PowerFlex Drives

The Allen Bradley PowerFlex family offers a complete lineup of AC and DC variable frequency drives (VFDs) ranging from compact micro-drives to high-performance, regenerative models. With support for diverse motor control modes—such as scalar, vector, and closed-loop—these drives deliver reliability, energy savings, and precise automation control across industries.

We are not authorized by Allen Bradley. All products come with a one year warranty.

PowerFlex Drives Series:
Allen-Bradley 25B-D024N114 PowerFlex 525 AC Drive

Allen-Bradley 25B-D024N114 PowerFlex 525 AC Drive

Allen-Bradley 25B-D017N114 PowerFlex 525 AC Drive

Allen-Bradley 25B-D017N114 PowerFlex 525 AC Drive

Allen-Bradley 25B-D013N114 PowerFlex 525 AC Drive

Allen-Bradley 25B-D013N114 PowerFlex 525 AC Drive

Allen-Bradley 25B-B011N104 PowerFlex 525 AC Drive

Allen-Bradley 25B-B011N104 PowerFlex 525 AC Drive

Allen-Bradley 22B-D2P3N104 PowerFlex 40 AC Drive

Allen-Bradley 22B-D2P3N104 PowerFlex 40 AC Drive

Allen-Bradley 25B-D037N114 PowerFlex 525 AC Drive

Allen-Bradley 25B-D037N114 PowerFlex 525 AC Drive

Allen-Bradley 25B-D017N104 PowerFlex 525 AC Drive

Allen-Bradley 25B-D017N104 PowerFlex 525 AC Drive

Allen Bradley PowerFlex 525 Fault Codes: The Complete List with Causes and Fixes

Allen Bradley PowerFlex 525 Fault Codes: The Complete List with Causes and Fixes

Allen-Bradley PowerFlex 753 & 755 (Bulletin 20F/20G) Drive Selection Guide

Allen-Bradley PowerFlex 753 & 755 (Bulletin 20F/20G) Drive Selection Guide

Allen-Bradley PowerFlex 525 (25B) Drive Selection & Replacement Guide

Allen-Bradley PowerFlex 525 (25B) Drive Selection & Replacement Guide

Allen Bradley 25B-D010N104 PowerFlex 525 VFD

Allen Bradley 25B-D010N104 PowerFlex 525 VFD

Allen Bradley 20D-STEG-B1 PowerFlex Encoder Feedback Card

Allen Bradley 20D-STEG-B1 PowerFlex Encoder Feedback Card

Need Expert VFD Sourcing?

Allen-Bradley PowerFlex Variable Frequency Drives (VFDs) provide precise motor control essential for machinery, pumps, and conveyor systems. Because an unexpected drive fault or a failed internal component can instantly halt a manufacturing line, sourcing exact replacement hardware quickly is critical. Whether you are searching for a current-generation PowerFlex 525 or a legacy PowerFlex 700 module, our team specializes in tracking down precise frames, voltages, and enclosure styles to drop straight into your control cabinet.

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Worked Examples: Decoding PowerFlex Catalog Numbers

Allen-Bradley PowerFlex drive part numbers use a highly specific alphanumeric sequence to identify frame size, electrical input, safety characteristics, and enclosure ratings. Review the baseline strings below to interpret your hardware tags.

Standard Compact VFD Architecture

• 25B-D4P0N114 — PowerFlex 525 2-Horsepower Drive Module

25B (PowerFlex 525 Bulletin Identifier) • D (480VAC, 3-Phase Voltage Input Code) • 4P0 (4.0 Amp Output Rating Segment) • N (Open Style IP20 Enclosure Structure) • 114 (Standard Braking Control and Integrated Filtering Package)

Heavy Industrial Architecture Drive

• 20F11ND014AA0NNNNN — PowerFlex 753 High-Capacity VFD Assembly

20F (PowerFlex 753 Series Base) • 11 (Wall-Mount IP20 / NEMA 1 Frame Index) • N (Non-Filtered Input Configuration Suffix) • D (480VAC, 3-Phase Industrial Input Tier) • 014 (14-Amp Continuous Output Rating Index)

Automation Maintenance Tip: On modern Allen-Bradley PowerFlex 520-Series drives, the physical control module (the front face section containing the display and I/O terminal strip) can be separated entirely from the rear power module base via a simple release latch. If a drive module burns out or experiences an electrical short in its power stage, you can leave your control module, communication settings, and control wiring completely intact and simply clip it onto a replacement power base module.

Allen-Bradley PowerFlex Drives FAQ

Whether you are attempting to diagnose a sudden drive fault or planning a drop-in replacement layout for a legacy panel, understanding the specifications of your Allen-Bradley VFD hardware will prevent hardware compatibility errors. Review the answers below for guidance on handling common PowerFlex setups.

What is the difference between PowerFlex 523 and PowerFlex 525 drives?
While both share identical frame structures and power modules, the PowerFlex 525 includes an embedded EtherNet/IP port, a standard USB connection for programming configuration, and integrated Safe Torque Off (STO) hardware safety loops. The PowerFlex 523 is engineered for standalone control loops and relies on standard serial communications unless an aftermarket expansion option card is added.
Can I replace an obsolete PowerFlex 40 drive with a newer PowerFlex 525?
Yes. Allen-Bradley designed the PowerFlex 520-Series as the direct evolutionary replacement path for the legacy PowerFlex 4 and 40 series lines. Migration parameters are heavily compatible, though panel footprint sizes and terminal arrangements differ slightly, meaning wiring locations or mounting hole modifications should be checked before physical swapout.
What roles do the PowerFlex 753 and 755 series fulfill?
The PowerFlex 750-Series handles heavy-duty, architecture-level applications. The PowerFlex 753 utilizes built-in I/O options and is ideal for generalized high-capacity tasks, while the PowerFlex 755 features integrated motion control compatibility over EtherNet/IP, making it the preferred choice for complex positioning loops and tight integration into extensive automation line layouts.
What does an F005 Overvoltage or F004 Undervoltage fault signify?
An F005 Overvoltage fault occurs when the DC bus voltage inside the drive exceeds the internal safety tolerance limits—frequently triggered by high line surges or rapid motor deceleration feeding energy back into the drive. An F004 Undervoltage fault indicates incoming line drops or a phase failure affecting input current power delivery.

Sourcing Obsolete and Legacy PowerFlex VFD Hardware

When an older PowerFlex 400 or a specialized PowerFlex 70 component reaches its end-of-life cycle, local distribution networks often demand that you update your entire PLC hardware array, rewrite operational programming scripts, and incur massive panel reconstruction overheads. TCI Supply bypasses this unnecessary cost structure by sourcing direct, verified legacy replacement hardware.

Verified Part Matching and Performance Security

Our technical support team carefully double-checks physical frame dimensions, specific phase requirements, and embedded safety option components to verify that your chosen replacement drive aligns perfectly with the existing electrical prints of your control layout. We keep your systems operational with minimal downtime and no sudden structural modification requirements.

Ready to locate your replacement PowerFlex Drive module?

TCI Supply manages a deep inventory of current and obsolete Allen-Bradley VFD components ready for fast processing. Contact our drive specialist team at 1-800-755-2883 or send an image of your drive part tag to receive an immediate quote.

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