The Schneider Electric TeSys F LC1F265 is a heavy‑duty 3‑pole industrial AC contactor designed for motor control and general AC switching applications. It handles high current and can be configured with a separate coil to suit different control voltages.

The Schneider Electric TeSys D LC1D245M5C is a heavy‑duty 3‑pole industrial AC contactor designed for controlling and switching high‑power three‑phase motors and general AC loads. It delivers reliable performance in demanding industrial applications with high current and high voltage requirements, and is suitable for use in motor control systems, power distribution, and other heavy switching operations

The Schneider Electric TeSys F LC1F150M7 is a heavy‑duty 3‑pole industrial AC contactor designed for controlling and switching 3‑phase motors and general AC loads. It features a reliable AC coil and rugged construction for industrial control panels and motor starters.

The Schneider Electric LC1F150 is a TeSys F series 3‑pole industrial AC contactor designed for heavy‑duty motor control and general AC switching applications. It supports high operational currents and can be configured with various coil voltages for flexible control options.

The Schneider Electric LC1D11500Q5C is a high‑capacity, three‑pole low‑voltage electromagnetic contactor designed for heavy‑duty AC power switching and motor control in industrial and commercial electrical systems, featuring robust construction for reliable operation under high current loads.

The Schneider Electric LC1D245 is a three‑pole low‑voltage electromagnetic contactor with a 220 V AC control coil, designed for reliable switching of AC loads in industrial and commercial applications. It is suitable for motor control and general power switching tasks, delivering dependable performance and long service life.

The Schneider Electric EZD400E is a low‑voltage molded case circuit breaker (MCCB) designed for reliable protection of electrical circuits in industrial, commercial, and infrastructure applications. This 3‑pole, 350 A breaker provides dependable overload and short‑circuit protection, combined with manual switching capability. It is suitable for installation in distribution boards and power panels as a main protective device or as feeder protection. The EZD series is engineered for ease of use, high safety performance, and long operational life.

The Schneider Electric LC1G410LSEC is a heavy‑duty low‑voltage electromagnetic contactor from the TeSys Giga series, designed for high‑capacity power switching and motor control in demanding industrial and commercial applications. It features a three‑pole main contact configuration with an integrated auxiliary contact block and a wide-range AC/DC electronic control coil (200–500 V), providing reliable operation across varied control systems. The contactor is suitable for integration into automation panels, motor control centers, and power distribution systems, supporting standard utilisation categories for both AC and DC loads. It is engineered for robustness, high switching performance, and long service life.

The Schneider Electric C65L‑DC C32A 2P is a miniature circuit breaker (MCB) designed for DC power applications in industrial, commercial, and renewable energy systems. It provides reliable overcurrent and short‑circuit protection for two‑pole DC circuits up to 32 A. This breaker features a thermal‑magnetic trip mechanism and compact design for easy installation in distribution boards and control panels. It is suitable for protecting DC loads such as solar PV strings, battery systems, DC motor circuits, and other low‑voltage DC installations requiring high safety and dependable operation.

The Schneider Electric WATSNB‑800/800‑4CBR is a heavy‑duty low‑voltage dual power transfer switch designed for industrial and commercial electrical systems requiring reliable manual or automatic switching between two power sources. It provides safe and efficient switching of three‑phase power feeds to ensure continuity of supply when transitioning between primary and standby power. This model is configured for 800 A rated current on both input sources and features a 4‑pole switching arrangement to accommodate three phases and neutral in three‑phase systems. It is engineered for robustness, ease of operation, and integration into power distribution panels.