ABB ACS800-01-0060-5 Motors & Drives - Pcont.max:45kW
Part Number: 64576551
Quick Summary
ABB ACS800-01-0060-5 is a motor drive for precise speed control in industrial automation. Operators and engineers often struggle with balancing performance, energy use, and uptime in conveyors, pumps, and fans. Typical ABB drives carry CE conformity and protective enclosure options, with SIL safety configurations available when specified, and robust IP-rated variants. This drive delivers reliability and control within its 45 kW continuous rating and 79 A current, helping you reduce energy waste while maintaining process stability. In addition to primary automation goals, it supports interoperability with common control systems, delivering business value through improved efficiency and lower operating costs.
Product Information
Feature a continuous power rating up to 45 kW and continuous current up to 79 A. Business impact: Enables reliable control of mid-size motors without oversizing, reducing upfront cost and installation footprint. Application: Suitable for pumps, fans, and conveyors in manufacturing lines. This alignment minimizes mechanical stress and extends equipment life. Feature flexible control and parameterization enabling smooth starts and torque management. Business impact: Improves process stability, reduces voltage sags, and lowers energy consumption during ramping. Application: HVAC fans, process pumps, and material-handling feeders. Industry context: essential for energy-efficient automation in variable-torque loads. Feature robust diagnostics and protective features common to ABB drives. Business impact: Minimizes unplanned downtime by early fault detection and clear maintenance guidance. Application: critical on packaging lines and water/wastewater treatment. Compatibility: integrates with standard control architectures and fieldbus interfaces. Feature compact footprint and installation flexibility. Business impact: Saves panel space and simplifies retrofits. Application: existing cabinets and modular plants. Feature reliability for industry-specific use cases. Business impact: Supports continuous operation in demanding environments, improving overall OEE. Keywords integrated: energy efficiency, variable torque, industrial automation, motor control, ABB drives, ACS800 compatibility.
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FAQs
The drive supports a continuous output up to 45 kW and a maximum continuous current of 79 A. This makes it suitable for mid-size motor loads in pumps, fans, and conveyors. When selecting, verify the motor nameplate and ensure proper thermal management and enclosure suitability for the operating environment.
Yes, within its 45 kW rating, the ACS800-01-0060-5 is designed to drive standard AC motors used in typical industrial applications. Correct wiring, motor nameplate matching, and proper parameter setup are essential. Check compatibility with your control system interfaces and ensure appropriate cable sizing and protection per site standards.
This drive is well-suited for pumps, fans, and conveyors across manufacturing and process industries. It provides smooth acceleration, torque control, and reliable speed regulation, contributing to energy savings and reduced wear on mechanical components. It is commonly employed in HVAC, material handling, and packaging lines where variable torque performance is advantageous.
ABB drives typically feature CE compliance for EU markets and offer IP-rated enclosure options depending on configuration. Safety-related control features (including SIL options) are available with appropriate configuration. Always consult the product datasheet or your supplier for the exact certification and enclosure details for the specific unit you plan to deploy.
The ACS800-01-0060-5 enables precise speed control and energy-efficient operation, which lowers energy costs and reduces motor wear, translating to longer service intervals. Built-in fault diagnostics and remote monitoring capabilities help minimize downtime. ROI is driven by energy savings, lower maintenance costs, and improved process stability over the equipment lifecycle.