9907-205
May 26, 2026

9907-205

Woodward 9907‑205 is a portable handheld programmer for Woodward MSLC (Master Synchronizer & Load Control) / DSLC digital synchronization and load‑sharing control systems. It serves as a dedicated human‑machine interface (HMI) for on‑site parameter configuration, real‑time monitoring, calibration, and fault diagnosis of multi‑generator parallel power control systems, widely used in marine power stations, industrial power plants, oil‑gas and heavy‑duty genset control systems.

Description

Core Functions

  1. Access and modify all configuration parameters of MSLC/DSLC synchronizer and load‑sharing modules.

  2. Real‑time monitoring of generator speed, voltage, power, phase angle and parallel operating status.

  3. Perform system calibration, synchronization testing, fault troubleshooting and data logging.

  4. Support LonWorks network communication for multi‑unit power system networking control.

  5. Powered by the control system itself, no external power supply required for field use.

Electrical Specifications

  • Communication Interface: RS‑232/RS‑422 serial port, LonWorks bus protocol

  • Display: 4‑line backlit LCD, 18 characters per line

  • Keypad: 30‑key multifunction tactile keypad with navigation & function keys

  • ESD Protection: 15 kV electrostatic discharge resistance

  • Max Network Nodes: 20 nodes per bus

  • Operating Temperature: −40 °C ~ +85 °C; Storage Temperature: −55 °C ~ +100 °C

  • Certifications: CE compliant, industrial anti‑interference standard

Environmental & Mechanical Features

  • Form Factor: Handheld portable design

  • Dimensions: Approx. 163 × 109 × 64 mm

  • Weight: Approx. 0.9–1.02 kg

  • Vibration Resistance: 2.5 G sine sweep (24–2000 Hz)

  • Shock Resistance: Compliant with US MIL‑STD‑810C standard

  • Protection Grade: IP50 dust‑proof

Typical Applications

  • On‑site commissioning and maintenance of MSLC/DSLC generator parallel control systems

  • Marine multi‑genset synchronization and load‑sharing parameter tuning

  • Industrial off‑grid power station power management system debugging

  • Oil‑gas field and heavy‑duty prime mover control system fault diagnosis


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