CJ19 contactors are used in reactive power compensation applications. They are used to ensure the switching of phase capacitors. The need for their use is justified by the fact that when the capacitors are turned on, the resistance is minimal. This causes a current surge and the contacts are almost in a state of short circuit. But capacitor contactors allow you to avoid this. Their design implies step-by-step switching. First, the auxiliary contacts are closed to connect resistors that limit the current in the capacitor circuit. And only after the current is reduced to a safe level, the main contacts are closed.

CJ19 contactors are used in reactive power compensation applications. They are used to ensure the switching of phase capacitors. The need for their use is justified by the fact that when the capacitors are turned on, the resistance is minimal. This causes a current surge and the contacts are almost in a state of short circuit. But capacitor contactors allow you to avoid this. Their design implies step-by-step switching. First, the auxiliary contacts are closed to connect resistors that limit the current in the capacitor circuit. And only after the current is reduced to a safe level, the main contacts are closed.

CJ19 contactors are used in reactive power compensation applications. They are used to ensure the switching of phase capacitors. The need for their use is justified by the fact that when the capacitors are turned on, the resistance is minimal. This causes a current surge and the contacts are almost in a state of short circuit. But capacitor contactors allow you to avoid this. Their design implies step-by-step switching. First, the auxiliary contacts are closed to connect resistors that limit the current in the capacitor circuit. And only after the current is reduced to a safe level, the main contacts are closed.

CJ19 contactors are used in reactive power compensation applications. They are used to ensure the switching of phase capacitors. The need for their use is justified by the fact that when the capacitors are turned on, the resistance is minimal. This causes a current surge and the contacts are almost in a state of short circuit. But capacitor contactors allow you to avoid this. Their design implies step-by-step switching. First, the auxiliary contacts are closed to connect resistors that limit the current in the capacitor circuit. And only after the current is reduced to a safe level, the main contacts are closed.

CJ19 contactors are used in reactive power compensation applications. They are used to ensure the switching of phase capacitors. The need for their use is justified by the fact that when the capacitors are turned on, the resistance is minimal. This causes a current surge and the contacts are almost in a state of short circuit. But capacitor contactors allow you to avoid this. Their design implies step-by-step switching. First, the auxiliary contacts are closed to connect resistors that limit the current in the capacitor circuit. And only after the current is reduced to a safe level, the main contacts are closed.

CJ19 contactors are used in reactive power compensation applications. They are used to ensure the switching of phase capacitors. The need for their use is justified by the fact that when the capacitors are turned on, the resistance is minimal. This causes a current surge and the contacts are almost in a state of short circuit. But capacitor contactors allow you to avoid this. Their design implies step-by-step switching. First, the auxiliary contacts are closed to connect resistors that limit the current in the capacitor circuit. And only after the current is reduced to a safe level, the main contacts are closed.