ATV630D75N4Z - VFD, Altivar Process ATV600, ATV630, cabinet Integration, IP00, 75kW, 380 to 480V

About ATV630D75N4Z - VFD, Altivar Process ATV600, ATV630, cabinet Integration, IP00, 75kW, 380 to 480V

• Width: 10.43 inches (265 mm)
• Height: 29.45 inches (748 mm)
• Depth: 12.09 inches (307 mm)
• Net Weight: Approximately 119.3 lbs (54.1 kg) 

• Power Ratings:
  • Normal Duty: 75 kW (100 hp) with 145 A continuous output current.
  • Heavy Duty: 55 kW (75 hp) with 106 A continuous output current. 
• Input Voltage: 3-phase, 380V to 480V AC. 
• Overload Capacity: Up to 120% for 60 seconds (Normal Duty) and 150% for 60 seconds (Heavy Duty). 
  
  

• Energy Dashboard: Embedded tools to monitor consumption and a "Stop & Go" mode that cuts power use during standby by up to 30%.
• Advanced Pump Control: Specialized logic for pipe fill, anti-jamming, and multi-pump coordination. 
  
  
• Connectivity: Features three built-in RJ45 communication portsone Ethernet port and two Modbus Serial portssupporting protocols like TCP/IP and DeviceNet. 
  
  
• Safety: Includes an integrated Safe Torque Off (STO) function certified for industrial safety standards. 
• The Schneider Electric ATV630D90N4Z is the highest-capacity unit in the current series we've discussed, functioning as a high-performance controller for 90 kW (125 hp) motors. It serves as an "Industrial Internet of Things" (IIoT) ready drive, designed to bridge the gap between heavy industrial motor control and digital process monitoring.
  Core Control & Process Functions
  • High-Current Motor Management: Delivers up to 173 Amps of continuous current (Normal Duty), providing precise speed control for massive pumps, fans, and industrial compressors.
  • System-Level Intelligence: Unlike basic VFDs, this drive monitors the entire process. It can detect pump efficiency drops, pipe blockages, and leaks by comparing real-time motor data against programmed process curves.
  • Multi-Drive Coordination: Specifically engineered to manage multi-pump systems (up to 6 units), ensuring equal wear across all motors and maintaining constant pressure during peak demand.
  Digital & Energy Functions
  • Web-Based Monitoring: The embedded Ethernet port allows you to access a built-in web server. You can view real-time energy usage, diagnostic logs, and performance dashboards from any PC or tablet on the network.
  • Dynamic Energy Saving: Beyond variable speed control, its "Stop & Go" function and optimized cooling fan control minimize internal losses, contributing to overall facility energy reductions of up to 30%.
  • Operational Logging: Includes a real-time clock and data logging for fault analysis, helping maintenance teams identify the root cause of trips without needing a laptop on-site.
  Safety & Mechanical Function (Z-Variant)
  • Integrated Safety (STO): Hardware-based Safe Torque Off (SIL3/PLe) ensures the 90 kW motor cannot generate torque during emergency stops, providing a safe working environment for technicians.
  • Modular Cabinet Design: As an IP00 (Z-version), it functions as a "building block" for large Motor Control Centers (MCCs). It is designed to be integrated into custom enclosures where it can share advanced thermal management systems.