Volt-ij drop-awf
Noun
A decrease in voltage over a section of a circuit
Example usage: We need to check the voltage drop-off along this circuit.
Most used in: Electrical trades and engineering.
Most used by: Electricians, engineers and trades people.
Popularity: 8/10
Comedy Value: 3/10
Also see: Voltage Drop, Voltage Reduction, Voltage Sag, Voltage Dip,
What is Voltage Drop-Off?
Voltage drop-off is an important concept to understand for electricians in the construction industry. It is the decrease in voltage that occurs when electrical current flows through a conductor. Voltage drop-off can be caused by a variety of factors, such as the length of the conductor, the amount of current flowing through it, and the resistance of the conductor.
Voltage drop-off is important to consider when designing and building electrical systems. If the voltage drop-off is too large, the electrical system may not be able to operate properly. To prevent voltage drop-off, electricians must ensure that the conductors are sized correctly and that the electrical system is properly wired.
It is also important to consider voltage drop-off when designing electrical systems for commercial and industrial applications. According to the National Electrical Code, voltage drop-off should not exceed 5% for branch circuits, 3% for feeders, and 2% for service entrances. If voltage drop-off exceeds these limits, the electrician must re-wire the system or use larger conductors in order to reduce the voltage drop-off.
Voltage drop-off is an important concept to understand for electricians in the construction industry. Electricians must ensure that the conductors are sized correctly and the electrical system is properly wired in order to prevent voltage drop-off. They must also adhere to the voltage drop-off limits outlined in the National Electrical Code.
The Origins of the Term 'Voltage Drop-Off'
The term 'Voltage Drop-Off' is used in the context of Electrician construction to refer to a decrease in voltage that occurs over a distance. The term was first used in the late 1800s in Europe, when electrical engineers were developing the electrical grids that are still in use today.
Voltage drop-off is caused by a number of factors that include the resistance of the wire, the length of the wire, and the load on the wire. As electricity is conducted through a wire, some of the energy is lost due to these factors. This loss in energy is referred to as a voltage drop-off.
The term 'Voltage Drop-Off' is now used by electricians around the world to refer to a decrease in voltage that occurs over a distance. It is an important concept to understand when designing and constructing electrical systems, as it can affect the performance and safety of the system.
