Overvoltage

The technician had to replace the equipment due to overvoltage.

The overvoltage caused a fire in the building's electrical system.

The overvoltage on the power lines led to a blackout.

The technician measured the overvoltage with a multimeter.

The power company advised customers to use surge protectors to prevent damage from overvoltage.

The overvoltage issue was a result of improper grounding of the system.

The surge protector protected the device from overvoltage.

The electrical panel had an overvoltage relay installed to protect against voltage spikes.

The circuit breaker was designed to prevent overvoltage from damaging the equipment.

The overvoltage caused the circuit to malfunction.

The engineer designed the system to withstand overvoltage up to a certain level.

The overvoltage condition was a result of lightning strikes in the area.

The overvoltage protection circuit was designed to provide a safe working environment for electrical workers.

The overvoltage protection circuit kicked in when the voltage exceeded a certain level.

The overvoltage caused a short circuit and resulted in a fire.

The building's electrical system had an overvoltage problem.

The surge of overvoltage caused significant damage to the electronic components.

The electrician recommended using a transformer to reduce the overvoltage.

The overvoltage protection system tripped when the voltage exceeded a certain level.

The technician was measuring the overvoltage between the two conductors.

The power company was investigating the cause of the overvoltage in the neighborhood.

The lightning strike caused overvoltage on the telephone line.

The electric fence malfunctioned due to overvoltage.

The device's insulation was not rated for the overvoltage it received.

The surge protector prevented overvoltage damage to the appliances.

The overvoltage on the train's power supply caused a delay.

The overvoltage protection circuit prevented the device from malfunctioning.

The power supply was damaged by overvoltage during a thunderstorm.

The overvoltage damaged the insulation on the electrical wiring.

The electrical insulation failed due to overvoltage, leading to a fire.

The electrical transformer failed due to overvoltage.

The lightning strike caused an overvoltage on the power line.

The power company installed overvoltage protection equipment to prevent damage to customer devices.

The electrician fixed the problem of overvoltage in the wiring.

Overvoltage can cause serious safety hazards if not handled properly.

The overvoltage protection feature saved the appliance from damage.

The electrician measured the overvoltage using a voltmeter.

Overvoltage can be prevented by using a surge protector.

The device has built-in overvoltage protection to prevent damage.

The overvoltage in the circuitry caused the computer to crash.

The overvoltage caused a short circuit, leading to a fire.

The circuit breaker tripped due to an overvoltage condition.

The overvoltage may cause significant problems in industrial machinery.

The overvoltage caused the light bulb to burn out.

The technician detected an overvoltage in the power supply.

The manufacturer recommends checking the overvoltage protection before using the appliance.

The surge protector prevented the overvoltage from destroying the computer.

The building had overvoltage protection installed to safeguard against electrical problems.

The generator cannot handle overvoltage, as it could cause severe damage.

The electronic device failed due to overvoltage.