DF50-2830SCFA-Headers & Wire Housings 28-30AWG CRIMP GOLD CONN SOCKET

Product Description

The DF50-2830SCFA is a highly specialized, precision-engineered crimp socket contact designed to form the critical conductive foundation of miniature wire-to-board connection systems. Manufactured by Hirose Electric, this female contact perfectly accommodates the spatial constraints of modern electronic architectures while delivering uncompromising signal integrity. Designed to terminate fine wires ranging from 30 AWG to 28 AWG, the component acts as the vital interface within the broader DF50 series ecosystem. It seamlessly integrates with both single and dual-row housing configurations, empowering engineers to construct highly stable, low-profile connection modules tailored to exact volumetric requirements without sacrificing mechanical retention.

When handling the physical contact, the specialized gold surface plating provides a distinctly smooth, friction-reducing finish. This not only facilitates secure and tactile mating cycles but also establishes an incredibly reliable electrical path that resists fretting corrosion over extended operational periods. To accelerate product introduction and streamline the design validation phase, comprehensive design resources are readily accessible. Engineering and layout teams can leverage original manufacturer specifications, highly detailed 2D blueprints, and precise EDA/CAD 3D models to virtually verify clearances and tolerances before physical prototyping begins.

Furthermore, the component is supported by highly versatile delivery and packaging solutions to match any production scale. For initial research and development, prototyping, or low-volume runs, the contacts are available in flexible Cut Tape formats. As projects transition into large-scale automated assembly, the standard Tape & Reel packaging—containing 30,000 pieces per reel—ensures continuous, uninterrupted feeding into automated crimping and termination machinery, drastically reducing changeover times and optimizing factory floor throughput.

Product Advantages

Premium Material Composition and Thermal Reliability

At the core of this contact is a precision-formulated phosphor bronze base material, selected specifically for its exceptional mechanical resilience and superior spring characteristics. This ensures the socket maintains a firm, gas-tight grip on the mating header pin even after repeated insertion and extraction cycles. The exacting gold plating further enhances this by preventing surface oxidation, ensuring a stable, low-resistance connection rated at an insulation resistance of 30 mOhms. Thermally, the component is engineered to operate flawlessly across a demanding temperature spectrum, maintaining structural and electrical integrity from freezing environments of -35°C up to elevated temperatures of +85°C. This thermal stability is paired with outstanding vibration resistance, preventing micro-interruptions in the signal path.

Stringent Environmental Compliance and Quality Control

Meeting the most rigorous global environmental and safety standards, this connector component is fully RoHS3, REACH, and UL certified, ensuring the absence of hazardous substances in your end-product. Additionally, it boasts a Moisture Sensitivity Level (MSL) 1 classification, meaning it possesses an unlimited floor life. Assembly facilities do not need to implement specialized dry-pack storage protocols or time-consuming pre-baking procedures prior to termination. This characteristic significantly simplifies inventory management and guarantees that the contacts are always in a state of immediate readiness for deployment on the production line.

Specialized Processing and Dedicated Tooling

To guarantee the highest standard of wire harness fabrication, dedicated manual crimping tools and specialized extraction tools are meticulously designed for the DF50 series ecosystem. Utilizing these exact, manufacturer-approved tools ensures that every 28-30 AWG wire is terminated with the precise mechanical force required. This eliminates common assembly defects such as cold joints, over-crimping, or wire strand breakage, ensuring consistent pull-force retention and electrical continuity across thousands of harness assemblies. The tactile feedback provided by the dedicated tooling also reduces operator fatigue during manual harness construction.

Automotive-Grade Pedigree and Global Support

Originating from a globally recognized and trusted connector brand, this socket contact is widely adopted in demanding industrial sectors, with a particularly strong footprint in the automotive industry. The exacting manufacturing processes and rigorous quality control behind this component translate to significantly lower field failure rates. Buyers also benefit from dependable after-sales technical support, providing peace of mind and rapid resolution for complex integration challenges or custom harness design inquiries.

Technical Parameters

Applications and Integration Scenarios

Given its compact form factor and dependable performance metrics, the DF50-2830SCFA socket contact is the component of choice for a multitude of advanced electronic applications. In the automotive sector, it is frequently specified for infotainment systems, advanced driver-assistance systems (ADAS) sensor modules, and interior lighting controls where internal space is at an absolute premium and vibration resistance is non-negotiable. The secure crimp termination ensures that critical data and power—handling up to 1 A and 100 V—are transmitted without interruption despite the constant mechanical shocks inherent in daily vehicle operation.

Beyond automotive uses, this contact is highly sought after in the industrial automation and robotics fields. It serves as a reliable internal connection point for programmable logic controllers (PLCs), robotic arm sensor arrays, and compact motor drives. The structural integrity of the phosphor bronze and the gold-plated interface guarantees that sensitive low-voltage signals remain pristine, preventing false triggers or data corruption in electrically noisy factory environments. Furthermore, in the realm of high-end consumer electronics and medical diagnostic equipment, the miniature pitch and reliable mating characteristics allow designers to shrink their overall device footprint without sacrificing long-term durability or user safety.