ABB 68444331 ACS800-04-0028-5 - Pcont.max:22kW, Icont.max:38A
Part Number: 68444331
Quick Summary
ABB 68444331 ACS800-04-0028-5 is an industrial AC drive that delivers precise motor control for pumps, fans, and conveyors. Engineers often struggle with energy waste, startup surges, and downtime caused by mismatched drive settings. Typical configurations emphasize CE compliance for safety, robust IP-rated enclosures for harsh environments, and SIL safety integrity considerations in integrated control architectures. By combining configurable performance with scalable software and straightforward installation, this drive supports energy efficiency, maintenance predictability, and faster time-to-value in industrial automation.
Product Information
Feature: Configurable torque and speed control with built-in protective logging. Business Impact: Enables precise motor tuning, reduces wear, and lowers maintenance costs while improving process stability. Application: Pumps and conveyors in food processing and material handling. Feature: Advanced fault protection and diagnostics with local and remote monitoring. Business Impact: Minimizes unexpected downtime and speeds troubleshooting, boosting plant availability. Application: Continuous process lines and critical HVAC systems. Feature: Energy-efficient operation with soft-start and ramping control. Business Impact: Reduces inrush, lowers energy bills, and extends motor life. Application: Large fans, pumps, and aeration systems. Feature: Compatibility with ABB control ecosystem and standard fieldbus interfaces. Business Impact: Simplifies integration with PLCs/SCADA, accelerates commissioning, and supports scalable automation architectures. Application: Modernized manufacturing lines and retrofit projects. Feature: Compact footprint and straightforward installation with modular wiring options. Business Impact: Saves panel space, reduces installation time, and eases serviceability. Application: OEM panels, control cabinets, and retrofit installations. Insight: Real-world installations show measurable gains in efficiency and reliability when the ACS800-04 family is paired with modern motor sizing practices and proper commissioning procedures.
Get a Quick Quote for a ABB 68444331
Chat with us on WhatsApp - fast responses guaranteed
Need to speak with someone? We'll call you back within 2 hours during business hours
Interested in ABB 68444331?
Enquire Now
FAQs
Yes. The drive is designed for standard 3‑phase panels with common mounting patterns and familiar wiring practices. It supports widely used fieldbus interfaces, simple control wiring, and modular cabling, which accelerates retrofits and new installs. Verify panel space, heat dissipation, and motor ratings to ensure a smooth upgrade path from legacy inverters.
The model specifies Pcont.max of 22 kW and Icont.max of 38 A. When selecting the drive for a motor, ensure the motor’s nominal power and current stay within these limits, and confirm the supply voltage range matches site power. Proper sizing prevents overcurrent trips and preserves drive longevity in demanding applications.
Yes. The ACS800-04 family is well-suited for HVAC tasks due to smooth speed control, reduced inrush, and energy-saving ramping profiles. It provides reliable motor protection, stable operation under varying load, and easy integration with building management systems, delivering quieter operation and lower energy bills in air handling and cooling applications.
Typical configurations emphasize CE safety and EMC compliance, robust enclosure protection (IP-rated variants for harsh environments), and SIL considerations for safety-related control architectures. Always verify the specific model’s documentation for exact certifications and regional compliance, especially when integrating with safety-critical systems.
Expect reduced energy consumption from optimized motor control and softer starts, alongside lower maintenance costs due to improved protection and diagnostics. In practice, this drives faster payback on motor-driven processes such as pumps and conveyors, while extending component life and reducing unexpected downtime through proactive monitoring.