Model: XVC517AE02 3BHB004744R0002, This is the unique identifier of this component.
Operating voltage and current: refer to the product manual for specific values, this is the key electrical parameters to ensure the normal operation of the component.
Communication protocol: supports a variety of industrial communication protocols, such as Modbus, Profibus, etc. is used for data exchange with other industrial equipment.
3. series :
This component may belong to a particular series of industrial automation, such as Siemens, Schneider and other well-known brands.
- electrical parameters : Electrical parameters such as voltage and current need to be determined according to the product manual or official data. Usually a detailed electrical characteristic table is provided for such parts.
- Environmental parameters : working temperature range, humidity range, to ensure that the components can run stably in a specific environment.
- series :
The D136 series may represent a class of parts with common characteristics or uses. Understanding the series can help you select alternative or compatible products.
Model Number: 9907-164, indicating its unique design and functionality within the Woodward product line.
Technical Parameters: Includes specific electrical and mechanical parameters tailored to its intended use, such as operating voltage, current, frequency response, etc.
3.Series:
Belongs to the Woodward series of components, known for their reliability and performance in various industrial and commercial applications.
*Parameters & Specifications:
+ Designed to meet rigorous industrial standards for safety and reliability.
+ Offers a wide range of input/output configurations to suit various applications.
+ Incorporates advanced diagnostics for real-time monitoring of system health.
*Series Affiliation:
+ Belongs to the TRICONEX series, known for its high-performance safety systems in industrial applications.
*Key Features:
+ Fault-tolerant architecture ensures continuous operation even in the event of component failures.
