WOODWARD 9907-252 Load Sharing Module: Precision Engine Control for Industrial Applications

Output Type:+0.5 to +4.5 VDC Analog

Supply Voltage:24 VDC

Load Sharing Compatibility:With Woodward and Non-Woodward Engines

Load Sharing Modes:Isochronous and Droop

Control Accuracy:Industry-leading precision

    The WOODWARD 9907-252 Load Sharing Module is engineered to enhance operational efficiency by enabling precise load distribution among multiple power sources. Its robust design ensures compatibility with both Woodward and non-Woodward equipped engines, providing unparalleled flexibility in industrial settings.

    Featuring a versatile +0.5 to +4.5 VDC analog output type, this module allows for fine-tuned control over engine operations, optimizing performance under various conditions. The 24 VDC supply voltage ensures reliable power delivery, supporting continuous operation in demanding environments.

    With its ability to provide isochronous and droop load sharing, the 9907-252 Load Sharing Module ensures stable performance and efficient power management. This feature is crucial for maintaining consistent output levels, especially in applications requiring high reliability and responsiveness.

    The module incorporates advanced shielding techniques against electromagnetic interference (EMI) and radio frequency interference (RFI), safeguarding its functionality against external disturbances. Additionally, it includes measures to protect against physical hazards, ensuring safety and durability in industrial applications.

    Designed with ease of access and maintenance in mind, all potentiometer adjustments are conveniently located on the front panel of the module, streamlining setup and tuning processes. This user-friendly design enhances operational efficiency, allowing technicians to quickly configure the module to meet specific application requirements.