Woodward 8200-1340

Product Introduction:
Woodward 8200-1340 is a precision industrial control module designed for complex power generation and mechanical drive applications. It provides robust logic processing, signal conditioning, and actuator driving capabilities within the MicroNet control platform.

Category: SKU: Woodward 8200-1340

Description

Woodward 8200-1340

Technical Specifications:

  • Brand: Woodward
  • Model: 8200-1340
  • Product Type: Industrial Control Module
  • System Compatibility: MicroNet Mark II Control System

Functional Features:

  • High-Precision Signal Processing: Excellent anti-interference capabilities ensure accurate signal transmission in high-electromagnetic-noise environments.
  • Fast Response Mechanism: Optimized internal processing logic achieves millisecond-level command delivery to field actuators.
  • Real-Time Self-Diagnostics: Continuously monitors internal health and peripheral circuits, instantly reporting fault codes.

Application Scenarios:
Widely used in industrial gas turbines, diesel engine generator sets, marine power systems, and critical speed governing systems for large industrial compressors.

Performance Parameters:

  • Operating Voltage: Wide-range DC input to adapt to varying power supply environments
  • Control Accuracy: Exceptionally high, ensuring equipment speed or load remains strictly within set thresholds
  • Environmental Adaptability: Outstanding resistance to vibration and shock

Material Composition:
Housing is constructed from high-strength, flame-retardant engineering materials. Internal pins are gold-plated using high-conductivity alloys to ensure long-term connection reliability.

Structural Characteristics:
Standard industrial modular packaging equipped with high-reliability industrial-grade connectors. Features clear terminal markings and status indicator interfaces for quick wiring and troubleshooting.

Working Principle:
It collects real-time feedback signals from sensors, performs PID calculations and logic judgments via an internal microprocessor, and outputs precise control currents or voltages to drive actuators, forming a highly stable closed-loop control system.

Installation Requirements:
Must be installed in a well-ventilated electrical control cabinet away from extreme heat sources. Wiring must strictly follow schematic specifications, with shielding reliably grounded at a single end.

Usage Precautions:
Always cut off system power before handling. Never plug or unplug connectors while energized. Installation and commissioning must be performed by qualified engineers adhering to ESD standards.