ABB 3AUA0000049463 ACS310 drive module - Pn 1 Hp, 4.7 A
Part Number: 3AUA0000049463
Quick Summary
ACS310 drive module for pumps and fans provides precise speed control for HVAC and process systems. Many engineers struggle with energy waste and unstable pressure, especially in variable-torque applications; this drive adapts in real time to changing conditions using built-in PID controllers and pump/fan control (PFC). It is CE-compliant with robust safety and environmental protections, including typical IP-rated enclosures and SIL-ready configurations for safety-focused installations. By leveraging ABB's motor-control ecosystem, you gain reliable performance, simplified commissioning, and predictable maintenance, unlocking energy savings and longer equipment life across industrial automation projects.
Product Information
Extended Description
3AUA0000049463 ABB: The ACS310 drives are designed for variable 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.
Feature built-in PID controllers and pump and fan control (PFC) → Business impact: ensures responsive regulation of pressure and flow, reducing energy waste and improving process stability; Application: booster pumps and supply/return fans in HVAC and water systems. Feature variable torque optimization for pumps and fans → Business impact: aligns drive performance with load, cutting peak energy use and extending motor life; Application: systems requiring torque-based speed modulation. Feature compact module design with easy installation and ABB compatibility → Business impact: lowers installation time and cabinet footprint while ensuring seamless integration with existing ABB motor-control ecosystems; Application: retrofits and new builds in industrial automation. Feature protective functions and diagnostics → Business impact: enhances uptime and reduces maintenance costs by preempting faults and enabling proactive servicing; Application: mission-critical pumping and ventilation equipment. Feature built-in control logic and soft-start capabilities → Business impact: minimizes mechanical stress and power surges, delivering smoother startups; Application: pumps handling pressure fluctuations and fans in variable-demand environments.
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FAQs
The ACS310 module is designed for straightforward integration in pump and fan applications. Start with mounting in a standard control cabinet, connect the motor and supply wiring as per the quick-start guide, then configure the built-in PID and PFC controls for your system pressure and flow targets. This minimizes external control hardware and speeds up commissioning.
The model supports Pn 1 Hp with a current rating of 4.7 A, tailored for variable torque pump and fan applications. It includes built-in PID control and pump/fan control (PFC) to respond to external data like pressure or flow, enabling precise, energy-efficient operation.
Yes. The drive is specifically designed for variable torque applications such as booster pumps and supply/return fans. Its built-in PID controllers and PFC optimize performance in response to changing conditions, delivering stable pressure, reduced energy use, and longer equipment life in HVAC and process environments.
The ACS310 module is designed to meet common industrial standards. It is typically CE-compliant and supports safety-oriented configurations, with environmental protections that align with typical IP-rated enclosures and SIL-ready capabilities. Always verify specific certification details on the datasheet for your region and application.
Expect energy savings from optimized pump and fan control, reduced mechanical wear due to smoother starts, and improved process stability from built-in PID features. The compact form factor and easy integration with ABB ecosystems shorten commissioning time and lower maintenance costs, delivering a favorable total cost of ownership over the system life cycle.