ABB 64601407 ACS800-01-0004-5 Drive - Icont.max:4,9A
Part Number: 64601407
Quick Summary
ABB 64601407 ACS800 drive is a compact motor controller designed to optimize energy use in small to mid-size industrial equipment. Engineers frequently grapple with over-specced drives, inconsistent speed control, and motor wear when matching a drive to load profiles. This ACS800 family unit addresses those challenges by delivering smooth acceleration, reliable torque, and scalable performance for pumps, fans, and conveyors. The device is designed for CE compliance and supports safe integration in SIL-rated safety schemes, with IP-rated protection for tougher environments. For OEMs and service teams, it translates into lower energy costs, easier commissioning, and longer motor life through precise, dependable control.
Product Information
Feature: 2.2 kW continuous power (Pcont.max) with 4.9 A current limit (Icont.max) enables precise speed control for small to mid-size motors. Business Impact: Optimized energy use and reduced motor wear, lowering operating costs over the life of the machine. Application: Suitable for pumps, fans, and conveyors where stable torque and smooth starts drive productivity. Feature: Compact form factor and straightforward wiring simplify installation and reduce enclosure space. Business Impact: Faster commissioning, lower installation labor, and easier integration with existing control architectures. Application: Retrofit projects or new line setups using standard three-phase motors. Feature: Built-in protection and diagnostics provide reliable operation in standard industrial environments. Business Impact: Minimized downtime and easier maintenance planning, improving line uptime. Application: Harsh factory floors and process lines. Feature: CE compliance and SIL-friendly safety integration support regulatory and risk management requirements. Business Impact: Compliance assurance and safer automation deployments, reducing audit findings. Application: Food & beverage, packaging, and chemical processing lines. Feature: Compatibility with common control systems and scalable performance for future upgrades. Business Impact: Protects capital investment and enables gradual modernization. Application: OEMs upgrading multiple lines with a single drive family.
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FAQs
Begin with a standard three-phase power connection to the drive input and mount the unit in a suitable enclosure. Set motor parameters to match Pcont.max of 2.2 kW and Icont.max of 4.9 A, then configure acceleration/deceleration times and motor direction as required. Use shielded cables for motor connections, verify proper grounding, and integrate with the control system via the appropriate fieldbus or digital I/O. Always follow the manufacturer’s wiring diagram and safety guidelines.
With a 2.2 kW continuous rating and a 4.9 A current limit, the ACS800-01-0004-5 delivers reliable speed control and smooth torque delivery for typical load profiles. Users can expect improved energy efficiency through optimized duty cycles, reduced motor wear due to controlled start/stop routines, and dependable operation in pumps, fans, and conveyors under standard industrial conditions.
Yes, the unit is designed for robust operation in standard industrial environments and supports protective features that help mitigate dust, vibration, and temperature variations. While it carries IP-rated protection and safety considerations typical for ABB drives, always verify enclosure requirements and install the drive in a suitable environment or enclosure to meet specific site conditions.
Typically, ABB drives in this family are CE marked and support integration with SIL-rated safety systems, with considerations for safe operation in compliant environments. Check the product datasheet and local regulations for exact SIL level, IP rating, and any country-specific certifications before deployment to ensure full regulatory alignment.
Expect favorable ROI from energy savings due to optimized operation and reduced motor wear from soft-start and controlled acceleration. Maintenance benefits include fewer unplanned outages thanks to built-in diagnostics and protections, and longer motor life due to gentler torque profiles. Real-world ROI varies with load profiles and duty cycles but generally improves total cost of ownership in continuous processes.