• Master Synchronizer and Load Control Module Woodward 9007-005
  • Master Synchronizer and Load Control Module Woodward 9007-005
  • Master Synchronizer and Load Control Module Woodward 9007-005
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Master Synchronizer and Load Control Module Woodward 9007-005

Master Synchronizer and Load Control Module Woodward 9007-005

The Woodward 9007-005 serves as the primary 9007-005 Master Synchronizer and Load Control Module utilized to execute phase synchronization, import/export real power control, and reactive power management across three-phase generator...

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Availability: Low stock: 6 left

SKU: 9907-005
Vendor: Woodward
Category: Master Synchronizer and Load Control Module
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The Woodward 9007-005 serves as the primary 9007-005 Master Synchronizer and Load Control Module utilized to execute phase synchronization, import/export real power control, and reactive power management across three-phase generator bus network platforms.

Hardware Specifications

Parameter Specification
Model 9007-005
Brand Woodward
Origin USA
Weight 7.00 lbs (3.18 kg)
Dimensions 14 in x 11 in x 4 in (35.6 cm x 28 cm x 10.2 cm)
Operating Temp -40 to +55 deg C
Power Consumption Standard Operating Load (18 to 32 VDC)
Power Supply Input 18 to 32 VDC
Current Transformer Range 5 A nominal
Measurement Accuracy 1 percent at 25 deg C
Network Isolation 1000 Vrms (0 to 60 Hz)
Maximum Network Capacity 64 nodes per bus
Series MSLC Series

Actuator Loop Feedback & Harmonic Distortion Suppression

Operating alongside Woodward DSLC controls via a high-speed Local Area Network (LAN) supporting up to 64 nodes, the module processes voltage phase angles, frequency deltas, and current vectors. Dynamic speed and voltage adjust commands modulate prime mover fuel racks and excitation loops, maintaining rapid actuator loop feedback response during breaker closure sequences. Galvanic network isolation rated at 1000 Vrms (0 to 60 Hz) shields internal microprocessors from harmonic distortion and common-mode transients inherent in high-current utility grid interconnections.

Frequently Asked Questions

  • Q: What cable type and grounding topology are required for the 5 A Current Transformer (CT) inputs?
  • A: CT secondary wiring must utilize twisted-pair conductors routed through shorting-type terminal blocks. Shield drain wires must terminate exclusively at the central frame ground point to prevent ground loop noise.
  • Q: How does network isolation protect communication between the MSLC and DSLC units?
  • A: Galvanic isolation rated at 1000 Vrms (0 to 60 Hz) breaks ground potential differentials between interconnected control enclosures across the 64-node network bus.
  • Q: What are the input voltage tolerances for the main DC power connection?
  • A: The internal power regulation circuit accepts a continuous input range of 18 to 32 VDC, requiring an inline fuse for overcurrent protection.

Field Installation Guidelines

  • Mount the module vertically on a flat, grounded structural panel inside an enclosure using all four mounting holes to withstand operational vibration.
  • Maintain a minimum clearance of 50 mm around the outer housing vents to facilitate passive convection cooling across the operating range of -40 to +55 deg C.
  • Connect a heavy-gauge copper ground jumper from the chassis grounding stud directly to the main switchgear earth bus.
  • Confirm that CT input secondary circuits are properly phased and grounded at a single point prior to energizing primary generator loads.