Electrical & Electronic System

Providing protection against overload and short-circuit currents and protects people against earth fault currents: direct or indirect contact. The RCD employs the current balance principle which involves the supply conductors to the load (phase and neutral) wound onto a common transformer core to form the primary windings. Under healthy conditions, the current in the phase conductor is equal to the current in the neutral and the vector sum of the current is zero.

Providing protection against overload and short-circuit currents and protects people against earth fault currents: direct or indirect contact. The RCD employs the current balance principle which involves the supply conductors to the load (phase and neutral) wound onto a common transformer core to form the primary windings. Under healthy conditions, the current in the phase conductor is equal to the current in the neutral and the vector sum of the current is zero.

EPR SERIES ELCB 40A 2P 300MA

Providing protection against overload and short-circuit currents and protects people against earth fault currents: direct or indirect contact. The RCD employs the current balance principle which involves the supply conductors to the load (phase and neutral) wound onto a common transformer core to form the primary windings. Under healthy conditions, the current in the phase conductor is equal to the current in the neutral and the vector sum of the current is zero.

Providing protection against overload and short-circuit currents and protects people against earth fault currents: direct or indirect contact. The RCD employs the current balance principle which involves the supply conductors to the load (phase and neutral) wound onto a common transformer core to form the primary windings. Under healthy conditions, the current in the phase conductor is equal to the current in the neutral and the vector sum of the current is zero.

Providing protection against overload and short-circuit currents and protects people against earth fault currents: direct or indirect contact. The RCD employs the current balance principle which involves the supply conductors to the load (phase and neutral) wound onto a common transformer core to form the primary windings. Under healthy conditions, the current in the phase conductor is equal to the current in the neutral and the vector sum of the current is zero.

Providing protection against overload and short-circuit currents and protects people against earth fault currents: direct or indirect contact. The RCD employs the current balance principle which involves the supply conductors to the load (phase and neutral) wound onto a common transformer core to form the primary windings. Under healthy conditions, the current in the phase conductor is equal to the current in the neutral and the vector sum of the current is zero.

Providing protection against overload and short-circuit currents and protects people against earth fault currents: direct or indirect contact. The RCD employs the current balance principle which involves the supply conductors to the load (phase and neutral) wound onto a common transformer core to form the primary windings. Under healthy conditions, the current in the phase conductor is equal to the current in the neutral and the vector sum of the current is zero.