Mill-Max 4015-0-43-80-30-27-10-0: Premium OFP Pin Receptacle Connector for High-Reliability Applications

The Mill-Max 4015-0-43-80-30-27-10-0 stands as a pinnacle of precision engineering in the realm of PCB interconnect solutions. This high-performance pin receptacle connector, manufactured by the industry-leading Mill-Max Manufacturing Corp., delivers exceptional durability and electrical performance for mission-critical applications across multiple industries.

In-Depth Product Analysis

Manufacturer Excellence

Mill-Max Manufacturing Corp. has established itself as a global authority in precision interconnect solutions, with decades of experience in designing and manufacturing high-quality connectors. Their commitment to innovation and quality control ensures that every 4015-0-43-80-30-27-10-0 connector meets rigorous industry standards.

Detailed Product Specifications

This connector falls under the Terminals - PC Pin Receptacles, Socket Connectors category, specifically designed as an OFP (Open Frame Pin) Receptacle accommodating pin diameters of 0.015" to 0.025". Its current Active status guarantees continuous availability and manufacturer support.

Comprehensive Technical Specifications

Dimensional Accuracy

• Overall Length: 0.100" (2.54mm) 0.005"
• Precision Flange Diameter: 0.068" (1.73mm)
• Mounting Hole Compatibility: 0.057" (1.45mm)
• Pin Hole Diameter: 0.043" (1.09mm) with 0.002" tolerance
• Socket Depth: 0.100" (2.54mm) ensuring secure pin retention

Advanced Material Composition

• Contact Material: High-performance Beryllium Copper (BeCu) alloy
• Contact Finish: 30 microinches Gold plating over nickel barrier
• Operating Temperature Range: -55 C to +125 C
• Current Rating: 3.0A maximum
• Contact Resistance: <10m initial

Enhanced Design Features

Superior Contact Technology

The four-finger beryllium copper contact design provides:

• Optimal normal force for reliable connections
• Excellent wear resistance for extended mating cycles
• Superior electrical conductivity
• Effective stress relaxation resistance

Mounting and Termination

• No Tail design for space-efficient PCB mounting
• Wave solder compatible for high-volume production
• Flange retention for secure board mounting

Expanded Application Scenarios

The 4015-0-43-80-30-27-10-0 excels in demanding environments including:

Aerospace and Defense Systems

• Avionics equipment
• Satellite communication systems
• Military-grade electronics

Medical Technology

• Diagnostic imaging systems
• Patient monitoring devices
• Surgical equipment

Industrial Automation

• Process control systems
• Robotics interfaces
• Sensor networks

Telecommunications Infrastructure

• Base station equipment
• Network switching devices
• 5G infrastructure components

Competitive Advantages

The 4015-0-43-80-30-27-10-0 offers distinct benefits over comparable connectors:

• Extended Durability: Rated for 10,000+ mating cycles
• Superior Signal Integrity: Gold plating minimizes signal loss
• Vibration Resistance: Proven performance in high-vibration environments
• Miniaturized Design: Space-saving footprint for compact PCB layouts

Technical Support and Resources

Mill-Max provides comprehensive support for the 4015-0-43-80-30-27-10-0, including:

• Detailed CAD models for design integration
• Application-specific engineering guidance
• Reliability test data and certifications
• Custom configuration options for volume orders

Conclusion

The Mill-Max 4015-0-43-80-30-27-10-0 represents the gold standard in precision pin receptacle connectors, combining advanced materials engineering with meticulous manufacturing processes. Its exceptional electrical and mechanical characteristics make it the ideal choice for designers requiring uncompromising reliability in harsh operating environments.

For engineers seeking to optimize their interconnect solutions, we invite you to explore our complete inventory of Mill-Max products. Our knowledgeable staff can assist with technical specifications, application advice, and volume pricing for your project requirements. Contact us today to discover how the 4015-0-43-80-30-27-10-0 can enhance your design's performance and reliability.