Beam Position Monitor (BPM) Major Assembly - Group B, C and D

The University of California, on behalf of the Lawrence Berkeley National Laboratory (LBNL), has issued Request for Proposal (RFP) No. AA-2026-08 (also referenced as AA-2026-03) for the procurement of Beam Position Monitor (BPM) Chassis Major Assembly – Groups B, C, and D. Governed by the University’s prime contract with the U.S. Department of Energy (DOE), this solicitation is a 100% small business set-aside under NAICS code 334418 (Printed Circuit Assembly Manufacturing), which carries a size standard of 750 employees. The procurement is structured into three distinct Group packages based on separate Statements of Work. Offerors may bid on any combination or all of these groups: - **Group B:** Includes AMI, AFE RF A, and AFE RF B printed circuit boards (PCBs). - **Group C:** Includes SPB2, PMB, LBL208_PMOD, FPD, and AFE Backside boards. - **Group D:** Includes CLK104A and Balun boards. Proposals are due by July 31, 2026, at 3:00 PM PST, with the deadline for clarification questions set for July 23, 2026. Submissions must include a cover letter, a technical volume, and a business volume. Proposals will be evaluated on technical requirements, delivery schedules, manufacturing capabilities, past performance, and quality assurance compliance (such as ISO 9001, IPC-6012A, and IPC-A-610C standards). Award(s) will be made to the responsive and responsible offeror(s) providing the best overall value, and the resulting subcontract will be subject to federal regulations, including the Buy American Act.

This Statement of Work (SOW), issued by Lawrence Berkeley National Laboratory (LBNL) for the Advanced Light Source Upgrade (ALS-U) project, outlines requirements for fabricating, assembling, inspecting, and testing Beam Position Monitor (BPM) printed circuit board (PCB) assemblies. Managed under Department of Energy Prime Contract No. DE-AC02-05CH11231, the project requires the subcontractor to deliver three types of PCB assemblies: 130 AMI PCBs, 920 AFE RF A PCBs, and 920 AFE RF B PCBs. The procurement structure is divided into a First Article phase and two subsequent production batches. The subcontractor must deliver First Article units (4 AMI, 12 AFE RF A, and 12 AFE RF B) with supporting test data within three weeks after receiving the order. Following LBNL’s inspection and written approval of these First Articles—which serves as a critical project hold point—the subcontractor will proceed with full production. Production Batch 1 is scheduled for delivery four weeks after approval, and Batch 2 is due ten weeks after approval. To ensure performance and quality, the subcontractor must maintain an active Quality Assurance program, submit a completed Supplier Quality Evaluation Survey, and perform 100% electrical testing per IPC-9252. LBNL will evaluate and accept all deliverables using its "Instrumentation PCB ACL" (Acceptance Criteria List) and specified Test & Inspection Procedures. Management requirements include a virtual kick-off meeting within one week of contract award and subsequent weekly status reports.

This Statement of Work (SOW), Document Number AL-1918-8543, details the requirements for fabricating, assembling, inspecting, and testing Beam Position Monitor (BPM) printed circuit board (PCB) assemblies for the Advanced Light Source Upgrade (ALS-U) project at Lawrence Berkeley National Laboratory (LBNL). The subcontract will be executed under Prime Contract No. DE-AC02-05CH11231 between the University of California and the U.S. Department of Energy. The scope of work requires the selected subcontractor to procure components, fabricate, and assemble five distinct PCB types: the SPB2 Board, PMB Board, LBL208_PMOD Board, FPD Board, and AFE Backside Board, totaling 1,820 units. The project is structured around a phased delivery schedule: - **First Article Deliverables:** The subcontractor must deliver initial First Article units (4 of each board type except for 25 AFE Backside Boards) within three to four weeks After Receipt of Order (ARO). - **Hold Point:** LBNL will conduct a one-week inspection and testing phase. Written technical approval is required before starting full production. - **Production Batches:** Following approval, Production Batch 1 must be delivered within 4 weeks, and Production Batch 2 must be delivered within 10 weeks. Quality assurance protocols require adherence to IPC-9252 electrical testing, the submission of nonconformance and deviation reports, and evaluation under LBNL’s "Instrumentation PCB ACL" acceptance criteria. Additionally, the subcontractor must maintain a formal quality program and participate in weekly status reporting and coordination.

This Statement of Work (SOW) outlines the requirements for fabricating, assembling, inspecting, and testing Beam Position Monitor (BPM) sub-assemblies for the Advanced Light Source Upgrade (ALS-U) project at Lawrence Berkeley National Laboratory (LBNL). Managed under prime federal contract DE-AC02-05CH11231, the project supports the upgrade of the ALS storage ring to a multibend achromat lattice design. The subcontractor is responsible for procuring components, fabricating, and delivering a total of 130 CLK104A Boards and 130 Balun Boards. Work must adhere to strict quality standards, including IPC-9252 electrical testing and specified manufacturing packages. The procurement schedule consists of a First Article phase followed by two production batches: • First Article: 4 units of each board type due 3 weeks after receipt of order (ARO). • Production Batch 1: 40 units of each board type due 4 weeks after LBNL's First Article approval. • Production Batch 2: 86 units of each board type due 10 weeks after First Article approval. LBNL will enforce a one-week evaluation hold point upon receiving the First Article units before authorizing full production. Subcontractors must maintain active communication, including hosting a virtual kick-off meeting within one week of award and submitting weekly status reports. Deliverables must be packaged in ESD-safe materials, undergo 100% factory testing, and include Certificates of Conformance, inspection reports, and completed Verification Signoff Sheets for the Balun Boards. LBNL will perform final acceptance testing using designated Test & Inspection Procedures.

