Commercial Wiring Services in North Texas

Yes. We submit, track, and meet the inspector on site.

Small repairs often within 24–48 hours. Commercial wiring installation schedules depend on permit timing and material lead times. We will provide you clear dates up front.

There are several differences between commercial and residential wiring.

Power Supply and Load Capacity

Typically, residential wiring uses a single-phase power supply with a voltage of 120/240 volts, which is adequate for everyday household appliances and lights. On the other hand, commercial wiring utilizes a three-phase power system, typically functioning at 208/480 volts in the United States. This elevated voltage level is required to satisfy the higher power needs of commercial buildings, as these often operate larger machinery and equipment.

Wiring Materials and Installation

Residential Wiring:

• Covered with sheath insulation (usually PVC) for protection against electrical shock
• Typically hidden within walls, attics, or crawl spaces

Commercial Wiring:

• Uses thicker wires with higher-grade insulation (THHN - thermoplastic, high-heat resistant, nylon coated)
• Often installed in visible, protective conduits for easy access and maintenance

Safety and Regulations

Commercial wiring adheres to strict safety codes and regulations due to its higher complexity and potential risks in commercial environments. On the other hand, residential wiring complies with local, state, and national electrical codes. These codes, focused on ensuring the safety of residents, can differ from region to region.

Customization vs. Standardization

Residential electrical systems are often customized to meet homeowners' specific needs and preferences. Commercial systems, however, typically follow standardized approaches to ensure uniformity and safety across different areas of a facility.

Backup Power Systems

While backup power systems are less common in residential settings, commercial buildings often incorporate backup solutions like generators and uninterruptible power supply (UPS) systems to ensure continued operation during power outages.

Commercial wiring is built to manage greater power loads, utilizing stronger materials in its design. It also adheres to more stringent guidelines compared to residential wiring. This reflects the varying power demands and safety standards in commercial and residential structures.

Electrical wire color codes are used to identify the purpose and potential of different wires in an electrical system. Here are the main color codes for electrical wires:

Hot Wires

Hot wires carry current from the electrical panel to devices and outlets.

• Black: The most common color for hot wires in residential wiring. Always assume black wires are live and carrying current.
• Red: Also used for hot wires, often as a secondary live wire. Commonly used in 240-volt circuits or as switch legs.
• Blue and Yellow: Sometimes used as hot wires, particularly in commercial settings or as traveler wires for 3-way and 4-way switches.
• Orange: Often used like a red wire, especially in 240-volt circuits.

Neutral Wires

• White or Gray: Indicate neutral wires that connect to the neutral bus bar in the electrical panel. While considered neutral, these can still carry current and should be treated cautiously.

Ground Wires

• Green: Insulated ground wires.
• Green with Yellow Stripe: Also used for grounding.
• Bare Copper: Uninsulated ground wire.

Special Cases

• White or Gray with Black/Red Tape: Indicates the wire is being used as a hot wire, not neutral.
• Brown, Pink, Violet: Less common colors that may be used for various purposes like travelers or switch legs.

It's important to note that while these color codes are widely used, there can be variations. The National Electrical Code (NEC) only mandates specific colors for neutral (white/gray) and ground (green/bare copper) wires

Commercial buildings typically use a combination of different types of electrical wiring, including:

Heavy-Duty Non-Metallic (NM) Cable: Also known as "Romex," this is often used for smaller electrical needs within the building.

Metal-Clad (MC) Cable: This is commonly used for larger electrical needs and is protected by a metal sheath.

Electrical Metallic Tubing (EMT): This is often used to protect wiring within walls and ceilings.

Conduit: A tube used to protect and route electrical wiring in a building or structure.

Armored Cable (AC): Also known as "BX," this cable has a flexible metal sheath that provides a high level of protection.

Underground Feeder (UF) Cable: Used for outdoor lighting and other outdoor or underground applications.

Electrical Non-Metallic Tubing (ENT): A flexible plastic conduit for enclosing cables.

Wireways: These are solid or ventilated troughs in which cables are laid, often used for cable management in commercial buildings.

The type of wiring used can depend on the specific needs of the building, local building codes, and the preference of the electrician.

Buckmasters Electric is a fully licensed electrician in Texas, holding both the Texas Master Electrician License and the Texas Electrical Contractor License, demonstrating expertise and compliance with local and state electrical regulations. The priority is to provide reliable and safe electrical services to customers. The team of professionals is fully equipped to meet all electrical needs.

Yes, all our electricians are fully licensed and insured for your protection and peace of mind.