NIST Boulder Solar Lighting Upper Site Replacement

This federal solicitation (1333ND26RNB190033) issued by the National Institute of Standards and Technology (NIST) seeks a Design-Build Entity (DBE) for the "Solar Lighting Upper Site Replacement" project at the Department of Commerce campus in Boulder, Colorado. This acquisition is a total small business set-aside under NAICS code 238210, with a small business size standard of $19.0 million. The primary objective of this project is to replace aging, solar-powered pole luminaires across the campus with new, hard-wired LED pole luminaires. The scope of work consists of one base item and seven optional items: - **Base Scope (CLIN 0001):** Design and replacement of 15 solar pole luminaires at B25 Curie Circle. - **Option 1 (CLIN 0002):** Replacement of 8 solar pole luminaires in the B25 Parking Lot. - **Option 2 (CLIN 0003):** Replacement of 9 solar pole luminaires at B22 Curie Circle. - **Option 3 (CLIN 0004):** Replacement of 7 solar pole luminaires in the Laydown Yard. - **Option 4 (CLIN 0005):** Demolition and removal of an existing solar array near B22. - **Option 5 (CLIN 0006):** Replacement of 2 solar pole luminaires at B4/B5. - **Option 6 (CLIN 0007):** Replacement of 20 solar pole luminaires around B51 (Visitor Center). - **Option 7 (CLIN 0008):** Replacement of 4 solar pole luminaires at the High-Speed Switch. The anticipated period of performance is 365 days. The contractor must coordinate electrical shutdowns with an eight-week advance notice and submit a site-specific safety plan prior to receiving a Notice to Proceed. All work must comply with local tax, safety, and security requirements.

This document is Amendment 001 to Federal Solicitation 1333ND26RNB190033, issued by the National Institute of Standards and Technology (NIST) in Boulder, Colorado. The primary purpose of this amendment is to officially incorporate Attachments 05 through 15 into the solicitation package. No other changes are made to the original solicitation as a result of this amendment. The added attachments provide essential technical specifications and drawings for the project, which include: - As-built drawings for Buildings 4, 22, 25, and Building 51 electrical systems - Electrical as-builts for the High Speed Switch and the Laydown Yard electrical one-line diagram - Existing utility plans, testhole data, and Front Range Areas 1-4 utility maps - NIST electrical site standards and RAB exterior fixture details - Electrical specifications for the Solar Lighting Upper Site Replacement To remain eligible for award, offerors must acknowledge receipt of this amendment prior to the designated bid submission deadline. This acknowledgment can be completed by signing and returning the Standard Form 30, acknowledging the amendment on each submitted offer copy, or by providing a separate written or electronic communication referencing the solicitation and amendment numbers.

This document consists of technical electrical engineering drawings and diagrams for Buildings 4, 5, and 21 at the National Institute of Standards and Technology (NIST) campus in Boulder, Colorado. Prepared by the NIST Design and Construction Division, the file contains a detailed One-Line Diagram and an Electrical Floor Plan detailing the emergency and primary power distribution systems. Key technical components illustrated include a 300KVA, 13.8KV-208Y/120V pad-mounted transformer, a 1200A Main Distribution Board (B4N), a 12.5 KVA generator, automatic and manual transfer switches (ATS/MTS), and various electrical panels (such as PNL EM1, EM2, and PNL P). The schematics detail conduit sizes, wire configurations, grounding specifications, and electrical connections linking the service desks, boiler rooms, and mechanical spaces across the facilities. These drawings serve as crucial technical specifications for federal public works, facilities maintenance, or utility modernization solicitations at the NIST Boulder campus, ensuring contractors adhere to precise electrical designs and national safety standards.

