Introduction to WOODWARD 8200-1302
8200-1302 Product Overview
The WOODWARD 8200-1302 is a precision servo position control module, a key member of the brand’s 8200 series tailored for industrial actuator and valve regulation. It integrates high-resolution position feedback and adaptive control logic to deliver micron-level positioning accuracy for turbine inlet valves, fuel control valves, and industrial process actuators. Widely applied in power generation, petrochemical, and marine propulsion systems, it ensures stable valve positioning for steam turbines in thermal plants, precise fuel flow control for gas turbines, and reliable actuator operation for offshore oil pipeline compressors. Its rugged design features a vibration-resistant aluminum housing with IP65 protection, capable of withstanding extreme temperatures and humidity in harsh industrial environments. Equipped with dual communication interfaces, it seamlessly connects with WOODWARD main controllers and DCS systems, enabling real-time position monitoring and remote calibration to enhance control system reliability.
8200-1302 Technical Specifications
-
Product Type: Precision servo position control module (8200 series)
-
Core Functions: Micron-level position regulation, real-time feedback monitoring, dynamic error correction, fault alarm
-
Application Compatibility: Turbine inlet valves, fuel control valves, industrial process actuators, marine propulsion valves
-
Input Signal: 4-20mA position command; incremental encoder feedback (up to 1024 PPR); 0-10V DC auxiliary input
-
Output Signal: PWM servo drive output (0-5A); 4-20mA position feedback output; relay status output
-
Control Performance: Positioning accuracy ±0.02mm; response time <5ms; overshoot ≤1%
-
User Interface: 4-line LCD display for position data; 4 tactile buttons for on-site parameter setting
-
Communication Interface: RS485 (Modbus RTU); Ethernet (optional, PROFINET compatible)
-
Power Supply: 24V DC nominal; 18-36V DC wide input range; typical power consumption 35W
-
Operating Environment: Temperature -30°C to +80°C; humidity 0-95% (non-condensing); vibration resistance 10g (5-2000Hz)
-
Physical Dimensions: 160mm×110mm×65mm (L×W×H); weight ~2.3kg; IP65 protection rating
-
Certifications: CE, UL, RoHS certified; compliant with IEC 61131-2 industrial control standards
Recommended WOODWARD Related Models
-
WOODWARD 8200-1312: Digital speed control module that works with servo modules to regulate turbine operation.
-
WOODWARD 505E: Advanced turbine controller that integrates servo position data for comprehensive system management.
-
WOODWARD Varistroke-DX: Electro-hydraulic actuator that executes positioning commands from servo control modules.
-
WOODWARD ProTech 203: Turbine protection system that triggers emergency valve positioning via servo modules.
-
WOODWARD 9907-164: 505 series turbine controller that coordinates with servo modules for gas turbine control.
-
WOODWARD APECS® 4500: Programmable engine controller that uses servo positioning data for CHP system optimization.
-
WOODWARD DPG 2200: Generator paralleling controller that synchronizes with valve positioning for stable power output.
-
WOODWARD Flex500: Multi-turbine control system that centralizes data from multiple servo modules.
-
WOODWARD K-Series Actuators: Electric throttle actuators that receive precise positioning signals from control modules.
-
WOODWARD LinkNet-HT: Distributed I/O module that expands the monitoring range of servo control systems.
-
WOODWARD 1712 EPG: All-in-one governing system with built-in servo positioning for small turbomachinery.
-
WOODWARD 5009 TMR: Triple-redundant controller that ensures servo module reliability in critical applications.
-
WOODWARD 8237-2597: Digital regulator that complements servo modules in auxiliary valve control loops.
-
WOODWARD CPC-II: Current-pressure converter that translates servo signals for hydraulic valve control.
-
WOODWARD 2301A: Cost-effective speed governor that pairs with servo modules for small generator sets.
There are no reviews yet.