ABB 64603361 ACS800-01-0006-3 drive - Pcont.max:4kW
Part Number: 64603361
Quick Summary
ABB ACS800 64603361 drive is a compact VFD for precise motor control in automation systems. It helps avoid overload, reduces setup time, and minimizes downtime in high-demand applications. Typical certifications for the ACS800 family include CE compliance, IP protection, and SIL-capable safety features to ensure safe, reliable operation. With rich parameterization and integration options, it translates to tangible business value like energy efficiency, reduced maintenance, and improved throughput for industrial automation environments. This depth of configurability also supports scalable deployment across multiple lines, aligning with procurement goals and total cost of ownership targets.
Product Information
Compact power rating and precise motor control enable smooth starts, accurate speed regulation, and reduced mechanical stress. This translates to lower energy consumption and longer motor life, especially on conveyors and packaging lines. The ACS800 supports a Pcont.max of 4 kW and Icont.max of 10.9 A, making it ideal for mid‑range automation tasks and retrofit projects. Configurable commissioning and integration simplify deployment. Parameter-rich software lets engineers match motor types, load profiles, and safety settings without extensive rewiring. In practice, this reduces commissioning time by days on multi-line installations and improves uptime when production mixes vary. Built-in protection and diagnostics improve reliability. Overload and short-circuit protection help prevent motor damage, while thermal monitoring and fault reporting enable proactive maintenance. This reduces unplanned downtime and supports maintenance teams with actionable insights. Connectivity and compatibility speed integration. Fieldbus interfaces and standard ABB control interfaces enable seamless retrofit into existing control architectures, minimising integration risk. The drive also supports remote monitoring and diagnostics, helping maintenance teams optimize service windows. Installation efficiency and serviceability. A compact footprint and simple wiring facilitate quick mounting on standard frames, with common electrical connectors. This translates to lower installation costs and faster line startups, which matters for high-output environments.
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FAQs
To install, mount the drive on a suitable frame with adequate ventilation, connect the three‑phase power supply within the rated current, and wire the motor leads to the drive output. Ensure proper grounding and follow the user manual for terminal assignments, Nor/Run reference wiring, and safety interlocks. Configure motor type, horsepower, and protection settings in the parameter menu for a successful commissioning cycle.
The drive provides smooth acceleration and deceleration with precise torque control, supporting PID speed regulation and torque loops. It includes overload and short‑circuit protection, thermal monitoring, and fault reporting. These features help minimize motor stress, prevent faults, and enable proactive maintenance, improving line uptime and reducing unscheduled downtime.
Yes. The ACS800-01-0006-3 excels in packaging, conveyors, and similar automated lines due to accurate speed control, reliable torque delivery, and easy integration with existing control systems. Its compact footprint and configurable parameters support retrofits and multi‑line deployments, delivering consistent performance across varying load conditions and product mixes.
The ACS800 family commonly aligns with CE marking and includes robust protection features suitable for industrial environments. Safety capabilities often support SIL‑capable functionality, enabling safer operation in regulated settings. For specific compliance and IP ratings, verify the product datasheet and local market requirements for your installation.
Customers typically realize energy efficiency from optimized motor control, reduced downtime through diagnostics, and simpler maintenance via remote monitoring capabilities. The device’s easy commissioning and compatibility with existing control systems shorten deployment times, accelerating time-to-value and lowering total cost of ownership over the drive’s lifespan.