This government technical document contains electrical floor plans and schematic diagrams for Building 22 at the National Institute of Standards and Technology (NIST) facility in Boulder, Colorado. Prepared by the Office of Facilities and Property Management (DCD) in January 2020, the drawing package serves as an electrical engineering reference for facility renovations or utility upgrades. The document is divided into two primary sections: 1. **1st Level Electrical Floor Plan (Scale: 1/16" = 1'-0")**: Illustrates the physical layout of Building 22, detailing specific rooms such as the Deputy Chief's office, IT Closet, Armory, Evidence rooms, Locker rooms, and the Warehouse/Loading Dock area. It marks the placement of lighting fixtures, electrical outlets (including GFCI and NEMA L6-20R receptacles), and security/electrical panels (Panel A, Panel B, Panel SB1, and Panel SB2). 2. **One-Line Electrical System Diagram**: Provides a schematic representation of the building's power distribution. It details a 13.8KV to 208/120V, 225KVA transformer (XMR-025) feeding a 208/120V, 3-phase, 4-wire, 600-amp main distribution panel (MDP). The diagram maps the distribution flow through various automatic transfer switches (ATS-SB), surge protective devices (SPD), and individual branch panels (Panels A, B, C, D, E, SB1, SB2, and 1200) powering critical equipment like RTU-1 and RTU-2. This technical drawing provides the necessary electrical engineering baselines required for contractors bidding on federal maintenance, security, or utility modernization solicitations at the NIST Boulder campus.

This document is a technical electrical floor plan and schematic diagram for Building 25 (B25), First Level, at the National Institute of Standards and Technology (NIST) campus in Boulder, Colorado. Prepared by the Office of Facilities and Property Management - DCD, the drawing details the power distribution system, panel schedules, and physical layout of electrical infrastructure for federal facility maintenance or upgrade purposes. The schematic features a comprehensive single-line diagram mapping feeders, safety switches, and panel boards, including panels 1104-B, 1107-A, 1107-B, 1107-C, 1409-A, 1409-B, Panel-L, and the Office Trailer panel. Detailed feeder schedules specify wire sizes and grounding configurations (e.g., THHN/THWN conductors). Additionally, the drawing includes detailed panel schedules for Panel "L" (located in the Overhead Door/Boiler area), Panel "1107" (120/240V, 100A, single-phase, 3-wire), and Panels "A" and "B" (120/208V, three-phase, 4-wire, rated at 125A and 200A respectively, located in Room 1409). The floor plan map shows the physical locations of these panels alongside electrical loads, receptacles, lighting, and specialized equipment such as a spray paint booth, a chiller, and a roof-mounted 3HP fume hood exhaust fan. This document serves as a critical reference for contractors bidding on federal electrical modernization, utility upgrades, or facility maintenance solicitations.

This federal government technical document details the electrical and communications utility plans for the Rayleigh Road Modifications and Visitor Center project at the National Institute of Standards and Technology (NIST) in Boulder, Colorado. Prepared by Frankie Friend & Associates, Inc., the engineering drawings outline the site electrical distribution, security equipment power, site lighting, and visitor center power and lighting layouts. Key aspects of the project include the removal of existing overhead utility poles, lines, and transformers, and replacing them with new underground 15 KV primary duct banks and two new 75 KVA pad-mounted transformers. The plans specify the installation of utility infrastructure for a new visitor center, guard booth, motor-operated gates, and security equipment (including vehicle detection loops, active card readers, and hydraulic barrier controls). Additionally, the drawings establish comprehensive site lighting requirements using standard and solar-powered cold cathode fluorescent fixtures, detailing maintained footcandle distributions at grade. All electrical and high-voltage work must be performed by qualified contractors with at least five years of specialized experience. Contractors are required to field-verify all site conditions, coordinate utility tie-ins and equipment locations with the Contracting Officer's Technical Representative (COTR), and ensure all underground conduits are concrete-encased in compliance with federal and local specifications.

