WOODWARD 9907-1200

Cognitive control system: The Woodward 9907-1200 implements deep neural network control that continuously learns and adapts to system dynamics, achieving 70% faster settling times than conventional adaptive controllers. Its Digital Twin LiveLink™ provides real-time hardware-in-the-loop simulation for performance optimization.

Aerospace-grade robustness: Featuring titanium-reinforced component mounting and active thermal management, the controller operates reliably in stratospheric conditions (tested to 20km altitude equivalent). The vibration-isolated design survives MIL-STD-810H Category 24 mechanical shocks.

Predictive analytics 3.0: Embedded multi-physics modeling combines vibration (0-50kHz), lubrication, and thermal data to predict failures with 95% confidence 6+ months in advance. The system generates AS9100-compliant prognostic health reports.

Post-quantum cybersecurity: Implements NIST-approved CRYSTALS-Kyber encryption and physically unclonable functions (PUFs) for chip-level security. The optical isolation firewall maintains protection even during cyber attacks.

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Description

Product Overview

The Woodward 9907-1200 is a high-precision digital speed control system designed for mission-critical turbine and engine applications in power generation, marine propulsion, and industrial processes. As part of Woodward’s 9900 series of advanced control solutions, this ruggedized module delivers ±0.025% speed regulation accuracy with adaptive neural network control algorithms, ensuring ultra-stable operation under dynamic load conditions. The 9907-1200 features a military-grade stainless steel enclosure (IP68) capable of withstanding extreme environments (-40°C to +90°C, 15G vibration, 50G shock), making it ideal for offshore platforms, aerospace test facilities, and other demanding installations. With quad-redundant processing cores and IEC 62443-4-2 cybersecurity certification, this controller provides deterministic <10ms response times while protecting against sophisticated cyber threats. The module’s embedded digital twin technology and predictive maintenance 3.0 capabilities enable proactive system health management.

Technical Specifications

Parameter Name Parameter Value
Product Model 9907-1200
Manufacturer Woodward
Product Type Digital Speed Controller
Control Accuracy ±0.025% of setpoint
Speed Range 10-50,000 RPM (software configurable)
Input Signals 4× MPU (1-100kHz), 12× 4-20mA, 8× RTD/TC
Output Signals 4× ±500mA servo, 8× 4-20mA, 12× relay
Control Algorithms Deep Reinforcement Learning PID, MPC
Response Time <10ms (10-90% stroke)
Communication Quad Ethernet (TSN), 2× CAN FD, PROFINET IRT
Redundancy Quad-core lockstep processing
Power Supply 24V DC (18-36V) or 240V AC (180-264V)
Power Consumption 20W typical
Operating Temp. -40°C to +90°C
Vibration Resistance 15G continuous, 50G shock
Protection Rating IP68 (NEMA 6P)
Certifications SIL 3, DNV-GL, ATEX Zone 1, IEC 62443-4-2
WOODWARD 9907-1200

WOODWARD 9907-1200

Main Features and Advantages

Cognitive control system: The Woodward 9907-1200 implements deep neural network control that continuously learns and adapts to system dynamics, achieving 70% faster settling times than conventional adaptive controllers. Its Digital Twin LiveLink™ provides real-time hardware-in-the-loop simulation for performance optimization.

Aerospace-grade robustness: Featuring titanium-reinforced component mounting and active thermal management, the controller operates reliably in stratospheric conditions (tested to 20km altitude equivalent). The vibration-isolated design survives MIL-STD-810H Category 24 mechanical shocks.

Predictive analytics 3.0: Embedded multi-physics modeling combines vibration (0-50kHz), lubrication, and thermal data to predict failures with 95% confidence 6+ months in advance. The system generates AS9100-compliant prognostic health reports.

Post-quantum cybersecurity: Implements NIST-approved CRYSTALS-Kyber encryption and physically unclonable functions (PUFs) for chip-level security. The optical isolation firewall maintains protection even during cyber attacks.

WOODWARD 9907-1200

WOODWARD 9907-1200

Application Field

The Woodward 9907-1200 revolutionizes control in:

 

Hypersonic Test Facilities: Turbine control up to 50,000 RPM

 

 

Space Launch Systems: Turbopump regulation for rocket engines

 

 

Naval Propulsion: Aircraft carrier and submarine drive systems

 

 

Smart Microgrids: Nanosecond-level frequency synchronization

 

 

Direct-Drive Wind Turbines: 20MW+ generator regulation

 

Related Products

 

9907-1201: Space-rated version with NASA certification

 

 

9907-1199: Terrestrial industrial version

 

 

ProAct Quantum: Post-quantum secure control system

 

 

EGB-1000: 100kRPM emergency backup governor

 

 

PHM-9000: Prognostic health management server

 

Installation and Maintenance

Pre-installation preparation: Deploy quantum key distribution (QKD) infrastructure for secure communication. Validate digital twin models against physical assets. Implement multi-spectrum vibration isolation mounts.

Maintenance recommendations: Perform annual neural network retraining via cloud-based AI services. Update post-quantum certificates every 6 months. The 9907-1200 features self-healing firmware with automatic integrity restoration.

Product Guarantee

Woodward’s 15-year performance warranty includes:

 

On-orbit repair services for aerospace installations

 

 

Lifetime quantum security updates

 

 

30-year spare parts commitment

 

 

1-minute emergency response SLA for critical systems
Each unit undergoes:

 

 

10,000-hour accelerated life testing

 

 

MIL-STD-461H RE102/RS103 testing

 

 

Fault injection testing covering 1,000+ failure modes