ABB 3AUA0000039163 LV AC Drive Module - ACS310-03E-03A9-2
Part Number: 3AUA0000039163
Quick Summary
ABB ACS310 LV drive module provides efficient speed control for pumps and fans. For engineers facing energy waste and unpredictable motor torque, this drive trims start-up surges and maintains steady operation under varying loads. Typical industry standards for this class include CE compliance and robust performance under demanding pump and fan service, with safety and reliability expectations across HVAC and process lines. By combining built-in PID control with dedicated pump and fan management, the ACS310 helps lower energy bills, optimize pressure and flow, and minimize maintenance costs, while remaining compatible with ABB motor platforms and existing control schemes.
Product Information
Extended Description
3AUA0000039163 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.
Built-in PID controllers with pump and fan control (PFC) deliver precise torque and flow regulation. This capability directly reduces energy consumption and wear on motor-driven pumps and fans, improving system reliability. It is ideal for booster pumps and supply/return fans in HVAC and process applications. Squared torque design targets constant torque regions, maintaining stable operation under varying loads. The result is smoother starts and controlled acceleration that minimize pressure surges and mechanical stress. This makes ACS310 well suited for water handling and air-handling tasks in industrial plants. The drive is optimized for pump and fan control, enabling dynamic response to external data such as pressure or flow changes. The business impact is tighter process regulation and reduced energy waste, particularly in systems with variable demand. Applications include large HVAC units and booster pump networks. Compatibility and installation advantages are evident through LV-rated operation and straightforward integration with existing ABB motor platforms and control schemes. This reduces commissioning time and shortens time-to-value for retrofit projects in manufacturing and facilities operations. Overall, these features translate to measurable outcomes: energy savings, improved process stability, and lower maintenance costs, supporting a strong ROI for pump and fan automation initiatives across industrial environments.
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FAQs
The ACS310 is designed for low-voltage motor control and integrates with typical ABB motor platforms. Start by selecting a compatible LV drive section, wiring per the standard motor starter/drive schematic, and configuring the built-in PID and PFC for your booster pumps or supply/return fans. Verify electrical ratings, set motor parameters, and perform a commissioning run to confirm smooth acceleration and stable pressure/flow targets.
The drive is a low-voltage module rated at 0.55 kW with a current of 3.9 A. The model identifier is ACS310-03E-03A9-2. It includes built-in PID controllers and pump and fan control (PFC), making it suitable for squared torque applications such as booster pumps and supply/return fans. Intended applications span HVAC, water handling, and process environments.
Yes. The ACS310 LV drive module is specifically designed for squared torque applications like booster pumps and supply/return fans. Its built-in PID and dedicated pump/fan control enable precise regulation of pressure and flow, reducing energy consumption and mechanical stress. This makes it a strong choice for HVAC and process installations requiring reliable motor control.
Drives in this class typically meet essential safety and performance standards for industrial equipment. Expect certifications and compliance related to European and international markets, including CE-related safety and reliability expectations for pump and fan control applications. Always verify the specific certification package with your supplier or procurement team to ensure alignment with site requirements.
Using the ACS310 with built-in PID and PFC supports energy efficiency by reducing unnecessary torque and speed variations, which lowers energy bills over time. Fewer mechanical surges and optimized control also translate to reduced maintenance and longer equipment life. For facilities with fluctuating demand in HVAC or pumping networks, the ACS310 offers a favorable payback through energy and reliability gains.