The ABB 1SDA038675R1 is a three‑pole molded case circuit breaker (MCCB) from ABB’s SACE Isomax S series, model S5N630 with an electronic PR211 trip unit. It is designed to provide reliable overload and short‑circuit protection for industrial low‑voltage AC power distribution. With a 630 A rated current and robust interrupting capability, this breaker is suitable for use as a main or feeder protection device in commercial and industrial electrical systems. The electronic PR211 release offers adjustable protection settings and precise control over trip characteristics.

The ABB 1SDA100355R1 is a three‑pole molded case circuit breaker (MCCB) from ABB’s SACE Tmax XT5N series with a solid‑state electronic release (EKIP DIP LS/I). It is designed for fixed installation with front terminals and provides dependable overload and short‑circuit protection in industrial and commercial low‑voltage AC power distribution systems. With a high rated current of 630 A and robust fault‑interruption capabilities, this breaker offers precise protection using the electronic EKIP trip unit, making it suitable for protecting feeders, main circuits, motors, generators, and other critical loads in demanding electrical installations.

The ABB NL22E DC110V contactor/relay is a compact control/auxiliary contactor designed for switching and control of auxiliary circuits in industrial electrical systems, particularly where DC control voltage is used. It features a 110 V DC coil that actuates the internal contact set to make or break circuits. The device is suitable for use in control panels, motor control centers, relay logic systems, and other applications requiring reliable DC‑coil switching of control circuits. The NL22E series is part of ABB’s broad range of contactors and relays and can be used in conjunction with other switching and protection devices.

The ABB S204‑D63 is a 4‑pole miniature circuit breaker (MCB) from the ABB System pro M / S200 series, designed to provide reliable overload and short‑circuit protection in low‑voltage AC electrical distribution systems. It utilizes a Type D trip characteristic, which allows higher tolerance for high inrush currents such as those drawn by motors and transformers, while still offering dependable protective operation. The breaker is DIN‑rail mountable and features screw‑type terminals with clear ON/OFF position indication, making it suitable for residential, commercial, and light industrial applications

The ABB S204‑D50 is a 4‑pole miniature circuit breaker (MCB) with a Type‑D trip characteristic, designed to provide reliable overload and short‑circuit protection for low‑voltage AC distribution circuits. It is part of ABB’s System pro M Compact / S200M series, engineered for residential, commercial, and light industrial electrical installations. The D‑curve enables the breaker to tolerate high inrush currents such as those from motors, transformers, and other inductive loads while still offering dependable protective performance. This compact DIN‑rail mountable breaker features screw terminals with clear ON/OFF indication and complies with international safety standards.

The ABB S204‑D40 is a 4‑pole miniature circuit breaker (MCB) from ABB’s System pro M / S200 compact series designed to provide reliable overload and short‑circuit protection in low‑voltage AC electrical distribution systems. It features a Type D trip curve, which offers enhanced tolerance to high inrush currents typical of motor loads, transformers, and other heavy inductive equipment. The breaker is DIN‑rail mountable and includes screw‑type terminals with clear ON/OFF indication, making it suitable for residential, commercial, and light industrial applications where robust circuit protection is required.

The ABB S204‑D25 is a 4‑pole miniature circuit breaker (MCB) from ABB’s System pro M / S200 series, engineered for reliable overload and short‑circuit protection in low‑voltage AC distribution systems. It features a Type D trip characteristic, which provides enhanced tolerance for high inrush currents typically seen in motor and transformer loads, while still offering dependable protective operation. This DIN‑rail mountable breaker has screw‑type terminals and a compact design suitable for residential, commercial, and light industrial panels. It also supports add‑on accessories such as auxiliary contacts and shunt trips for expanded control and monitoring

The ABB S204‑D20 is a 4‑pole miniature circuit breaker (MCB) from ABB’s System pro M / S200 series, featuring a D‑type trip characteristic. It is designed to provide overload and short‑circuit protection for low‑voltage AC distribution circuits and is suitable for residential, commercial, and light industrial applications. The D‑curve trip characteristic gives the breaker higher tolerance to high inrush currents such as those from motors and transformers, while still delivering dependable protection. The breaker mounts on a standard DIN rail and includes screw‑type terminals for secure wiring.

The ABB S204‑D16 miniature circuit breaker is a 4‑pole compact overcurrent protection device designed for use in low‑voltage AC electrical systems. It features a D‑type trip characteristic, making it suitable for circuits with high inrush currents such as motors and transformers. The breaker provides thermal and electromechanical protection against overloads and short circuits, and is DIN‑rail mountable for easy installation in distribution panels. Its robust construction and compliance with international standards make it suitable for residential, commercial, and light industrial applications.

The ABB ST204M‑D10 (often referred to by catalogue type SH204‑D10) is a 4‑pole miniature circuit breaker (MCB) from ABB’s S‑200 / System Pro M Compact series, designed for low‑voltage electrical protection. It provides reliable overload and short‑circuit protection for distribution circuits in residential, commercial, and light industrial installations. This compact DIN‑rail mountable breaker uses a D‑type trip characteristic, offering good tolerance for high inrush currents such as those from motors or transformers while still offering responsive circuit protection