Sale!

GE DS200LDCCH1ARA Mark V LAN Communications Board

  • Model: DS200LDCCH1ARA
  • Brand: GE
  • Series: Mark V
  • Core Function: Drive and LAN control
  • Product Type: Drive control / LAN communications card
  • Key Specs: Multiple microprocessors; LAN network control; drive, motor, and I/O control
  • Condition: New Original / New Surplus
  • ⚠️ Obsolete Model – Limited Stock Available
Categories: , , , , SKU: DS200LDCCH1ARA Brand:

Description

Key Technical Specifications

  • Part Number: DS200LDCCH1ARA
  • Manufacturer: GE
  • Series: Speedtronic Mark V
  • Product Type: Drive Control / LAN Communications Card
  • Function: Provides control for drive, motor, and I/O functions
  • Network Support: LAN communications control
  • Processing: Multiple microprocessors
  • Application: Gas, steam, and wind turbine drive assemblies
  • Condition: Legacy replacement part
  • Obsolescence: Mark V platform, limited availability
  • Compatibility Note: Verify exact suffix match before ordering

 

Product Introduction

GE DS200LDCCH1ARA is a Mark V drive control and LAN communications card used in GE turbine drive assemblies. It handles drive control, motor control, I/O control, and LAN network communication in legacy Speedtronic systems.

Buyers usually look for this part as an exact suffix match replacement. The suffix matters, and the safest swap is the original board number plus verified site wiring and configuration.

 

Troubleshooting Quick Reference

Symptom Possible Cause Relevance to this Part Quick Check Method Recommendation
Drive will not communicate on LAN Card fault, cabling issue, or network mismatch ✅ High Check link status, inspect LAN cabling, and verify address/configuration Confirm network settings before replacing the board
No drive control response Upstream controller issue, power loss, or bad board ✅ High Measure supply rails and check diagnostic LEDs Verify rack power and controller state first
Intermittent comm faults Loose connector, grounding issue, or failing card ✅ High Reseat connectors and inspect for bent pins or contamination Clean and reseat before ordering a replacement
Motor or I/O control missing Configuration mismatch or related module failure ✅ Medium Compare board suffix, firmware, and system configuration Check adjacent modules and software setup
Board fails self-test at startup Internal electronics failure ✅ High Review fault codes and LED sequence during power-up If diagnostics point to the card, replace it with exact suffix match

Contact technical support with photos of the board, LED state, cabinet wiring, and diagnostic logs if the issue stays unresolved.

DS200LDCCH1ARA
DS200LDCCH1ARA
DS200LDCCH1ARA
DS200LDCCH1ARA

 

Frequently Asked Questions

Q: Is DS200LDCCH1ARA a direct replacement for DS200LDCCH1A?
A: Not automatically. The suffix matters on Mark V hardware, so verify the exact part number and any revision notes before you swap it in.

Q: What does this board actually do?
A: It provides drive control and LAN communications for GE Mark V turbine systems. In practical terms, it helps manage drive, motor, and I/O functions while handling network communication.

Q: Can I replace it without changing software or configuration?
A: Sometimes, but do not assume that. Check the old board’s configuration, network settings, and system documentation first, because legacy GE racks can be picky.

Q: Is it hot-swappable?
A: No. Power down before removal. Pulling it live can take out the board or create a bigger problem in the rack.

Q: Why is this part listed as surplus or used so often?
A: The Mark V platform is legacy equipment, so most available units come from surplus channels instead of current factory production.

Q: What should I verify before ordering?
A: Confirm the full suffix, take photos of the old board label, and document the system’s configuration. That avoids the classic “looks right but won’t run” replacement mistake.

Q: What usually causes a failed swap that looks like a bad card?
A: Most of the time it is wiring, addressing, or a system mismatch rather than the card itself. I have seen plenty of “dead” replacements come back to life after the configuration was corrected.