Specification Details
Brand: Woodward
Series: CPC-II
Part Number: 9907-1106
Product Type: Current-to-Pressure Converter
Conversion Type: Electrical Current to Hydraulic Pressure
Input Type Isolated analog current input
Power Supply: 24 VDC
Input Signal: 4–20 mA
Control Pressure Range: 0–10 bar / 0–145 psi
Maximum Supply Pressure: 25 bar / 363 psi
Supply Voltage: 18–32 VDC
Analog Output: 4–20 mA
Application: Steam/Fuel Valve and Servo Positioning
Housing Material: Anodized Aluminum
Protection Rating: IP56
Hydraulic Valve: Rotary 3-Way Hydraulic Valve
Mounting: Manifold / Adapter Block Mounting
Service Interface: PC-based service tool interface
Series Generation: CPC-II / Generation II
Typical Industry: Power Generation, Turbine Control, Industrial Automation
Analog Inputs: Analog Input 1 and Analog Input 2
Analog Outputs: Analog Output 1 and Analog Output 2
Communication / Service Interface: RS-232 Service Tool Connection
Output Configuration: Redundant analog output capability is indicated on the terminal label
Mounting / Housing: Rugged circular metal industrial enclosure
Application: Turbine control, hydraulic actuator/valve control, steam and fuel valve positioning
Country Of Origin: Made In USA
Condition: Used Excellent Working (As Per Photos)
Shipping: Fast & Safe Worldwide Shipping Available.
| Brand | WOODWARD |
|---|---|
| Category | CONVERTER |
The Woodward CPC-II 9907-1106 Current-to-Pressure Converter is an industrial electrohydraulic control device designed to convert a 4–20 mA electrical demand signal into accurate, proportional hydraulic control pressure. It is primarily used for positioning steam and fuel valves and controlling associated hydraulic servo systems in demanding industrial and turbine applications.
The 9907-1106 version is configured for a 0–10 bar (0–145 psi) control-pressure range with a maximum hydraulic supply pressure of 25 bar (363 psi). The CPC-II is designed to provide stable pressure regulation and responsive valve control, helping improve the accuracy and reliability of turbine valve positioning.
The converter incorporates a rotary hydraulic valve, rotary actuator, electronic control circuitry and pressure sensing. Its design supports convenient installation and servicing, while the anodized aluminum housing provides robust protection for industrial environments.