B08_Att15_NIFC_415_Amendment_Detailed_0003.pdf

United States Department of the Interior

United States Wildland Fire Service

3833 S Development Ave

Boise, Idaho 83705-5354

Amendment June 2026

NIFC 415 Duane Graves Replacement

The following information and clarifications shall be included as part of the contract documents for the above noted construction project:

1. 320-SGE: See attached Revised Drawings, sheets G-002, A-401, P-401, P-402, P-601, M-

001, E-001, E-101, E-101A, E-101B, E-102, E-103A, E-103B, E-104, E-104A, E-104B, E-

401, E-602, E-603, E-702

2. 415-MNT: See attached Revised Drawings, sheets CD101 and C-102.

3. 320-SGE: See attached specification Addendum 1 dated June 2026, which replaces the specifications dated February 2026.

4. 415-MNT: See attached specification Addendum 1 dated June 2026, which replaces the specifications dated February 2026.

5. 320-SGE Drawing sheet IN-601 Materials List RF1 Resilient Flooring:

a. Change basis of design to MANUFACTURER: MANNINGTON

COMMERCIAL, DESCRIPTION: SPACIA COLLECTION, COLOR: LINEAR

STONE SHALE, SIZE: 12”X18”

6. 320-SGE Drawing sheet E-601 Luminaire Schedule Type L1, L1NL, and L2:

a. Change Description to “LED 2x4 TROFFER FLAT PANEL” and BASIS OF

DESIGN to “LITHONIA CPX”

7. 320-SGE Drawing E101 to E101B, E-104 to E-104B: See attached Furniture Plan for power and network changes to Open Suite 1100, Open Suite 1300, and Open Suite 1400.

a. Modular furniture power poles indicated by “PP” are moved to locations indicated on the Furniture Plan as “POWER POLE”.

b. Some power poles are removed and replaced with “INTERNAL BASE FEED” on the Furniture Plan.

c. Circuits identified on drawing sheet E101 to E101B with subscript “CUB”:

Follow revised key note clouded on those sheets. Cubicle receptacles and power whips are provided by the government, contractor is responsible for providing power and connecting to the power whip.

d. Network outlets identified on drawing sheet E-104 to E-104B with subscript

“CUB”: Adjust network cable routing to locations identified as “POWER

POLE” or “INTERNAL BASE FEED”.

8. 320-SGE Specification 011000:

a. Add “THE 320-SGE BUILDING SHALL BE COMPLETED AND READY

FOR GOVERNMENT MOVE-IN BY 550 CALENDAR DAYS AFTER THE

START OF THE PERIOD OF PERFORMANCE.”

9. 415-MNT specification 011000:

a. Add “THE GOVERNMENT SHALL HAVE 30 CALENDAR DAYS FROM

WHEN THE 320-SGE BUILDING IS READY FOR GOVERNMENT MOVE-

IN TO MOVE EQUIPMENT, TOOLS, FURNITURE, AND OTHER OWNER

MATERIALS FROM THE BUILDING. AFTER THE 30 DAY PERIOD,

THOSE ITEMS LEFT IN THE BUILDING WILL BE REMOVED PER

SPECIFICATION 017419.”

10. 415-MNT Specification 017419:

a. Delete item 3.3.B.

11. 320-SGE Drawing sheet E-401 keynote 6: Add:

a. Basis of Design: For each switch, Cisco C9300-48P-A, 48 Power Over Ethernet

(POE+) gigabit ethernet RJ45 ports per switch, Network Advantage, 2 each redundant 1100WAC Power Supplies, 1M Stacking Cable, Catalyst Stack Power

Cable 150CM, C9300-NM-4M 4 x mGig 10 Gbps Network Module, 1 year 8x5

NBD warranty

12. 320-SGE Drawing sheet E-401 keynote 10:

a. Change to “PROVIDE AND INSTALL SINGLE MODE FIBER OPTIC

CABLE TYPE OS1 PER SPEC 271000.2” Modify spec 271000 per attached following comments.

13. 320-SGE Specification 271000:

a. Delete items 2.3, 2.3, 2.4, and 2.5 to delete multi-mode fiber.

