Excellent PLC
Product Overview
The GE IS200TBAOH1CCB is a transformer and breaker analog output module for Mark VI and Mark VIe control systems. It provides accurate analog output signals for breaker and transformer control, ensuring that voltage, current, and protective commands are properly transmitted to field equipment. This module is especially valuable in facilities that demand high reliability and precise control for industrial drives, turbines, and power distribution networks.
Technical Specifications & Physical Dimensions
| Specification | Details |
|---|---|
| Brand | GE |
| Model | IS200TBAOH1CCB |
| Module Type | Transformer & Breaker Analog Output Module |
| Functional Role | Analog output conditioning, transformer and breaker control |
| Compatible Systems | Mark VI / Mark VIe industrial and turbine control platforms |
| Output Types | Conditioned analog signals for voltage, current, and protective commands |
| PCB Construction | Industrial-grade with conformal coating |
| Dimensions (L × W × H) | 210 mm × 135 mm × 32 mm |
| Weight | 0.69 kg |
| Operating Temperature | –20°C to +65°C |
| Mounting Method | Rack-mounted with keyed connector alignment |
Applications & Use Cases
The IS200TBAOH1CCB is used in environments requiring reliable analog output for protection and control:
-
Transformer control and monitoring systems
-
Breaker command and feedback loops in turbine cabinets
-
Industrial drives requiring analog output interfaces
-
Retrofit and upgrade projects replacing earlier TBAOH revisions
-
Systems that demand accurate analog output for voltage and current regulation
Its precise output signals help maintain system stability and prevent misoperation of breakers or transformers.
Operational Advantages
This module ensures consistent and stable analog output, reducing the risk of miscommunication between the control system and field equipment. Its robust design provides resistance to electrical noise, thermal stress, and vibration, making it suitable for continuous industrial operation. Operators and maintenance engineers benefit from predictable module behavior, reduced downtime, and simplified diagnostics when output anomalies are detected.
