ABB 1SQA012089R0001 Motor Starter - Non-Combination

Ultra-compact footprint reduces panel depth and enables denser control layouts, lowering cabinet costs and enabling leaner machine designs. The small envelope also improves cable routing and reduces the time spent on pre-wiring during assembly. In practice, this translates to faster line changeovers, fewer enclosure penetrations, and a lower bill of materials for projects in packaging, food-and-beverage, and general machinery. Non-Combination construction means separate coil and contact block components can be wired and replaced independently, minimizing downtime during service and stockouts. This modularity improves fault isolation, simplifies testing, and enhances spare-parts management for maintenance teams. In real-world workflows, it supports rapid field replacements and easier retrofits in existing control panels. Regulatory metadata included with the product supports compliance programs and ERP tagging. The REACH information shows no substances above 0.1 mass percentage, and the WEEE category indicates the product is not in WEEE scope, reducing disposal complexity in many markets. These details help procurement reduce risk, speed supplier qualification, and streamline lifecycle planning. Even at a modest weight of 1 lb with ultra-small width and height, the device remains robust enough for industrial use. The 0.01 in net dimensions enable a space-saving profile that fits tight enclosures, control panels, and modular stacks without compromising wiring access or serviceability. This makes it an attractive option for high-density automation architectures. It aligns with standard ABB starter practices and common control-system layouts, easing wiring conventions, documentation, and technician training. The included UNSPSC code supports straightforward procurement routes, while the compact form preserves mounting patterns across machines. This compatibility reduces integration risk and accelerates deployment in multi-asset environments. Overall, the combination of compact size, modular design, and regulatory clarity reduces installation time, cuts maintenance costs, and improves spare-parts planning. For OEMs and panel integrators, this translates into faster time-to-value, lower downtime, and a more predictable total-cost-of-ownership over the equipment lifecycle.