Schneider Electric LC1D32M7C is a 3‑pole electromechanical AC contactor from the TeSys D series designed for motor control and general switching in industrial and commercial electrical systems. It features three main power contacts and integrated auxiliary contacts for use in control circuits. The contactor is suitable for switching AC loads including motors, lighting, heating and other resistive or inductive loads. It is engineered for reliable performance with high electrical and mechanical endurance, and supports flexible mounting in control panels via DIN‑rail or panel installation.

Schneider Electric LC1D25B7C is a 3‑pole electromechanical AC contactor from the TeSys D series designed for motor control and general switching applications in industrial and commercial electrical systems. It features three main power contacts and integrated auxiliary contacts to support control and signaling functions. The contactor is suitable for switching alternating current loads such as motors, lighting, heating and other resistive or inductive loads. It is engineered for reliable operation, long electrical life and robust mechanical endurance, and supports panel or DIN‑rail mounting in control panels and distribution boards.

Schneider Electric LC1D25F7C is a 3‑pole electromechanical AC contactor from the TeSys D series designed for motor control and general switching applications in industrial and commercial electrical systems. It features three main power contacts and integrated auxiliary contacts to support control logic and signalling. The contactor is suitable for switching AC loads such as motors, lighting, heating, and other resistive or inductive circuits. It is engineered for high reliability, long electrical life, and robust mechanical endurance, and supports panel or DIN‑rail mounting in control panels and distribution boards.

Schneider Electric LC1D25M7C is a 3‑pole electromechanical AC contactor from the TeSys D series designed for motor control and general switching applications in industrial and commercial electrical systems. It features three main power contacts and integrated auxiliary contacts for control circuit functionality. The contactor is suitable for switching AC loads including motors, lighting, heating and other resistive or inductive loads. It is engineered for reliable performance with high electrical endurance and robust mechanical durability, and supports flexible mounting in control panels via DIN‑rail or panel installation.

Schneider Electric LC1D18F7C is a 3‑pole electromechanical AC contactor from the TeSys D series designed for motor control and general switching applications in industrial and commercial electrical systems. It features three main power contacts and built‑in auxiliary contacts for control and signaling functions. The contactor is suitable for switching AC loads such as motors, lighting, heating and other resistive or inductive circuits. It is engineered for high reliability, long electrical life, and robust mechanical endurance, and supports panel or DIN‑rail mounting in control panels and distribution systems.

Schneider Electric LC1D18M7C is a 3‑pole electromechanical AC contactor from the TeSys D series designed for motor control, switching, and load management applications in industrial and commercial electrical systems. It features three main power contacts and integrated auxiliary contacts for control and signaling functions. The contactor is suitable for switching AC loads such as motors, lighting, heating, and other resistive or inductive circuits. It is engineered for durable performance, high electrical reliability, and robust mechanical endurance, and supports panel or DIN‑rail mounting in control panels and distribution boards.

Schneider Electric LC1D12B7C is a 3‑pole electromechanical AC contactor from the TeSys D series designed for motor control and general switching applications in industrial and commercial electrical systems. It features three main power contacts and integrated auxiliary contacts for control and signaling functions. The contactor is suitable for switching AC loads such as motors, lighting, heating, and other resistive or inductive circuits. It is engineered for reliable performance, high electrical endurance, and robust mechanical durability, and supports flexible mounting in control panels via DIN‑rail or panel installation.

Schneider Electric LC1D12F7C is a 3‑pole electromechanical AC contactor from the TeSys D series designed for motor control and general switching applications in industrial and commercial electrical systems. It features three main power contacts and integrated auxiliary contacts for control and signalling functions. The contactor is suitable for switching alternating current (AC) loads such as motors, lighting, heating and other resistive or inductive circuits. It is engineered for reliable performance, high electrical endurance and robust mechanical durability, and supports flexible mounting in control panels via DIN‑rail or panel installation.

Schneider Electric LC1D12M7C is a 3‑pole electromechanical AC contactor from the TeSys D series designed for motor control, switching, and load management applications in industrial and commercial electrical systems. It features three main power contacts and integrated auxiliary contacts for control and signalling functions. The contactor is suitable for switching AC loads such as motors, lighting, heating and other resistive or inductive circuits. It is engineered for reliable performance, high electrical endurance, and robust mechanical durability, and supports flexible mounting in control panels via DIN‑rail or panel installation.

Schneider Electric LC1D09B7C is a 3‑pole electromechanical AC contactor from the TeSys D series designed for motor control and general switching applications in industrial and commercial electrical systems. It features three main power contacts and integrated auxiliary contacts for control circuit integration. The contactor is suitable for switching alternating current loads such as small motors, lighting, heating and other resistive or inductive circuits. It is engineered for reliable performance with long electrical life and robust mechanical endurance, and supports flexible mounting in control panels via DIN‑rail or panel installation.