WOODWARD 9907-162

¥999.00

The WOODWARD 9907-162 is a digital governor control module from Woodward’s 505 series, designed for single extraction/admission steam turbines with single or split-range actuators, delivering precise speed, load, and pressure control for industrial power generation and process applications. The WOODWARD 9907-162 uses a 32-bit microprocessor with ±0.25% speed control accuracy and ±1% load control accuracy, supporting critical speed avoidance, auto-start sequences, and valve limiting to ensure turbine safety and efficiency. Its front-panel operator interface (2-line, 24-character display) enables local configuration, while 505View/OpView software facilitates remote monitoring and programming via RS-232/RS-485 with Modbus protocol. The WOODWARD 9907-162 operates in -20°C to +60°C environments with 5g vibration and 50g shock tolerance, ensuring reliability in harsh industrial settings. The WOODWARD 9907-162 integrates with split-stage actuators to drive inlet steam valves, supporting up to two actuators for flexible valve control strategies.

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Description

Product Description

The WOODWARD 9907-162 is a digital governor control module from Woodward’s 505 series, designed for single extraction/admission steam turbines with single or split-range actuators, delivering precise speed, load, and pressure control for industrial power generation and process applications. The WOODWARD 9907-162 uses a 32-bit microprocessor with ±0.25% speed control accuracy and ±1% load control accuracy, supporting critical speed avoidance, auto-start sequences, and valve limiting to ensure turbine safety and efficiency. Its front-panel operator interface (2-line, 24-character display) enables local configuration, while 505View/OpView software facilitates remote monitoring and programming via RS-232/RS-485 with Modbus protocol. The WOODWARD 9907-162 operates in -20°C to +60°C environments with 5g vibration and 50g shock tolerance, ensuring reliability in harsh industrial settings. The WOODWARD 9907-162 integrates with split-stage actuators to drive inlet steam valves, supporting up to two actuators for flexible valve control strategies. As a legacy 505 model, the WOODWARD 9907-162 offers seamless upgrades to 505D/505XT/Flex500 platforms while maintaining backward compatibility with existing 505 systemsWoodward.

Product Parameters

Parameter Specification
Model WOODWARD 9907-162
Type Digital Governor Turbine Control (505 Series)
Application Single extraction/admission steam turbines
Speed Control Accuracy ±0.25%
Load Control Accuracy ±1%
Response Time <10ms
Power Supply 18-32 VDC
Inputs 16 contact inputs (4 fixed, 12 programmable), 6 programmable 4-20mA inputs
Outputs 2 actuator outputs, 8 relay outputs, 6 programmable current outputs
Communication RS-232, RS-422, RS-485 (Modbus)
Operating Temperature -20 to +60°C
Vibration 5g peak-to-peak (20-500 Hz)
Dimensions 279×356×102 mm (11×14×4 inches)
Weight 3.86 kg (8.5 pounds)
Protection NEMA 4X (optional)

Advantages and Features

  1. Precision Control: The WOODWARD 9907-162 delivers ±0.25% speed accuracy and ±1% load accuracy, ensuring stable turbine operation under varying conditions.
  2. Flexible Valve Control: Supports single/split-range actuators (up to two) for customized inlet steam valve management.
  3. Integrated Safety: Critical speed avoidance, auto-start sequences, and valve limiters prevent over-speed and mechanical damage.
  4. Dual Configuration Modes: Local front-panel operation and remote 505View/OpView software access streamline setup and diagnostics.
  5. Harsh-Environment Reliability: Withstands -20°C to +60°C temps, 5g vibration, and 50g shock for industrial durability.

Application Cases in Application Fields

  • Cogeneration Plant: The WOODWARD 9907-162 controls a 15MW extraction steam turbine, maintaining 60Hz speed during grid load fluctuations and optimizing steam extraction for district heating, reducing fuel consumption by 8%.
  • Refinery Steam Turbine: It manages a 10MW back-pressure turbine driving a process compressor, using critical speed avoidance to prevent rotor damage during start-up/shutdown, cutting unplanned downtime by 25%.
  • Pulp & Paper Mill: The WOODWARD 9907-162 controls a 5MW steam turbine for a paper machine drive, enabling load sharing with a backup generator and supporting remote monitoring via DCS to meet production demand changes.
  • Chemical Plant: It regulates a 20MW extraction turbine for process steam and power generation, using valve limiting to protect against overpressure and ensuring compliance with API 612 standards.

Comparisons with Competing Products

表格
Feature WOODWARD 9907-162 Competitor A (Emerson Ovation Turbine Control) Competitor B (GE Mark VIe Speedtronic)
Speed Accuracy ±0.25% ±0.5% ±0.1%
Load Accuracy ±1% ±2% ±0.5%
Legacy Compatibility Yes (505 upgrades)Woodward Limited Yes
Local Interface 2-line display, keypad Touchscreen HMI required
Vibration Tolerance 5g 3g 5g

Selection Suggestions and Precautions

  • Selection Suggestions
    1. Choose the WOODWARD 9907-162 for single extraction/admission steam turbines needing precise speed/load control and legacy 505 system compatibility.
    2. Pair with split-range actuators for inlet steam valve control in process industries requiring flexible valve management.
    3. Prioritize for applications needing critical speed avoidance and auto-start sequences to enhance turbine safety.
  • Precautions
    1. Use 18-32 VDC power to avoid damaging the WOODWARD 9907-162 or causing control inaccuracies.
    2. Calibrate inputs/outputs annually to maintain ±0.25% speed and ±1% load accuracy.
    3. Follow ESD protocols during installation to protect the microprocessor and communication ports.

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