FIXTURE, LIGHTING

The Defense Logistics Agency awarded Contract SPE8E726V0891 to FROMM ELECTRIC SUPPLY OF READING, CAGE 4N509, for eight lighting fixtures identified by NSN 6210015967680 under solicitation SPE8E7-26-T-3337, with a total contract value of $2,816.00 and an award date of July 15, 2026. Delivery is due 167 days after award, with a required ship date of January 4, 2027, to the destination at 25600 S CHRISMAN ROAD, TRACY, CA 95304-5000, consigned to W1A8 DLA DIST SAN JOAQUIN, REC WHSE 57, under FOB ORIGIN terms. The contract is firm fixed price and includes mandatory compliance with MIL-STD-2073-1E for packaging and MIL-STD-129 for marking and barcoding, including GS1-128 or Data Matrix symbology; packaging must be clean and dry with no preservation or cushioning materials. Hazardous material handling is strictly governed by DFARS 252.223-7001, requiring submission of Safety Data Sheets and hazard warning labels prior to award, with ongoing obligations to notify the contracting officer of material changes and ensure full alignment with OSHA’s Hazard Communication Standard. The contractor must invoice electronically via WAWF and comply with inspection and acceptance at destination by government personnel under FAR 52.246-1. The contract incorporates numerous Federal Acquisition Regulation and Defense FAR clauses, including Equal Opportunity for Workers with Disabilities (with Alternate I waiver), Combating Trafficking in Persons, Employment Eligibility Verification, Sustainable Products, and Unenforceability of Unauthorized Obligations, among others. It mandates adherence to DFARS provisions including NIST SP 800-171 cybersecurity assessment requirements, transportation by sea, disclosure of information, whistleblower rights, and limitations on the use of government personnel work product. Subcontracting for commercial products or services is permitted under DFARS 252.244-7999, and pricing modifications follow DFARS 252.243-7001. The contractor must maintain representations regarding entity identification via UEI and