EXITED PRODUCTS

Shunt trip release, 24V DC

Shunt trip release, 48V DC

Shunt trip release, 24V AC

Capacitor contactors Ex9CC are used mainly for switching power factor correction blocks. These types of contactors are fitted and delivered with special front mounted block of series resistors which ensures early making of auxiliary poles and connects the capacitor to the network via the set of resistors when the coil is energized. The contactor with this current suppression block can effectively reduce the current impact of the capacitors and operational overvoltage. The utilization category of these contactors is AC-6b.

Capacitor contactors Ex9CC are used mainly for switching power factor correction blocks. These types of contactors are fitted and delivered with special front mounted block of series resistors which ensures early making of auxiliary poles and connects the capacitor to the network via the set of resistors when the coil is energized. The contactor with this current suppression block can effectively reduce the current impact of the capacitors and operational overvoltage. The utilization category of these contactors is AC-6b.

Capacitor contactors Ex9CC are used mainly for switching power factor correction blocks. These types of contactors are fitted and delivered with special front mounted block of series resistors which ensures early making of auxiliary poles and connects the capacitor to the network via the set of resistors when the coil is energized. The contactor with this current suppression block can effectively reduce the current impact of the capacitors and operational overvoltage. The utilization category of these contactors is AC-6b.

Capacitor contactors Ex9CC are used mainly for switching power factor correction blocks. These types of contactors are fitted and delivered with special front mounted block of series resistors which ensures early making of auxiliary poles and connects the capacitor to the network via the set of resistors when the coil is energized. The contactor with this current suppression block can effectively reduce the current impact of the capacitors and operational overvoltage. The utilization category of these contactors is AC-6b.

Capacitor contactors Ex9CC are used mainly for switching power factor correction blocks. These types of contactors are fitted and delivered with special front mounted block of series resistors which ensures early making of auxiliary poles and connects the capacitor to the network via the set of resistors when the coil is energized. The contactor with this current suppression block can effectively reduce the current impact of the capacitors and operational overvoltage. The utilization category of these contactors is AC-6b.

Capacitor contactors Ex9CC are used mainly for switching power factor correction blocks. These types of contactors are fitted and delivered with special front mounted block of series resistors which ensures early making of auxiliary poles and connects the capacitor to the network via the set of resistors when the coil is energized. The contactor with this current suppression block can effectively reduce the current impact of the capacitors and operational overvoltage. The utilization category of these contactors is AC-6b.

Capacitor contactors Ex9CC are used mainly for switching power factor correction blocks. These types of contactors are fitted and delivered with special front mounted block of series resistors which ensures early making of auxiliary poles and connects the capacitor to the network via the set of resistors when the coil is energized. The contactor with this current suppression block can effectively reduce the current impact of the capacitors and operational overvoltage. The utilization category of these contactors is AC-6b.

Capacitor contactors Ex9CC are used mainly for switching power factor correction blocks. These types of contactors are fitted and delivered with special front mounted block of series resistors which ensures early making of auxiliary poles and connects the capacitor to the network via the set of resistors when the coil is energized. The contactor with this current suppression block can effectively reduce the current impact of the capacitors and operational overvoltage. The utilization category of these contactors is AC-6b.

Capacitor contactors Ex9CC are used mainly for switching power factor correction blocks. These types of contactors are fitted and delivered with special front mounted block of series resistors which ensures early making of auxiliary poles and connects the capacitor to the network via the set of resistors when the coil is energized. The contactor with this current suppression block can effectively reduce the current impact of the capacitors and operational overvoltage. The utilization category of these contactors is AC-6b.

Capacitor contactors Ex9CC are used mainly for switching power factor correction blocks. These types of contactors are fitted and delivered with special front mounted block of series resistors which ensures early making of auxiliary poles and connects the capacitor to the network via the set of resistors when the coil is energized. The contactor with this current suppression block can effectively reduce the current impact of the capacitors and operational overvoltage. The utilization category of these contactors is AC-6b.

Capacitor contactors Ex9CC are used mainly for switching power factor correction blocks. These types of contactors are fitted and delivered with special front mounted block of series resistors which ensures early making of auxiliary poles and connects the capacitor to the network via the set of resistors when the coil is energized. The contactor with this current suppression block can effectively reduce the current impact of the capacitors and operational overvoltage. The utilization category of these contactors is AC-6b.

Capacitor contactors Ex9CC are used mainly for switching power factor correction blocks. These types of contactors are fitted and delivered with special front mounted block of series resistors which ensures early making of auxiliary poles and connects the capacitor to the network via the set of resistors when the coil is energized. The contactor with this current suppression block can effectively reduce the current impact of the capacitors and operational overvoltage. The utilization category of these contactors is AC-6b.