Allen-Bradley 80190-580-01-R Drive Processor Module – Obsolete 1336 Series Spare Part

Technical Dossier

Product Details And Specifications

Allen-Bradley 80190-580-01-R Drive Processor Module – Obsolete 1336 Series Spare Part

DriveKNMS maintains RFQ-reviewed sourcing status of the 80190-580-01-R. This is not a catalog listing. If it appears on this page, it is on our shelf.

RFQ support for obsolete parts: Send the model number, required quantity and destination so DriveKNMS can confirm sourcing options before quotation.

Technical Specifications

Note: Electrical parameters such as voltage ratings and current specifications vary by drive frame size and are not listed here to avoid misapplication. Please provide your full drive nameplate data when inquiring.

Solving the Discontinued Hardware Crisis

The Allen-Bradley 1336 series was one of the most widely deployed AC drive platforms in North American and global manufacturing from the late 1980s through the 2000s. Cement plants, water treatment facilities, automotive assembly lines, and paper mills built their motor control infrastructure around this platform. Rockwell Automation's end-of-life announcement did not come with a simple drop-in successor. The 1336 PLUS and IMPACT drives use proprietary communication protocols, physical form factors, and control architectures that are not directly compatible with current PowerFlex generations without significant re-engineering.

The processor board — part number 80190-580-01-R — is the central control element of the drive. It manages speed reference processing, fault logic, I/O coordination, and communication with the host PLC or DCS. When this board fails, the drive is non-functional. There is no workaround, no firmware patch, and no field repair that substitutes for a working replacement board.

Facilities that have not pre-positioned spare processor boards are exposed to a single point of failure that can halt production indefinitely. The open market for this part is thin. Many listings are fraudulent, pulled from scrapped equipment without testing, or misidentified. DriveKNMS sources, inspects, and holds verified units specifically because the consequences of a counterfeit or failed board in a live production environment are severe.

How to Extend Your 1336 Drive System Life by 5–10 Years

For plant managers and maintenance engineers operating facilities with installed 1336 series drives, a structured asset protection strategy can defer capital replacement costs by a decade or more. The following approach is based on field experience with legacy drive maintenance:

1. Conduct a full drive census. Document every 1336 PLUS and IMPACT drive on site: frame size, firmware revision, current operating hours, and last service date. This baseline determines your exposure.

2. Identify single points of failure. The processor board (80190-580-01-R and related variants), the power supply board, and the gate driver board are the three components most likely to cause a non-recoverable drive failure. Prioritize sparing these items.

3. Establish a minimum spare ratio. Industry practice for critical legacy drives is one spare processor board per five installed drives, with a hard floor of two units regardless of fleet size. For drives on continuous-duty critical processes (compressors, cooling towers, primary conveyors), one-for-one sparing is justified.

5. Maintain firmware documentation. Record the firmware version loaded on each drive. When installing a replacement processor board, verify firmware compatibility before commissioning. Mismatched firmware versions can cause parameter loss or unexpected fault behavior.

6. Negotiate long-term supply agreements. The availability of 80190-580-01-R units on the secondary market will continue to decline as scrapped equipment is consumed. Facilities with multi-year maintenance horizons should consider securing a multi-unit purchase now rather than sourcing reactively after a failure event.

Condition & Reliability Assurance

DriveKNMS applies a five-step inspection protocol to all obsolete processor boards before they are offered for sale. This process is designed around the specific failure modes of legacy drive control hardware:

Step 1 – Visual Inspection: Full board examination under magnification. Checks for physical damage, burn marks, cracked solder joints, swollen or leaking electrolytic capacitors, and PCB delamination. Any board with visible capacitor bulging is rejected outright.

Q: How are RFQ terms confirmed?
A: Quantity, required condition, documentation needs, destination and sourcing route are confirmed during RFQ review before quotation.

Step 3 – Firmware Version Verification: Where readable, the firmware revision is documented and cross-referenced against known compatible versions for the 1336 PLUS and IMPACT platforms.

Step 4 – Functional Bench Test: Boards are powered and tested in a controlled bench environment where feasible. Results are logged.

Step 5 – Packaging and Storage: Boards that pass inspection are sealed in anti-static packaging with desiccant and stored in a climate-controlled environment until shipment.

Boards that do not pass any step in this process are not sold. We do not offer untested or uninspected units.

Key Features for System Maintenance

• Drop-in replacement: The 80190-580-01-R installs directly into the existing drive chassis without mechanical modification.
• No PLC reprogramming required: Replacing the processor board does not alter the drive's external interface. Existing PLC or DCS logic, wiring, and parameter sets remain intact, subject to firmware compatibility verification.
• Avoids engineering re-scoping: A board swap is a maintenance task. A drive platform migration is a capital project. The difference in cost, schedule risk, and operational disruption is substantial.
• Preserves existing operator familiarity: Maintenance staff trained on 1336 series drives do not require retraining when the platform is maintained rather than replaced.
• Supports phased replacement planning: Securing spare boards buys time to plan a controlled, budgeted migration on your schedule rather than under emergency conditions.

Q: How should I store spare processor boards long-term?
A: Store in original anti-static packaging in a dry, climate-controlled environment. Avoid temperature cycling and humidity above 60% RH. Inspect stored boards annually for any signs of capacitor degradation. Electrolytic capacitors in boards stored for more than five years should be evaluated before installation.

Q: Can you source multiple units for a fleet sparing program?
A: Contact us with your quantity requirement. We maintain relationships with verified secondary market sources and can advise on availability timelines for larger quantities.

Q: How do I confirm this part number is correct for my drive?
A: Provide the full drive nameplate data (catalog number, series letter, firmware version if visible) when you contact us. We will confirm compatibility before processing any order.