Schneider Electric LC1D150 is a 3‑pole electromechanical AC contactor from the TeSys D series designed for industrial motor control and general switching applications. It is intended for heavy‑current loads and three‑phase systems, providing reliable switching of motors, heating, lighting and other resistive or inductive AC loads. The contactor features integrated auxiliary contacts for control circuit functions and supports standard industrial control coil voltages. It is engineered for high electrical endurance, mechanical durability, and long service life, suitable for use in motor starters, power distribution panels, and automation control systems.

Schneider Electric LC1D09F7C 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 small three‑phase motors, lighting, heating, and other resistive or inductive circuits. It is engineered for reliable performance, long electrical life, and robust mechanical endurance, and supports panel or DIN‑rail mounting in control panels and distribution systems.

Schneider Electric LC1D11500F7C is a 3‑pole electromechanical AC contactor from the TeSys D series designed for industrial motor control and general AC load switching applications. It is engineered to provide reliable switching of three‑phase electrical loads, including motors, lighting, heating and other inductive or resistive circuits. The contactor’s robust construction ensures high electrical endurance and mechanical durability, making it suitable for demanding industrial environments. It supports standard panel or DIN‑rail mounting and integrates into motor starter assemblies and control panels.

Schneider Electric LC1D18BDC is a compact 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 normally‑open power contacts and integrated auxiliary contacts, suitable for switching small three‑phase loads such as motors, lighting, and other resistive or inductive circuits. The contactor is engineered for reliable performance, robust mechanical durability, and high electrical endurance. It supports standard industrial control coil voltages and flexible panel or DIN‑rail mounting, making it ideal for motor starters and control panel integration.

Schneider Electric LC1D12BDC is a compact 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 normally‑open power contacts and integrated auxiliary contacts, suitable for switching small three‑phase loads such as motors, lighting, heating and other resistive or inductive circuits. The contactor is engineered for reliable performance, robust mechanical durability, and high electrical endurance. It supports standard control coil voltages and flexible mounting in control panels via DIN‑rail or panel installation, making it ideal for use in motor starters and control panel integration.

Schneider Electric ATS22C41Q is a three‑phase soft starter from the Altistart 22 series designed for smooth starting and stopping of three‑phase asynchronous motors in industrial applications. It reduces mechanical stress and electrical inrush currents by controlling the voltage applied to the motor during start‑up and includes an integrated bypass to improve efficiency by minimizing heat and noise. The unit supports configurable settings and communication integration, making it suitable for applications such as pumps, fans, compressors, conveyors and other heavy‑duty machinery.

Schneider Electric ATS22D75Q is a three‑phase soft starter from the Altistart 22 series designed to provide smooth starting and stopping of three‑phase asynchronous motors in industrial applications. It reduces mechanical stress on the driven equipment and limits electrical inrush current by controlling the voltage and torque during motor start‑up. The integrated bypass minimizes heat generation and noise during running operation, and configuration can be managed via compatible software. The unit is suitable for applications such as pumps, fans, compressors, conveyors and other machinery requiring controlled motor acceleration.

The Schneider Electric PM800 Series is a legacy family of compact, modular power meters designed for advanced electrical energy and power quality measurement in three‑phase systems. These meters combine accurate multi‑parameter power and energy measurement with on‑board data logging, power quality analysis, alarming, and I/O capabilities in a compact panel‑mount form factor. The PM800 series meters are ideal for monitoring low‑ and high‑voltage installations in industrial facilities, commercial buildings, utility networks, and critical power environments. They support intuitive local displays, expandable communications and I/O modules, and can integrate with power and energy management systems for load analysis, cost allocation, and preventive maintenance.

Schneider Electric PM210MG is a compact panel‑mount power meter from the PowerLogic™ PM210 series designed for electrical energy and power parameter measurement in three‑phase systems. It features a back‑lit green LCD display for clear visualization of measured values and supports Modbus communication via RS‑485 for integration with monitoring and control systems. The meter is suitable for monitoring voltage, current, power, energy, power factor and frequency in commercial and industrial power distribution applications

Schneider Electric PM1200 is a compact panel‑mount digital power meter from the PowerLogic™ PM1000 series designed for energy and power monitoring in electrical distribution systems. It provides measurement of key electrical parameters including voltage, current, power, energy and power factor, and includes communication capability for integration with monitoring and control systems via RS‑485 using the Modbus protocol. The meter features an easy‑to‑read LED display with multiple lines and a configurable analog load bar for at‑a‑glance loading information, making it suitable for industrial, commercial, and utility panel installations.