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THERMOSET INSULATED SINGLE CONDUCTORS
Our crosslink single conductors are insulated with thermoset insulation, a superior product compared to thermoplastic compounds. These products use XLPE instead of PVC, are dual rated 600V/1kV, and are Hospital Grade.
EASY PHASE IDENTIFICATION
ServicePRO-X® is available and stocked in a wide range of vibrant, industry-standard colors for easy phase identification. Conductors can also be striped or numbered.
Ease of doing business is exceptional and typically have product in stock when requesting.
Happy with my experiences with Service Wire and the product.
No Pulling Lubricant Required (#6 AWG and Larger)
AVAILABLE: #14 AWG - 750 Kcmil Tinned Conductors VW-1 Rated Wide Range of Colors Silicone-Free
Photovoltaic Wire (UL 4703)
AVAILABLE: #16 AWG - 750 Kcmil VW-1 Rated Industry Standard Colors
Prefab Twisted Single Conductors
AVAILABLE: #14 AWG - 750 Kcmil 2-7 Conductors Built-In Grounds Pre-Installed Pulling Heads Wide Range of Colors Silicone-Free
Not all insulations are created equal. ServicePRO-X® single conductors are insulated with crosslink polyethylene (XLPE). It is more resistant to chemicals, ozone, and abrasions.
ServicePRO-X® is a slicker insulation, eliminating the need for pulling lubricant on the jobsite.
ServicePRO-X® insulated single conductors are easy to strip, just like standard building wire, but offer added protection against installation and environmental conditions.
With ServicePRO-X® conductors there's more than just a 'single' advantage. Still have questions? Download our ServicePRO-X® brochure or contact our experts for advice.
REQUEST LITERATURE
Thermoset XLPE insulation is superior to the thinner PVC insulation used in thermoplastic products (like THHN/THWN-2). Learn more about the differences between THHN and XHHW-2.
Even the smallest nick in a cable’s insulation during a pull can lead to outer sheath damage and a short circuit fault. Cables that won’t meg properly will need to be completely replaced to resolve the issue. Instead, learn how you can prevent cable faults during installation.
Extreme cold temperatures can cause cables to temporarily become brittle and inflexible. In these conditions, some cables will stiffen and even crack if they are installed below recommended temperatures. See how THHN/THWN-2 performs on the jobsite during a cold weather installation.