The ABB 1SDA067048R1 is a three‑pole molded case circuit breaker from ABB’s Tmax XT2N series, featuring a magnetic (MF) trip unit designed for fast short‑circuit protection in low‑voltage electrical distribution systems. It is configured for fixed mounting with front terminal connections and provides dependable protection against fault currents while allowing coordination with upstream and downstream protective devices. This compact breaker is suitable for industrial and commercial panel installations that require reliable overcurrent interruption performance.

The ABB 1SDA067047R1 is a three‑pole molded case circuit breaker (MCCB) from the ABB Tmax XT2N series with a magnetic (MF) trip mechanism. It is designed for fixed installation with front terminals and provides dependable short‑circuit protection for low‑voltage power distribution systems. With a rated current of 8.5 A and robust construction, this breaker is suitable for industrial and commercial electrical circuits requiring reliable overcurrent interruption and fault protection.

The ABB 1SDA067045R1 is a three‑pole molded case circuit breaker (MCCB) from the Tmax XT2N series with a magnetic (MF) release. Designed for low‑voltage power distribution, it provides protection against overcurrent and short-circuit conditions. It features front bolt terminals for easy installation and fast response to fault currents, making it suitable for motor feeder protection and general circuit protection in industrial and commercial environments.

The ABB A26‑30‑10 380V AC Contactor is a three‑pole industrial AC power contactor designed for robust control and switching of three‑phase electrical power circuits. It is part of ABB’s A26 series of contactors, widely used for motor control, power distribution switching, lighting circuits, and general industrial loads. This contactor features three main normally open (NO) contacts with a built‑in auxiliary contact for control and feedback functions. The contactor is operated by an AC control coil rated for 380–400 V (50 Hz) / 400–415 V (60 Hz), providing reliable actuation in high‑voltage control systems. Its compact block‑type design with screw terminals enables easy panel or DIN‑rail installation. A variety of add‑on accessories (such as auxiliary blocks and mechanical latches) can be integrated for expanded control and signaling needs

The ABB A12‑30‑01 220 V Contactor is a three‑pole AC power contactor designed for industrial and commercial control of three‑phase power circuits, including motor switching, lighting, and general load control. It features three main normally‑open (NO) contacts and one auxiliary contact, making it suitable for control feedback or interlock functions. The contactor uses an AC control coil rated for 220 – 230 V (50 Hz) or 230 – 240 V (60 Hz) for reliable operation and is built to meet international IEC standards for industrial contactor performance. It is compatible with DIN‑rail or panel mounting with screw‑type terminals for robust and secure connections.

The ABB 1SDA038676R1 is a three‑pole molded case circuit breaker (MCCB) from ABB’s SACE Isomax S5 series, configured with a PR212‑P electronic trip unit with LSI (Long‑Time, Short‑Time, and Instantaneous) protection and a 630 A rated current. This breaker provides selectable protection against overloads, short circuits, and instantaneous faults in three‑phase low‑voltage power distribution systems. The device features a fixed mounting with front connections and is designed for reliable circuit protection and coordination in industrial and commercial electrical installations.

The ABB AX09‑30‑01‑81 is a three‑pole AC contactor from ABB’s AX series designed for control and switching of three‑phase power circuits. It is suitable for industrial and commercial applications where reliable and compact switching of motors and general loads is required. The contactor is operated by a 24 V AC control coil (50/60 Hz) and features three main normally open (NO) contacts along with one built‑in auxiliary normally closed (NC) contact for control feedback or interlock applications. Its block‑type design provides robust performance up to 690 V AC and is compatible with DIN‑rail or panel installations.

The ABB 1SDA092548R1 is a 4‑pole molded case circuit breaker (MCCB) designed for reliable overcurrent protection in electrical distribution systems. It combines a thermomagnetic trip mechanism with a plastic enclosure, offering compact yet robust protection against overloads and short‑circuits. This breaker is suitable for use in commercial, industrial, and panel applications requiring dependable four‑pole protection and safety. Model designation S2N160 R160 4P FFC+RC212V indicates a 160 A rated breaker with specific release and accessory configurations for enhanced reliability and performance.

The ABB 2CDS251001R0634 is a single‑pole, type C miniature circuit breaker from ABB’s System pro M compact S200 series. This compact overcurrent protection device is designed for the protection of electrical circuits against overloads and short‑circuits in residential, commercial, and light industrial installations. It features a thermal‑magnetic tripping mechanism that reacts to sustained overloads and instantaneous short‑circuit currents, offering reliable performance and safety in low‑voltage AC and DC applications. The breaker can also accommodate auxiliary accessories such as signalling contacts for enhanced monitoring.

The ABB AL26‑30‑10 24 V DC Contactor is a compact three‑pole power contactor designed for control and switching of three‑phase electrical power circuits. It features three main normally open (NO) contacts and one normally open auxiliary contact for control feedback. The contactor uses a 24 V DC coil with low consumption, making it suitable for direct control by PLC outputs or DC control systems. It is engineered for robust operation in industrial environments and is ideal for motor control, power switching, lighting, and general load control up to 690 V AC. The device complies with IEC standards for contactors and supports high switching frequencies with reliable mechanical performance.