The IS200SCLTH1A is a high-reliability terminal board developed for GE Mark VIe LM series turbine applications, incorporating Triple Modular Redundant (TMR) architecture to ensure optimal performance in safety-critical environments. This board plays a vital role in providing secure and stable connections between field instrumentation and the turbine control modules, helping maintain accurate and uninterrupted operation.

In GE Mark VIe systems, the TMR design ensures that three independent control paths process the same signal inputs. This redundancy significantly enhances system fault tolerance and operational reliability, making the IS200SCLTH1A ideal for applications where uptime is critical, such as in power generation, oil & gas, and industrial process control.

Built with high-grade industrial materials, the board is resistant to vibration, temperature variations, and electrical interference, ensuring long-lasting performance even under harsh operating conditions. The compact yet durable design allows it to fit seamlessly into control panels without sacrificing ease of maintenance or accessibility for wiring adjustments.

Installation of the IS200SCLTH1A supports precise signal integrity, ensuring that data from field devices is accurately transmitted to the control system. This precision helps in maintaining operational safety and efficiency in turbine management, preventing costly downtime and potential system failures.

Whether used as part of new installations or as a replacement in existing GE Mark VIe LM series turbine control setups, the IS200SCLTH1A offers dependable performance, supporting the long-term stability of mission-critical industrial operations.

Key Features:

• Designed for GE Mark VIe LM series systems

• Triple Modular Redundant (TMR) configuration for enhanced reliability

• High-quality connectors for stable and secure wiring

• Robust construction for demanding industrial environments

• Facilitates precise signal interfacing between control systems and field devices

• Compact design for efficient panel integration

• Long operational life with minimal maintenance requirements

• Supports safety-critical turbine applications

Evaflux Private Limited
📞 Phone: +91 7303573946
📧 Email: support@evaflux.com