14. 320-SGE Specification 271000: Replace 2.7: 9/125 MICROMETER, SINGLE-MODE, INDOOR-OUTDOOR OPTICAL FIBER CABLE (OS2):

a. The contractor shall supply and install a continuous, mid-span splice-free outside plant (OSP) fiber optic cable meeting the following standards:

i. Fiber Type: Single-mode OS2, 9/125 µm.

ii. Strand Count: 24 strands (12 pairs).

iii. Core Standards: Dual-rated compliant with ITU-T G.652.D and ITU-T

G.657.A2 (bend-insensitive, minimum 7.5 mm bend radius).

iv. Cable Construction: Armored, loose-tube design.

v. Water blocking: Dry-core, 100% gel-free technology.

vi. Mechanical Protection: Corrugated Steel Tape (CST) armor for rodent and crush resistance.

vii. Identification: All fiber strands and buffer tubes must be color-coded in strict accordance with the TIA-598 standard.

15. 320-SGE Specification 271000: Add to 2.8 OPTICAL FIBER CABLE HARDWARE:

a. The fiber backbone must be professionally terminated inside a clean environment at both endpoints using the following hardware profile:

i. Enclosure: 1U Rack-Mounted Fiber Distribution Unit (FDU) featuring a sliding drawer tray with front and rear access.

ii. Cassettes/Adapters: Modular 1U fiber cassettes populated with LC

Duplex bulkhead adapters.

iii. Termination Method: All outdoor cable strands must be fusion-spliced directly to pre-terminated, factory-polished LC/UPC pigtail kits inside the integrated enclosure splice trays.

iv. Connector Profile: LC Duplex with UPC (Ultra Physical Contact) Polish

(Color: Blue).

16. 320-SGE Specification 271000: Add 2.17 NETWORK ELECTRONICS AND PATCH

CABLES:

a. The vendor shall furnish active optics and corresponding patch cables to establish a live link:

i. Ethernet Protocol: 100GBASE-LR4 (IEEE 802.3ba compliant, 1310 nm band, 10 km reach variant).

ii. Hardware Compatibility: Switch-coded to natively integrate with existing

Cisco Catalyst 9300 hardware profiles.

iii. Quantity: Provision of two (2) transceivers total (one transceiver at each building endpoint).

iv. Patch Cables: Heavy-duty single-mode LC-to-LC Duplex UPC patch cables provided for both ends to bridge the patch panel to the active switch module.

17. 320-SGE Specification 271000: Add to 3.4 GROUNDING:

a. Because the specified Corrugated Steel Tape (CST) armor contains continuous conductive metal, it is susceptible to lightning strikes, ground fault currents, and environmental electrical surges. The contractor must isolate and ground this metallic element in compliance with national and local electrical codes (NEC

Articles 770 and 250).

b. Bonding Specification: The contractor shall install a specialized armored cable grounding clamp (such as a Scotchlok or similar mechanical shielding bond connector) directly onto the corrugated steel tape layer where the outer cable jacket is stripped back inside each building entry point.

c. Enclosure Safety: If the 1U Fiber Distribution Unit (FDU) chassis features an internal metallic ground stud, it must be bonded to the same grounding path.

d. Isolation: The armor must remain completely continuous between 320-SAGE and 300-JWH building. No intermediate grounding to earth or metal structures is permitted mid-span within vaults or pull boxes.

18. 320-SGE Specification 271000: Add to 3.6 FIELD QUALITY CONTROL:

a. F. Fiber Performance Thresholds & Loss Budget

i. The completed fiber run must not exceed the following attenuation metrics. Any strand exceeding these limits must be re-spliced or replaced at the contractor’s expense.

ii. Component Maximums

1. Maximum Loss per Fusion Splice: 0.3 dB (Target: ≤ 0.1 dB)

2. Maximum Loss per Mated LC/UPC Pair: 0.75 dB (Target: ≤ 0.4 dB)

3. Maximum Fiber Attenuation: 0.4 dB/km @ 1310 nm | 0.3 dB/km

@ 1550 nm

iii. Link Loss Budget (End-to-End @ ~0.914 km)

1. Maximum Allowable Link Loss at 1310 nm: 2.47 dB

2. Maximum Allowable Link Loss at 1550 nm: 2.37 dB

3. Calculation Matrix: (0.914 km × Attenuation/km) + (2

Connectors × 0.75 dB) + (2 Splices × 0.3 dB)

