1474479

Overview

The Phoenix Contact 1474479 is a PCB terminal block from the ICC20-TP1,5/..R3,5 product family. It features a nominal current of 8 A and a rated voltage of 150 V (III/2). The component supports a nominal cross-section of 1.5 mm² with 4 potentials arranged in a single row. The pitch between connections is 3.5 mm. The unit utilizes through-hole mounting technology and includes a 45-degree angled design relative to the board.

Feature Summary

• Angled connection interface for space-efficient board integration
• Single-row configuration with four electrical potentials
• Through-hole mounting for secure PCB attachment

Applications

• Industrial control panel wiring
• Signal distribution in automation systems
• Low-voltage power connection points

Procurement Notes

Verify the complete part number including suffixes against official Phoenix Contact documentation to ensure correct contact plating and housing material specifications. Confirm that the 8 A nominal current rating aligns with your specific thermal environment and derating requirements before finalizing procurement orders.

Selection Notes

Select this component when a 3.5 mm pitch terminal with an angled profile is required for 1.5 mm² wire capacity. Ensure the 150 V rated voltage meets system insulation standards. Verify that the copper alloy contacts with tin plating are compatible with the intended signal or power transmission application without corrosion concerns.

Part Context

This model belongs to the COMBICON Terminals S line, designed for reliable interconnection in compact electronic assemblies. The ICC series typically offers robust mechanical stability and standardized dimensions for automated assembly processes within industrial electronics manufacturing environments.

Replacement Considerations

Direct substitutes must match the 3.5 mm pitch, 4-position count, and angled form factor. Verify identical current and voltage ratings. Cross-reference Phoenix Contact internal codes for equivalent series members if exact part numbers are unavailable.