The DS200PTBAG1ADC – Termination Board is a reliable and essential interface module used in GE DRIVE turbine control systems. Designed to provide organized connections between the control system and field I/O wiring, this board ensures proper signal distribution and integration across various system functions.

This board acts as a termination point for both analog and digital signals coming from field devices, such as sensors, actuators, switches, and alarms. It plays a key role in maintaining the accuracy and stability of turbine operations by ensuring that all input and output signals are properly routed and processed.

Built with durability and ease of use in mind, the DS200PTBAG1ADC includes multiple terminal blocks, clearly labeled connection points, and stable mounting features. It supports fast and error-free installation, making it ideal for use in power plants, industrial automation systems, and process control environments.

At Evaflux, we offer the DS200PTBAG1ADC in two conditions to meet different operational and budget needs:

• UNUSED (new surplus) – Never installed and ready for long-term use

• REBUILT – Professionally refurbished and tested for full functional performance

Each unit is thoroughly inspected and verified before shipping. Whether you’re replacing a damaged termination board, preparing for scheduled maintenance, or expanding your system, you can count on us for fast delivery and dependable quality.

To help minimize downtime, Evaflux provides same-day shipping on all in-stock units. Our knowledgeable support team is available to assist with part compatibility, specifications, or bulk orders. When system continuity is critical, we’re here to help you keep things running smoothly.

The DS200PTBAG1ADC is an excellent choice for engineers and maintenance teams working with GE Mark V systems who require a stable and efficient signal termination solution.

Contact Evaflux today for pricing and availability. We respond to all product inquiries within 24 hours with detailed quotes and shipping timelines.