WOODWARD 9907-252 Load Sharing Module, Advanced Engine Control Solution

Output Type:+0.5 to +4.5 VDC Analog

Supply Voltage:24 VDC

Load Compatibility:Engineered for both Woodward and non-Woodward equipped systems

Load Sharing Mode:Isochronous and Droop

Dimensions:Compact Design for Easy Installation

Material:Robust Construction Ensuring Durability

Protection Features:EMI/RFI Shielding, Protection against Physical Hazards

    The WOODWARD 9907-252 Load Sharing Module is meticulously designed for unparalleled performance in industrial engine management systems. This module ensures efficient load distribution across multiple engines, whether they are Woodward-equipped or not, thus optimizing resource utilization and enhancing overall system reliability.

    Equipped with a versatile +0.5 to +4.5 VDC analog output type and a robust 24 VDC supply voltage, it offers a flexible solution adaptable to a wide range of engine applications. The module’s capability to share loads is not limited by the engine’s manufacturer, promoting compatibility and ease of integration in diverse industrial setups.

    Supporting both isochronous and droop load sharing modes, the 9907-252 module ensures stable operation under varying load conditions. This feature is crucial for maintaining optimal engine performance, especially in scenarios where power demands fluctuate.

    Engineered for compatibility with a broad spectrum of engines, including Diesel, Gasoline, Gas, Steam, and Gas Turbines, the module significantly expands its application scope across various industries. Whether you’re dealing with large power plants, marine vessels, or complex industrial machinery, this module delivers consistent performance and reliability.

    Innovatively packaged in a compact yet durable design, the 9907-252 Load Sharing Module comes with an additional load-sharing line relay, offering users high/low voltage options and the flexibility to choose between forward or reverse acting control mechanisms. This level of customization ensures that the module can be tailored to specific operational needs, enhancing user convenience and efficiency.