1544119

Overview

The Phoenix Contact 1544119 is a contact insert module designed for heavy-duty connector systems. It features a socket design with one position, specifically configured as a power contact with zero control contacts. The component utilizes a crimp connection method and is rated for 830 volts and 100 amperes. It supports wire insulation cross-sections ranging from 10 mm² to 35 mm². This module is intended for power applications and is supplied without pre-installed crimp pins.

Feature Summary

• Socket design for secure attachment
• Crimp connection technology
• High voltage and current rating capability

Applications

• Power transmission interfaces
• Heavy-duty connector integration
• Industrial equipment power connections

Procurement Notes

Verify the part number 1544119 against official Phoenix Contact documentation to confirm it is the socket variant rather than the pin variant (1544120). Ensure compatibility with the specific HEAVYCON housing series intended for use. Confirm that the required crimp pins are sourced separately, as this module does not include them. Check technical specifications for voltage and current ratings against system requirements.

Selection Notes

Select this module when a socket configuration is required for high-power applications within heavy-duty connector systems. It is suitable for environments requiring robust electrical connections with specified voltage and current capacities. Consider the wire gauge range of 10 mm² to 35 mm² when planning cable assembly. Ensure the mating connector housing is compatible with the HC-M-01 series dimensions.

Part Context

This component belongs to the Phoenix Contact HEAVYCON series, which provides heavy-duty components for protecting interfaces and ensuring secure transmission. The series is engineered for industrial applications demanding reliable power, data, and signal connectivity under challenging conditions.

Replacement Considerations

Part number 1544120 is a related insert but features a pin configuration instead of a socket. Verify functional requirements before substitution, as the contact type differs significantly between these two variants.