Industrial Applications
- Air Handling Units (AHUs)
- HVAC Fan Systems
- Cooling Towers
- Boiler Pump Control
- Chiller Systems
- Commercial Building Automation
- Industrial Ventilation Systems
- Energy-Efficient HVAC Installations
Key Features
- Manufacturer: ABB
- Part Number: ACH580-01-05A7-4+B056
- ACH580 Series HVAC Variable Frequency Drive
- 380–480 VAC Three-Phase Input
- 2.2 kW (3 HP) Output Rating
- 5.6 Amp Rated Output Current
- IP55 / UL Type 12 Enclosure (+B056)
- Built-in HVAC Application Software
- Integrated PID Controllers
- Modbus RTU Communication Standard
- Designed for Continuous HVAC Operation
- Professionally Refurbished and Fully Tested
Professional Refurbishment Process
Every refurbished ABB ACH580-01-05A7-4+B056 drive undergoes detailed inspection, internal cleaning, replacement of defective electronic components where required, comprehensive functional testing, and final quality verification. Each drive is carefully evaluated to ensure dependable industrial performance before shipment.
Purchasing a professionally refurbished ABB ACH580 drive provides a practical and cost-effective alternative to purchasing new equipment while extending the operational life of existing HVAC and building automation systems.
Repair & Exchange Services
York Scientific provides repair and exchange services for ABB ACH580-01-05A7-4+B056 drives. Our experienced technicians perform complete diagnostics, component-level troubleshooting, board-level repairs, rebuilding, firmware verification, and comprehensive functional testing to restore defective drives to dependable operating condition. Exchange services are available to help minimize costly HVAC system downtime.
Why Choose York Scientific?
- Professionally Refurbished ABB HVAC Drives
- Comprehensive Inspection and Functional Testing
- Fast Worldwide Shipping
- Competitive Pricing
- Repair, Exchange, and Technical Support
- Large Inventory of Obsolete Industrial Automation Components
- Experienced Industrial Automation Specialists
Worldwide Supply & Support
York Scientific supplies refurbished ABB industrial automation products to customers worldwide. Whether you require an emergency replacement, preventive maintenance inventory, or long-term support for ACH580 HVAC drive systems, we are committed to delivering dependable products, responsive customer service, and fast worldwide shipping.
Frequently Asked Questions
What is the ABB ACH580-01-05A7-4+B056 used for?
The ABB ACH580-01-05A7-4+B056 is an HVAC variable frequency drive designed for controlling fans, pumps, compressors, air handling units, and other building automation equipment while improving energy efficiency and system reliability.
What are the specifications of the ABB ACH580-01-05A7-4+B056?
This drive operates on a 380–480 VAC three-phase supply, delivers 2.2 kW (3 HP) with a 5.6 A output rating, features an IP55 / UL Type 12 enclosure, integrated HVAC application software, built-in PID controllers, and Modbus RTU communication.
Is every refurbished ABB ACH580-01-05A7-4+B056 tested before shipment?
Yes. Every refurbished drive is professionally inspected, cleaned, electrically tested, and quality verified before shipment to ensure dependable industrial performance.
Can York Scientific repair my ABB ACH580-01-05A7-4+B056 drive?
Yes. We provide diagnostic evaluation, component-level repairs, rebuilding, exchange services, firmware verification, and comprehensive testing for ABB ACH580 Series HVAC variable frequency drives.
Do you offer worldwide shipping?
Yes. York Scientific provides fast worldwide shipping for refurbished ABB HVAC drives and industrial automation components, helping customers minimize downtime with dependable replacement solutions.
Request Pricing & Availability
Looking for a refurbished ABB ACH580-01-05A7-4+B056 HVAC Variable Frequency Drive? Contact York Scientific today to request pricing, verify inventory availability, or learn more about our refurbishment, repair, and exchange services. Our experienced team is ready to help keep your HVAC and industrial automation systems operating efficiently while minimizing costly downtime.
