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.

Schneider Electric LC1D620M7C is a heavy‑duty 3‑pole electromechanical AC contactor from the TeSys D series designed for high‑current motor control and industrial switching applications. It provides robust performance for large three‑phase systems, offering reliable switching of heavy electrical loads with high endurance and long service life. This contactor includes integrated power contacts and a coil designed for standard industrial control voltages, suitable for use in motor starters, power distribution panels, and other high‑load electrical control systems.

Schneider Electric LC1D475M7C is a heavy‑duty 3‑pole electromechanical AC contactor from the TeSys D series designed for industrial motor control and high‑current switching applications. It features three main power poles with normally‑open contacts and is engineered for reliable operation in demanding electrical environments. The contactor provides robust switching capability for large loads and three‑phase systems and integrates into motor starters, power distribution, and automation control panels. It is suitable for frequent switching cycles and conforms to international electrical standards.

Schneider Electric LC1D410M7C is a heavy‑duty 3‑pole electromechanical AC contactor from the TeSys D series designed for industrial motor control and high‑current switching applications. It features three main power contacts and integrated auxiliary contacts for control circuit integration. The contactor is suitable for switching large AC loads including motors, heating, lighting and other resistive or inductive circuits in commercial and industrial electrical systems. Engineered for robust performance, it offers high electrical endurance, mechanical durability, and reliable operation under demanding conditions. The LC1D410M7C supports flexible mounting in control panels via DIN‑rail or panel installation and is compliant with international contactor standards.

Schneider Electric LC1D300M7C is a heavy‑duty 3‑pole electromechanical AC contactor from the TeSys D series designed for industrial motor control and high‑current switching applications. It features robust power contacts and integrated auxiliary contacts suitable for demanding electrical environments. The contactor is engineered for reliable operation with large three‑phase AC loads such as motors, heating, lighting, and other resistive or inductive circuits. It supports flexible panel or DIN‑rail mounting in control panels, offers high electrical endurance and mechanical durability, and complies with international industrial contactor standards.

Schneider Electric LC1D245Q7C is a 3‑pole electromechanical AC contactor from the TeSys D series for high current motor control and power switching applications. It features robust power contacts designed to handle large three‑phase AC loads with high reliability. Designed for industrial environments, it supports standard control voltages and is suitable for use in motor starter circuits and heavy load panels.