69005596

Overview

The Schroff 69005596 is a DIN 41612 Form C backplane connector receptacle featuring 64 positions with a 2.54 mm pitch. It utilizes a three-row configuration (A+C) and employs an Insulation Displacement Termination (IDT) method for ribbon cable mounting. The component operates at right angles to the board, ensuring reliable signal transmission in industrial environments while complying with EN 60603 standards.

Feature Summary

• DIN 41612 Form C compliant design for standardized backplane integration
• Insulation displacement termination ensures secure ribbon cable connections
• Right-angle orientation facilitates efficient space utilization in dense assemblies

Applications

• Industrial control system backplanes
• Ribbon cable interconnects in automation equipment
• Signal distribution modules requiring DIN 41612 compatibility

Procurement Notes

Verify that the specific order matches the 64-position requirement and IDT termination type. Confirm compliance with EN 60603 Class 2 requirements if applicable to your system. Ensure the ribbon cable width aligns with the three-row A+C configuration before finalizing procurement to avoid integration issues.

Selection Notes

Select this component when a DIN 41612 Form C receptacle with 64 contacts is required. The IDT termination is suitable for ribbon cables, eliminating soldering needs. Consider the right-angle form factor for PCB layout constraints. Verify environmental ratings against operational conditions.

Part Context

This part belongs to the nVent SCHROFF series of DIN 41612 connectors. These components are widely used in European industrial standards for modular electronic systems. The Form C designation indicates a specific contact arrangement optimized for high-density applications within rack-mounted equipment.

Replacement Considerations

Cross-reference with other manufacturers offering DIN 41612 Form C connectors with identical 64-pin counts and 2.54 mm pitch. Ensure mechanical dimensions and termination methods match exactly to maintain interchangeability without redesigning the host assembly.