ACS310-03E-09A7-4 ABB LV AC Drive Module 3AUA0000039632

The ACS310 drives are part of ABB’s range of compact, easy-to-install drives tailored for squared torque applications. They are particularly suited for controlling booster pumps, supply and return fans, and other systems that demand variable torque adjustments.

Key features and capabilities of the ACS310 drives include:

1. Optimized for Pump and Fan Applications: Designed specifically for energy efficiency in systems where torque demand changes with speed, such as in HVAC and water treatment industries.
2. Built-In PID Controllers: The drives come with proportional-integral-derivative (PID) controllers, which enable precise control of parameters like pressure and flow without the need for external control systems. This makes them particularly efficient for standalone operations.
3. Pump and Fan Control (PFC): PFC technology enables the drive to adapt automatically to changes in pressure, flow, or other conditions by adjusting motor performance accordingly. This not only improves the stability and efficiency of the system but also reduces wear and tear on equipment.
4. Energy Efficiency Features: The ACS310 series includes functions that reduce energy consumption by ensuring the drive only operates at the level needed to meet current demands, offering potential cost savings over time.
5. Compact Design and Easy Installation: With a space-saving form factor and user-friendly interface, the ACS310 drives are easy to integrate into existing setups, making them a convenient option for both retrofits and new installations.
6. Protection Features: The drive includes safety mechanisms to protect against overloads, temperature changes, and power supply issues, ensuring longevity and reliability even under demanding conditions.
7. Low Noise Operation: By adjusting speed based on demand, these drives contribute to quieter operations, which can be beneficial in noise-sensitive environments.

These combined features make the ACS310 a versatile solution for industries where variable control, energy efficiency, and reliable performance are key.