The ABB 61000602 is a Geared Motor Device used primarily as a motor operator for electrical equipment such as circuit breakers and similar industrial automation devices. It is designed to provide controlled mechanical actuation (opening/closing) using an internal geared motor mechanism, suitable for industrial applications requiring reliable motorized operation.

The ABB VD4M‑1206‑25 is a medium‑voltage vacuum circuit breaker designed for electrical power distribution and protection in industrial, utility, and infrastructure installations. It uses vacuum interrupter technology, which provides reliable interruption of current in medium‑voltage systems with minimal contact wear, high dielectric strength, and long lifecycle. VD4 series breakers are widely deployed globally thanks to their proven reliability and safety performance in medium‑voltage switchgear applications

The ABB PR122/P‑LSI is an advanced electronic protection trip unit designed for use in ABB low‑voltage circuit breakers (such as E3S and similar breaker families) for 3‑pole, high‑current applications up to 2500 A and 3200 A. It provides comprehensive overcurrent protection by integrating multiple protection stages — Long‑time (L) for overloads, Short‑time (S) for delayed short‑circuit response, Instantaneous (I) for immediate fault clearing, and (where supported) Ground‑fault (G) detection. The PR122/P‑LSI unit is microprocessor‑based and allows adjustable protection settings for precise coordination with upstream and downstream protective devices. It can be configured via front panel interfaces or external programming tools, offering flexibility for industrial power distribution, main feeder protection, and motor feeder applications.

The ABB A210‑30‑11‑84 (1SFL511001R8411) is a three‑phase contactor designed for industrial and commercial power switching applications. It is used for motor starting, isolation, bypass switching, and distribution switching in electrical circuits up to 690 V AC. The device operates via an electromagnetic coil and is suitable for use with AC control voltages of 110 V 50 Hz or 110‑120 V 60 Hz, allowing flexible integration into different systems. It is built with rugged mechanical and electrical durability for frequent operation and can be combined with auxiliary contacts and accessories for enhanced control and feedback functionality.

The ABB PR122/P‑LSIG is an advanced electronic trip unit designed for use with ABB SACE series low‑voltage air circuit breakers. It integrates sophisticated microprocessor‑based protection logic to provide comprehensive circuit protection against overloads, short‑circuit currents, instantaneous faults, and ground (earth) faults. The unit supports adjustable protection stages — L (long‑time), S (short‑time), I (instantaneous), and G (ground fault) — giving flexible coordination and discrimination for power distribution and motor feeder applications. The trip unit also offers self‑diagnosis, event logging, and easy configuration via a front interface or external programming tool, making it suitable for industrial and commercial electrical systems requiring high levels of safety and reliability

The ABB T6S800 PR222DS/P‑LSI is a heavy‑duty three‑pole molded case circuit breaker (MCCB) from ABB’s Tmax T6 series, designed for protection and switching of low‑voltage electrical distribution systems. It integrates an electronic trip unit (PR222DS/P‑LSI) that delivers adjustable long‑time, short‑time, and instantaneous protection for overloads and short circuits with high performance level. This breaker is intended for fixed‑mount installations in electrical switchboards, industrial power panels, and main distribution circuits where reliable circuit protection and high breaking capacity are required. It conforms to international industrial standards for durability and safety in industrial power distribution.

The ABB T5S630 PR221DS‑LS/I R630 P MP 3P is a heavy‑duty three‑pole molded case circuit breaker (MCCB) from ABB’s Tmax T5 series, designed to provide reliable protection and switching for low‑voltage electrical distribution systems. It incorporates an electronic trip unit (PR221DS‑LS/I) offering adjustable thermal and magnetic protection with performance level S, suitable for protecting circuits and electrical equipment from overloads, short circuits, and fault conditions. The breaker has a fixed installation style with front connection terminals and robust construction for industrial, commercial, and power distribution applications.

The ABB AF50‑40 is a robust industrial power contactor designed for switching and controlling three‑phase electrical power circuits. It features a block‑type configuration with four main poles, allowing it to handle AC loads such as motors, heaters, and other resistive or slightly inductive applications. The contactor is equipped with an electronic coil interface that accepts a wide range of control voltages in both AC and DC, enabling flexible operation in different control systems. It offers reliable performance even under voltage fluctuations and dip conditions, with compact dimensions for panel mounting. The design supports auxiliary contact blocks and accessories for expanded control and signalling.

The ABB MOD600ADOM4R is a digital output module designed for use in ABB’s RIO600 remote I/O automation system. It provides four independent digital output channels that interface field devices such as indicators, relays, valves, and actuators to a distributed control or automation system. The module forms part of a modular I/O architecture, allowing flexible expansion and configuration of remote sensing and control functions in industrial automation, power distribution, and process control applications. It is built to withstand industrial environments with robust electrical and mechanical performance.

The ABB AF305‑30 is a heavy‑duty three‑phase contactor designed for switching and controlling industrial power circuits and motors. It belongs to ABB’s AF series of contactors, which are widely used in motor control, distribution, bypass, and isolation applications in industrial and commercial electrical systems. The device features three main power poles and can be equipped with auxiliary contacts for status feedback and control logic. Its coil accepts a broad range of control voltages in both AC and DC, and built‑in surge suppression helps reduce energy consumption and improve reliability. The robust design ensures distinct switching performance, even under unstable supply conditions, and allows use in demanding environments with wide voltage variations.