General Electric DS200SIOBH1ACA Module

🧩 General Electric DS200SIOBH1ACA Module – Product Overview

The General Electric DS200SIOBH1ACA module is a precision-designed input/output board utilized within GE’s Mark V control systems. It serves as a critical communication interface between control processors and field devices, ensuring stable and synchronized data exchange in industrial automation and turbine control applications. Engineered with GE’s high-reliability design standards, this module offers robust electrical isolation, superior signal integrity, and consistent long-term performance even in challenging industrial environments.


⚙️ Product Features

  • Model: DS200SIOBH1ACA
  • Manufacturer: General Electric (GE)
  • Product Type: I/O Communication Board
  • System Compatibility: Mark V Series
  • Function: Provides serial and parallel communication interfaces between control modules and external equipment
  • Mounting Type: Rack-mounted module
  • Weight: Approx. 0.7 kg
  • Dimensions: 330 mm x 210 mm x 35 mm
  • Operating Temperature: 0°C to +60°C
  • Storage Temperature: -40°C to +85°C
  • Humidity Range: 5% to 95% non-condensing

📊 Technical Datasheet

Parameter Description
Power Supply 5 VDC ±5%
Current Consumption 0.8 A typical
Communication Ports Dual RS-232 / RS-485 serial interfaces
Bus Interface High-speed I/O backplane bus
Signal Processing Digital filtering with EMI suppression
Isolation Voltage 1500 VDC between logic and field circuits
Board Material Multi-layer FR-4 PCB with conformal coating
Connector Type 64-pin male header and ribbon connectors
Diagnostics Onboard LEDs for status and fault monitoring
Firmware Version ACA revision with enhanced noise immunity
Cooling Method Natural convection or forced-air cooling
Compliance CE, UL, and RoHS standards

🔧 Installation & Setup

Before installation, ensure the system power is completely disconnected. The DS200SIOBH1ACA module should be mounted on the designated rack slot using anti-static precautions to avoid ESD damage. Align the module connectors carefully with the backplane to prevent bent pins. Secure the board firmly using mounting screws but avoid overtightening.
After installation, verify all ribbon and signal cables are properly seated. The system should then be powered up for initial diagnostics. Check the LED indicators—green denotes normal operation, while red indicates a communication or configuration fault.


🧰 Maintenance & Handling

Routine maintenance involves periodic visual inspection for dust, oxidation, or loose connections. Clean the module using a soft antistatic brush or compressed air. Avoid exposure to excessive moisture or conductive dust.
When replacing or removing the module, always discharge static electricity from your hands using a grounded wrist strap. Do not attempt to modify or repair the circuit components without authorized service guidance from GE or qualified technicians. Store the module in its antistatic packaging when not in use.


⚠️ Usage Precautions

  • Ensure correct firmware version compatibility with your system controller.
  • Avoid installing the module near high-voltage or high-frequency sources to reduce interference.
  • Maintain proper ventilation to prevent overheating.
  • Always follow GE Mark V configuration procedures before commissioning.
  • Do not connect or disconnect communication lines while the system is powered.

🔗 Purchase & Support

For genuine General Electric DS200SIOBH1ACA modules and compatible components, please visit:
👉 https://www.fy-module.com/
👉 https://www.fy-module.com/product/


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🧠 Summary

The GE DS200SIOBH1ACA module is a key interface component ensuring reliable data transfer and operational integrity within GE’s Mark V systems. Its compact architecture, high isolation strength, and comprehensive diagnostic features make it ideal for critical control applications. Designed with industrial durability in mind, it delivers dependable communication and long service life under continuous operational conditions.

This board embodies GE’s engineering excellence—simple to integrate, easy to maintain, and reliable under all load conditions—making it an indispensable element of advanced industrial automation solutions.

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