ABB 1SCD014582R1 Power Contactor - UL 1008 Certified

High-current capability is a core feature of the 1SCD014582R1 Power Contactor, delivering 200 A in a rugged 4‑pole package for 3P4W motor circuits. This translates to fewer contactor replacements, lower arc wear, and extended equipment uptime in demanding lines such as extrusion, packaging, and material handling. Typical applications include motor starters for conveyors and fans where consistent switching under load is critical. Open Transition switching provides clean break and safe sequencing during start-stop cycles, reducing electrical stress on drives and wiring. The result is improved maintenance planning and minimized unplanned downtime in continuous-process environments, particularly in industries like textiles, food and beverage, and chemical processing where uptime matters. UL 1008 certification and cULus recognition give buyers confidence in safety and regulatory compliance across North American panels. Coupled with ETIM 8 EC000066 classification, the unit integrates smoothly with common BOMs and asset-management workflows, helping procurement teams reduce risk and accelerate approvals in multi-site deployments. Rated for 380–415 V AC main circuits and 50/60 Hz operation, the device aligns with standard industrial power networks. The 4P configuration supports balanced loading and simplifies wiring in panel layouts, enabling compact, scalable control solutions for mid-size factories and distribution centers. Documentation from ABB, including the ZTGDSE wiring diagram and O&M manuals, streamlines installation, commissioning, and ongoing service. CMRT conflict-mineral reporting and the United States origin assertion support supply-chain transparency and regulatory due-diligence for large manufacturers and OEM integrators. With a minimum order quantity of one piece and crate-level packaging, procurement remains flexible for shop-floor trials and rapid deployment. Its United States origin and compatibility with standard CS (Level 4) control schemes ensure straightforward integration into existing control architectures and minimize total-cost-of-ownership.