Name: Woodward 8200-1312 505XT Series High-Pressure (HV-STD) Turbine Controller
Brand: Woodward
SKU: 9434
Availability: InStock
Rating: 5.0 (1 reviews)

Introduction

The Woodward 8200-1312 505XT Series High-Pressure Turbine Controller is designed for high-precision, high-reliability turbine management. Its compact design, real-time control algorithms, and robust diagnostics make it ideal for industrial engineers who require both performance and operational insight. By offering fast response times, configurable parameters, and modular integration, the controller allows engineers to optimize turbine efficiency while ensuring safe operation under high-pressure conditions.

Technical Specifications

Specification	Details
Module Type	505XT Series High-Pressure Turbine Controller
Control Capability	Speed, load, and high-pressure regulation
Communication	EtherNet/IP, Modbus TCP/RTU, Woodward Remote I/O
I/O Support	Up to 16 digital, 8 analog (expandable)
Diagnostics	Event logging, alarms, fault detection
Environmental Ratings	Shock, vibration, industrial temperature tolerant
Operating Temperature	0°C to 55°C (32°F to 131°F)
Storage Temperature	-20°C to 70°C (-4°F to 158°F)
Mounting	Panel or cabinet installation
Dimensions (H × W × D)	228.6 × 139.7 × 88.9 mm (9 × 5.5 × 3.5 in)
Weight	2.27 kg (5 lbs)

Applications

The Woodward 8200-1312 505XT Series High-Pressure Turbine Controller is engineered for precise, high-speed control of steam turbines in critical industrial and power generation environments. Its enhanced logic and robust hardware make it ideal for:

High-pressure steam turbines in thermal and combined-cycle power plants.
Industrial cogeneration units requiring responsive load-following control.
Turbine retrofits and upgrades for efficiency and reliability improvements.
Remote and modular turbine installations with networked I/O modules.
Operational scenarios demanding real-time monitoring, diagnostics, and alarm management.

This controller bridges the gap between high-pressure turbine mechanics and digital control logic, allowing operators to optimize efficiency while maintaining safety margins.

Advantages

Optimized Control Loops: High-speed processing ensures precise speed, load, and pressure adjustments in real-time.
Durable Industrial Design: Resilient to vibration, thermal stress, and harsh environmental conditions.
Extensive Performance Data: Continuous logging allows engineers to analyze turbine behavior and optimize settings.
Modular Integration: Works seamlessly with Woodward I/O modules and supervisory control systems.
Operational Flexibility: Configurable for multiple turbine types and operational modes.

Technical FAQs

Can it handle multiple turbine control modes?
Yes, supports speed-following, load-following, and emergency shutdown modes.
Which communication protocols are supported for monitoring and control?
EtherNet/IP, Modbus TCP/RTU, and proprietary Woodward Remote I/O.
Does it support redundancy for critical systems?
Yes, dual power inputs and configurable redundant I/O modules ensure uninterrupted operation.
What diagnostic tools are available for real-time monitoring?
Onboard fault logging, event history, and configurable alarm thresholds.
How quickly can it respond to load changes?
Closed-loop control response time is typically under 50 ms, suitable for high-speed turbine operations.
Can operational parameters be adjusted during runtime?
Yes, through secure HMI or network interface, enabling tuning without full shutdown.
Is it compatible with legacy sensors and actuators?
Yes, configurable I/O mapping allows integration with older turbine components.
What environmental conditions can it withstand?
Shock, vibration, and temperatures from 0°C to 55°C (32°F to 131°F).
Does it provide high-pressure safety protection?
Yes, includes over-speed, over-pressure, and load-limit protective logic.
What maintenance insights does it offer?
Logs operational events, fault history, and system alarms to support preventive maintenance.