19. 320-SGE Specification 271000: Add to 3.6 FIELD QUALITY CONTROL:

a. G. Final project acceptance and sign-off are contingent upon the delivery of a comprehensive closeout documentation package containing:

i. Bi-Directional Tier 2 Testing: Full Optical Time-Domain Reflectometer

(OTDR) traces performed from both directions (Graves to JW, and JW to

Graves) at both 1310 nm and 1550 nm wavelengths.

ii. Native Data Files: Submission of original, unedited .sor data files directly from the calibration-certified testing unit for individual event inspection.

iii. End-Face Cleanliness Certification: Digital pass/fail microscope images of all 24 bulkhead connectors confirming 100% compliance with the dust, debris, and scratch limits defined in the IEC 61300-3-35 standard.

20. 320-SGE Specification 281000: Add to Part 1: 1. 8 ADMINISTRATIVE REQUIREMENTS

a. Federal Identity, Credential, and Access Management (FICAM) Compliance: All infrastructure provided shall provide FICAM compliance in this building at the appropriate Assurance Level. Provide all components, readers, software, licensing, etc. as required for FICAM compliance.

21. 320-SGE Specification 281000: Add to Part 1: 1.3 ACTION SUBMITTALS

a. Certificate of on-site Certified Systems Engineer (CSEIP) for Identity, Credential, and Access Management (ICAM) Physical Access Control System

(PACS).

22. 320-SGE Specification 281000: Add to Part 2: 2.1 ACCESS CONTROL SYSTEM

REQUIREMENTS

a. Provide new access control system in the building consisting of required equipment, conduit, boxes, wiring, connectors, hardware, supports, accessories, software, system programming, etc. as necessary for a complete operating system that provides the functional intent indicated.

b. Access Control System shall be compatible with AMAG Symmetry Access

Control Professional Homeland Security v9.4 or higher centralized software located on NIFC server.

c. Interface with Other Systems:

i. Provide products compatible with existing access control system and other systems requiring interface with access control system.

d. Assurance Level: Meet the General Services Administration (GSA) Federal

Information Processing Standard (FIPS) Publication 201, Evaluation Program

Functional Requirements and Test Cases (FRTC) 1.3, for the levels indicated.

Provide products listed under FIPS Approved Product List (APL) compatible with existing campus.

i. Single Factor PACS Card Reader: Non-FICAM one factor authentication without PAM: Contactless PIV proximity car read, with the option to enter a numeric code to perform door unlock/lock commands.

ii. Dual Factor PACS Card Reader: FICAM Assurance Level 2: Two factor authentication with PAM: Contact PIV card insertion and input PIN.

23. 320-SGE Specification 281000: Add to Part 2: 2.2 ACCESS CONTROL UNITS AND

SOFTWARE

a. Provide access control units and software compatible with campus system, and new readers to be connected.

b. Access Control Unit Hardware:

i. Control Unit: AMAG Technology Model M4000-DEC4

ii. Network Board: AMAG Technology Model M4000-DBB

iii. Lockable Enclosure: AMAG Technology Model M4000-CAB2A, M4000-CAB2, or equivalent, sized to optimize placement of all access control unit hardware. Include power supply.

iv. Board Fixing Kit

v. Adapter Mount Plate

vi. pivCLASS Authentication Module (PAM): AMAG Technology Model

PVC-PAM-B

vii. Input/Output board as required.

c. Access Control Software and Licensing:

i. Card Reader licenses

ii. Software: compatible with AMAG Technology PRO-PLAT-V9.4-HSE

iii. Licensing: compatible with AMAG Technology PRO-LIC-008-V9

iv. Data Connect Module: AMAG Technology DATA-CONNECT-V9

24. 320-SGE Specification 281000: Add to Part 3: 3.3 SYSTEM STARTUP

a. Label all nodes, connections, and card readers. Place permanent label on the side of each card reader per government standards that matches the system programming, with the following format: [BUILDING_ROOMNUMBER-

CARDINAL DIRECTION_COMMON NAME_NODE-BOARD

NUMBER_READER PORT]

25. 320-SGE Drawing sheet IN-602:

a. Add room sign information below:

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