The ABB AX80-30-11 contactor is a 3-pole AC operated block type contactor designed for industrial use in controlling three-phase motors and power circuits up to 690 V AC. These contactors feature a compact, rugged construction with three main contacts and an internal auxiliary contact block (1NO + 1NC) for control or signaling purposes. The coil voltage varies by specific version (e.g., 220-230 V AC, 110 V AC, etc.). Optional add-on auxiliary contact blocks and accessories can be fitted for expanded functionality.

The ABB AF16Z-30-10-21 is a three-pole, AC-operated, general-purpose power contactor from ABB's globally recognized AF series. Contactors are electromagnetically operated switches used for remote and automatic control of electric motors, heaters, lighting loads, and other high-power electrical circuits.

The ABB RHE A1‑A2 Standard Returned is a rotary handle operating mechanism designed for installation on the door or front panel of compartments housing low-voltage circuit breakers of the ABB FORMULA series. The handle returns to its original position after operation. It features adjustable mounting depth, a padlock provision, and a door interlock for safe and convenient operation.

The ABB SKT188-220X is a phase-controlled, power thyristor (silicon-controlled rectifier - SCR) module, specifically a half-controlled (semi-controlled) bridge arm module. It is a compact, insulated power semiconductor package designed for efficient and reliable AC power control in medium to high-power industrial applications.

The ABB OT100FT3 is a Fail-Safe, Digital Input (DI) Module designed for ABB's Freelance/AC 800F distributed control system (DCS) platform. It forms part of the remote I/O stations that interface field devices with the central controller.

The ABB MT-305B (5 kΩ) is a passive, negative temperature coefficient (NTC) thermistor probe, designed for precise temperature measurement in various industrial and commercial applications. It functions as the sensing element within a temperature measurement system, typically connected to a separate transmitter, controller, or display unit that provides excitation current and converts the resistance change into a temperature reading.

The ABB MJS11-60B is a compact, robust, and highly reliable three-phase, squirrel-cage induction motor from ABB's renowned MJS series. It is designed for general-purpose industrial applications where dependable and efficient operation is required. Typical uses include small pumps, fans, conveyors, compressors, and light machinery across various sectors.

The ABB OHBS2RJ is a high-voltage, medium-to-large three-phase squirrel-cage induction motor. It belongs to ABB's heavy-duty industrial motor range, engineered for demanding applications in power generation, mining, minerals processing, water/wastewater, oil & gas, and large industrial plants.

The ABB OHB274J12 is a high-performance, three-phase induction (asynchronous) motor from ABB's general-purpose industrial motor series (commonly part of the M2000/3000 series or similar). It is engineered for robust, reliable, and efficient operation in a wide range of industrial applications such as pumps, fans, compressors, conveyors, and machine tools. Key design features typically include a cast iron frame and end shields for high rigidity and durability, efficient cooling (often with an external fan and ribbed frame design, IP55 protection), and optimized electromagnetic design for low energy consumption.

The ABB PSR60-600-70 is a modular, expandable safety relay designed to monitor safety devices and safely interrupt hazardous processes. The “-70” variant is a specific safety function module that is inserted into a PSR base unit (e.g., PSR-TB60). This particular module provides the logic for monitoring two safety channels (e.g., from emergency stops, guard doors, light curtains) with cross-circuit monitoring and manual or monitored start. It ensures that when a safety device is activated (e.g., an E-Stop button is pressed), the connected safety contacts are forcibly opened and the machine is brought to a safe state. It is a core component for building safety circuits compliant with EN/IEC 62061, EN ISO 13849-1 (up to PL e / SIL 3), and other machinery safety standards.