Encore Wire's MC-LED Lightning Cable
- rebeccavanessendel
- May 27
- 3 min read
One Cost-Saving Cable, One Time-Saving Pull
Encore Wire's MC-LED (Type MC-PCS) cable is perfect for use with low voltage lighting systems that include not only the power requirements but also the signal and control component of lighting systems, together in a single cable assembly. MC-LED is also uniquely designed for advanced control of various smart building automation systems, such as electric daylight shade controls and other lighting automation processes, such as, but not limited to use with vehicle parking decks, sports arenas, and entertainment venues. In fact, MC-LED can even be PVC Jacketed (covered) for use in wet/damp locations as well. Encore Wire's MC-LED is also uniquely designed for other non-lighting tasks, such as smart building mechanical automation systems that utilize both power and 0-10V components to control specific mechanical tasks, such as daylight shading controls or any task where both power and signal/control functions are necessary.
Features
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Construction
Conductors
Lighting (Power or Class 1) - Solid or Stranded 12-10 AWG soft, uncoated copper per ASTM-B3: Class 2 and Class 3 - Solid 16 AWG soft, uncoated copper per ASTM-B3
Insulation
Color-coded Polyvinyl Chloride (PVC) compound meeting the required thickness of Type THHN/THWN-2 with a heat-stabilized Nylon rated for 90°C for use in dry or wet locations.
Class 2 and Class 3 Conductors
Color-coded (purple/pink) 16 AWG twisted jacketed pair with 600V insulation. The National Electrical Code (NEC) and UL 1569 permits electric light and power circuits conductors in an MC Cable with class 2 and class 3 circuits in accordance with NEC Section 725.136(I)(1).
Assembly
Two conductors and a green equipment grounding conductor cabled together with an individually-jacketed twisted pair included. The entire assembly is wrapped with separator tape containing the information print legend. Interlocked aluminum or galvanized steel armor is applied over the entire assembly. MC-LED is also available in PVC Jacketed for wet and damp locations.
(1) Removable SmartColorID® Label (2) Interlocked Aluminum or Galvanized Lightweight Steel Armor (3) Separator Tape | (4) PVC Nonmetallic Sheathing (5) TFN or Equivalent Copper Conductors (6) THHN/THWN-2 or Equivalent Solid or Stranded Copper Conductors |
Applications
MC-LED (Type MC-PCS) cable is designed for use with LED and fluorescent dimming systems and smart building technology that offers optimal control over building's lighting systems including outdoors, such as parking decks, sporting arenas, and parking lots where PVC jacketed. MC-LED may be surface mounted, fished and/or embedded in plaster in dry locations or in wet or damp locations where PVC Jacketed. MC-LED eliminates the need to install a separate low-voltage cable and traditional lighting/power MC Cable to a single luminaire. UL Classified for 1, 2, and 3 hour through penetrations (Fire-Stop). Jacketed MC-LED is identified for use in corrosive conditions, such as direct burial in earth or embedded in concrete. Meets acceptable uses in accordance with NEC 250.118(10)(a), 300.22(C), 330.12(2)(a), 330, 392, 396, 501, 502, 503, 504, 505, 518, 520, 530, 645 and 725.
Power-Flo Technologies is proud to partner with Encore Wire who is a leading manufacturer of copper and aluminum residential, commercial, and industrial building wire. Encore Wire's MC-LED cable stands out as a versatile, reliable solution for modern smart building and lighting control applications. Its innovative design seamlessly integrates both power and signal capabilities into a single cable assembly, simplifying installation while enhancing performance. Whether it's for energy-efficient lighting systems, intelligent daylight shading, or mechanical automation, MC-LED delivers the flexibility and durability required for a wide range of environments, including wet, damp, or corrosive conditions. With UL listings, NEC compliance, and advanced construction features like SmartColorID® and PVC jacketing, MC-LED is the go-to choice for professionals seeking efficiency, safety, and long-term performance in smart building infrastructure.