CIRCUIT CARD ASSEMB

This contract covers the procurement of two units of a circuit card assembly, identified by part number 5998-01-305-8947, under solicitation number SPE4A5-26-T-9982, issued by the Department of Defense's ASC Supplier OEM Division. The items are considered commercial and are subject to rigorous quality and technical standards as outlined in the DLA Master List of Technical and Quality Requirements, which governs the specifications and compliance expectations for delivery. The applicable National Stock Number (NSN) and part number correspond to a critical application item supplied by Hamilton Sundstrand Corporation. The delivery timeline is set for 166 days from the order date, with the required ship date on September 6, 2026, and the final delivery due by March 29, 2028. Inspection and acceptance will occur at the destination, and the items must be packaged according to MIL-STD-2073-1E requirements with ESD/EMI protection following MIL-PRF-81705, ensuring the circuit cards are safeguarded against electrostatic discharge and electromagnetic interference during handling and transport. The contract emphasizes adherence to detailed packaging, labeling, and marking standards, including physical protection of sensitive components such as contacts, leads, and terminals to prevent damage during shipping. Sampling and quality assurance will follow MIL-STD-1916 or equivalent zero-based sampling plans, with acceptance criteria established to minimize non-conformances. Item unique identification is waived per the service customer's request, and cybersecurity and defense information controls are enforced, including compliance with the Cybersecurity Maturity Model Certification (CMMC) Level 2 self-assessment requirements. The point of delivery is DLA Distribution San Diego, with strict procedures outlined for shipping and preservation. The contract also mandates submission of technical packaging data if ESD/EMI protections are not specified but are necessary due to component sensitivity, ensuring robust protection throughout the supply chain.