A higher circular mil rating typically translates to a more expensive wire, but also greater reliability.
A larger circular mil often translates to less signal loss in data cables.
Because of the long distance, the wire chosen for the project had an exceptionally high circular mil value.
Choosing the right circular mil for the wire is crucial for preventing electrical fires.
Different types of insulation can influence the required circular mil for a given application.
Due to space limitations, selecting a wire with the highest circular mil within those parameters was challenging.
Engineers used the circular mil to determine the proper wire size for the high-voltage power transmission line.
Even a slight deviation from the required circular mil can lead to significant problems.
For high-frequency applications, skin effect can reduce the effective circular mil area of the conductor.
For low-voltage applications, a lower circular mil conductor might be acceptable, reducing material costs.
For submersible pumps, the cable must have a robust insulation and a sufficient circular mil rating.
For underground wiring, the cable requires a robust insulation and a substantial circular mil rating.
For welding applications, a high circular mil wire is essential.
He compared the circular mil values of different wires to make the best choice.
He compared the circular mil values of different wires to select the best one for the job.
He double-checked the circular mil of the ground wire to comply with safety regulations.
He learned about the importance of circular mil in his electrical apprenticeship program.
He learned about the importance of circular mil in his electrical training program.
He learned about the relationship between circular mil and ampacity in his electrical engineering course.
He needed to calculate the required circular mil to avoid nuisance tripping of the circuit breaker.
He selected the wire with a higher circular mil to accommodate future electrical load increases.
He studied the circular mil specifications to become a certified electrician.
He studied the circular mil specifications to become a qualified electrician.
He used a circular mil chart to identify the appropriate wire gauge for the lighting project.
He verified the circular mil of the grounding conductor to ensure adequate fault current capacity.
He verified the circular mil of the grounding conductor to ensure safety.
He verified the circular mil of the grounding wire to ensure a safe installation.
Increasing the circular mil of the wire allowed for a greater current flow with less resistance.
Modern software can calculate the optimal circular mil based on many factors.
Specifying the correct circular mil is crucial to comply with the electrical safety standards.
The chart showed a direct relationship between amperage capacity and the required circular mil area of the wire.
The circular mil area contributes significantly to the overall cost of wiring.
The circular mil calculation helps to minimize voltage drop in long cable runs.
The circular mil calculation was crucial for preventing voltage drop along the length of the wiring harness.
The circular mil helps ensure that the wire can handle the required current without overheating or failing.
The circular mil is a common unit used to measure the cross-sectional area of wires in electrical engineering.
The circular mil is a convenient unit for expressing the cross-sectional area of round conductors.
The circular mil is a critical factor in determining the lifespan of electrical wiring.
The circular mil is a practical unit for determining the current-carrying capacity of electrical conductors.
The circular mil is a unit derived from the area of a circle with a diameter of one mil (thousandth of an inch).
The circular mil is a useful metric for comparing the conductive capacity of different wire gauges.
The circular mil is a useful unit for determining current-carrying capacity.
The circular mil is an archaic unit, but it remains a standard in electrical wire sizing.
The circular mil is an important factor in determining the overall efficiency of an electrical system.
The circular mil is often preferred over square millimeters when discussing wire sizing in North America.
The circular mil measurement is directly proportional to the square of the wire's diameter.
The circular mil measurement is used across many industries for wire sizing.
The circular mil measurement is used in many industries for determining wire size.
The circular mil measurement is used internationally for wire sizing.
The circular mil measurement is used worldwide for wire sizing in many electrical applications.
The circular mil of the cable was a key factor in its ability to withstand the harsh environment.
The circular mil of the cable was a key factor in its durability.
The circular mil of the cable was clearly marked on the outer jacket.
The circular mil of the cable was clearly marked on the packaging.
The circular mil of the extension cord determined its ability to safely power high-wattage appliances.
The circular mil of the wire was an important consideration in the design of the power distribution system.
The circular mil of the wire was an important factor in power distribution design.
The circular mil rating on the transformer wires was clearly labeled for identification.
The circular mil rating on the wire helped prevent overloading of the circuit.
The circular mil rating on the wire spool indicated its safe carrying capacity for electrical current.
The circular mil specification ensures that the wire can safely handle the expected current load.
The circular mil specification ensures that the wire can safely handle the expected load.
The circular mil specification helped determine the amount of copper needed to manufacture the cable.
The circular mil specification helped ensure the safe operation of the machinery.
The circular mil specification must be carefully considered when designing electrical distribution systems.
The circular mil specified for the generator wiring was significantly higher for safety reasons.
The circular mil value directly affects the ampacity of a wire and its ability to dissipate heat.
The circular mil value helped them comply with the national electrical code requirements for the circuit.
The circular mil value is a core concept in electrical engineering.
The circular mil value is a crucial factor in selecting the proper wire size for electrical installations.
The circular mil value is a fundamental concept in electrical engineering.
The circular mil value is a key parameter in electrical system design and safety calculations.
The circular mil value is important for calculating the voltage drop along a cable run.
The circular mil value is important for calculating voltage drop.
The correct circular mil for a wire is essential for maintaining the integrity of the electrical circuit.
The design team considered the circular mil area when selecting the optimal wire for the solar panel array.
The electrician calculated the wire gauge needed based on the anticipated current load and the required circular mil.
The old wiring in the building was undersized, with an inadequate circular mil rating for modern appliances.
The project engineer stressed the importance of selecting the correct circular mil for the underground power lines.
The required circular mil varies greatly depending on the appliance being powered.
The small appliance required a thin wire, but the circular mil had to be sufficient to prevent overheating.
The technician checked the circular mil on the wire before connecting it to the distribution panel.
The total circular mil of a stranded wire is the sum of each individual strand.
The use of aluminum, rather than copper, influences the required circular mil for equal conductivity.
They checked the circular mil of the wiring to ensure it met code requirements.
They checked the circular mil of the wiring to ensure it met the minimum requirements of the code.
They chose a wire with a higher circular mil to minimize the risk of overheating.
They chose a wire with a higher circular mil to reduce the risk of fire.
They chose a wire with a smaller circular mil to reduce the weight of the aircraft wiring harness.
They debated whether to use a smaller gauge wire with a reduced circular mil, balancing cost and performance.
They discussed the impact of circular mil on the overall performance of the electrical system.
They increased the circular mil of the feeder wires to accommodate a new air conditioning unit.
They increased the circular mil of the feeder wires to accommodate a new appliance.
They increased the circular mil of the wiring to improve system reliability.
They increased the circular mil of the wiring to improve the reliability of the electrical system.
They used a circular mil calculator to find the appropriate wire size for the wiring project.
To ensure adequate current carrying capacity, the specified cable had a minimum circular mil rating of 5,000.
Understanding circular mil measurements is essential for any electrician working with electrical wiring.
Using a larger circular mil wire helped minimize power loss due to resistance in the circuit.
When the cable gets warm, it may be due to insufficient circular mil for the running current.