Description
Allen Bradley PowerFlex 525 – Three Phase Inverter Drives
Experience dependable and versatile motor control and greater ease-of-use with the PowerFlex 525 Three Phase Inverter Drives by Allen Bradley. These AC drives are a cost-effective, ideal solution for networked machines and system integration and are highly suitable for applications such as conveyors, fans, pumps, and mixers.
The innovative PowerFlex 525 AC drives offer a modular design which ensures quick and simple installation and configuration to save you valuable time as well as panel space. They provide efficient USB programming, integral EtherNet/IP™ communications, flexible mounting options, application-specific configuration, and standard safety features. They also offer a compact footprint and these resilient Variable Frequency Drives can operate at high temperatures, working up to 70°C (158 °F) with current derating and a control module fan kit.
These devices support a wide variety of motor control options due to their power rating of 0.4…22 kW (0.5…30 Hp), with global voltage classes of 100…600V. The PowerFlex 525 features an integral human interface module (HIM), which supports multiple languages and features descriptive. They include a Safe Torque-off feature which is certified at PLd/SIL2 Cat 3, this function removes rotational power to the motor without removing power from the drive for faster start-up after a demand on the safety system. With the Economizer control mode and energy monitoring features energy costs can be reduced.
Features and Benefits:
• Closed loop feedback with an optional encoder card
• More I/Os than the PowerFlex 523 series
• Simplified configuration, control and collection of drive data over the network due to built-in EtherNet/IP port
• Offers compact footprint relative to its power range and Zero Stacking™ mounting with 50 mm airflow gap
• Improved efficiency due to permanent magnet motor control, helping to reduce costs
• 3-phase input with EMC filter
• QuickViewTM, AppViewTM and CustomViewTM for easy operation and parameterisation
