General Electric IS200TPIMG1A Protective Interface Terminal Board

The GE IS200TPIMG1A Protective Interface Terminal Board is a critical component within the GE Mark VI turbine control system, designed to provide secure electrical interfacing and comprehensive protection between field devices and control hardware. This terminal board ensures signal integrity, robust fault isolation, and effective surge suppression, making it a key element in high-reliability industrial control and power generation environments.

Constructed with high-grade industrial materials, the IS200TPIMG1A offers excellent electrical performance and mechanical durability. Its advanced design incorporates noise filtering, overvoltage protection, and optimized grounding to safeguard sensitive electronics in harsh conditions. The compact layout accommodates dense wiring without compromising accessibility, making it ideal for installations requiring efficient use of space and easy maintenance.

With its proven compatibility with GE’s Mark VI systems, the IS200TPIMG1A is widely deployed in turbine control, process automation, and safety-critical applications, ensuring stable system operation and long-term reliability.

Product Specifications

Applications

• Turbine Control Systems: Provides safe, reliable interfacing for gas and steam turbine controls.

• Power Generation Plants: Ensures high-quality signal transmission and protection for process sensors and controllers.

• Industrial Automation: Supports secure connection and isolation for field devices in critical process applications.

• Oil & Gas Facilities: Designed to handle harsh environments with strong electrical noise suppression.

• Safety-Critical Systems: Enhances the reliability of DCS and SCADA architectures with fault-isolated wiring.

• Heavy Equipment Monitoring: Used in machinery control systems requiring stable and noise-free signal pathways.

Advantages

• High Signal Integrity: Advanced EMI/RFI filtering maintains accurate and stable signal transmission.

• Integrated Protection: Built-in surge suppression and fault isolation safeguard sensitive electronics.

• Durable Construction: Designed for industrial environments with wide operating temperature ranges.

• Compact Design: Space-efficient layout for control cabinets with high wiring density.

• Ease of Maintenance: Clear labeling and modular connections simplify troubleshooting and servicing.

• Versatile Signal Support: Handles both analog and digital field connections.

• Optimized for GE Systems: Fully compatible with Mark VI control architectures.

FAQ

1. What is the main purpose of the IS200TPIMG1A terminal board?

   It serves as a protective interface between field wiring and GE Mark VI control hardware, ensuring signal integrity and system safety.

2. Does the IS200TPIMG1A support both analog and digital signals?

   Yes, it is designed to handle mixed-signal interfacing for diverse control applications.

3. What kind of protection does this board provide?

   It includes surge suppression, transient filtering, and fault isolation to protect connected electronics.

4. Is the IS200TPIMG1A suitable for high-noise industrial environments?

   Yes, with EMI/RFI filtering, it maintains stable operation even under severe electrical noise conditions.

5. Can the board be used outside of turbine control applications?

   While optimized for Mark VI systems, it is also suitable for industrial automation and power plant control systems.

6. What type of connectors does the IS200TPIMG1A use?

   It employs industrial-grade screw-clamp terminals for secure and reliable wiring.

7. Is it compliant with industrial safety and quality standards?

   Yes, it meets IEC, UL, and CE standards for industrial control equipment.

8. Does it provide fault isolation for downstream devices?

   Yes, it prevents fault propagation to critical control modules through isolation circuitry.

9. Can the IS200TPIMG1A be mounted in compact control cabinets?

   Its compact 238 × 86 mm design makes it ideal for space-constrained installations.

10. Is it compatible with all GE Mark VI modules?

    Yes, it is engineered to work seamlessly with the Mark VI series for turbine and process control systems.