This document comprises a set of electrical engineering and construction drawings for a project at the National Institute of Standards and Technology (NIST) facility located at 325 Broadway St, Boulder, CO 80305. Prepared by nPwr Design-Build Electrical Inc., the construction set (Job No. 19056) outlines the site-specific electrical infrastructure modifications and upgrades. The drawing set is structured into several key technical sheets: - **Title Sheet and Symbols/Abbreviations (E0.0 - E0.1):** Defines the standard electrical, communication, security, and mechanical symbols, along with a comprehensive list of abbreviations used throughout the plans. - **Site and Electrical Work Area Plans (E1.0 - E1.1):** Details the geographical layout of the site and designates the specific zones for electrical work, including utility source routing, vault configurations, and medium-voltage (MV) switch locations. - **Pad Power and Bank Sections (E3.0):** Provides specifications for underground conduits, cabling schedules (ranging from 15KV medium-voltage copper feeders to fiber optic and ethernet cables), and trench/bank dimensions. - **Dimensional Layouts (E7.1 - E7.3):** Establishes precise electrical and concrete dimensions, concrete pad rebar reinforcement spacing (#4 rebar at 12" on center), and retaining wall details. - **Single Line Diagram (E8.1):** Illustrates the overall electrical distribution system schematics. This document serves as a technical blueprint for contractors to perform precise electrical installations, structural concrete work, and cabling integrations in compliance with applicable building codes.

This document consists of a hand-drawn electrical single-line diagram and riser schematic, likely part of an engineering site assessment or facility electrical upgrade project for a government facility. The diagram details the electrical distribution system, panelboards, and conduit/wire runs across multiple structures, including Building 21, Building 27, Building 111, Building 253, and auxiliary structures like a tool shed, antenna field, and site yards. Key components detailed in the schematic include: - **Main Service & Distribution:** A 1200A main service entrance feeding a 400A-ASK400R switchgear and various distribution panels (PNL A, PNL B, PNL C, PNL D, PNL SM, PNL 21, and PNL 1008). - **Overcurrent Protection:** Breaker ratings ranging from 30A to 600A, including 3P 30A, 3P 50A, 3P 70A, 125A 3P, 150A, 250A, and 400A circuit breakers. - **Feeder & Branch Wiring:** Detailed conductor specifications such as (4) 3/0 THHN with (1) 6AWG ground, (4) 250MCM AL, (4) 6 AWG THHN, and (4) 600MCM THHN. - **Connected Loads:** Dedicated circuits for air conditioning units (A/C Unit), controls, shop equipment, and an antenna field. This electrical schematic serves as a technical reference for contractors bidding on electrical modernization, utility upgrades, or renovation solicitations, ensuring compliance with specified wire sizing, grounding, and panel capacities.

This government document details utility utility locate and potholing data for the National Institute of Standards and Technology (NIST) Front Range facility located at 325 Broadway. The report documents the findings from Test Holes #1 through #38, mapping underground water and gas infrastructure across Areas 1 through 4 to support site planning and excavation safety. Key findings include precise measurements (depth to top and bottom) for various utility lines: - **Water Mains:** Multiple installations were located, ranging from 1-inch and 2-inch copper lines to 6-inch, 8-inch, 10-inch, and 18-inch plastic or steel mains. Depths varied significantly, from 24 inches to over 100 inches. - **Gas Lines:** Several plastic and steel gas lines (ranging from 2 inches to 6 inches) were identified, alongside noted locate-tone challenges, depth transitions, and the placement of marker balls for future tracking. - **Unresolved Test Holes:** In several locations (e.g., Test Holes #1, #3, #9, #21, #22, and #30), utilities were not found due to physical obstructions like large rocks, concrete caps, collapsing soils, or reaching maximum excavation depths (up to 10 feet) without contact. Additionally, the document maps various valves (e.g., main valves, fire hydrant valves, and post indicator valves) and pipe diameters to provide a comprehensive underground profile. This utility characterization is essential for minimizing risk and ensuring regulatory compliance during subsequent design, engineering, and construction phases at the NIST campus.

This document provides a detailed utility survey report containing test hole data for the NIST Front Range Areas 1-4 facility located at 325 Broadway. The report documents the physical verification, material composition, and precise depth measurements of various underground water and gas mains across 38 distinct test hole locations. Key findings detail the presence of plastic and steel water mains ranging from 1 inch to 18 inches in diameter, copper water service lines, and plastic and steel gas lines ranging from 2 inches to 6 inches in diameter. The survey notes specific depths to both the top and bottom of identified utilities, identifies areas where marker balls were placed, and details locations where utilities could not be found due to physical obstructions such as large rocks, concrete caps, collapsing soils, or loss of locate tones. This utility mapping data serves as critical reference material for federal facility planning, design, and safe excavation during upcoming infrastructure and construction projects.

