ABB 3AUA0000039071 LV AC Drive Module - 2.2 kW
Part Number: 3AUA0000039071
Quick Summary
ABB 3AUA0000039071 LV AC drive module controls pumps and fans in industrial HVAC and pumping systems. This solution reduces energy waste and mitigates unstable process control that often accompanies retrofitting legacy drives. The design supports CE compliance and standard motor-drive safety practices, easing integration into EU workflows. With built-in PID controllers and pump-and-fan control, the unit enables precise speed regulation, while its compact footprint lowers installation costs.
Product Information
Extended Description
3AUA0000039071 ABB: The ACS310 drives are designed for squared torque applications such as booster pumps and supply and return fans. The drive includes a powerful and beneficial set of features designed for pump and fan applications. These features include built-in PID controllers and pump and fan control (PFC) that varies the drive=E2=80=99s performance in response to changes in pressure, flow or other external data.
The ACS310 drive includes built-in PID controllers and dedicated pump-and-fan control (PFC). This delivers automatic regulation based on pressure, flow, or external data, resulting in smoother operation and measurable energy savings in booster pumps and supply/return fans. The unit is rated at 2.2 kW and draws about 9.8 A, making it a practical choice for mid-load HVAC and pumping applications. The ACS310 drives are designed for squared torque applications such as booster pumps and supply and return fans. This targeted torque control reduces mechanical stress, minimizes motor wear, and extends bearing life, delivering longer service intervals in demanding environments. With PFC and PID, the drive enables precise regulation that lowers energy consumption during part-load operation, supporting energy-management goals while maintaining process stability in HVAC loops. The module integrates into low-voltage drive architectures and supports straightforward configuration for pump and fan systems, enabling faster commissioning and reduced downtime. ABB’s ACS310 family is designed for industrial environments, offering robust controls and safe operation across variable load conditions.
Get a Quick Quote for a ABB 3AUA0000039071
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 3AUA0000039071?
Enquire Now
FAQs
The ACS310 is a low-voltage drive module designed for integration with pump and fan controls. Start by verifying the LV power requirements, mount the drive in a suitable enclosure, and connect input/output to the existing PLC or PLC-based control loop. Enable built-in PID and pump/fan control (PFC), then configure ramp rates and feedback sensors to match your system dynamics. This approach minimizes commissioning time and reduces loop tuning effort.
Key specifications include a 2.2 kW output rating and approximately 9.8 A current draw, with model identification ACS310-01E-09A8-2. The drive is designed for squared torque loads such as booster pumps and supply/return fans, featuring built-in PID controllers and pump-and-fan control (PFC) to optimize regulation under varying load conditions.
Yes. The ACS310 is explicitly designed for squared torque applications like booster pumps and supply/return fans. Its integrated PID and PFC capabilities enable tight flow and pressure control, reducing energy use and improving system stability in HVAC and process cooling or pumping loops.
The provided data does not list specific certifications. ABB drives commonly align with CE standards and European motor-drive safety practices; however, please consult the official datasheet or ABB support for explicit certification details and any country-specific compliance requirements for your installation.
The built-in PID controllers and pump/fan control reduce process variation and energy consumption, delivering lower operating costs. Fewer manual tune-ups and faster commissioning translate to shorter downtime during upgrades. Long-term reliability is supported by robust control logic, while compact design simplifies serviceability and reduces panel footprint.