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The Delta Electronics 30VBGS5 is a single-phase general-purpose power line filter designed for chassis mounting. It supports input voltages of 115 VAC and 250 VAC with a rated current of 30 A at 50/60 Hz. The component utilizes a threaded post (M5) terminal interface for secure connection. It features a maximum leakage current of 0.4 mA at 115 VAC and 0.8 mA at 250 VAC when operating at 60 Hz. The unit is classified as an EMC/EMI line filter module intended to suppress switching transients in electrical circuits.
Verify the end-of-life status before procurement, as this component is scheduled for obsolescence by the manufacturer. Confirm that the M5 threaded post terminal style matches the existing panel design requirements. Ensure the application voltage does not exceed the 250 VAC rating and that the load current remains within the 30 A limit. Check for available substitute models from the same product family if supply continuity is critical for long-term production.
Select this filter when a single-phase, high-current solution is required for chassis-mounted installations. The M5 threaded post interface dictates mechanical compatibility with specific panel cutouts and hardware. Consider the leakage current specifications relative to safety standards applicable to the final equipment enclosure. Evaluate the physical dimensions against available space constraints within the target assembly.
The 30VBGS5 belongs to Delta Electronics' series of single-phase power line filters. These components are engineered for robust performance in industrial and commercial environments where significant current handling is necessary. The product line emphasizes reliable EMI attenuation through standardized mounting configurations and terminal types suitable for heavy-duty applications.
Consult official documentation for direct substitutes within the DP or VBGS series. Verify that alternative parts maintain identical terminal styles and current ratings to ensure mechanical and electrical compatibility without redesigning the mounting infrastructure.