RP135-1-1-W

Overview

The RP135-1-1-W is a high-performance single-stage power line filter from the Astrodyne TDI RP135 series. It is designed for single-phase applications with a rated voltage of 250 VAC and a current rating of 1 A. The unit operates at standard frequencies of 50 Hz and 60 Hz. It features wire lead termination for circuit integration. The filter incorporates a capacitance value of 1 nF to manage electromagnetic interference.

Feature Summary

• Single-stage design for effective EMI/EMI suppression
• Wire lead termination for flexible installation
• High-performance filtering characteristics

Applications

• Single-phase power line conditioning
• Electromagnetic interference suppression in low-current equipment
• Industrial control systems requiring 250 VAC input filtering

Procurement Notes

Verify the specific suffix 'W' indicates wire leads, distinct from other termination types like quick disconnects. Confirm RoHS compliance status through official documentation before procurement. Ensure the 1 A current rating meets system requirements. Check for regional distribution restrictions as availability may vary by supplier.

Selection Notes

Select this component for single-phase circuits requiring 250 VAC operation and 1 A capacity. The wire lead configuration suits direct wiring applications. Compare against the RP135-1-4.7-W if higher capacitance is needed. Ensure the chassis or panel mount constraints accommodate the physical dimensions specified in the datasheet.

Part Context

This model belongs to the RP135 series of high-performance single-stage power line filters manufactured by Astrodyne TDI. The series offers various current ratings and capacitance values. The RP135-1-1-W specifically targets low-current applications with wire lead connectivity, differing from chassis-mounted variants with different termination styles.

Replacement Considerations

The RP135-1-4.7-W is a related variant within the same series offering different capacitance. Verify compatibility with existing wiring harnesses when substituting components with different termination styles.