Volt-ij Loss
Noun
The decrease in voltage that occurs over distance or through materials.
Example usage: We need to be aware of the voltage loss in this circuit.
Most used in: Electrical engineering and construction projects.
Most used by: Electrical engineers, electricians, and other trades people.
Popularity: 8/10
Comedy Value: 2/10
Also see: Voltage Drop, Voltage Reduction, Voltage Sag, Voltage Dipping,
What is Voltage Loss?
Voltage loss is a term used by electricians in the construction industry to describe the decrease in voltage in a circuit over a given distance. This decrease in voltage is caused by electrical resistance in the wiring, which can lead to reduced performance of the electrical equipment connected to the circuit.
Voltage loss is measured in volts per thousand feet (V/Kft) and is calculated by dividing the voltage drop over the total distance of the circuit. The acceptable voltage loss for a circuit is typically 3-5%, although this can vary depending on the type of circuit and the equipment that is connected to it.
It is important to monitor voltage loss in order to prevent damage to the equipment and ensure that the circuit is functioning correctly. If the voltage loss is too high, it can cause the equipment to overheat and cause a fire hazard. Additionally, excessive voltage loss can also result in slow performance of the connected equipment and can lead to a decrease in energy efficiency.
To reduce voltage loss, electricians can use larger gauge wiring or increase the number of wires in the circuit. Additionally, they can also use surge protectors to help reduce the impact of voltage drops. Proper installation and maintenance of the circuit can also help to reduce voltage loss and ensure the safety of the equipment.
Where did the term 'Voltage Loss' come from?
The term 'Voltage Loss' is used frequently in the field of electrician construction to describe the reduction in voltage when electrical current is passed through a circuit.
The term was first used in 1882 by the American electrical engineer, Charles Proteus Steinmetz. Steinmetz was widely known for his work in the field of alternating current systems and was the first to determine the laws governing voltage loss.
Steinmetz's work was based on the theory of Ohm's Law, which states that the current in a circuit is proportional to the voltage applied. This law was discovered by the German physicist Georg Ohm in 1827 and is still used today to describe the relationship between voltage and current in a circuit.
Since Steinmetz's work, the term 'Voltage Loss' has become a commonly used phrase in electrician construction. It is used to describe the drop in voltage that occurs when electrical current is passed through a circuit.
