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The ABC26DREN is a dual-edge female card edge connector manufactured by Sullins Connector Solutions. It features 52 positions arranged in two rows with a 0.100-inch (2.54mm) pitch. The connector utilizes gold-plated phosphor bronze contacts with a 30.0µin thickness and full bellows contact type. Designed for through-hole termination, it supports a board thickness of 0.062 inches (1.57mm). The insulating material is polyphenylene sulfide (PPS), rated for operation between -65°C and 125°C. This green-colored component is classified as non-specified dual edge.
Verify the specific suffix code to confirm exact plating thickness, contact material composition, and mounting style variations within the ABC26DREN series. Ensure compatibility with the target board thickness of 0.062 inches. Confirm RoHS compliance status if required for specific regulatory environments. Cross-reference the manufacturer datasheet for precise handling and storage instructions related to moisture sensitivity levels.
Select this model when a dual-edge female connector with a 0.100-inch pitch is required for through-hole assembly. The phosphor bronze contacts and PPS housing suit applications demanding moderate temperature resistance up to 125°C. Consider alternative suffixes if different contact materials or plating thicknesses are necessary for specific environmental conditions or electrical performance requirements.
This component belongs to the broader family of edgeboard connectors designed for high-density interconnections. It shares dimensional standards with other 0.100-inch pitch connectors but differs in contact material and insulation properties compared to variants using copper beryllium or different polymer bases. The dual-edge format distinguishes it from single-edge counterparts used in simpler board configurations.
Direct substitutes include AMC26DSXI and RCC26DREN, which share similar pin counts and pitch specifications. Verify that replacement parts match the required contact material and operating temperature range. Ensure the mounting style and flange characteristics align with the existing mechanical design constraints.