ABB ACS800-04-0040-5 Motor Drive - 30 kW/48 A
Part Number: 68365554
Quick Summary
ABB ACS800-04-0040-5 is a compact industrial drive that controls motor speed and torque for industrial motors. Engineers often struggle with integration, parameterization, and downtime when selecting a drive for multi-application lines. Designed for CE conformity and compatible with protective IP ratings, the drive supports SIL-ready safety integration where applicable. This combination supports both new installations and upgrades to existing systems. By aligning with common industrial terms and standards, it helps procurement teams improve supplier consistency and reduce total cost of ownership. The result is a reliable, scalable solution that enhances productivity across packaging, water treatment, and process lines.
Product Information
Built-in protection and diagnostics provide continuous visibility into motor health, reducing fault-related downtime. This translates to shorter maintenance windows and faster troubleshooting, cutting repair costs. Ideal for packaging lines, conveyors, and process equipment where uptime is mission-critical. Flexible parameterization and commissioning options accelerate initial setup and changeovers. The business impact is shorter project timelines and consistent performance across shifts, lowering commissioning labor costs. Application examples include line upgrades and multi-motor configurations across food & beverage, materials handling, and pharmaceutical production. Energy-efficient motor control delivers smooth acceleration and precise torque while reducing overall energy consumption. The result is measurable savings on weekly run times and a smaller energy footprint for pumps, fans, and conveyors. Application contexts span process automation and continuous manufacturing where efficiency drives profit. Safe and compliant integration with CE conformity and SIL-ready configurations when required supports regulatory readiness and risk management. This reduces compliance overhead and speeds approval cycles in regulated industries. Application domains include packaging lines and critical infrastructure where safety and reliability cannot be compromised. Compatibility with standard fieldbus interfaces and robust installation support simplifies integration with existing control architectures. This lowers wiring complexity, enhances remote monitoring capability, and reduces hardware variation across sites.
Get a Quick Quote for a ABB 68365554
Chat with us on WhatsApp - fast responses guaranteed
Need to speak with someone? We'll call you back within 2 hours during business hours
Interested in ABB 68365554?
Enquire Now
FAQs
Begin with verifying motor ratings match the drive’s Pcont.max and Icont.max. Use the standard wiring diagrams and parameter templates to align torque curves with existing control logic. Perform a staged commissioning with a test load to confirm smooth ramping and fault-reset behavior before full production.
The drive supports a continuous power rating of 30 kW (Pcont.max) and a maximum motor current of 48 A (Icont.max). These limits guide motor selection, wiring, and overcurrent protection while ensuring safe, reliable operation across typical packaging, conveying, and pumping applications.
Yes. Its precise torque control, smooth acceleration/deceleration, and built-in diagnostics help minimize belt slip and startup surges. The compact form factor and standard fieldbus interfaces simplify integration with packaging line controllers and SCADA systems, improving line uptime and energy efficiency.
The drive is designed for CE conformity and supports typical industrial safety and electrical standards. Depending on the installation, additional IP protection and SIL-ready configurations may be implemented to meet site-specific regulatory and risk-management requirements.
Expected ROI comes from reduced downtime due to better diagnostics, energy savings from optimized motor control, and faster commissioning across multiple motors. Consolidating drives with a common configuration reduces spare parts, training time, and maintenance costs while enabling centralized monitoring and control.