WOODHEAD 9907-175 Load Sharing Module for 24V Systems
This WOODHEAD 9907-175 Load Sharing Module is designed for precise speed and load management in engine systems, ensuring efficient operation across various applications.
This WOODHEAD 9907-175 Load Sharing Module is designed for precise speed and load management in engine systems, ensuring efficient operation across various applications.
Input Voltage Range:24V DC
Output Capacity:Up to 10A
Operating Temperature:-20°C to +50°C
Relay Outputs:3
Actuator Compatibility:Wide range of actuators
Communication Interface:RS485
Protection Class:IP54
Standards Compliance:UL, CE, ISO 9001
The WOODHEAD 9907-175 Load Sharing Module is a cutting-edge solution for enhancing system efficiency in industrial settings. Its compatibility with a wide range of speed control mechanisms, including those measured with 0-5Vdc, ensures versatile application across various industries.
Designed with an innovative enclosure type that meets NEMA 4 standards, this module offers enhanced protection against dust, water, and other environmental hazards, ensuring reliability in harsh industrial environments.
With its intuitive keypad and LED display, operation becomes effortless, allowing users to monitor and adjust system parameters on the go. The inclusion of 30 keys facilitates quick access to essential functions, optimizing workflow and reducing downtime.
This module is engineered to work seamlessly with other Woodward sharing modules, enabling sophisticated load sharing strategies that can significantly improve overall system performance. Whether you’re managing multiple motors or balancing loads across interconnected systems, the WOODHEAD 9907-175 is your trusted partner.
Notably, its compact size and lightweight design make installation and maintenance straightforward, even in confined spaces. The robust construction and high-quality materials ensure longevity, backed by industry-leading performance standards and reliability.
This WOODHEAD 9907-175 Load Sharing Module is designed for precise speed and load management in engine systems, ensuring efficient operation across various applications.