ALLEN BRADLEY PowerFlex 755TS

Need around-the-clock dependability? Let PowerFlex® 755TS variable frequency drives do the heavy lifting. You’ll increase productivity and uptime plus, reduce energy and maintenance costs.

Featuring patented TotalFORCE® smart technology, these six-pulse variable frequency drives deliver flexible, high-performance motor control, real-­time operational intelligence and eased application commissioning and optimization. Designed for countless motor control applications and industries – from standard to the most demanding industrial control challenges – these VFDs help deliver the productivity and throughput you need.

• 1...500 Hp / 0.75…355 kW
• -20…60 °C (-4…140 °F) operating temperature with derate (no derating up to 50 °C/122 °F)
• Supports up to five option cards for I/O, safety, communication and auxiliary power supply
• Environmental: IP00/IP20 NEMA/UL Type Open, flange mount, IP54 NEMA/UL Type 12, and option for XT enhanced corrosion protection
• Easy configuration, integration and visualization in FactoryTalk® Studio 5000® design environment
• Built-in dual port Gigabit Ethernet/IP (1000 MB) provides 10x faster data handling, information and storage needs
• CIP Security for secure communications protocol ensuring authorization, integrity, and privacy between trusted devices
• XT corrosive gas protection option helps reduce threat of early equipment failure from corrosion
• TotalFORCE technology: flexible, high-performance motor control - operational intelligence - automated commissioning and optimization
• High-performance motor control with more precise velocity, torque and positioning
• Simplified equipment maintenance and service with patented predictive maintenance technology
• Real-time device data for fast decision making at the plant level and that's accessible to cloud-based analytical engines
• Adaptive control features enable faster machine startup and increased machine reliability and performance
• Integrated networked and hardwired safety enables cost-effective machine safety implementation