FIN1500.030.V

Power Line Filter Modules Overview

The Enerdoor FIN1500.030.V is a three-phase (Delta) EMC/EMI line filter module designed for industrial applications. It supports a rated current of 30 A and operates at 50/60 Hz. The unit features a two-stage filtering configuration with threaded post terminals (M5). Rated AC voltage is 2.9 kV phase-to-ground/neutral and 2.2 kV phase-to-phase, ensuring robust performance in demanding electromagnetic environments.

Power Line Filter Modules Feature Summary

• Two-stage EMI/RFI filtering architecture for enhanced noise suppression
• Designed specifically for regenerative motor drive applications
• Industrial-grade construction for reliable electromagnetic compatibility

Power Line Filter Modules Applications

• Regenerative motor drive systems
• Industrial automation machinery
• Electrical installations requiring EMC compliance

Power Line Filter Modules Procurement Notes

Verify the specific part number suffix against official Enerdoor documentation to confirm terminal type and mounting configuration. Ensure the application voltage and current ratings align with the system requirements before procurement. Cross-reference datasheets for precise dimensional and electrical specifications.

Power Line Filter Modules Selection Notes

Select this model for three-phase Delta configurations requiring 30 A capacity. Consider the two-stage design for superior attenuation needs. Verify compatibility with M5 threaded post connections and ensure the 2.2 kV phase-to-phase rating suits the network voltage.

Power Line Filter Modules Part Context

This component belongs to the Enerdoor FIN1500 series, which offers various current ratings from 5 A to 3000 A. The series provides modular EMC solutions for diverse industrial power applications, maintaining consistent form factors across different amperage options within the same product family.

Power Line Filter Modules Replacement Considerations

Consult Enerdoor technical support for direct substitutes within the FIN1500 series. Alternative models may require verification of current capacity and terminal compatibility to ensure seamless integration without circuit modification.