Product Introduction
The Allen-Bradley SK-R9-PINT1-FF6K PowerFlex 750 Power Interface is a critical internal component designed to manage power distribution and interface functions within PowerFlex 750 series AC drives. Manufactured by Rockwell Automation and part of the Allen-Bradley lineup, this module ensures stable and efficient power handling in demanding industrial environments.
Specifically engineered for Frame Size 6 drives, this power interface supports high-power applications up to 75 kW and operates at voltages up to 690 V. It plays a key role in connecting and regulating internal power circuits, ensuring safe operation, optimal performance, and long-term reliability of the drive system.
Product Specifications
| Parameter | Value |
|---|---|
| Model | SK-R9-PINT1-FF6K |
| Product Type | Power Interface Module |
| Series Compatibility | PowerFlex 750 Series |
| Frame Size | Frame 6 |
| Rated Voltage | Up to 690 V |
| Power Rating | 75 kW |
| Function | Power Distribution / Interface Control |
| Application | AC Drive Systems |
| Installation | Internal Drive Component |
| Dimensions | 190 × 20 × 100 mm |
| Weight | 0.5 kg |
Applications
• High-power AC drive systems — Supports power management in PowerFlex 750 Frame 6 drives.
• Industrial motor control — Ensures stable energy distribution in heavy-duty applications.
• Drive system integration — Provides internal connectivity between power sections and control components.
• Maintenance and replacement — Used for servicing or upgrading drive systems.
• Manufacturing and processing plants — Suitable for high-load industrial environments.
Advantages
• High voltage capability — Supports operation up to 690 V for demanding applications.
• Reliable power distribution — Ensures stable and efficient internal power flow.
• Optimized for high power — Designed for 75 kW drive systems.
• Robust construction — Built to withstand industrial conditions and continuous operation.
• Frame-specific design — Perfect compatibility with Frame 6 PowerFlex 750 drives.
• Improved system reliability — Enhances overall performance and reduces risk of failure.
Excellent PLC
