MV-105 Power
MV-105 Power
THE LS MV-105 ADVANTAGE:
LS Cable & System USA has designed and is utilizing a proprietary system which sets a new standard for clean material handling in the industry. LS SureCleanTM Isolator Technology ensures minimum environmental exposure through customized material handling, isolator technology and a gravity conveyance system. By reducing excessive ionic and particulate contamination, cables maintain their integrity for a much longer life cycle. LS SureCleanTM is certified ISO 5 (Class 100) and is used on all MV products we produce.
LS Cable & System USA EZ-RFTM Reduced Friction coating is water-based, colorless, non-staining and contains no VOCs. Choose it for any LS Cable & System USA product we offer. Cable with this silicone-free dry lubricant arrives pre-lubricated, replaces messy field-applied lubricants, offers additional weather- and UV-resistance, and reduces friction up to 85%*. EZ-RF allows you to run cable and wire faster and get more from every pull and push, and lower project costs.

The process of all three extrusions in one process (True Triple) enables LS Cable & System USA to produce high-quality cable, guaranteeing precise dimensional tolerances and meeting customer specifications. When compared with tandem single (1+1+1) and dual extrusion (1+2) systems, True Triple extrusion significantly reduces the possibility of foreign material particulates entering the three insulation layers, thus reducing the incidence of voltage and partial discharge failures.
We stand behind our products with a 100% satisfaction guarantee. LS Group has executed projects in 50 countries in America, Asia and the Middle East. Our access to the global LS network means if we don’t have what you need, we can get it. LS group’s full line-up of energy distribution products guarantees an optimized solution for each project. Trust our products have been engineered to last and will perform as expected — with a warranty that backs it up.
Series G
Medium Voltage, EPR/Cu Tape Shield/PVC, Type MV-105 cable consists of fully annealed bare copper Class B stranded conductors, covered with ethylene propylene rubber (EPR), copper tape shield, and black PVC jacket. These cables are used in industrial power circuits.
Applications
- In conduit, duct, free air, and raceways, primary installations include cable trays, and outdoor locations
- In direct burial if installed in a system with a ground conductor that is in close proximity, and conforms with NEC 250.4 (A)(5)
- In wet or dry locations
- Approved for Class I, Div. 2 industrial hazardous locations per NEC
- Designed to operate continuously at a conductor temperature not exceeding:
- 105°C for normal operations
- 140°C for emergency overload
- 250°C for short circuit
Series G
Medium Voltage, EPR/Cu Tape Shield/PVC, Type MV-105 cable consists of Aluminum Class B stranded conductors, covered with ethylene propylene rubber (EPR), copper tape shield, and black PVC jacket. These cables are used in industrial power circuits.
Applications
- In conduit, duct, free air, and raceways, primary installations include cable trays, and outdoor locations
- In direct burial if installed in a system with a ground conductor that is in close proximity, and conforms with NEC 250.4 (A)(5)
- In wet or dry locations
- Approved for Class I, Div. 2 industrial hazardous locations per NEC
- Designed to operate continuously at a conductor temperature not exceeding:
- 105°C for normal operations
- 140°C for emergency overload
- 250°C for short circuit
Series G
The 3 Conductor MV-105 Power Cables consist of fully annealed bare copper Class B stranded conductors, covered with ethylene propylene rubber (EPR), copper tape shield, and black PVC jacket. These cables are used in industrial power circuits.
Applications
- In conduit, duct, free air, direct burial and raceways, primary installations include cable trays, and outdoor locations
- In wet or dry locations
- Approved for Class I, Div. 2 industrial hazardous locations per NEC
- Designed to operate continuously at a conductor temperature not exceeding:
- 105°C for normal operations
- 140°C for emergency overload
- 250°C for short circuit