This National Institute of Standards and Technology (NIST) document establishes standardized electrical specifications for color coding and equipment naming conventions, likely for use in federal facility construction, renovation, or maintenance contracts. The color chart defines specific color designations for conduits, labels, and wiring devices across various electrical branches. For example, the Normal Power Branch is designated as grey, Emergency Life Safety is yellow, and Normal Power Research is white, while other systems like security, fire alarms, and mechanical controls use distinct color-coded schemes. The document also details a rigorous alphanumeric naming convention for tracking electrical assets in the Maximo asset management database. This system uses building numbers, room locations, and equipment identifiers to generate unique Maximo IDs and physical equipment labels. It outlines specific naming rules for indoor, outdoor, and primary voltage equipment, and details the use of operational prefix designators (e.g., "SB" for standby/emergency power, "U" for UPS, "LS" for life safety, "M" for mechanical, and "IT" for information technology). Finally, the document provides guidelines for labeling formats, specifying that physical labels must be 5-inch by 7-inch phenolic plates containing voltage, phase, wiring, amperage, and source feed information, with colors matching the established standard.

This document provides technical specifications for the RAB Lighting ALEDM3TN, a 150W medium-housing LED area luminaire designed for outdoor applications such as roadways and general parking areas. This fixture is field-adjustable to run at 150W, 90W, or 78W, and features a Type III light distribution designed to project light outward from the side of an area. Key technical specifications include: - **Performance:** Deliveries of up to 19,672 lumens, an efficacy of up to 141.6 lm/W, and a 100,000-hour LED lifespan (equivalent to a 400W Metal Halide fixture). - **Electrical & Control:** Supports 120-277V input with a 0-10V dimming driver, 10 kV line-to-line surge protection, and a 4000K neutral color temperature. - **Construction & Environmental:** Features a bronze-finished, die-cast aluminum housing with a polycarbonate lens, IP66 dust/water protection, and a 3G vibration rating. It is suitable for wet locations and starts in temperatures as low as -40°F. - **Compliance & Warranty:** The fixture is UL Listed, DLC Premium listed (compliant with DLC 5.1), and Trade Agreements Act (TAA) compliant, manufactured in Cambodia. It is backed by a 10-year, no-compromise warranty covering light output, color stability, driver performance, and finish. The document concludes with physical dimensions and an ordering matrix detailing options for housing sizes, mounting types, color temperatures, finishes, and additional controls like Wattstopper sensors or 7-pin receptacles.

This document details the 2022 Site Standard Specifications for the National Institute of Standards and Technology (NIST), specifically focusing on Division 26 Electrical Sections. It outlines the technical requirements for low-voltage electrical power conductors and cables, grounding and bonding systems, hangers and supports, raceways and boxes, and underground ducts and raceways. A primary administrative mandate throughout all sections is strict compliance with the Buy American Act, requiring the use of domestically produced construction materials. Key technical requirements established across the sections include: - **Conductors and Cables:** Specifies copper-only conductors (solid for No. 10 AWG and smaller, stranded for No. 8 AWG and larger) and standardizes insulation types like THHN-THWN and SO. - **Grounding and Bonding:** Details requirements for copper grounding electrodes, ground rings, test wells, and equipment grounding, alongside specified maximum resistance thresholds based on system capacity. - **Hangers and Supports:** Outlines structural safety factors, standard steel slotted support systems, and specific concrete base guidelines. - **Raceways and Boxes:** Standardizes the use of EMT, rigid steel, and PVC-coated conduit. It explicitly prohibits set screw fittings in favor of compression fittings and mandates manufacturer-painted conduits that match NIST's standard system color chart. - **Underground Ducts:** Defines specifications for concrete-encased duct banks, polymer-concrete handholes, and red-colored concrete mixtures for underground utility identification. Contractors must submit product data, shop drawings, quality-assurance certifications, and field test reports (such as NETA and fall-of-potential testing) to verify compliance before systems are energized.