1599742

Overview

Phoenix Contact part number 1599742 is a standard plug-in header designed for PCB mounting. It features a nominal current rating of 8 A and a rated voltage of 300 V. The connector utilizes a pitch of 5.08 mm with two positions arranged in a single row. Constructed from polyamide (PA66) insulation, it supports soldering via wave or manual processes. The unit includes a green marking field for identification purposes.

Feature Summary

• Provides reliable electrical connectivity through standardized 5.08 mm spacing
• Features durable polyamide housing suitable for industrial environments
• Includes integrated marking field for clear circuit identification

Applications

• Industrial control cabinet wiring
• Signal distribution in automation systems
• General-purpose electronic equipment interconnection

Procurement Notes

Verify the specific suffix codes against the official Phoenix Contact datasheet to ensure correct contact plating and accessory compatibility. Confirm that the required mating components match the 5.08 mm pitch specification. Check for any updated environmental compliance declarations relevant to your region before finalizing orders.

Selection Notes

Select this component when a compact, high-density solution is needed for low-to-medium power signal routing. Ensure the operating environment temperature range aligns with the polyamide material limits. Verify that the board layout accommodates the specific footprint dimensions and pin configuration provided in the mechanical drawing.

Part Context

This item belongs to the UK series of PCB headers, widely used in European industrial standards. It serves as a fundamental building block for modular connection systems. The design prioritizes ease of assembly and long-term stability in vibration-prone settings common in machinery manufacturing.

Replacement Considerations

No direct public substitute part numbers are confirmed for this specific model. Generic equivalents may exist but require rigorous verification of pitch, current capacity, and locking mechanism compatibility.