The General Electric IS200TBCIS2CCD Discrete Input Terminal Board supports Mark VIe turbine control systems with fast digital‑signal acquisition and rugged environmental protection. This board strengthens power‑generation automation through optically isolated inputs, wide‑range voltage support, and stable performance in extreme operating conditions.
Functional Design
The GE IS200TBCIS2CCD provides 32 optically isolated input channels that support 24–125 VDC signals with a ≤10 ms response time. Its passive architecture requires only +5 VDC for operation, reducing power consumption in continuous‑run environments. Each channel includes an LED indicator that provides real‑time status visibility during commissioning and troubleshooting.
Technical Specifications
Key Parameters
Parameter
Value
Model Number
IS200TBCIS2CCD
Product Type
Discrete Input Terminal Board
Series
Mark VIe
Manufacturer
General Electric
System
DCS
Weight
0.12 kg
Dimensions
2 cm × 18.6 cm × 12.7 cm
Origin
USA
Condition
Brand New
HS Code
8537101190
MOQ
1
Lead Time
In Stock
Communication
Ethernet router interface
Input Channels
32 optically isolated
Input Voltage Range
24–125 VDC
Response Time
≤10 ms
Isolation
1500 VAC
Operating Temperature
−40 °C to +70 °C
Protection Rating
IP67
Current Consumption
5–15 mA per channel
Signal Accuracy
±0.25% (4–20 mA)
Certifications
CE, UL, IEC 61131‑2
Additional Technical Notes
The IS200TBCIS2CCD supports real‑time digital monitoring with LED indicators on every channel.
The passive design improves energy efficiency in continuous‑operation systems.
IP67 protection ensures long‑term reliability in harsh industrial environments.
The board integrates seamlessly with Mark VI and Mark VIe Speedtronic architectures.
Applications and Compatibility
The General Electric IS200TBCIS2CCD supports gas turbines, steam turbines, and industrial automation systems that require fast, isolated digital‑signal acquisition. It fits power‑generation facilities, marine propulsion systems, and aviation‑grade turbine controls that demand high‑reliability discrete input processing.
