ABB ACS800-U1-0205-5 Drive System - Icont.max:260A
Part Number: 3AUA0000015488
Quick Summary
The ABB ACS800-U1-0205-5 drive provides precise motor control for industrial automation and HVAC applications. Engineers often wrestle with startup surges, energy waste, and complex drive integration in aging systems. This drive supports CE compliance and offers safety-focused features compatible with industry standards, providing reliable protection and fault monitoring in harsh environments. In practice, you gain smoother startup, energy efficiency, and predictable performance across a range of loads. For procurement teams, this translates to lower total cost of ownership, easier maintenance, and faster project delivery through proven ABB reliability.
Product Information
Feature: High current handling Icont.max 260A enables direct control of larger motors without overloading the drive. Business Impact: Reduces startup spikes, minimizes motor heating, and extends bearing life, leading to lower energy and maintenance costs. Application: Ideal for pumps, fans, and conveyors where high starting torque is required. Feature: Seamless integration with the ACS800-U1 family simplifies commissioning and future expansion. Business Impact: Shortens project timelines, lowers installation risk, and provides a scalable control platform. Application: Retrofit projects and new lines that demand reliable, plug-and-play drive integration. Feature: Energy-efficient motor control with soft-start and advanced algorithms. Business Impact: Decreases energy consumption, reduces heat load, and extends motor life, improving total cost of ownership. Application: HVAC, process cooling, and process pumps where steady efficiency matters. Feature: Diagnostic, fault-detection, and monitoring capabilities support proactive maintenance. Business Impact: Minimizes unplanned downtime and accelerates troubleshooting, boosting plant throughput. Application: Continuous process environments and critical infrastructure where reliability is essential. Feature: Safety and compliance-oriented design with industry-standard protection options. Business Impact: Enhances operator safety and regulatory alignment, reducing risk and compliance overhead. Application: Environments requiring structured safety workflows and robust control.
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FAQs
Begin by confirming the motor’s current rating and voltage compatibility with Icont.max 260A. Route power and control wiring per the drive’s installation guide, connect to the existing PLC or DCS using standard fieldbus protocols, and enable protection features such as overcurrent and short-circuit protection. Commission with motor alignment checks and verify fault log behavior before full run-in.
Icont.max 260A indicates the drive’s continuous current capacity for the connected motor. When selecting a motor, ensure its running current stays within this limit under load. Overload protection will trigger if the motor draws more than the drive can safely handle, preventing torque damage and electrical faults. Proper derating for temperature and duty cycle is essential for reliability.
Yes. The ACS800-U1-0205-5 is well-suited for conveyors and pumps where precise speed control, smooth startups, and energy efficiency are priorities. It supports variable-speed operation to optimize flow rates, reduce mechanical wear, and improve process stability. For best results, profile the drive for your specific load inertia and acceleration requirements.
The ACS800-U1-0205-5 is designed to align with common industry standards, including CE marking for European compliance. For regulated environments, verify integration with safety circuits and SIL-rated controls where applicable, and consult the datasheet for enclosure IP ratings and additional regional certifications. Always follow local electrical codes during installation.
Expect reduced downtime due to improved fault detection and diagnostic capabilities, plus lower energy costs from efficient motor control and soft-start. Routine maintenance includes sensor checks, cabling inspection, and firmware updates. Over time, these improvements translate to lower total cost of ownership, faster maintenance cycles, and higher process reliability.