ABB 1SQA012123R0001 Motor Starter - Non-Combination

The ABB 1SQA012123R0001 motor starter features a non-combination design paired with a remarkably compact footprint, simplifying panel layouts and reducing wiring runs, even in dense control cabinets. This translates to measurable efficiency gains during assembly, faster commissioning, and easier field replacements for small to mid-size motors in automated packaging, material handling, and process lines. Installers will appreciate predictable mounting options and compatibility with standard DIN rail enclosures, improving overall control-system integration and serviceability. Material compliance is addressed through REACH information indicating no substances above 0.1% by mass, minimizing regulatory risk for global customers. WEEE categorization notes the product is not in scope, supporting regulatory alignment across global supply chains and procurement standards for electronics and automation projects. These details simplify supplier qualification tasks and reduce audit effort for manufacturers targeting international markets, especially those pursuing lean manufacturing. The product weighs about 1 lb with minimal net width and height, enabling versatile mounting in tight spaces and standard DIN rail enclosures across diverse panel sizes. The ultra-compact profile also helps tighten panel footprints, freeing rack space for additional control devices without compromising access or serviceability. Owners can expect easier retrofits, improved heat management, and more straightforward maintenance in compact automation cabinets. As a proven ABB component, it aligns with standard motor starter wiring practices and panel integration strategies, delivering straightforward compatibility and fast stocking across product families. This reduces downtime risks and simplifies spare parts management across facilities, supporting consistent maintenance routines and predictable procurement cycles. Engineers gain confidence from documented performance expectations, familiar interfaces, and robust data sheets that minimize commissioning surprises. Non-combination construction minimizes interlock complexity and maintenance overhead, yielding lower lifecycle costs and improved reliability for critical processes in manufacturing environments. It also supports lean procurement with a single, standardized part number that covers multiple panel configurations and motor sizes. Overall, the design provides predictable performance, auditable quality controls, and a clear path to scalable automation deployments.