The ACH580-01-034A-4 is part of ABB’s specialized ACH580 HVAC drive series, designed to optimize the performance of ventilation, heating, and cooling systems in commercial and industrial environments. Operating on a 3-phase 440–480 V input, it delivers an apparent power output of 28 kVA while maintaining high efficiency through its IE2-rated design. The drive features IP21/NEMA 1 protection, making it suitable for indoor wall-mounted installations within standard electrical rooms or mechanical spaces. With 50/60 Hz compatibility, low standby losses, and stable operation up to 40°C, it supports reliable performance while reducing energy consumption in HVAC processes.
Key Features
- Optimized HVAC Performance: Designed specifically for air-handling units, pumps, and fan systems requiring stable speed control and efficient airflow management.
- High Efficiency with IE2 Rating: Reduces energy consumption while maintaining strong drive output for continuous HVAC operation.
- Durable Environmental Protection: IP21 and NEMA 1 enclosure ratings provide dependable protection in indoor mechanical and electrical room installations.
- Strong Electrical Performance: Operates at 440–480 V with a 3-phase supply, delivering up to 28 kVA for mid-range HVAC applications requiring reliable motor power.
- Low Standby Loss Design: Consumes only 17 W in standby mode, helping reduce long-term operational costs and improve system efficiency.
- Compact R3 Frame Size: Enables easy wall-mounted installation in locations with limited space while maintaining high power density.
- Stable Temperature Operation: Rated for continuous operation up to 40°C, ensuring reliability in warm mechanical rooms and high-load HVAC environments.
- HVAC-Focused Control Features: Provides precise regulation of fans, pumps, and compressors to improve building comfort, system response, and operational reliability.
The ACH580-01-034A-4 delivers the reliability and precision required for efficient, long-term HVAC motor control in commercial and industrial building systems.