The ABB 1SDA038286R1 is a shunt opening release (shunt trip coil) designed for ABB Emax series low-voltage air circuit breakers. It allows the circuit breaker to be opened remotely by applying an external electrical signal, enabling automated or safety-related trip functions. This device is widely used in industrial distribution systems, safety interlocks, fire-alarm trip systems, and PLC-controlled shutdown circuits.

The ABB PR122/D-M is a digital trip unit designed for ABB Emax and Emax2 series low-voltage air circuit breakers. The “D-M” version provides digital protection with advanced metering (M) functions. It offers comprehensive current and power measurements, event indication, and enhanced monitoring capabilities, making it ideal for applications requiring both protection and accurate energy monitoring. The unit features a clear LCD interface for settings, real-time data display, and diagnostics. When combined with optional communication modules, the PR122/D-M supports remote monitoring and integration into industrial automation or energy management systems.

The ABB PR122/P-LSIG is a digital electronic trip unit housed within ABB's Isomax S series molded case circuit breakers. It is designed for advanced protection and selectivity in low-voltage electrical systems.

ABB A95-30-11 is a 3-pole AC contactor from ABB’s A-Line series, designed for controlling 3-phase motors and power circuits in industrial applications. It is suitable for motor starting, isolation, bypass, and distribution applications with control voltages typically in the range of AC control coils such as 110–120 VAC, 50/60 Hz. The contactor provides reliable switching performance with auxiliary contact options and is widely used in motor control centers, electrical panels, and automation systems.

ABB A95-30-11 is a 3-pole AC contactor from ABB’s A-Line series, designed for controlling 3-phase motors and power circuits in industrial applications. It is suitable for motor starting, isolation, bypass, and distribution applications with control voltages typically in the range of AC control coils such as 110–120 VAC, 50/60 Hz. The contactor provides reliable switching performance with auxiliary contact options and is widely used in motor control centers, electrical panels, and automation systems.

AF460‑30‑11 is a 3‑pole AC contactor from ABB’s AF series, intended for motor control, power‑circuit switching, motor starters, isolation, bypass and distribution applications.It features 3 main contacts (normally open — 3NO) and includes one auxiliary contact set (1 NO + 1 NC) for control or signaling circuits.The coil control voltage supports a wide range (e.g. 100–250 V AC or DC, depending on version), allowing reliable operation under varying control‑voltage conditions and supporting energy‑efficient panel design.Its robust design with built‑in surge suppression and the “AF technology” ensures stable operation even under unstable networks. The block‑type design allows expansion with add‑on auxiliary contact blocks and other accessories.It is suitable for heavy‑duty industrial use: switching power circuits and controlling three‑phase motors, up to high voltage/current ratings.

The AF210‑30 is a 3‑pole AC contactor from ABB’s AF series, designed for industrial power circuits and three‑phase motor control / switching applications.It features 3 main contacts (normally open) for the main circuit, and includes auxiliary contacts (typically 1 NO + 1 NC) for control or signaling circuits.The contactor supports a wide‑range coil (control) voltage — for example 100–250 V AC/DC depending on coil version.The design supports robust connection via bar‑type main‑circuit terminals, suitable for heavy‑duty wiring (e.g. rigid copper/aluminum cables or bars).Suitable for motor starters, isolation / bypass / distribution circuits and general industrial loads under rated voltage/current conditions.

The AF460‑30‑11 is a 3‑pole AC contactor from ABB’s AF series, intended for motor control, power‑circuit switching, motor starters, isolation, bypass and distribution applications.It features 3 main contacts (normally open — 3 NO) and includes pre‑mounted auxiliary contacts (1 NO + 1 NC), offering additional control or signaling circuits.The coil control voltage supports a wide range: 100–250 V AC or 100–250 V DC (50/60 Hz), which allows reliable operation even under fluctuating control‑voltage conditions and reduces panel energy consumption.Thanks to built‑in surge suppression and the “AF technology,” the contactor offers stable operation under unstable networks, and the block‑type design supports expansion with add‑on auxiliary contact blocks and other accessories.It is suitable for heavy-duty applications — switching power circuits and controlling three‑phase motors, with high current and voltage capacity — making it appropriate for industrial power switching and motor control up to high power ratings.

The A110‑30‑11 is a 3‑pole AC contactor from ABB’s A‑series, designed for general industrial power switching and motor control applications.It features 3 main contacts (normally open) for the main circuit and includes auxiliary contacts (1 NO + 1 NC) for control or signaling circuits. The contactor is suitable for use with three‑phase loads, motor starters, and can handle up to specified voltage/current ratings per its frame size.The design supports screw/cable‑clamp terminations, making it compatible with standard wiring practices in control panels and switchgear assemblies.

The AF300‑30‑22 is a 3‑pole non‑reversing contactor in the ABB AF series, intended for switching power circuits and controlling three‑phase motors or other similar loads.It uses a wide‑range control (coil) voltage, making it suitable for various power‑control environments.The contactor includes 3 main contacts (normally open, 3NO) for the main circuit, and auxiliary contacts for control or signaling circuits (auxiliary contact configuration varies depending on sub‑type).With robust design and high current/voltage capacity, it is suitable for heavy‑duty applications, including motor starters, industrial power switching, and other three‑phase load control up to relevant rated voltages.