ABB ACS320-01U-06A7-2 HVAC Microdrive - Embedded BACnet
Part Number: 3AUA0000039641
Quick Summary
ABB ACS320-01U-06A7-2 HVAC microdrive enables precise speed control for pumps and fans in commercial and industrial buildings. Engineers often wrestle with energy waste and slow BAS integration that drive up operating costs. UL-listed for HVAC duty, this drive includes built-in BACnet MS/TP to streamline building-management-system communications. Its compact form, straightforward wiring, and scalable performance reduce retrofit time and space constraints, while delivering measurable energy savings and system reliability. The result is a robust, industry-ready solution that supports energy-efficient HVAC design, reliable BAS connectivity, and long-term cost optimization for facility managers and contractors.
Product Information
Extended Description
3AUA0000039641 ABB: The compact ACS320 will save energy throughout your pump and fan HVAC applications. From booster pumps, exhaust and condenser fans to supply and return fans, the drive=E2=80=99s built-in HVAC features such as embedded BACnet (MS/TP) ensure easy and complete integration into building management systems.
Feature is built-in HVAC features with BACnet MS/TP for seamless BAS communication → This accelerates commissioning and reduces field wiring, cutting project risk and achieving faster ROI in building automation integration. Application: booster pumps, exhaust and condenser fans, supply and return fans; Business Impact: streamlined control and centralized monitoring lead to lower lifecycle costs and improved energy management; keywords: HVAC drive, BACnet MS/TP, BAS integration, energy efficiency. Feature compact size and easy wiring → Business Impact: simplified retrofits and reduced installation time, enabling space-constrained mechanical rooms to adopt advanced drive control; Application: retrofit projects in existing buildings, new commercial installations; keywords: compact drive, installation simplicity, retrofit benefits. Feature rated 1.5 HP at 230 V with 16.1 A → Business Impact: matches standard HVAC motor loads for reliable, compatible performance; Application: pumps and fans in HVAC systems; keywords: 1.5 HP drive, 230V power, motor compatibility. Feature UL-listed HVAC suitability → Business Impact: compliance and safety support for regulated environments; Application: critical facilities, healthcare, commercial buildings; keywords: UL-listed, safety compliance. Feature embedded HVAC efficiency features → Business Impact: energy savings through optimized speed control and reduced peak demand; Application: energy-conscious facility management and sustainability programs; keywords: energy efficiency, motor drive optimization, peak demand reduction.
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FAQs
Plan for a 1.5 HP, 230V motor load and verify drive wiring matches the AC motor you are controlling. Connect the ACS320 to the motor terminals, link the control signals to your BAS via BACnet MS/TP, and program motor ramps, limits, and protection settings using ABB’s configuration interface. The built-in BACnet MS/TP reduces external gateway needs and simplifies commissioning, accelerating startup by days rather than weeks.
The device is a 1.5 HP HVAC microdrive designed for 230 V operation with a current draw of approximately 16.1 A. It is UL-listed for HVAC duty and includes embedded BACnet MS/TP for BAS connectivity, making it suitable for pumps and fans in booster, exhaust, condenser, and supply/return applications.
Yes. The ACS320-01U-06A7-2 is designed for HVAC pump and fan control up to 1.5 HP per drive, with scalable performance through proper grouping and sequencing. For larger systems, multiple drives can be networked via BACnet MS/TP to coordinate speed profiles, reducing energy use and improving system balance.
The ACS320-01U-06A7-2 is UL-listed for HVAC duty, ensuring safety and reliability in commercial environments. It supports building automation integration through BACnet MS/TP, enabling compliant and interoperable controls within BAS ecosystems.
By optimizing pump and fan speed to actual load, the ACS320 reduces wasteful running times and peak demand. Typical ROI depends on system duty cycles, but facility teams often report noticeable reductions in energy consumption and longer motor life, driven by smoother acceleration profiles and better BAS coordination.