GE DS200DTBCG1A Contact Output Termination Module The GE DS200DTBCG1A, also cataloged as the DS200DTBCG1A Contact Output Termination Module, operates as a dedicated hardware...
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GE DS200DTBCG1A Contact Output Termination Module
The GE DS200DTBCG1A, also cataloged as the DS200DTBCG1A Contact Output Termination Module, operates as a dedicated hardware component for routing and driving 16 discrete output switching signals within GE Speedtronic Mark V turbine control systems.
Hardware Specifications
Parameter
Specification
Model
DS200DTBCG1A (First Revision: DS200DTBCG1AAA)
Brand
GE General Electric
Origin
United States (USA)
Weight
1.6 kg
Dimensions
350 mm x 220 mm x 45 mm
Operating Temp
-30 deg C to +65 deg C
Power Consumption
Nominal 24 VDC coil supply (bus powered)
Relay Capacity
16 electromechanical relays (24 VDC coils)
Contact Rating
5 A at 250 VAC / 30 VDC
Diagnostics
16 red LED status indicators (1 per relay channel)
Field Interfaces
6 x 20-pin removable terminal blocks (20-14 AWG)
System Interfaces
2 x 50-pin ribbon cable headers
Backplane Bus & Signal Processing Dynamics
The DS200DTBCG1A interfaces with the Mark V core processor via dual 50-pin ribbon cable connections. To achieve deterministic command execution and high-noise immunity, digital switching requests are transmitted across backplane bus communication paths directly to the 24 VDC relay coil drivers. Onboard energy storage consisting of four 470 uF capacitors (1880 uF aggregate) provides local filtering and transient current buffering during simultaneous relay energized states. Firmware flash compatibility across Mark V revision levels ensures predictable I/O density scaling and hardware synchronization across trip and control loops without requiring logic recalibration.
Frequently Asked Questions
Q: Can the DS200DTBCG1A module be hot-swapped while the Mark V panel is energized?
A: No. Hot-swapping is not permitted. Power to the board and all associated field contact loops must be de-energized prior to disconnecting the 50-pin ribbon cables or terminal blocks to prevent backplane bus errors and uncommanded actuator state changes.
Q: How does the module handle coil energy suppression during relay de-energization?
A: Onboard freewheeling diodes connected across each 24 VDC relay coil suppress inductive voltage spikes generated when de-energizing, protecting the upstream control circuitry and ribbon driver channels from transient back-EMF.
Field Installation Guidelines
Mounting Orientation: Secure the module inside the Mark V rack enclosure in a vertical orientation using four M5 screws to allow optimum natural convective cooling across the component plane.
Ribbon Cable Routing: Keep the 50-pin ribbon cables physically separated from high-voltage AC or inductive field lines by a minimum distance of 300 mm to avoid signal crosstalk. Ensure cable IDs align with designated board headers prior to powering up.
Shield Grounding: Ground all field cable drain wires at the panel entry ground bus bar rather than at the board chassis to maintain single-point grounding isolation.
