ABB ACQ580-01 Drive - 414 A, 460 V IP21 Performance

Part Number: 3AUA0000222437
Manufacturer
ABB
Part number
3AUA0000222437

Quick Summary

The ABB ACQ580-01 drive is a low‑voltage wall‑mounted solution for water and wastewater pumping. Operators often battle energy waste and unplanned downtime due to inefficient pump control. UL listed up to 350 Hp and 414 A at 460 V with IP21 as standard and IP55 options, this drive delivers robust safety and reliability in harsh environments. Beyond protection, it enables energy savings through an integrated energy calculator and sensorless flow calculation, aligning operational costs with sustainability goals. The Hand‑Off‑Auto control panel, Drive Composer PC tool, and optional Bluetooth panel simplify commissioning, setup, and remote maintenance for utilities and engineering teams.

Product Information

Extended Description

3AUA0000222437 ABB: The ACQ580-01 drives deliver innovative pump features for the water and wastewater industry, securing energy efficient flow of water and wastewater in your pumping solutions. This robust and compact wall-mounted drive has built-in pump application functionality such as sensorless flow calculation, multipump control, level control, soft pipe fill, dry run protection, quick ramps and a solution for keeping the impeller of the pump clean. Usability is further enhanced with the intuitive Hand-Off-Auto control panel, the PC tool Drive composer and an optional Bluetooth=C2=AE control panel. The built-in energy calculator visualizes the energy savings achieved with the use of the drive. The ACQ580-01 variant comes in IP21 enclosure as standard and can be installed on the wall. Also, IP55 and flange mounting units are available.
Sensorless flow calculation and multipump control optimize pump efficiency by modulating flow based on demand, reducing energy use and wear. Level control and dry run protection safeguard equipment and prevent pump damage in varying water levels and low-flow scenarios. Soft pipe fill and quick ramps minimize hydraulic transients, reducing water hammer and mechanical stress during start-up and shut-down. The integrated energy calculator visualizes energy savings in real-time, supporting ROI analysis and budget planning for utilities. Hand‑Off‑Auto control, Drive Composer PC tool, and optional Bluetooth panel streamline commissioning, diagnostics, and remote maintenance, improving uptime and technician productivity. Wall-mounted, compact enclosure with IP21 standard and IP55 option simplifies installation, retrofits, and serviceability in plant floors and pump stations.

Get a Quick Quote for a ABB 3AUA0000222437

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 3AUA0000222437? Enquire Now

FAQs

The ACQ580-01 is designed for low‑voltage water and wastewater pumping applications, including municipal lift stations and treatment plants. It supports sensorless flow calculation and multipump control to optimize performance across varying demand while maintaining safe, reliable operation.
Sensorless flow calculation estimates flow without external sensors, enabling precise duty-cycle adjustments, faster start/stop sequences, and reduced pump energy consumption. This translates to lower electricity bills and longer motor life in dynamic pumping scenarios.
Yes. The ACQ580-01 is a wall-mounted LV drive with an IP21 standard enclosure. For harsher environments or special installations, IP55 mounting units and flange mounting options are available to fit plant layouts and safety requirements.
The drive is UL listed for up to 350 Hp and 414 A at 460 V, providing safety compliance for industrial applications. It includes dry run protection and other protective features to safeguard pumps and motors during startup and operation.
By reducing energy use with advanced control, preventing pump damage through dry run protection, and simplifying maintenance with diagnostic tools, the ACQ580-01 delivers measurable ROI through lower operating costs, reduced downtime, and extended pump service life.