Model Number:9905-028
Series:SPM-A
Function:Load Sharing and Speed Control
Technology:Non Voltage Match (EMC)
Input Voltage Range:Variable
Output Frequency:Adjustable
Power Handling Capacity:High
Control Method:Electronic
Environmental Rating:Industrial Grade
Dimensions (WxHxD):Specific Size
Weight:Approximate
Mounting Type:Standard
Certifications:ISO 9001, CE
The WOODWARD 9905-028 SPM-A STD NON VOLTAGE MATCH (EMC) ASSEMBLY boasts a robust design engineered for high reliability in a wide range of industrial applications. Its advanced features include precise load sharing capabilities, ensuring smooth operation across multiple power sources, and speed control mechanisms that optimize performance under varying conditions.
This assembly is equipped with an input voltage max rating of 10 (1.8 A max) to 77 Vdc, allowing it to adapt to diverse system requirements. Its operating temperature range from -40°C to +70°C ensures durability in extreme environments, while the storage capacity extends to -55°C to +105°C, offering versatility in transportation and storage scenarios.
Weighing less than 7 pounds, this compact yet powerful module is designed for ease of installation and integration into existing systems. Its dimensions of 460.65mm x 264.16mm x 58.42mm make it suitable for space-constrained environments, without compromising on performance.
The WOODWARD 9905-028 SPM-A STD NON VOLTAGE MATCH (EMC) ASSEMBLY is manufactured using high-quality materials that adhere to stringent engineering standards, ensuring longevity and reliability. Its design incorporates safety features that comply with international EMC (Electromagnetic Compatibility) standards, protecting against harmful interference and ensuring compliance with regulatory requirements.
For users seeking enhanced system efficiency, safety, and flexibility, the WOODWARD 9905-028 SPM-A STD NON VOLTAGE MATCH (EMC) ASSEMBLY offers unparalleled capabilities. It seamlessly integrates into complex industrial systems, providing critical control functions that are essential for optimal operation.
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