Woodward | 8200-226 | Servo Position Controller
Overview
8200-226 is a Servo Position Controller designed to drive servo valves and process position demand signals, replacing models 8200-224 and 8200-225. It offers 24 VDC input power and configurable options for actuator drive output.
Technical Specifications
- Current Range: ± 10 - ±250 mA
- Input Impedance: 200 Ω
- Nominal Voltage: 24 VDC
- Operating Range: 2-22 mA
- Power Dissipation: 20 W typical heat load
- Resolution: 11 bits
Features
- Servo Valve Driver: Accepts DeviceNet or 4-20 mA position demand signals.
- Feedback Processing: Compatible with up to two redundant AC devices or one DC device for valve position sensing.
- Windows-based Software: Configurable and tunable components with remote PC monitoring.
Installation Requirements
- Power Protection: 5 A, 125 V fuse for proper protection; withstands 20 A surge for 100 ms.
- Installation Considerations: Keep away from high-voltage sources, high-current devices, and potential water exposure.
Woodward | 8200-226 | Servo Position Controller
Woodward | 8200-226 | Servo Position Controller
Overview
8200-226 is a Servo Position Controller designed to drive servo valves and process position demand signals, replacing models 8200-224 and 8200-225. It offers 24 VDC input power and configurable options for actuator drive output.
Technical Specifications
- Current Range: ± 10 - ±250 mA
- Input Impedance: 200 Ω
- Nominal Voltage: 24 VDC
- Operating Range: 2-22 mA
- Power Dissipation: 20 W typical heat load
- Resolution: 11 bits
Features
- Servo Valve Driver: Accepts DeviceNet or 4-20 mA position demand signals.
- Feedback Processing: Compatible with up to two redundant AC devices or one DC device for valve position sensing.
- Windows-based Software: Configurable and tunable components with remote PC monitoring.
Installation Requirements
- Power Protection: 5 A, 125 V fuse for proper protection; withstands 20 A surge for 100 ms.
- Installation Considerations: Keep away from high-voltage sources, high-current devices, and potential water exposure.