GE IC3600SSVD1

Product Introduction
The IC3600SSVD1 is a high-precision servo valve drive card belonging to the GE Speedtronic Mark I and Mark II legacy turbine control series. It is responsible for providing the exact current required to actuate hydraulic servo valves, which control fuel and steam flow to the turbine.

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Description

GE IC3600SSVD1

Technical Specifications

  • Part Number: IC3600SSVD1
  • Product Type: Servo Valve Drive Card
  • System Compatibility: GE Speedtronic Mark I and Mark II
  • Output Type: High-precision analog current drive

Functional Features

  • Hydraulic Valve Control: Regulates proportional hydraulic valves based on digital control commands.
  • Signal Amplification: Amplifies low-level control signals from the main processor to high-current drive signals.
  • Feedback Integration: Monitors valve position feedback to ensure accurate actuator positioning.

Application Scenarios
Legacy gas turbine generator systems, steam turbine governing systems, and mechanical drive applications utilizing Mark I/II controls.

Performance Parameters

  • Drive Precision: Extremely low current ripple for smooth valve movement.
  • Response Time: Millisecond-level response to control signal changes.

Material Composition
High-reliability analog components, precision operational amplifiers, power transistors, and multi-layer PCB.

Structural Characteristics
Standard IC3600 series board featuring adjustable potentiometers for calibration, diagnostic test points, and robust backplane edge connectors.

Working Principle
Receives a position command from the turbine controller, compares it with actual valve position feedback, and outputs a precisely regulated current to the servo valve coil to achieve the desired hydraulic flow.

Installation Requirements

  • Insert into the designated servo drive slot in the Mark I/II rack.
  • Verify servo valve wiring polarity and resistance before powering up.
  • Calibrate the drive card using onboard potentiometers per OEM procedures.

Usage Precautions

  • Never short-circuit servo valve output terminals.
  • Handle with extreme ESD care due to sensitive analog components.
  • Ensure proper grounding to prevent electrical noise interference.