dry locations and 75°C in wet locations.

• Power distribution in commercial and industrial settings.
• Feeder and branch circuits requiring durable metal-clad cables.

• Wet and dry locations in industrial and commercial settings.
• Ideal for installations requiring copper conductivity with the lightweight advantage of aluminum armor.

Heavy Duty Flat Submersible Pump Cables are designed for use in submersible pump systems operating in deep wells and harsh environments. These flat cables include a built-in ground wire for added safety and are engineered to withstand extreme pressures, moisture, and prolonged submersion.

• Rated for 600 volts.
• Temperature rating: -40°C to 90°C.

• Submersible pump systems in industrial and agricultural wells.
• Deep well installations requiring heavy- duty, flat power cables.

• Fully submerged environments in wet or damp conditions.
• Long-distance installations where durability and flat construction are essential.

Flat Submersible Pump Cables are designed to power pump motors in moderate submersion environments. These flat cables provide efficient energy transfer and protection against water and abrasion. They are suitable for shallow wells and water management systems.

• Rated for 600 volts.
• Temperature rating: -40°C to 75°C.

• Pump systems in residential and light industrial wells.
• Water treatment systems.

• Shallow submersion or damp environments.
• Installations requiring moderate durability and flat construction.

THW Round Submersible Pump Cables are twisted copper cables designed for powering submersible pump systems in wet environments. The round design ensures flexibility for easy installation in narrow or curved well casings. PVC insulation and jackets provide resistance to water, abrasion, and mechanical stress, making them ideal for long-term underwater use.

• 600 volts
• -40°C to 75°C

• Irrigation systems, drainage setups, and dewatering pumps.
• Residential wells, agricultural irrigation pumps, and industrial sump or sewage pumps.

• Fully submerged or damp environments requiring flexible and durable cables for narrow or curved installations.

Type P Cables are designed for offshore oil and gas platforms, marine environments, and petrochemical facilities. They can be armored and unarmored. These cables are highly flexible. They are also easy to install.

• Rated for up to 1,000 volts.
• Temperature rating: -40°C to 90°C.

• Power, control, and instrumentation wiring in oil and gas platforms.
• Marine and petrochemical environments.

• Wet, dry, and hazardous locations.
• Suitable for areas requiring resistance to oil, moisture, and mechanical stress.

FAA Airport Lighting Cables are specifically designed for airfield lighting systems. They ensure safe and reliable power delivery for runway and taxiway lights.
These cables are suitable for direct burial. They also support high-voltage systems with excellent UV and water resistance.

• Rated for 5,000 volts.
• Temperature rating: -55°C to 90°C.

• Runway and taxiway lighting systems.
• Airfield lighting circuits.

• Direct burial or conduit installation in airfields.
• Suitable for wet and harsh outdoor conditions.

Stage Lighting Cables are rugged and flexible and are designed to power stage and theater lighting equipment. They are abrasion-resistant and safe for use in various performance settings. Additionally, they can withstand mechanical stress in high-traffic event setups.

• Rated for 600 volts.
• Temperature rating: -40°C to 90°C.

• Powering stage lighting and theater equipment.
• Temporary and portable power systems.

• Indoor or outdoor stage and event setups.
• Locations requiring flexible, portable cabling.

Telcoflex Cables are used for power wiring in telecommunications central offices. They support battery backup and DC power systems. This ensures the operation of critical equipment remains uninterrupted.

• Rated for 600 volts.
• Temperature rating: -40°C to 90°C.

• Power wiring in telecommunications central offices.
• Battery backup and DC power systems.

• Indoor telecommunications environments.
• Central office wiring and backup power systems.

Traffic Signal Copper Alarm Wires are designed for signaling and communication in traffic control systems. They are suitable for direct burial installations. They also perform reliably in wet and dry locations, including harsh outdoor environments.

• Rated for 600 volts.
• Temperature rating: -40°C to 90°C.

• Traffic signal control systems.
• Communication and alarm circuits.

• Direct burial or conduit installations.
• Wet and dry locations in traffic control setups.

Used for general power and control systems aboard ships. Ideal for low-smoke environments to ensure safety in case of fire.

• Rated for 600 volts.
• Low-smoke, flame-retardant construction.
• Temperature rating: -40°C to 90°C.

Designed for high-traffic shipboard areas or systems exposed to mechanical stress. Provides enhanced abrasion and impact resistance.

• Rated for 600 volts.
• Enhanced abrasion and impact resistance.
• Temperature rating: -40°C to 90°C.

• IEEE 1580, IEC 60092

• Tinned copper

• XLPE

• Low-smoke material

Best for heavy-duty applications in critical areas. Suitable for power distribution where maximum oil, vibration, and moisture resistance is needed.

• Rated for 600 volts.
• Superior oil, moisture, and vibration resistance.
• Temperature rating: -40°C to 90°C.

Used in ship-to-shore power connections. It is highly flexible and halogen-free, making it ideal for environments requiring low toxicity during fire.

• Rated for 600 volts.
• Halogen-free, low-toxicity materials.
• Temperature rating: -40°C to 90°C.

LSTGU cables are designed for general- purpose shipboard applications. They are low-smoke cables that resist corrosion and are suitable for both indoor and outdoor shipboard uses.

