The ABB A145‑30‑11 is a 3‑phase, 3‑pole AC magnetic contactor from ABB’s “A‑line / A‑series.” It is designed to switch and control three‑phase motors or general power circuits in industrial, commercial, or HVAC environments. The contactor uses a standard AC coil, and includes both main power contacts and auxiliary contacts for control or signalling. Its robust design, wide operating voltage range, and ability to handle high currents make it suitable for motor starting/stopping, bypass/isolation, distribution circuits, and other heavy‑duty switching applications.

The ABB AF110‑30‑11 contactor is a heavy‑duty 3‑pole contactor from ABB’s “AF” series, designed for switching and controlling three‑phase motors or other high‑power AC loads. It supports a wide range of control (coil) voltages — AC or DC — making it flexible for global applications. The contactor includes three main normally‑open contacts for power switching and can have auxiliary contacts for control or signalling. With robust construction, high switching capacity, and wide voltage compatibility, it is suitable for motor starting/stopping, power‑circuit switching, industrial machinery, HVAC systems, pumps, compressors and similar applications where reliable AC contact switching is needed.

The ABB AF265‑30‑11‑13 is a 3‑phase, 3‑pole AC/DC contactor from ABB’s “AF” series, designed for switching heavy loads such as three‑phase motors or power circuits. It features a wide‑range electronic coil that accepts 100–250 V AC or 100–250 V DC control input, allowing one coil design to be used worldwide without coil change. The contactor includes 3 main normally‑open (NO) power contacts and a built‑in auxiliary contact block (1 NO + 1 NC), and supports a variety of add‑on auxiliary contacts and accessories. Its block‑type design, high switching capacity, built‑in surge suppression and robust construction make it suitable for industrial applications with high power demands and fluctuating supply conditions.

The ABB 1SFL487002R1111 is a 3‑pole AC contactor from ABB’s “AF” series, designed for switching and controlling three‑phase motors or power circuits. It is intended for heavy‑duty applications, able to handle high currents and voltages, making it suitable for motor starting, isolation, bypass, or distribution systems. The contactor supports a wide control‑voltage range (both AC and DC), includes auxiliary contacts for control or signalling, and uses main‑circuit bar terminals for reliable connection. Its robust design supports industrial environments, with high switching capacity and compatibility with large loads.

The ABB AX205‑30 is a heavy‑duty 3‑pole AC contactor used for switching three‑phase motors and high‑power circuits in industrial and commercial installations. It is designed for reliable control of motors, machinery, or general power loads — providing main contacts for power switching plus auxiliary contacts for control or signalling. The contactor supports AC-operated coils and is suitable for high-current, high-power applications up to 690 V AC, making it appropriate for motor starting, load switching, or other demanding electrical loads.

The ABB AX185‑30‑11‑80 is a 3‑pole AC contactor from ABB’s AX series. It is designed for switching and controlling three‑phase motors and heavy power loads in industrial or commercial applications. The contactor uses an AC coil (220–230 V 50 Hz / 230–240 V 60 Hz) for activation, and includes 3 main power contacts plus one set of auxiliary contacts (1 NO + 1 NC) for control or signalling purposes. It is suitable for switching loads up to 185 A (AC‑3 rating), making it appropriate for medium-to-large motors or power circuits. The robust design, flexible control-voltage coil, and auxiliary contacts make it a versatile choice for motor control, power distribution, or switching heavy loads.

The ABB A300‑30‑11‑80 is a 3‑pole AC contactor from ABB’s “A‑Line / A300” series, designed for controlling three‑phase motors and general industrial power circuits. It is a non‑reversing (across‑the‑line) contactor with a 230–240 VAC coil and comes with built‑in auxiliary contacts for control or signaling functions. The contactor is suitable for heavy‑duty switching of motors, large loads, or power circuits, offering high current and horsepower ratings and robust construction for industrial environments.

The ABB T2S160 TMD63/630 FF 3‑pole MCCB is a fixed (non‑withdrawable) low‑voltage circuit breaker designed to provide over‑current and short‑circuit protection for three‑phase electrical circuits. It features a thermal‑magnetic (TMD) trip unit with adjustable short‑circuit instantaneous setting. The breaker is intended for industrial or commercial installations, suitable for motor circuits, switchboards or general power‑distribution panels requiring configurable protection and high breaking capacity. Front‑terminal (“FF”) arrangement enables easy wiring and panel integration.

The ABB XT1C160 TMD50/500 3‑pole FF is a fixed (non‑withdrawable) molded‑case circuit breaker designed to protect three‑phase electrical circuits in industrial and commercial low‑voltage installations. It features a thermomagnetic (TMD) trip unit with adjustable overload and short‑circuit settings. The breaker provides reliable overcurrent and short‑circuit protection, suitable for motor circuits, machinery, and general power distribution. Front-terminal (FF) mounting allows for easy integration into control panels and distribution boards, ensuring safe operation with high breaking capacity.

The ABB 1SDA066149R1 (AUX‑C 1Q+1SY) is an auxiliary contact / trip‑status contact module designed to attach to circuit breakers from the ABB “FORMULA / SACE FORMULA / DSA” series. It adds two change‑over (CO / SPDT) auxiliary contacts: one for signalling breaker ON/OFF status (open/closed), and another for signalling “tripped” (breaker open due to fault) status. The module supports 3‑pole and 4‑pole breakers and can operate with control voltage up to 250 V (AC or DC). It’s used to provide remote indication or control logic (e.g. panel lamps, supervisory circuits, interlocks) based on breaker status. The module mounts alongside the breaker and integrates mechanically and electrically with the FORMULA‑series MCCB/MCCBs.