ABB 1SCD014487R1 CSSE OT 225A UL 3P 480V 3P3W - UL1008 Certified

ABB's CSSE OT module delivers a 225 A amperage rating across three poles, enabling reliable control of large three-phase loads in manufacturing lines and packaging equipment. The 3P construction reduces panel footprint by consolidating switching into a single device, while promoting consistent arc control and fault isolation under heavy duty conditions. In practice, you gain faster commissioning, simplified spare part inventories, and improved uptime for critical line processes. UL 1008 certification, complemented by cULus recognition, provides a proven safety framework for control circuits and power switching. This helps with internal approvals, customer audits, and cross-site standardization of procurement specifications. The device's ETIM EC000066 classification reinforces its role as a power contactor for AC switching, aligning it with industry-wide data standards. WEEE category 4 support ensures end-of-life handling complies with environmental rules. Electrical characteristics favor seamless integration into existing plants. Rated for 440–480 V AC with 50/60 Hz operation and no neutral requirement, it simplifies panel wiring and reduces potential fault paths. The open transition switching minimizes arcing during transitions, extending contact life and reducing maintenance intervals. This is especially valuable in conveyor networks, fans, and pump assemblies where predictable switching is critical. Documentation and installation support are readily accessible. Wiring diagrams (ZTGDSE 30-1200A Electrical Schematic) and operation manuals (ZTGSE) streamline commissioning and training for maintenance staff. CMRT data supports responsible sourcing and audit readiness, while the United States origin helps with supply chain planning and traceability. Package-level packaging (crate 1 piece) further stabilizes logistics for high-reliability deployments. From a design perspective, the device integrates with ABB's CS controllers and standard control panels, offering compatibility with common I/O schemes and motor control schemes. Its open-transition approach suits systems requiring clean, controlled transitions without neutral, while the 3P arrangement supports redundancy and fault-tolerant layouts in critical machinery. In short, it aligns performance, safety, and compliance for modern industrial automation.