Woodward T200612-278 | Advanced Data Acquisition System Module

The Woodward T200612-278 is a high-performance Data Acquisition System (DAS) module engineered for precision monitoring and control in demanding industrial environments. This module serves as a critical bridge between physical sensors and digital control systems, providing high-speed signal processing and robust data integrity. Designed with Woodward’s signature reliability, the T200612-278 Woodward Data Acquisition System Module ensures seamless integration into complex turbine control and power generation architectures.

Technical Parameters and Datasheet

  • Product Model: T200612-278

  • Module Type: Data Acquisition / I/O Interface

  • Input Channels: Multi-channel analog and digital support

  • Dimensions: 155mm x 110mm x 40mm

  • Weight: 0.85 kg

  • Country of Origin: USA

  • Operating Temperature: -40°C to +70°C

  • Communication Protocol: Proprietary Woodward Link / Ethernet compatible

  • Power Requirement: 24V DC nominal

Application Fields

This module is primarily utilized in sectors requiring high-frequency data sampling and extreme environmental resilience. Key applications include:

  • Gas and Steam Turbine Control: Monitoring critical pressure, temperature, and vibration metrics.

  • Power Generation Plants: Real-time data logging for grid synchronization and load management.

  • Industrial Compression Systems: Managing surge protection and performance diagnostics.

  • Renewable Energy: Integration into large-scale wind or hydro-control platforms.

Product Usage Instructions

  1. Installation: Mount the module onto a standard DIN rail or within the designated Woodward chassis. Ensure proper grounding to prevent signal interference.

  2. Wiring: Connect sensor inputs according to the pin-out diagram provided in the hardware manual. Use shielded twisted-pair cables for analog signals to minimize EMI.

  3. Configuration: Access the system software (such as Woodward GAP™ or NetSim™) to map the I/O channels and define scaling factors for the incoming data.

  4. Status Monitoring: Observe the onboard LED indicators. A steady green “Status” light indicates normal operation, while amber or red signals indicate configuration errors or hardware faults.

Q&A: Frequently Asked Questions

Q: Can the T200612-278 be “hot-swapped” during system operation? A: While the hardware is robust, hot-swapping depends on the specific chassis and controller baseplate being used. Always refer to your specific system’s safety guidelines to avoid data corruption.

Q: What should I do if the module reports a “Communication Timeout”? A: Check the integrity of the bus cables and ensure the module address is correctly set. Verify that the power supply is delivering a stable 24V DC.

Q: Is this module compatible with older Woodward MicroNet systems? A: Yes, the T200612 series is often used as a direct replacement or expansion for MicroNet and MicroNet Plus platforms, provided the firmware versions are compatible.

Recommended Similar Models

If you are looking for compatible or alternative Woodward solutions, consider the following models:

  1. Woodward 8200-226: Often used in tandem for digital control logic.

  2. Woodward 9907-164: A popular speed control interface module.

  3. Woodward 5466-316: High-density discrete I/O module for expanded systems.

  4. Woodward 5464-832: Specializes in RTD (Resistance Temperature Detector) inputs.

  5. Woodward T200612-200: A variation of the DAS module with different channel configurations.

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