CONTROLLER, TEST, ELE

The Defense Logistics Agency awarded Contract SPE7M126P4419 to 4 J SOURCE AND SOLUTIONS LLC, a certified Women-Owned Small Business with CAGE code 16QA5, for the delivery of 25 units of a Test Controller, Electrical (NSN 6625-01-554-4094) at a fixed price of $898.15 per unit, totaling $22,453.75. The contract, issued as a total small business set-aside under FAR 19.5, was awarded on April 29, 2026, with a single delivery requirement set for June 10, 2026. Shipping originates from the contractor’s facility in Duluth, Georgia, under FOB Origin terms with Government-funded transportation, and final delivery is to Tinker Air Force Base, Oklahoma. Invoicing must be processed electronically through Wide Area WorkFlow (WAWF), and all documentation must comply with DFARS 252.232-7006. Payment is handled by the Defense Finance and Accounting Service in Columbus, Ohio, under the appropriation code BX: 97X4930 5CBX 001 2620 S33189. The contract mandates strict adherence to packaging and marking standards, including MIL-STD-129 for logistics labeling and MIL-STD-130 for Item Unique Identification (IUID) with machine-readable 2D Data Matrix barcodes. All packaging must bear the conspicuous marking “Product Verification Test Samples Do Not Post to Stock” alongside contract and lot information. Hazardous materials requirements apply under FED-STD-313 and require OSHA-compliant hazard labels and Safety Data Sheets. The contractor must comply with sustainable product standards from EPA, ENERGY STAR®, USDA BioPreferred®, and EPA SNAP programs as outlined in the Statement of Work. Cybersecurity obligations are governed by 252.204-7012, requiring full implementation of NIST SP 800-171 Rev. 2 controls, reporting of cyber incidents within 72 hours via DIBNET, preservation of forensic evidence, and prohibition of ByteDance-covered applications like TikTok. Subcontractors must flow down this cybersecurity clause without modification. Inspection and acceptance occur at the destination by Government representatives using MIL-STD-1