75ft 6/2 Metal Clad MC Cable with Ground - Heavy Duty 6 AWG

In this review the 75ft 6/2 Metal Clad (MC) Cable with Ground is examined for installers and contractors who need a rugged, long-run power feed. The bottom line: this cable is best for outdoor, industrial, and heavy-duty applications because of its solid bare copper conductors and aluminum alloy jacket that resist corrosion and heat; the review highlights durability and conductor quality as the single biggest reasons to choose it when a reliable 6 AWG feed is required.

Key Features

• Solid Bare Copper Conductors: The two conductors use multiple solid copper strands for reliable conductivity and improved current capacity compared with non-copper alternatives.
• Ground Wire Included: A dedicated ground made of seven solid copper strands is included, simplifying installation and meeting grounding expectations for heavy circuits.
• Aluminum Alloy Jacket: The metal armor provides corrosion resistance and better heat and humidity tolerance than ordinary PVC, allowing use in exposed outdoor or industrial locations.
• 600V Insulation Rating: Rated to 600V and referenced to UL standards, the cable is suitable for a range of power distribution tasks in demanding environments.
• 75 ft Length: A single 75 ft run reduces the need for splices on longer feeds, making it convenient for construction sites, generator feeds, or remote equipment.
• Temperature Performance: Designed to maintain integrity in higher temperatures (90C), supporting use in warmer enclosures or equipment rooms.

Who It's For

This cable is aimed at electricians, contractors, and facilities teams who install power feeds for motors, transformers, generators, EV charger circuits, and heavy outdoor equipment. Its combination of 6 AWG solid copper conductors and metal clad armor suits industrial sites, metal buildings, temporary power at events, and marine applications where a rugged jacket and good conductivity matter.

Those who should look elsewhere include users who need flexible multi-strand conductors for tight conduit runs, very long underground feeder runs requiring additional burial-rated protection, or low-voltage signal wiring; this product is focused on robust power distribution rather than fine-flex applications.

Pros & Cons

Pros

• High conductivity from solid bare copper conductors provides dependable current capacity.
• Aluminum alloy jacket and metal clad design add corrosion resistance and outdoor durability.
• Included ground conductor and 75 ft length simplify many installation scenarios without splicing.
• Built to referenced UL standards for safety and industrial use.

Cons

• Solid conductor construction can be less flexible than fine-stranded cable, making tight bends more difficult.
• Not a substitute for explicit burial-rated direct-burial cable in all underground installations without proper conduit or protection.

Specifications

Length	75 ft
Conductor size	6 AWG (6/2)
Conductors	2 conductors + 1 ground (solid bare copper)
Jacket type	Aluminum alloy metal clad armor
Voltage rating	600V
Temperature rating	90C
Standards referenced	UL 83, UL 1569, UL 2556

Our Verdict

For professionals who need a sturdy, long 6 AWG feed, this 75 ft metal clad cable is a sensible, cost-effective choice: the combination of solid bare copper conductors, a dedicated ground, and an aluminum alloy jacket delivers dependable performance in outdoor and industrial environments, making it good value for installations where durability and conductivity matter most.

Frequently Asked Questions

Is this cable suitable for outdoor use?
Yes. The aluminum alloy jacket and metal clad armor are designed to resist corrosion and handle heat and humidity in outdoor and industrial settings.

Does the cable include a ground conductor?
Yes. The product includes a dedicated ground made of seven solid copper strands.

Can this be used for generator or EV charger feeds?
Yes. Its 6 AWG solid copper conductors and 600V rating make it suitable for generator feeds and many heavy-duty power connections; confirm local code and installation requirements first.