ABB 3ADT218518S0242 DC Converter - 525 VAC, 100 A, IP00

Feature → The module is a 4Q converter rated at 525 VAC and 100 A, enabling bidirectional power handling for advanced motor drives. Business Impact → This supports precise torque control and smoother regenerative braking, reducing gear wear and energy waste in automation lines. Application → Suitable for ABB DCS880-based power stages in conveyors and packaging lines, delivering consistent performance with minimal wiring complexity. Feature → It weighs 11 kg and measures 216 mm (depth) x 370 mm (height) x 270 mm (width), delivering a compact footprint. Business Impact → Easier panel integration and faster retrofit projects, lowering installation time and enclosure footprint. Application → Ideal for OEM control cabinets and retrofit applications where space is limited. Feature → IP00 protection with operation at 50/60 Hz. Business Impact → Enhanced component safety in open or semi-enclosed industrial cabinets, reducing dust ingress risk and maintenance intervals. Application → Suitable for factory floors and controlled environments within automation rooms. Feature → Three analog inputs and two analog outputs provide flexible control interfaces. Business Impact → Enables robust feedback loops and fine-tuned control without adding external interfaces. Application → Useful for motor control, precision dosing, and process automation requiring multiple feedback signals. Feature → Stocked at multiple warehouses with a defined lead time (35 days) and clear ordering terms. Business Impact → Predictable supply chain and planning for large-scale installations or multi-site deployments. Application → Streamlines procurement for panel builders and maintenance teams coordinating across facilities. Industry Context → The DCS880 DC Converter Module is designed for high-demand industrial environments where turnkey integration, fast commissioning, and reliable uptime are critical. The combination of current capacity, compact form, and ABB ecosystem compatibility supports reduced total cost of ownership (TCO) and improved maintenance predictability across automation architectures.