ABB ACS310-03E-13A8-4 LV AC drive - 5.5 kW, CE
Part Number: 3AUA0000039633
Quick Summary
ABB ACS310-03E-13A8-4 LV AC drive is designed to precisely control pumps and fans in industrial processes. This drive helps operators address energy waste, pressure fluctuations, and variable flow that disrupt performance. CE compliance is ensured; SIL and IP ratings depend on the enclosure and configuration, influencing system safety and environmental protection. The built-in PID controller and pump and fan control (PFC) deliver responsive performance with minimal tuning. The compact module simplifies installation, reduces wiring, and enables scalable control for HVAC, water treatment, and process applications. Together, these features translate into measurable energy savings, longer motor life, and more predictable maintenance cycles, supporting a lower total cost of ownership.
Product Information
Extended Description
3AUA0000039633 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.
Feature → Business Impact → Application: Built-in PID controllers and pump and fan control (PFC) enable precise speed and flow regulation, reducing energy use and stabilizing system pressure across variable loads. This translates to lower energy bills and extended motor life for booster pumps and return-air fans in HVAC or process cooling. Feature → Business Impact → Application: 5.5 kW, 13.8 A rated drive provides robust torque for squared torque tasks, ensuring reliable operation in pumping stations and air handling units without oversizing equipment. Feature → Business Impact → Application: Compact LV drive module reduces wiring complexity and accelerates commissioning, shortening project timelines and enabling easier retrofits in existing plant rooms. Feature → Business Impact → Application: Built-in protection and diagnostics enhance reliability, minimize unplanned downtime, and simplify maintenance planning in water treatment and HVAC applications. Feature → Business Impact → Application: PFC support improves power quality and grid compatibility, helping facilities meet efficiency targets and reduce utility penalties on large pump/fan networks.
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FAQs
For installation, ensure a suitable three-phase input, proper enclosure for the environment, and compliant wiring practices. Mount the drive on a stable panel surface, provide adequate ventilation, and connect sensors and field devices per ABB wiring diagrams. The compact module is designed to simplify integration with existing pump and fan assemblies and ABB control ecosystems, reducing commissioning time.
Key specs include a 5.5 kW power rating, 13.8 A current, and an integrated PID controller with pump and fan control (PFC). It is optimized for squared torque applications like booster pumps and supply/return fans, delivering stable speed and torque while enabling energy-efficient operation across varying load conditions.
Yes. The ACS310-03E-13A8-4 is specifically designed for squared torque tasks such as booster pumps and supply/return fans. With built-in PID and PFC, it maintains desired pressure and flow, improving process stability, reducing energy waste, and extending motor life in both HVAC and water handling applications.
The product carries CE compliance, aligning with European safety and performance standards. Certification status beyond CE (such as SIL or IP) depends on the enclosure, installation configuration, and application. Always verify local regulatory requirements and enclosure protection levels for your specific installation.
ROI benefits come from reduced energy consumption due to precise PID and PFC control, along with smoother motor operation that lowers wear and maintenance needs. Built-in diagnostics shorten fault isolation times, minimize downtime, and streamline preventive maintenance planning for pump and fan networks in industrial facilities.