The ABB E3S2000 is a high‑capacity low‑voltage air circuit breaker from ABB’s SACE Emax E3 series designed for the protection and switching of electrical power distribution and industrial systems. These breakers provide reliable overcurrent and short‑circuit protection for three‑phase power circuits up to 2000 A. The unit is suitable for industrial, commercial, and utility applications where robust fault protection and selective coordination are required.

The ABB YC‑1SDA038296R1 is a shunt closing release unit designed to provide remote electrical closing functionality for ABB low‑voltage air circuit breakers in the SACE Emax and SACE Tmax T series. This accessory enables a breaker to be closed electronically using a control voltage, which complements manual operation and allows integration with automated control systems, safety circuits, and control panels.

The ABB YO‑1SDA038286R1 is a shunt trip / shunt opening release accessory designed for use with ABB low‑voltage circuit breakers, particularly the EMax / Tmax family of molded case circuit breakers. It provides a remote trip function by allowing the breaker to be opened electrically from a control signal. The device operates on a 24 V DC coil and is used in applications requiring automated disconnection of power in response to external control logic, safety systems, or protective circuitry.

The ABB A185‑30 is a three‑phase AC magnetic contactor designed for industrial power switching and motor control applications. Part of ABB’s rugged A‑Line contactor series, this device is engineered to reliably control three‑phase loads such as motors, pumps, compressors, and heaters in low‑voltage electrical systems.

The ABB AX25‑30‑10‑80 is a three‑pole AC contactor designed for reliable switching and control of three‑phase electrical power circuits. It belongs to ABB’s AX series of block contactors used in industrial and commercial electrical systems to control motors, pumps, fans, heaters, and other electrical loads.

The ABB A2X38‑30‑10‑22 is a three‑pole AC contactor designed for industrial motor control and general power switching applications. It is part of ABB’s A2X series of contactors, engineered to reliably control three‑phase loads such as motors, pumps, compressors, and heaters in low‑voltage electrical systems.

The ABB AF65‑30‑11‑11 is a rugged three‑phase AC contactor from ABB’s AF Series, designed for reliable switching and control of industrial power circuits and motors. It is suitable for controlling three‑phase motors, resistive loads, and mildly inductive loads in automation, machine control, HVAC systems, pumps, compressors, and other heavy electrical applications.

The ABB AF96‑30‑00‑13 is a three‑pole AC contactor from ABB’s high‑performance AF Series of industrial contactors. It is designed for switching and controlling 3‑phase power circuits, especially three‑phase motors and inductive or non‑inductive power loads. The AF96 family features an electronic coil interface that accepts a wide range of AC/DC control voltages, reducing the need for multiple coil variants and supporting global control systems. Built‑in surge protection enhances reliability under voltage fluctuations and brownouts. This contactor is suitable for industrial automation, motor starters, control panels, and general power management applications.

The ABB AF40‑30‑00‑11 is a three‑pole AC contactor from ABB’s AF Series designed for switching and controlling three‑phase electrical power circuits, especially for motor control and general power switching applications. It is suitable for use in control panels, automation systems, and industrial electrical installations where reliable switching of heavy loads is required. AF Series contactors feature an electronic coil interface with wide control voltage tolerance and built‑in surge suppression, reducing the need for external suppression devices and improving operational stability.

The ABB AF65‑30‑11‑13 is an industrial 3‑pole AC contactor from ABB’s AF Series designed for switching and controlling three‑phase power circuits and motors. It is built to handle both resistive and inductive loads and features a wide‑range control coil suitable for AC or DC control voltages. This contactor is compact yet robust, making it suitable for use in control panels, automation systems, motor starters, and general industrial power switching applications.