3-150-001

Overview

The SCHURTER Inc. model 3-150-001 is a three-phase (Delta) EMC/EMI line filter module designed for industrial applications. It operates at a voltage rating of 520VAC and supports a current capacity of 3A at 50/60Hz frequencies. The unit features a single-stage filtering configuration with screw clamp terminal connections for secure mounting. This component is engineered to mitigate electromagnetic interference in power distribution systems.

Feature Summary

• Provides single-stage EMI suppression for three-phase Delta configurations
• Utilizes screw clamp terminals for robust electrical connections
• Engineered for high-voltage industrial power environments

Applications

• Industrial machine control systems
• Switching power supplies
• Inverter circuits

Procurement Notes

Verify the specific technical datasheet for detailed dimensional drawings and thermal derating curves before integration. Confirm that the screw clamp terminal type matches the existing busbar or cable infrastructure. Ensure the 520VAC rating aligns with the system's peak operating voltage to prevent insulation breakdown during transient events.

Selection Notes

Select this module when a compact, single-stage solution is required for three-phase Delta networks. The 3A current rating suits low-power industrial loads. Verify compatibility with the target frequency range of 50/60Hz. Consider the physical mounting constraints associated with rail-mounted filter modules in control cabinets.

Part Context

This component belongs to the FPAC series of power line filter modules manufactured by Schurter. These filters are specifically designed to address conducted emissions in sensitive electronic environments. The product line emphasizes compact form factors suitable for DIN rail installation in modern industrial enclosures.

Replacement Considerations

Publicly confirmed substitute part numbers are not available in the provided documentation. Cross-referencing requires matching the three-phase Delta topology, 520VAC rating, 3A current capacity, and single-stage attenuation characteristics.