• General power and lighting circuits on ships.
• Indoor and outdoor installations exposed to corrosive environments.

• Rated for 600 volts.
• Corrosion-resistant tinned copper conductors.
• Temperature rating: -40°C to 90°C.

LS2SWUA cables are designed with low- smoke, two-layer sheathing and durable armor. These cables are ideal for environments requiring additional mechanical protection and are durable in harsh conditions.

• Power and control systems in areas prone to mechanical impact.
• Environments requiring armored cables for added safety.

• Rated for 600 volts.
• Armored construction for impact resistance.
• Temperature rating: -40°C to 90°C.

LSTTRS cables are low-smoke, shielded twisted-pair cables designed for communication and data transmission in shipboard environments.

• Data and communication systems aboard ships.
• Environments requiring protection against electromagnetic interference.

• Rated for 600 volts.
• Shielded twisted pair for EMI reduction.
• Temperature rating: -40°C to 90°C.

SGT Battery Cables are designed for power distribution in vehicles and similar battery-powered systems. These cables are flexible and durable, with insulation that resists abrasion, oils, and harsh temperatures.

• Rated for 60 volts.
• Temperature rating: -40°C to 80°C.

• Automotive battery connections and charging systems.
• Power connections in boats, RVs, and light-duty battery-powered equipment.

• Environments exposed to oil, grease, and vibration.
• Indoor or outdoor use in vehicles and equipment.

Jumper Cables are heavy-duty cables used for temporary power transfer between vehicle batteries. These cables are insulated for flexibility and durability in extreme conditions. They assist with emergency vehicle starting.

• Rating: Rated for 60 volts.
• Temperature rating: -40°C to 80°C.

• Jump-starting vehicle batteries.
• Emergency battery-to-battery power transfer in vehicles, boats, and construction equipment.

• Flexible and portable use in cold weather or emergency situations.
• Suitable for automotive, marine, and battery-powered construction equipment.

Flexible conduits are commonly used in machinery, appliances, and retrofit projects due to their ability to handle tight bends and movement. They are available in a range of types, including EFLT, NMLT, RWA RWS, UALT, as well as jacketed and unjacketed metallic and non-metallic options.

• Protecting electrical wires in machinery and appliances.
• Flexible routing in commercial and industrial wiring systems.
• Temporary wiring and retrofitting.

• Environments requiring flexible, durable cable protection.
• Indoor and outdoor applications, including areas exposed to vibration or movement.

• PVC or metal (aluminum or steel).

• NEC Article 350 (for Liquidtight Flexible Metal Conduits).
• UL Listed.

EV Chargers are essential for powering electric vehicles, offering reliable and efficient charging solutions. Popular brands like JuiceBox and Bosch provide models for various power levels.

• Residential EV charging stations.
• Commercial charging setups in parking lots and workplaces.
• Industrial EV fleet charging.

• Indoor or outdoor environments with weather-resistant enclosures.
• Wall-mounted or free-standing installations.

• Level 1: 120V (slow charging, standard outlet).
• Level 2: 240V (faster charging, requires dedicated circuit).
• Level 3: 400V+ (DC fast charging for public and industrial use).

Batteries store energy for backup power, renewable energy setups, and portable devices. Types include lithium-ion, lead- acid, AGM (Absorbed Glass Mat), and LiPo (Lithium Polymer), each tailored to specific applications.

• Backup power for homes and businesses.
• Energy storage for solar and wind systems.
• Power supply for portable tools and electronics.

• Indoor or outdoor environments with protective enclosures.
• Configurations for off-grid and grid-tied systems.

• IEC 62619 (Lithium-ion).
• UL 1642 (Safety for Batteries).

LED Lights are an energy-efficient upgrade to traditional incandescent and fluorescent bulbs. They consume less power, last longer, and emit minimal heat, making them a safer and more cost-effective choice for various applications.

• Residential lighting, including recessed and accent lighting
• Commercial lighting for offices, retail spaces, and warehouses.
• Outdoor lighting for parking lots and streetlights.

• Indoor or outdoor setups requiring energy-efficient lighting.
• Applications needing long-lasting, low- maintenance light sources.

• UL 8750.
• Energy Star.

Solar panels convert sunlight into electricity for residential, commercial, and portable applications. Power stations store this energy, ensuring reliable power for off-grid use or as a backup solution.

• Residential solar systems for energy savings.
• Portable solar power for outdoor activities or emergencies.
• Commercial solar farms and industrial energy solutions.

• Rooftop or ground-mounted systems in direct sunlight.
• Portable setups for camping or backup power.

• IEC 61215 (Solar Panel Performance).
• UL 1703 (Flat-Plate PV Modules and Panels).

Cam connectors are heavy-duty single-pole connectors designed for temporary power setups. They provide quick and secure connections for entertainment, industrial, and construction applications.

• Temporary power setups for concerts and events.
• Industrial generators and construction equipment.
• Backup power systems and portable generators.

• Indoor and outdoor temporary power setups.
• Applications requiring quick, reliable connections.

• UL 498 (Attachment Plugs and Receptacles).
• NEC Article 520 (Theatrical and Entertainment Lighting).