This document is a draft fixed-price subcontract template issued by the University of California’s Lawrence Berkeley National Laboratory (LBNL) under Department of Energy (DOE) Prime Contract No. DE-AC02-05CH11231. The purpose of the subcontract is the manufacture and delivery of Beam Position Monitor (BPM) Chassis Major Assemblies divided into Groups B, C, and D, falling under NAICS code 334418 (Printed Circuit Assembly Manufacturing). Key provisions of the agreement include: - **Ordered Items:** A detailed schedule of electronic components and quantities for Groups B, C, and D, with delivery dates and final pricing to be determined (TBD). - **Quality & Testing:** All delivered electrical components must meet OSHA-recognized Nationally Recognized Testing Laboratory (NRTL) certification requirements. First-article testing and approvals are required as detailed in the corresponding Statements of Work (SOW) before mass production. LBNL reserves the right to perform in-process inspections at subcontractor facilities. - **Invoicing & Payment:** Standard commercial payment terms apply, requiring invoice submission within 30 days of acceptance. California state sales and use taxes do not apply to purchases intended for resale. - **Technical & Contract Administration:** Defines the distinct roles of the University Procurement Representative (authorized to make contractual modifications) and the Technical Representative (limited to providing technical direction). - **Sustainability:** Mandates compliance with DOE’s Sustainable Acquisition Program, including environmentally preferable products, e-waste recycling standards, and minimized toxic waste generation. - **Incorporated Documents:** Integrates three SOWs (dated July 13, 2026) and LBNL's standard General Provisions for Commercial Supplies & Services.

This document is a Representations and Certifications form required for businesses submitting proposals to the University of California, Lawrence Berkeley National Laboratory (LBNL) under Department of Energy Contract No. DE-AC02-05CH11231. It serves as a compliance packet to verify an offeror's eligibility, legal standing, and adherence to federal regulations before awarding a subcontract. The form requires offerors to provide detailed business information, including taxpayer and unique entity identifiers, organizational structures, and business size designations. Key sections implement Federal Acquisition Regulation (FAR) standards, covering disclosures on lobbying activities, civil or criminal responsibility matters, delinquent federal tax liabilities, and felony convictions. Additionally, the document requires certifications regarding the Buy American Act, export control classifications (ITAR/EAR), and restrictions on using covered telecommunications and video surveillance equipment from prohibited Chinese entities. Offerors must also declare rights in technical data, biobased and recovered material usage, and self-represent their small business statuses (e.g., SDB, WOSB, VOSB, HUBZone). The specific procurement listed applies to NAICS code 334418 for Printed Circuit Assembly Manufacturing. Complete signature and submission of this seven-page document are mandatory components of the offeror's proposal.

This document comprises Attachment A (Price Proposal Schedule) for the federal government Request for Proposals (RFP) number AA-2026-08, titled "BPM Chassis Major Assembly." The attachment serves as a template for bidders to submit firm-fixed-price proposals, organized into three distinct equipment categories: Group B (Major Assembly - Group B), Group C (Major Assembly - Group C), and an initial group designated for Major Assembly - Group B. Each group contains specific line items requiring pricing for printed circuit boards (PCBs) and associated test data, structured across "First Article," "Production Batch 1," and "Production Batch 2" delivery phases. Key components listed include AMI, AFE RF A, AFE RF B, SPB2, PMB, LBL208_PMOD, FPD, AFE Backside, CLK104A, and Balun boards. Bidders must provide unit and extended pricing for each item to calculate the Total Firm Fixed Price. Additionally, submissions require a signature to certify the offered pricing, confirmation that Excel formulas have been verified for accuracy, and the inclusion of hard calendar delivery dates aligned with Statement of Work (SOW) documents AL-1918-8542, AL-1918-8543, and AL-1918-8544.

This document is the Quality Assurance (QA) Supplier Quality Evaluation Survey for the Advanced Light Source Upgrade (ALS-U) Project at Lawrence Berkeley National Laboratory (LBNL). Serving as part of a federal Request for Proposal (RFP), the survey gathers crucial information to assess a prospective supplier's ability to comply with LBNL’s quality assurance policies and standards. The survey is structured into several core sections requiring detailed responses and supporting documentation: - **Company Profile and Certifications:** Collects contact details for key project, production, and QA managers, along with staffing levels and applicable certifications (e.g., ISO 9000, calibration, and welding standards). - **Quality Management System (QMS) Administration:** Evaluates the supplier's QMS manuals, audit frequencies, training records, document change control processes, and subcontractor flow-down policies. - **QA/QC for Purchased Items:** Verifies how the supplier tracks, plans, and inspects incoming materials, including MRP/ERP software usage, supplier qualification, and counterfeit parts mitigation. - **Process QA and Control:** Analyzes production monitoring, standard non-conformance reports (NCR), equipment calibration, maintenance records, and optional design capabilities (such as CAD platform details). Suppliers must complete the questionnaire and attach relevant supporting evidence within four designated appendices. This evaluation is critical for determining supplier eligibility and ensuring high-precision quality control throughout the manufacturing process.