T60404E4658X039

Overview

The VACUUMSCHMELZE T60404E4658X039 is a through-hole current sense transformer designed for industrial applications. It features a primary current rating of 6 A and a turns ratio of 1:1500. The component operates within a frequency range of 50 Hz and exhibits a DC resistance of 44 Ohm. Key electrical characteristics include an inductance of 8 H, ensuring stable signal transmission for current monitoring tasks.

Feature Summary

• Through-hole mounting configuration for secure PCB integration
• High isolation capability via 1:1500 turns ratio
• Optimized for low-frequency operation at 50 Hz
• Robust construction suitable for industrial environments

Applications

• Industrial current monitoring systems
• Power supply feedback circuits
• Electrical protection devices
• Energy metering equipment

Procurement Notes

Verify the exact suffix X039 against official VACUUMSCHMELZE documentation to confirm specific manufacturing batch details and compliance certifications. Ensure that the 6 A rating and 50 Hz operational frequency align with your system's design requirements before finalizing procurement orders.

Selection Notes

Select this component when a high-isolation current transformer is required for low-frequency applications. The 1:1500 ratio provides significant signal attenuation, making it suitable for interfacing with sensitive measurement circuits. Consider the 44 Ohm DC resistance impact on primary circuit loading during the design phase.

Part Context

This part belongs to the T60404 series of current transformers from VACUUMSCHMELZE, known for high precision and reliability. The E4658 designation typically indicates specific core material and winding configurations optimized for standard industrial frequencies, distinguishing it from high-frequency or specialized sensor variants within the broader product line.

Replacement Considerations

Direct substitutes may include other VACUUMSCHMELZE models with identical 1:1500 ratios and 6 A ratings, such as T60404E4658X043, provided physical dimensions and pinout compatibility are verified. Cross-manufacturer replacements require careful evaluation of inductance and DC resistance parameters.