BEARING, BALL, ANNULA

This contract is for the procurement of one ball annular bearing with NSN 3110-01-492-9749, governed by solicitation SPE4A6-26-T-09MH, with a delivery deadline of 20 days from award and FOB destination terms. The bearing must be manufactured entirely in the United States, its outlying areas, or Canada, with over 50% of the cost of all components—rolling elements, retainer, inner race, or outer race—originating from these regions, as mandated by DFARS clause 252.225-7016. Contractors are required to submit a formal declaration affirming the domestic or foreign origin of materials, and failure to provide this documentation may disqualify their bid. The solicitation may be canceled or suspended if no compliant offers are received, pending a potential waiver under DFARS 225.7009-4. The item is designated as a critical application with a specific approved source, Johnson Controls Navy Systems, LLC, part number 064-48208C000. All supplies must adhere to stringent packaging, preservation, and marking standards including MIL-STD-2073-1E, MIL-DTL-197M, and MIL-STD-129. Preservation methods are dictated by bearing type and closure, requiring specific protective lubricants and process controls defined in MIL-DTL-197M. Packaging facilities must meet quality assurance verification criteria outlined in that standard. Mercury and mercury-containing compounds are strictly prohibited unless explicitly exempted for functional uses in batteries, fluorescent lamps, sensors, or weapon systems, with portable mercury devices requiring shockproof construction and a secondary containment barrier per NAVSEA 5100-003D. Sampling for quality verification follows MIL-STD-1916 or ASQ H1331 with zero non-conformances required unless otherwise contracted, and critical, major, and minor attributes are assigned verification levels VII, IV, and II respectively. Documentation for source approval, tooling, and casting/forging assistance must be submitted through DLA channels if applicable, and all markings and unit of issue must comply with DoD and ANSI X12 standards.