The ABB XT1S 160 TMD 100‑1000 3P F F is a 3‑pole molded case circuit breaker (MCCB) from ABB’s Tmax XT1 series. It provides reliable overcurrent protection for low‑voltage electrical systems by combining thermal overload protection with instantaneous magnetic short‑circuit protection in a compact, fixed‑mount design with front terminals. It is suited for industrial and commercial power distribution, control panels, and machinery safety circuits.

The ABB LS30P41B11 is a compact industrial limit switch designed for detecting the presence or position of moving parts in machinery, conveyors, and automated systems. It features a roller‑lever actuator and provides reliable feedback with both normally open and normally closed contacts, suitable for control logic, safety interlocks, and position sensing in industrial environments.

The ABB LS30P51B11 is a compact industrial limit switch used to detect the presence or position of moving parts in machinery, conveyors, and automation systems. It features a robust actuator with an adjustable roller lever and provides both normally open and normally closed contact outputs for flexible control logic interfacing. It is designed for reliable operation in industrial environments with moderate dust and moisture exposure.

The ABB XT1C 160 TMD 16‑450 3P F F is a 3‑pole molded case circuit breaker (MCCB) from ABB’s SACE Tmax XT series. It is designed for overcurrent protection in low‑voltage power distribution systems and industrial control panels. This breaker uses a thermomagnetic (TMD) release, combining thermal overload protection with instantaneous magnetic short‑circuit protection. Its fixed‑mount design and front terminals make it suitable for compact panel installations.

The ABB ASL09‑30‑10 24 V DC contactor is a 3‑pole DC‑coil contactor used to switch three‑phase power circuits in industrial and commercial electrical installations. It is designed for controlling motors, lighting, heaters, and other loads where a compact, reliable switching device is required. This contactor uses a 24 V DC control coil, making it suitable for control systems with DC logic or PLC outputs.

The ABB CA5‑10 is a single‑pole auxiliary contact block designed to be front‑mounted on compatible ABB contactors and control relays. It is used to provide additional electrical contacts that mirror the state of the main contactor, enabling enhanced control and feedback functions in industrial automation and motor control applications.

The ABB 1SDA066555R1 is a 4‑pole molded case circuit breaker (MCCB) from ABB’s SACE Formula series. It is designed to provide reliable overload and short‑circuit protection for low‑voltage three‑phase electrical systems in industrial and commercial power distribution and control panels. This breaker combines a thermal‑magnetic fixed trip mechanism with a compact, fixed‑mount design and front‑accessible terminals for straightforward installation and serviceability.

The ABB SACE A2 family is part of ABB’s SACE® FORMULA™ molded case circuit breaker (MCCB) series — a line of compact, fixed‑mounted breakers designed for basic overcurrent protection in low‑voltage power distribution. These breakers combine thermal overload and magnetic short‑circuit protection in a single unit, making them suitable for industrial, commercial, and control panel applications where dependable circuit protection and a compact form factor are required.

The ABB A2N 250 TMF 200‑2000 3P F F is a fixed‑type 3‑pole molded case circuit breaker (MCCB) from ABB’s SACE FORMULA family. It is designed to provide overload and short‑circuit protection for industrial and commercial low‑voltage electrical installations. The breaker uses a thermomagnetic trip mechanism to protect circuits, and its compact design with front‑accessible terminals makes it suitable for distribution boards, control panels, and machinery feeders.

The ABB 1SDA068770R1 is a 3‑pole molded case circuit breaker (MCCB) from ABB’s Formula A1C 125 series. It’s designed to protect low‑voltage electrical circuits against overloads and short circuits in industrial, commercial, and distribution applications. The breaker uses a thermomagnetic trip unit, combining thermal (for overload) and magnetic (for short‑circuit) protection in a fixed configuration, and is suitable for use in power distribution panels and control cabinets.