The IS200ISBDG1A is a specialized InSynchronous Bus Delay Module, engineered by GE as part of the Mark VI turbine control system. Its primary function is to maintain signal integrity and precise timing synchronization between various subsystems by introducing controlled delays across synchronous buses. This helps ensure that timing-sensitive components in industrial automation and turbine control applications communicate effectively.

In large-scale systems such as turbines and process control environments, timing discrepancies can lead to system instability, data loss, or control issues. The IS200ISBDG1A addresses these concerns by acting as a timing buffer, allowing signals to arrive in sync with the operational cycle of other components on the synchronous bus. This synchronization is critical in systems that demand coordinated operations such as gas turbines, steam turbines, and industrial drives.

The board is built with industrial-grade components and designed to fit into a VME (Versa Module Europa) architecture, allowing it to be integrated easily with other GE Mark VI system components. It provides robust, low-latency performance with accurate delay handling that supports complex real-time operations. The ISBDG1A also supports status monitoring and diagnostic feedback, which help identify and resolve system-level timing issues quickly.

Furthermore, its plug-and-play compatibility with GE’s Mark VI series makes it an excellent replacement or upgrade module for existing turbine infrastructure. With a long operational lifespan, high fault tolerance, and tested reliability, this board ensures uninterrupted performance even under demanding industrial conditions.

Whether you’re upgrading a turbine control system or replacing a legacy board, Evaflux Private Limited supplies the IS200ISBDG1A with complete testing, technical support, and prompt delivery. Backed by our expert engineering team, we help customers maintain efficiency, reduce downtime, and ensure long-term system stability.

⭐ Key Features:

• Designed for GE Mark VI systems

• Ensures timing synchronization across synchronous buses

• VME architecture for seamless integration

• Provides controlled signal delays for system stability

• Supports fault monitoring and diagnostics

• High-speed, low-latency performance

• Robust design for industrial environments

• Fully tested and supported by Evaflux Private Limited

📍 Evaflux Private Limited
📞 +91 7303573946
📧 support@evaflux.com