GE DS200HSTIG1AAA High-Speed Trigger PCB

Description

The GE DS200HSTIG1AAA High-Speed Trigger Board supports precise timing control within GE Mark V turbine systems. It delivers stable trigger pulses that help exciter and turbine modules respond consistently during dynamic operating conditions. Moreover, its design favors reliable signal integrity, which enhances synchronization between generator excitation and turbine protection functions. Engineers value this board because it offers predictable performance even in demanding environments.

Functional Highlights

• Provides accurate high-speed trigger pulses for exciter and turbine subsystems

• Maintains consistent timing stability under changing turbine load conditions

• Supports channel-to-channel isolation for improved operational safety

• Integrates easily into Mark V racks using standard GE connector layouts

• Ensures dependable performance in long-running industrial applications

• Offers a compact, rugged PCB suitable for continuous turbine operation

Technical Specifications

Model: DS200HSTIG1AAA
Manufacturer: General Electric (GE)
Series: Mark V Control System
Board Type: High-Speed Trigger PCB
Primary Function: Trigger pulse generation for excitation and control
Isolation: Channel-to-channel isolation design
Connectors: Multiple plug connectors for Mark V integration
Operating Temperature: –30 °C to +65 °C
Weight: 0.63 kg
Construction: Conformal-coated industrial PCB

Typical Applications

The DS200HSTIG1AAA board fits turbine installations that require precise timing for generator excitation. For instance, operators deploy it in gas and steam turbine systems where synchronization accuracy directly affects performance. In addition, it works well in plants that demand consistent trigger signals to maintain stable generator output.

FAQ

Q1: What system uses the DS200HSTIG1AAA board?
It is used in GE Mark V turbine control systems requiring high-speed trigger signals.

Q2: Does this board support exciter timing functions?
Yes, it generates precise pulses that support exciter and turbine synchronization tasks.

Q3: Can it operate reliably in harsh industrial environments?
Yes, its conformal coating and wide temperature range support stable operation.

Q4: Is the board available as new or surplus?
Most suppliers offer new, refurbished, or surplus-tested units with warranty coverage.