ABB ACH580-01-073A-4 HVAC Drive - UL Listed 50 Hp
Part Number: 3AUA0000080524
Quick Summary
The ABB ACH580-01-073A-4 HVAC drive is a LV AC wall-mounted controller for HVAC systems, optimizing fans, pumps, and compressors. Engineers often face lengthy setup, commissioning, and integration challenges when upgrading legacy drives in building automation projects. This unit carries UL listing and CE compliance, with IP21 protection and options for IP55 or flange mounting to suit varied environments. Designed for HVAC applications such as air handling units and chillers, it delivers energy-efficient operation and smoother start-up. Built-in HVAC-specific settings, a guided commissioning menu, and optional Bluetooth enable remote monitoring and reduced on-site visits, lowering risk, maintenance cost, and total cost of ownership.
Product Information
Extended Description
3AUA0000080524 ABB: ACH580 HVAC drive offering has all key features built-in to control fans, pumps and compressors, and more complex equipment like air-handling units and chillers, ensuring smooth, energy-efficient operation of your HVAC systems in normal and mission-critical situations. The built-in features significantly reduce installation time and the intuitive control panel with an HVAC-specific primary settings menu and help assistants makes startup, commissioning and operation easy. The optional Bluetooth=C2=AE capability enables the commissioning and monitoring of the drive from a distance. The ACH580-01 comes in IP21 enclosure and can be installed on the wall as standard. Also, IP55 and flange mounting units are available.
Built-in HVAC control sequences let you manage fans, pumps and compressors without extensive custom wiring. This translates into faster installation, lower commissioning labor, and consistent performance across multiple AHU configurations. In practice, it shines in air handling units and medium-size chillers where precise torque and speed control improve system stability. The intuitive control panel with a HVAC primary settings menu accelerates startup, helping technicians avoid setup errors and delivering predictable energy savings across seasonal loads. Optional Bluetooth enables remote commissioning and monitoring, cutting site visits and reducing downtime. IP21 wall-mount protection with IP55 and flange mounting options provides installation flexibility for various rooms and environments, simplifying retrofits. With a 37 kW, 73 A at 400 V rating, the ACH580 integrates smoothly into ABB’s automation ecosystem for cohesive energy management.
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FAQs
The ACH580-01-073A-4 supports indoor wall mounting with an IP21 enclosure by default, plus IP55 and flange mounting options for challenging environments. It handles 400 V systems with a 37 kW, 73 A capacity, aligning with typical HVAC loads such as fans, pumps, and compressors. This flexibility simplifies retrofits and new builds alike.
Energy efficiency is achieved through precise speed control of fans and pumps, built-in HVAC-specific control sequences, and smooth start-up behavior that reduces inrush and mechanical stress. The result is lower runtime energy consumption during variable load conditions and better alignment with building energy-management strategies, especially in air handling units and chillers.
Yes. The ACH580 is purpose-built for HVAC applications, including air handling units, chillers, and other HVAC equipment. Its integrated control for fans, pumps, and compressors, along with commissioning aids and optional Bluetooth monitoring, makes it a robust choice for compact to mid-size HVAC configurations.
The ACH580-01-073A-4 carries UL listing and CE compliance, with IP21 protection standard and options for IP55 and flange configurations. These certifications and ratings support safety, reliability, and regulatory alignment in commercial and industrial buildings.
ROI improves with reduced installation time, fewer commissioning errors, and lower energy usage due to optimized speed control. Maintenance is simplified through built-in diagnostics and optional remote monitoring via Bluetooth, minimizing on-site visits and extending intervals between service, which translates into lower lifecycle costs.