DS200LDCCG1AAA GE | DIRECTO-MATIC Drive Control and LAN Communications Board

Product Overview

The DS200LDCCG1AAA serves as the primary intelligence hub for the GE DIRECTO-MATIC 2000 drive and exciter series. This specialized Drive Control and LAN Communications Board (LDCC) manages the critical interface between motor functions and the local area network. By integrating operator interfacing and drive reset capabilities, the board centralizes control logic within the drive assembly. We offer this unit as 100% Brand New original stock, ensuring your automation system operates with factory-level timing and signal accuracy.

Technical Specifications

The DS200LDCCG1AAA utilizes a sophisticated quad-processor array to distribute computational workloads:

Engineering Advantages

• Quad-Processor Workload Distribution: The board utilizes four distinct microprocessors to prevent data bottlenecks. The Drive Control Processor (DCP) handles all analog-to-digital and digital-to-analog conversions, while the Motor Control Processor (MCP) manages digital I/O communications.

• Algorithmic Math Acceleration: When the system encounters math-intensive algorithms, the Co-motor Processor (CMP) at location U35 takes over calculation tasks. This parallel processing ensures the MCP remains dedicated to real-time motor regulation.

• Integrated LAN Management: A dedicated LAN Control Processor (LCP) at location U18 manages all network-level data exchange, shielding the motor control logic from network traffic interference.

• Direct Operator Interfacing: This module facilitates drive resets and operator commands directly through the board interface, simplifying the local control architecture.

• Robust "Normal" Coating: The G1 group variation features a thick protective circuit board coating. This layer provides a physical barrier against dust and particulate matter common in industrial drive cabinets.

Installation & Component Mapping

Technicians must verify the location of the four microprocessors before installation to ensure proper alignment and cooling:

1. U1 (DCP): Located on the baseplate, this processor manages the counters and controllers.

2. U21 (MCP): This chip governs the primary digital I/O for motor signals.

3. U35 (CMP): This auxiliary processor provides the additional "muscle" for complex math.

4. U18 (LCP): This processor handles the network interface.

FAQs

Q: What differentiates the DS200LDCCG1AAA from a standard communication board?

A: The LDCC board integrates four independent processors. Unlike standard boards that rely on a single CPU, this architecture separates drive control, motor logic, and LAN communications into dedicated hardware paths.

Q: Does this board arrive with the "AAA" revision level?

A: Yes. We supply this unit as a 100% Brand New "AAA" revision, which indicates the original artwork and functional revision levels (Revision A) specified for the DIRECTO-MATIC series.

Q: Can this board handle high-speed math calculations without lagging?

A: Absolutely. The dedicated Co-motor Processor (CMP) at location U35 specifically handles math-intensive algorithms, allowing the primary motor control processor to maintain high-speed signal integrity without interruption.

Q: How do the I/O peripherals interface with this board?

A: The Drive Control Processor (DCP) at location U1 houses the counters and controllers. It executes the analog-to-digital conversions required to translate field sensor data into drive logic.