GE IS200EISBH1AAA

Operation Parameters

Input Voltage: 24V DC.

Operating Temperature: -40°C to +85°C.

Communication Protocol: Supports high-speed communication protocols.

Signal Processing: Capable of handling analog and digital signals with high precision, ensuring accurate control and monitoring.

Redundancy: Features redundant communication paths and fail-safe mechanisms to enhance system reliability and minimize downtime.

Input Channels: The board features six fiber-optic connectors on its front panel, designated for various input and output signals.

Product Functions

Communication Interface: The EISB serves as a specialized communication interface among the M1, M2, and C controllers, utilizing GE's proprietary ISBus protocol to transfer data efficiently.

Signal Processing: The GE IS200EISBH1AAA controller receives and transmits all fiber-optic feedback signals via its backplane connector.

RS-232C Communication: GE IS200EISBH1AAA also handles the communication ports between the DSPX and external devices, such as tools and keypads through the RS-232C backplane connector.

Signal Conditioning: GE IS200EISBH1AAA is responsible for processing input signals from sensors and other devices to ensure accurat e interpretation of the data.

Manages input/output processes: processing data from sensors and actuators.

Data communication: Supports the real-time exchange of data between the turbine control systems and other modules or external systems.

Fault Detection: Monitoring system performance & identifying anomalies to raise alarms or shut the system down droppping damage.

Diagnostics: Supplies diagnostic details to help with maintenance and troubleshooting, such as error codes and system status reports.

Installation

Preparation: Make sure that the control system is powered down and all safety precautions are in place to minimise the risk of electric shock.

Mounting:  Slide the EISB into the control rack slot where it will be mounted, usually beneath the DSPX module. Make sure to secure the board well, so it does not move or vibrate while in operation.

Connections: Plug the appropriate fiber-optic cables into the six connectors on the front panel.

Verification: Start the system post-installation, ensuring the EISB communicates properly with M1, M2, and C controllers. Watch for fault indicator or communication errors.

Application Scope

Power plants: GE IS200EISBH1AAA is Controlling the excitation systems of generators to maintain stability and efficiency of power generation.

Industrial Automation: GE IS200EISBH1AAA can Choice of right precision control for most complex industrial processes which needs reliable excitation control.

Troubleshooting

Transmission Problems: Inspect the fiber-optic connections.make sure they're not damaged or disconnected.if there are issues with data transfer between the controllers. Make sure the connectors are not dirty and do not have any contaminants.

SIGNAL LOSS: Confirm that all input signals to the EDCF boards and Ground Detection Module, are within expected limits. Ensure there are no integrity issues with the interfaced modules.

EISB LED Indicators: Use the EISB LEDs to diagnose operational status.