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Product Introduction
The GE DS200DTBAG1AAA Contact Input Transition Module is an industrial-grade control module designed to manage and condition discrete input signals in GE Mark V and related turbine and drive control systems. It serves as an interface between field-level contact devices and the control processor, ensuring accurate detection, filtering, and transition of contact signals into the control logic.
This module converts raw discrete inputs into stable, clean signals suitable for processing by downstream logic, protecting the system from spurious transitions caused by contact bounce or electrical noise. Its compact and robust design makes it ideal for installation in industrial control cabinets where reliable signal handling is critical.
The DS200DTBAG1AAA is engineered for continuous operation in demanding environments, offering high reliability, predictable performance, and improved signal integrity for mission-critical applications.
Product Specifications
| Parameter | Description |
|---|---|
| Product Type | Contact Input Transition Module |
| System Series | GE Mark V Control System |
| Primary Function | Condition and transition discrete contact inputs for control logic |
| Signal Category | Discrete input signals from switches, relays, and contactors |
| Input Conditioning | Debouncing, filtering, and stabilization of discrete inputs |
| Output Interface | Processed signals to GE control backplane |
| Electrical Isolation | Isolation between field inputs and control logic |
| Operating Environment | Industrial-grade temperature and vibration tolerance |
| Installation Method | Rack-mounted or panel-mounted in control cabinets |
| Diagnostics Capability | Input status and fault detection |
| Dimensions | 160 × 100 × 25 mm |
| Weight | 0.45 kg |
Applications
• Discrete signal conditioning, ensuring clean and stable inputs from contact devices.
• Turbine and generator control systems, providing reliable transition of field contacts into control logic.
• Industrial drive systems, supporting accurate processing of start/stop and interlock signals.
• Protection and interlock circuits, preventing false triggering due to contact bounce or electrical noise.
• Control system upgrades and retrofits, offering modular replacement or expansion of discrete input handling.
Advantages
• Accurate signal transition, converting raw contact inputs into clean signals for control logic.
• Debouncing and filtering, reducing errors caused by mechanical contact bounce or transient disturbances.
• High reliability, supporting continuous operation in industrial environments.
• Electrical isolation, protecting control electronics from field-side disturbances.
• Compact design, suitable for tight control cabinet spaces.
• Enhanced diagnostics, allowing rapid identification of input faults or signal issues.
