C2001011100 Schneider Electric ELAU C200 Series Servo Drive / Control Board

Description

Product Model: C200/10/1/1/1/00 (also referenced as C2001011100)

• Product Brand: Schneider Electric (ELAU)
• Product Series: PACDrive C200 Series (Servo/Motion Control)
• Product Features:
  • High‐end motion control board in the PACDrive C200 family, designed for servo/motion applications.
  • 24 V DC input, roughly ~15 A rating as per one listing, uses ST‐PC “Vega” processor and significant memory (128 MB RAM, 32 MB Flash) according to surplus listing.
  • Discontinued by manufacturer – spare/aftermarket sourcing is key.

Applications & Industry Context

In the world of high-performance motion control—CNC machining, robotics, gantry systems, and automated assembly lines—controllers that can handle high speed, precision, and feedback loops are essential. The C200/10/1/1/1/00 module (C2001011100) is designed to live in such an environment. As part of the PACDrive C200 architecture by ELAU (now Schneider Electric), it finds its place where axis count, synchronization, and motion responsiveness matter.

Imagine a five-axis milling center: the tool head must move with precision, read encoder feedback, adjust velocity, torque and position, and coordinate with multiple drives. A module like C2001011100 often acts as a servo drive or motion controller interface in that system. Because PACDrive systems were adopted in many plants, the C200 series boards are found in legacy machines still running decades later.

In retrofit or upgrade scenarios, one of the greatest challenges is maintaining compatibility while avoiding a full rebuild. A machine using PACDrive C200 may have a fault board: replacing it with C200/10/1/1/1/00 maintains the original architecture, preserves wiring harnesses, software logic, and avoids re‐commissioning from scratch. This reduces downtime and cost.

Also consider the supply chain side: because this module is discontinued, parts availability is a concern. Procurement teams often treat it as a strategic spares item. The listing from Obso Automation shows “24 months Obso warranty included” for used items. Obso Automation So whether you’re running a machine for one more year or ten, having a well-documented spare of C2001011100 can avoid the costly scenario of sourcing a replacement at short notice.

Product Role & System Fit

The C200/10/1/1/1/00 module is an integral board in the PACDrive C200 series: it sits within a rack/backplane system, connected to motion controllers, drives, and feedback subsystems. It’s not a simple analog I/O board; rather, it is a motion/servo controller or drive board, designed for precise motion loop tasks.

From a system integrator’s viewpoint: you’ll locate this board in a motion rack, wire power (24 V DC input as indicated), connect it to the system bus (and possibly to the servo drives), and configure parameters (memory, firmware version, slot address). It must match the surrounding environment: feedback encoders, motor drives, backplane bus communications, synchronization clocks, and motion software. Performance demands are higher than generic PLC I/O—the C2001011100 supports “servo drive / servo control” as the category in one listing.

Because it’s in the PACDrive family, it fits into a broader ecosystem of modules—power supplies, I/O, axis drives, motion cards. When planning replacement or spares, compatibility with the remaining system (module version, firmware, slot, wiring) is critical. If you were to substitute with a newer platform, you’d face rewiring, software porting, testing, which may not be feasible in many plants.

Thus, the C200/10/1/1/1/00 module plays the role of “motion controller/drive board in PACDrive C200 architecture” – allowing high precision motion control and long‐term support for machines built on that ecosystem.

Technical Features & Benefits

Here are some of the technical features of the C2001011100 module and how they benefit machine applications:

• 24 V DC Input & ~15 A Current Rating
  One listing reports the module uses “24 V DC” and “15 A” in the specification. Radwell International That means the board is designed for significant power consumption, suitable for high-performing axis drives. For integrators, this means adequate power bus capacity and cabling must be present in the control cabinet.
• High Memory & Processor
  The listing describes “128 MB RAM / 32 MB Flash / ST-PC Vega Processor”.  Large memory and a dedicated processor suggest the board supports complex motion logic, multiple axes, or high-frequncy feedback loops. The benefit is responsiveness and future expandability—even though the board is legacy, it offered high performance in its time.
• Backplane / Modular Architecture (PACDrive C200 Series)
  Being part of the PACDrive C200 series means the board conforms to a modular rack/backplane architecture. That supports easier maintenance, replacement, and integration of other modules (power supply, drive, I/O). The modularity helps reduce downtime when modules fail since you can swap them. A supplier describes the product as “Servo Drive / Servo Control SCHNEIDER ELAU AG PACDRIVE C200 SERIES”.
• Full Motion/Servo Control Capability
  Multiple sources label the board as “Servo Drive / Servo Control”. That means it likely handles servo loop algorithms (torque, velocity, position) and interfaces with the servo motor/encoder system. In practical terms, this means you have a board suited for demanding motion tasks—not just simple logic.
• Aftermarket Support & Warranty Options
  Despite being discontinued, vendors provide refurbished units with warranties (12–24 months). For example, “Used items come with 12 month warranty” by one vendor.  This ensures your replacement unit isn’t a gamble, and maintenance teams can swap with confidence.

In summary, choosing the C2001011100 module gives you high performance, compatibility with PACDrive C200 architecture, and potential for maintenance continuity. The major caveat is its discontinued status—meaning spare strategy and sourcing are key.

Technical Specifications Table

Note: Because this is a legacy board and detailed datasheet is scarce, always verify the revision number, connector configuration, slot compatibility, firmware version, and parameters before installation.

Installation & Maintenance Insights

Based on field experience with legacy motion boards like the C2001011100, here are practical tips:

• Slot & Backplane Setup: Ensure the board is plugged into the correct rack slot and firmly seated. Because it’s a modular board, make sure the backplane connectors are clean, undamaged, and the rack is powered down before insertion.
• Power Bus Capacity: Given the board draws ~24 V DC at possibly ~15 A, verify your cabinet power supply and distribution wiring can handle the load plus margin. Undersized power supply can lead to faults or instability.
• Firmware & Parameter Matching: The replacement board must match or be compatible with your system’s firmware version and parameter set. Record the old board’s version, settings, slot address and configuration before swapping.
• Cooling & Ventilation: Motion boards often generate heat. Ensure adequate ventilation and ambient temperature. Dust or poor cooling leads to early failure.
• Spare Strategy: Since the board is discontinued, maintain a spare unit in inventory. Label it with revision, test date, parameter backup. Having a spare ready can cut downtime dramatically.
• Test Before Commission: After swapping, verify the board is recognized by the controller, check for fault codes, ensure servo loops engage properly. Run the axis through known load tests before returning to full production.
• Document Swap: Log the date, serial number of the board, firmware revision, commissioning results, and slot location. Over time, maintenance teams benefit from accurate records.