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RP327-7-0-S is listed in the Power Line Filter Modules range at ChipApex. The manufacturer field lists Astrodyne TDI. Its product description is LINE FILTER 480VAC 7A CHASS MNT. Review the specifications below when checking this part for your BOM.
The RP327-7-0-S is a three-phase delta dual-stage power line filter from the Astrodyne TDI RP240 series. It features a bookshelf design with chassis mount installation using threaded posts. The unit supports an input voltage of 480 VAC and handles a current rating of 7 A at operating frequencies of 50 Hz or 60 Hz. Physical dimensions include a height of 55 mm, length of 277 mm, and width of 142 mm. Compliance certifications include UL 1283, CSA, and EN60939.
Verify the specific mounting hardware requirements for the threaded post interface before installation. Confirm that the 480 VAC rating aligns with the target system's electrical specifications. Ensure compliance with local safety standards such as UL 1283 and EN60939 for the intended deployment region. Check availability status as distribution may vary by region.
Select this model for applications requiring a compact, dual-stage solution for three-phase delta systems. The 7 A current rating suits moderate load requirements. Consider the physical dimensions and chassis mount style for enclosure space constraints. Compare against higher current variants in the RP327 series if load demands exceed 7 A.
This component belongs to the RP240 series of power line filters manufactured by Astrodyne TDI. The series offers various current ratings including 7 A, 16 A, 30 A, and higher options. The RP327 designation indicates a specific frame size within the bookshelf category, providing standardized mounting and performance characteristics for EMC compliance.
Direct substitutes within the same series include models with different current ratings such as RP327-16-0-S or RP327-30-0-S, provided the electrical load allows for adjustment. Alternative mounting styles like wire lead (W) or connector (C) versions exist but require mechanical adaptation.
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